D Subminiature Connectors

Transcription

1 Subminiature onnectors

2 Subminiature ontents The ITT annon Subminiature family of connectors has grown to include a wide variety of styles, options and accessories and is often the most economical solution to any interconnect problem. Ideally suited for both commercial/industrial applications and military/ aerospace applications, ITT annon Subminiature connectors have found worldwide acceptance in a multitude of applications ranging from office equipment to satellites. On the over ilter, ombo, ommercial Micro (MSM), Pressfit, and Standard ontents Page General pplication Subminiature onnectors Straight P Selection Guide....2 *NG Pressfit Termination...4 *M Solder Termination (Machined) Standard P Tails...6 Z* Solder Termination (Stamped)....8 * Solder Termination (Machined) uropean P Tails...10 * rap Post Termination P Selection Guide...14 *M Solder Termination (Machined) Standard ootprint.318 or.283 inch Z* Solder Termination (Stamped) Standard ootprint.318 inch...18 * Solder Termination (Machined) uropean ootprint 10,2 or 9,4 mm...20 Z* Solder Termination (Stamped) uropean ootprint 10,2 mm...28 able Selection Guide...30 Solder up Solder Termination (Machined) with Tin Shells...32 Z* Solder up Solder Termination (Stamped) with Tin Shells...34 * rimp onnectors without ontacts...36 * iscrete ire I...38 Special pplication Subminiature onnectors ombo Selection Index ombo P onnectors with 75 Ohm oaxial ontacts (50 Ohm Option)...44 ombo P onnectors with High Power...60 ombo P onnectors with (Size 20) ontacts Only ombo able Solder up...78 ombo able rimp onnectors and Shield ans...80 oose ontacts and Tooling ommercial Micro Selection Index...96 MSM onnectors and Tooling...98 ilter Selection Index Product Performance *JK P onnectors *JT Solder up and ombo High Power onnectors High Reliability Subminiature onnectors Military/High Reliability Selection Index P 90, Straight, rap Post, and able Solder up MI ross References and Test ata Military/High Reliability ombo Space/High Reliability Selection Index P Straight, 90 and able Solder up able rimp High ensity able rimp Space/High Reliability ombo Space ccessories and oose (Size 8) ontacts NS/GS & S-S ross References ccessories Selection Guide ackshells ocking Hardware Miscellaneous Reader s Resource Selection Index imensional Reference ata ease Tooling Glossary of Terms Obsolete Products/vailable Products Not Previously isted Index Product Safety and arranty ombo is a registered trademark of ITT annon in the United States. onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 1

3 Subminiature Straight P Selection Guide *NG - Straight Pressfit Termination See pages 4-5. The *NG is based upon the specification These connectors provide a low-cost alternative to traditional through hole solder contacts. Utilizing stamped ye of the Needle compliant contact tails per I-352-5, the parts are quickly and easily mounted onto Ps without soldering, crimping or specialized tooling. The socket contact engaging area utilizes a spoon shape with four points of interconnection. Hardware options provide flexibility and ensure that the final product fits the electrical requirements of any application. Product eatures Quick and easy press-in installation without specialized tooling Spoon socket contact provides improved interface compared to Tuning ork losed-entry socket for secure blind mating ront-shell only design based on ye of the Needle compliant contact tails Press-in bolt for ground continuity #4-40 UN and M3 hardware options *M Straight Solder Termination (Machined) Standard P Tails See pages 6-7. *M straight P connectors, equivalent to MI qualified versions (except for finishes) for printed circuit boards and backplanes in demanding applications. dditional contact lengths, hardware and finish options available; consult factory for details. Product eatures 7.5 current capacity Machined contacts 2 contact finishes Optional vertical standoffs, screw locks, and boardlocks (4 prongs) U file number 8572 imensionally compatible with ombo Z* - Straight Solder Termination (Stamped) Z* straight connectors are available for applications where price is the primary driver. They are available with or without boardlocks and screw locks. Product eatures Stamped contacts with 5 current capacity conomical Optional vertical standoffs with optional harpoon style boardlocks or screw locks See pages 8-9. * - Straight Solder Termination (Machined) uropean P Tails See pages * - rap Post Termination * straight connectors are available for high performance uses according to IN vailable with uropean length O contacts. Select contact finish from 2 performance classes. * straight connectors are available for high performance uses according to IN ontacts available in two popular lengths. Product eatures High performance commercial connectors Two contact finish performance classes Optional vertical standoffs, threaded inserts and pushfits/boardlocks O2 contact length, other lengths available Tin plated contact P tails (pin & socket) Machined contacts Product eatures High performance commercial class connectors Two contact lengths for 2 or 3 wraps Machined contacts See pages imensions are shown in mm (inch) imensions subject to change

4 Subminiature Straight P Selection Guide Specifications urrent Rating 5 / 25, 3.5 / 70 ambient Temperature Rating 55 to 125 ontact Resistance 10 m Test Voltage 1200 Vrms at Sea evel X Plated Through 1,09-0,94 ( ) P Tail Press-in orce 100N/contact max. P Tail Push-out orce 30N/contact min. P oard Thickness 3,20-1,60 ( ) Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None (color: black) ontact opper lloy Gold over Nickel (Standard) or Gold over PdNi (-408) Hardware Steel/opper lloy Tin/Zinc Specifications Temperature Rating 55 to 125 urrent Rating 7.5 ontact Resistance 55 millivolt max at 7.5 test current ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None (color: dark green) ontact opper lloy Gold over Nickel. Terminating end Tin (Socket only) Hardware Steel/opper lloy Tin/Zinc Specifications Temperature Rating 55 to 105 urrent Rating 5 ontact Resistance 15 m ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94-0 None (color: black) ontacts opper lloy Gold over Nickel Hardware Steel/opper lloy Tin/Zinc Specifications Temperature Rating 55 to 125 urrent Rating 5 ontact Resistance 10 m ielectric ithstanding Voltage 1250 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None (color: dark green) ontacts opper lloy Gold over Nickel in mating area, Tin on balance Hardware Steel/opper lloy Tin/Zinc Specifications Temperature Rating 55 to 125 urrent Rating 5 ontact Resistance 10 m ielectric ithstanding Voltage 1250 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None (color: dark green) ontact Socket: opper lloy Gold over Nickel. Terminating end Tin (Socket) Hardware Steel/opper lloy Tin/Zinc imensions are shown in mm (inch) imensions subject to change 3

5 Subminiature *NG Straight Pressfit Termination Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. s Shell Through linch Nut linch Nut Press-In olt Press-In olt Size ayout # 4-40 UN M3 # 4-40 UN M3 9 NG9P-P1 NG9P-P1 NGX9P-P1 NGZ9P-P1 NG9P-P1 15 NG15P-P1 NG15P-P1 NGX15P-P1 NGZ15P-P1 NG15P-P1 25 NG25P-P1 NG25P-P1 NGX25P-P1 NGZ25P-P1 NG25P-P1 37 NG37P-P1 NG37P-P1 NGX37P-P1 NGZ37P-P1 NG37P-P1 50 NG50P-P1 NG50P-P1 NGX50P-P1 NGZ50P-P1 NG50P-P1 Note: or performance class 1 (gold over PdNi finish) add xample: NG9P-P ngaging ace onfiguration 10 5,69 (.224) ,15 (.085) MX 5,70 ± 0,20 (.224 ±.008) 5,60 (.220) MX 6,00-0,25 ( ) 2,15 (.085) MX imensions Types 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) Through linch Nut Press-In olt 4 imensions are shown in mm (inch) imensions subject to change

6 Subminiature *NG Straight Pressfit Termination Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. s Shell Through linch Nut linch Nut Press-In olt Press-In olt Size ayout # 4-40 UN M3 # 4-40 UN M3 9 NG9S-P1 NG9S-P1 NGX9S-P1 NGZ9S-P1 NG9S-P1 15 NG15S-P1 NG15S-P1 NGX15S-P1 NGZ15S-P1 NG15S-P1 25 NG25S-P1 NG25S-P1 NGX25S-P1 NGZ25S-P1 NG25S-P1 37 NG37S-P1 NG37S-P1 NGX37S-P1 NGZ37S-P1 NG37S-P1 50 NG50S-P1 NG50S-P1 NGX50S-P1 NGZ50S-P1 NG50S-P1 Note: or performance class 1 (gold over PdNi finish) add xample: NG9S-P ngaging ace onfiguration 5,69 (.224) 2,15 (.085) MX 5,70 ± 0,20 (.224 ±.008) 5,60 (.220) MX 6,00-0,25 ( ) 2,15 (.085) MX imensions Types 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) Through linch Nut Press-In olt imensions are shown in mm (inch) imensions subject to change 5

7 Subminiature *M Straight Solder Termination (Machined) Standard P Tails Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. s ayout Standoff Standoff & oardlock Standoff, oardlock & Screw ock 9 MV9PNK87 MZ9PNK87 MN9PNK87 15 MV15PNK87 MZ15PNK87 MN15PNK87 25 MV25PNK87 MZ25PNK87 MN25PNK87 37 MV37PNK87 MZ37PNK87 MN37PNK87 50 MV50PNK87 MZ50PNK87 MN50PNK87 Note: or contacts with 30 microinches gold substitute K127 for K87. xample: MN9PNK127 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace POSITION 1 5,69 (.224) onfiguration 2,84 (.112) 10 Hardware removed for clarity 2,92 (.115) Ø 0,76 (.030) OROK 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) STNO # 4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK # 4-40 UN Hardware removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 6 imensions are shown in mm (inch) imensions subject to change

8 Subminiature *M Straight Solder Termination (Machined) Standard P Tails Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. s ayout Standoff Standoff & oardlock Standoff, oardlock & Screw ock 9 MV9SN197 MZ9SN197 MN9SN MV15SN197 MZ15SN197 MN15SN MV25SN197 MZ25SN197 MN25SN MV37SN197 MZ37SN197 MN37SN MV50SN197 MZ50SN197 MN50SN197 Note: or contacts with 30 microinches gold substitute K126 for 197. xample: MN9SNK126 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace onfiguration 5,69 (.224) 2,84 (.112) POSITION 1 10 Hardware removed for clarity 2,92 (.115) Ø 0,76 (.030) OROK 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) STNO # 4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK # 4-40 UN Hardware removed for clarity imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 7

9 Subminiature Z* Straight Solder Termination (Stamped) Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. s ayout Through Standoff ith oardlock 9 Z9P-O2 Z9P-O Z15P-O2 Z15P-O Z25P-O2 Z25P-O Z37P-O2 Z37P-O Z50P-O2 Z50P-O2-146 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace POSITION ,18 (.125) MIN 0,64 (.025) R 4,32 (.170) R 6,00 (.236) STNO # 4-40 UN 1,00 (.040) R Hardware removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 8 imensions are shown in mm (inch) imensions subject to change

10 Subminiature Z* Straight Solder Termination (Stamped) Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. s ayout Through Standoff ith oardlock 9 Z9S-O2 Z9S-O Z15S-O2 Z15S-O Z25S-O2 Z25S-O Z37S-O2 Z37S-O Z50S-O2 Z50S-O2-146 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace POSITION ,18 (.125) MIN 0,64 (.025) R 4,32 (.170) R 2,84 (.112) 6,00 (.236) STNO # 4-40 UN 1,00 (.040) R Hardware removed for clarity imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 66,93 (2.635) 52,42 (2,064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) imensions are shown in mm (inch) imensions subject to change 9

11 Subminiature * Straight Solder Termination (Machined) uropean P Tails Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout Through Standoff #4-40 UN ith Pushfit/oardlock Standoff M3 ith Pushfit/oardlock 9 9P-02-K87 9P-02-K X9P-02-K P-02-K87 15P-02-K X15P-02-K P-02-K87 25P-02-K X25P-02-K P-02-K87 37P-02-K X37P-02-K P-02-K87 50P-02-K X50P-02-K Note: or performance class 2 add xample 15P-O2-191-K87. P Tail Modifier X ±0,30 (.012) Y ±0,30 (.012) O2 5,20 (.205) 10,20 (.401) O4 6,75 (.266) 11,80 (.465) ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) POSITION 1 10 Ø 0,60 (.024) X Y imensions ±0.25 (.010) ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 10 imensions are shown in mm (inch) imensions subject to change

12 Subminiature * Straight Solder Termination (Machined) uropean P Tails Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout Through Standoff #4-40 UN ith Pushfit/oardlock Standoff M3 ith Pushfit/oardlock 9 9S S X9S S S X15S S S X25S S S X37S S S X50S Note: or performance class 2 add xample 15S P Tail Modifier X ±0,30 (.012) Y ±0,30 (.012) O2 5,20 (.205) 10,20 (.401) O4 6,75 (.266) 11,80 (.465) ngaging ace onfiguration POSITION 1 Ø 3,05 (.120) 5,69 (.224) 10 Ø 0,60 (.024) X Y imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 11

13 Subminiature * rap Post Termination Plug s ayout Through 9 9P-179-K P-179-K P-179-K P-179-K P-179-K87 Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. Modification ode Number of raps X max. Y ±0,89 (.035) ,21 (.402) 15,20 (.598) ,61 (.536) 18,60 (.732) ngaging ace onfiguration 5,69 (.224) Ø 3,05 (.120) POSITION ,61 (.024) R X Y imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,64 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,64 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,64 (.269) 0,99 (.039) 12 imensions are shown in mm (inch) imensions subject to change

14 Subminiature * rap Post Termination Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages 2-3. Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through 9 9S S S S S Modification ode Number of raps X max. Y ±0,89 (.035) ,21 (.402) 15,20 (.598) ,61 (.536) 18,60 (.732) ngaging ace POSITION 1 Ø 3,05 (.120) 5,69 (.224) onfiguration 10 0,61 (.024) R 2.84 (.112) X Y imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 13

15 Subminiature 90 P Selection Guide *M 90 Solder Termination (Machined) Standard ootprint.318 or.283 inch See pages *M 90 P connectors, equivalent to MI qualified versions (except for finishes), for use with printed circuit boards in demanding applications. dditional contact lengths, hardware and finish options available; consult factory for details. Product eatures 7.5 current capacity Machined contacts Two contact finishes Metal bracket with threaded insert standard Optional screw locks and boardlocks U file number 8572 imensionally compatible with ombo Z* 90 Solder Termination (Stamped) Standard ootprint.318 inch Z* 90 connectors are available for applications where price is the primary driver. They are available with integrated plastic brackets with Standard footprints. Product eatures Stamped contacts with 5 current capacity conomical Plastic bracket with integrated boardlocks and grounding strap Optional screw locks See pages * 90 Solder Termination (Machined) uropean ootprint 10,2 or 9,4 mm See pages * 90 connectors are available for high performance uses according to IN vailable with uropean footprint 1ON contacts, plastic and metal brackets, #4-40 or M3 threads and stamped pushfits/boardlocks. ontact finish available in 2 performance classes. Product eatures High performance commercial class connectors Two contact performance classes Optional metal and plastic brackets, threaded standoffs, clinch nuts, and stamped pushfits/ boardlocks Tin plated contact P tails (pin & socket) Z* 90 Solder Termination (Stamped) uropean ootprint 10,2 mm Z* 90 connectors are available for applications where price is the primary driver. They are available with integrated plastic brackets with uropean footprints. Product eatures Stamped contacts with 5 current capacity conomical Plastic bracket with integrated boardlocks and grounding strap Optional screw locks See pages onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 14 imensions are shown in mm (inch) imensions subject to change

16 Subminiature 90 P Selection Guide Specifications Temperature Rating 55 to 125 urrent Rating 7.5 ontact Resistance 55 millivolt max. at 7.5 test current ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None (olor: dark green) Pin ontact opper lloy Gold over Nickel Socket ontact opper lloy Gold over Nickel in mating area, Tin on balance Hardware (except oardlocks) Steel Tin oardlocks opper lloy Tin Specifications Temperature Rating 55 to 105 urrent Rating 5 ontact Resistance 15 m ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel in mating area, Tin on balance Specifications Temperature Rating 55 to +125 urrent Rating 5 ontact Resistance 10 m ielectric ithstanding Voltage 1250 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None (olor: dark green) ontacts opper lloy Gold over Nickel in mating area, Tin on balance Hardware Steel or Plastic Tin or None oardlocks opper lloy Tin Specifications Temperature Rating 55 to 105 urrent Rating 5 ontact Resistance 15 m ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel in mating area, Tin on balance imensions are shown in mm (inch) imensions subject to change 15

17 Subminiature *M 90 Solder Termination (Machined) Standard ootprint.318 or.283 inch Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s racket & Screw ock #4-40 UN racket, oardlock & Screw ock #4-40 UN ayout racket racket & oardlock 9 MP9PJK87 MP9PJK87 M9PJK87 MG9PJK87 15 MP15PJK87 M15PJK87 M15PJK87 MG15PJK87 25 MP25PJK87 M25PJK87 M25PJK87 MG25PJK87 37 MP37PJK87 M37PJK87 M37PJK87 MG37PJK87 50 MP50PJK87 M50PJK87 M50PJK87 MG50PJK87 Note: or contacts with 30 microinches gold substitute K127 for K87. xample: MG15PJK127 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace 2,84 (.112) 5,68 (.224) onfiguration 4,33 ± 0,38 (.170 ±.015) 10 Ø 0,76 (.030) OROK 2,92 (.115) 7,18 ± 0,25 (.283 ±.010) Screw lock and boardlock removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) M N RIVNUT #4-40 UN 7,18 ± 0,25 (.283 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock and boardlock removed for clarity Note: imension varies with alternate bracket configuration. See Reader s Resource page 226. imensions ±0,368 (.0145) ±0,41 (.016) M N 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 12,34 (.486) 8,64 (.340) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 12,34 (.486) 8,64 (.340) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,34 (.486) 8,64 (.340) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,34 (.486) 8,64 (.340) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 13,74 (.541) 10,06 (.396) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 16 imensions are shown in mm (inch) imensions subject to change

18 Subminiature *M 90 Solder Termination (Machined) Standard ootprint.318 or.283 inch Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s racket & Screw ock #4-40 UN racket, oardlock & Screw ock #4-40 UN ayout racket racket & oardlock 9 MP9SJ197 M9SJ197 M9SJ197 MG9SJ MP15SJ197 M15SJ197 M15SJ197 MG15SJ MP25SJ197 M25SJ197 M25SJ197 MG25SJ MP37SJ197 M37SJ197 M37SJ197 MG37SJ MP50SJ197 M50SJ197 M50SJ197 MG50SJ197 Note: or contacts with 30 microinches gold substitute K126 for 197. xample: MG15SJK126 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace 2,84 (.112) 5,68 (.224) onfiguration 4,33 ± 0,38 (.170 ±.015) 10 Ø 0,76 (.030) 2,92 (.115) OROK 7,18 ± 0,25 (.283 ±.010) Screw lock and boardlock removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) M N RIVNUT #4-40 UN 7,18 ± 0,25 (.283 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock and boardlock removed for clarity Note: imension varies with alternate bracket configuration. See Reader s Resource page 226. imensions M N 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,34 (.486) 8,64 (.340) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,34 (.486) 8,64 (.340) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,34 (.486) 8,64 (.340) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,34 (.486) 8,64 (.340) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) 13,74 (.541) 10,06 (.396) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 17

19 Subminiature Z* 90 Solder Termination (Stamped) Standard ootprint.318 inch Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s Plastic racket, Integrated Grounding Strap, oardlock, Threaded Insert #4-40 UN Plastic racket, Integrated Grounding Strap, oardlock, Screw ock #4-40 UN ayout 9 Z9P Z9P 15 Z15P Z15P 25 Z25P Z25P 37 Z37P Z37P Note: or contacts with 30 microinches of gold add -30. xample: Z9P-30 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (Standard), see page X SR OK #4-40 UN 9,77-9,27 ( ) ngaging ace 8,61-8,11 ( ) 18,45-17,69 ( ) 6,09-5,59 ( ) 12,93-12,17 ( ) 4,06-3,30 ( ) 10 2X GROUNING HOOK 8,33-7,83 ( ) imensions 30,89 (1.216) 16,92 (.666) 24,99 (.984) 39,09 (1.539) 25,25 (.994) 33,32 (1.312) 53,09 (2.090) 38,96 (1.534) 47,04 (1.852) 69,40 (2.732) 55,42 (2.182) 63,50 (2.500) 18 imensions are shown in mm (inch) imensions subject to change

20 Subminiature Z* 90 Solder Termination (Stamped) Standard ootprint.318 inch Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s Plastic racket, Integrated Grounding Strap, oardlock, Threaded Insert #4-40 UN Plastic racket, Integrated Grounding Strap, oardlock, Screw ock #4-40 UN ayout 9 Z9S Z9S 15 Z15S Z15S 25 Z25S Z25S 37 Z37S Z37S Note: or contacts with 30 microinches gold add -30. xample: Z9S-30 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (Standard), see page X SR OK #4-40 UN 9,77-9,27 ( ) ngaging ace 8,15-7,65 ( ) 18,71-17,95 ( ) 6,35-5,85 ( ) 12,93-12,17 ( ) 4,06-3,30 ( ) 10 2X GROUNING HOOK 8,33-7,83 ( ) imensions 30,89 (1.216) 16,28 (.641) 24,99 (.984) 39,09 (1.539) 24,66 (.971) 33,32 (1.312) 53,09 (2.090) 38,38 (1.511) 47,04 (1.852) 69,40 (2.732) 54,84 (2.159) 63,50 (2.500) imensions are shown in mm (inch) imensions subject to change 19

21 Subminiature * 90 Solder Termination (Machined) uropean ootprint 10,2 or 9,4 mm Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout Through 9 9P-1ON-K P-1ON-K P-1ON-K P-1ON-K P-1ON-K87 Note: or performance class 2 add xample: 9P-10N-191-K87 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration Ø 3,05 (.120) 5,08 (.200) 4,70 (.185) 9,40 (.370) 10 Ø 0,60 (.024) 4,70 (.185) 9,40 (.370) imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 20 imensions are shown in mm (inch) imensions subject to change

22 Subminiature * 90 Solder Termination (Machined) uropean ootprint 10,2 or 9,4 mm Receptacle s ayout Through 9 9S-1ON S-1ON S-1ON S-1ON S-1ON-197 Note: or performance class 2 add xample: 9S-1ON Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace Ø 3,05 (.120) 5,08 (.200) onfiguration 4,70 (.185) 9,40 (.370) 10 Ø 0,60 (.024) 4,70 (.185) 9,40 (.370) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 21

23 Subminiature * 90 Solder Termination (Machined) with Metal racket uropean ootprint 10,2 or 9,4 mm Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN 9 9P-1N-K87 9P-17N-K87 9P-19N-K87 9P-18N-K P-1N-K87 15P-17N-K87 15P-19N-K87 15P-18N-K P-1N-K87 25P-17N-K87 25P-19N-K87 25P-18N-K P-1N-K87 37P-17N-K87 37P-19N-K87 37P-18N-K P-1N-K87 50P-17N-K87 50P-19N-K87 50P-18N-K87 Notes: or pushfit/boardlock option add xample: 9P-1N-K or performance class 2 add xample: 9P-1N-191-K87 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 3,70 (.146) 9,40 (.370) imensions ±0.38 (.015) ±0.25 (.010) ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 22 imensions are shown in mm (inch) imensions subject to change

24 Subminiature * 90 Solder Termination (Machined) with Metal racket uropean ootprint 10,2 or 9,4 mm Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN 9 9S-1N-197 9S-17N-197 9S-19N-197 9S-18N S-1N S-17N S-19N S-18N S-1N S-17N S-19N S-18N S-1N S-17N S-19N S-18N S-1N S-17N S-19N S-18N-197 Notes: or pushfit/boardlock option add xample: 9S-1N or performance class 2 add xample: 9S-1N ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 3,70 (.146) 9,40 (.370) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 23

25 Subminiature * 90 Solder Termination (Machined) with Plastic racket and Grounding Strap uropean ootprint 10,2 or 9,4 mm Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN 9 9P-1N-K87 9P-1N-K87 9P-1VN-K87 9P-1JN-K P-1N-K87 15P-1N-K87 15P-1VN-K87 15P-1JN-K P-1N-K87 25P-1N-K87 25P-1VN-K87 25P-1JN-K P-1N-K87 37P-1N-K87 37P-1VN-K87 37P-1JN-K P-1N-K87 50P-1N-K87 50P-1VN-K87 50P-1JN-K87 Notes: or pushfit/boardlock option add xample: 9P-1N-K or performance class 2 add xample: 9P-1N-191-K87 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 1,00 (.039) 10 Ø 0,60 (.024) RKT, PSTI, ITH GROUNING STRP 3,70 (.146) 9,40 (.370) imensions ±0.38 (.015) ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 24 imensions are shown in mm (inch) imensions subject to change

26 Subminiature * 90 Solder Termination (Machined) with Plastic racket and Grounding Strap uropean ootprint 10,2 or 9,4 mm Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN 9 9S-1N-197 9S-1N-197 9S-1VN-197 9S-1JN S-1N S-1N S-1VN S-1JN S-1N S-1N S-1VN S-1JN S-1N S-1N S-1VN S-1JN S-1N S-1N S-1VN S-1JN-197 Notes: or pushfit/boardlock option add xample: 9S-1N or performance class 2 add xample: 9S-1N Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 1,00 (.039) 10 Ø 0,60 (.024) RKT, PSTI, ITH GROUNING STRP 3,70 (.146) 9,40 (.370) imensions ±0.38 (.015) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 25

27 Subminiature * 90 Solder Termination (Machined) with Plastic racket uropean ootprint 10,2 or 9,4 mm Plug s ayout Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN 9 9P-15N-K87 9P-1UN-K87 9P-1TN-K87 9P-16N-K P-15N-K87 15P-1UN-K87 15P-1TN-K87 15P-16N-K P-15N-K87 25P-1UN-K87 25P-1TN-K87 25P-16N-K P-15N-K87 37P-1UN-K87 37P-1TN-K87 37P-16N-K P-15N-K87 50P-1UN-K87 50P-1TN-K87 50P-16N-K87 Notes: or pushfit/boardlock option add xample: 9P-15N-K or performance class 2 add xample: 9P-15N-191-K87 Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace 5,08 (.200) onfiguration 3,70 (.146) 1,00 (.039) 10 9,40 (.370) Ø 0,60 (.024) RKT, PSTI 3,70 (.146) 9,40 (.370) imensions ±0,368 (.145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 26 imensions are shown in mm (inch) imensions subject to change

28 Subminiature * 90 Solder Termination (Machined) with Plastic racket uropean ootprint 10,2 or 9,4 mm Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN 9 9S-15N-197 9S-1UN-197 9S-1TN-197 9S-16N S-15N S-1UN S-1TN S-16N S-15N S-1UN S-1TN S-16N S-15N S-1UN S-1TN S-16N S-15N S-1UN S-1TN S-16N-197 Notes: or push/boardlock option add xample: 9S-15N or performance class 2 add xample: 9S-15N Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 1,00 (.039) 10 Ø 0,60 (.024) RKT, PSTI 3,70 (.146) 9,40 (.370) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 27

29 Subminiature Z* 90 Solder Termination (Stamped) uropean ootprint 10,2 mm Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s Plastic racket, Integrated Grounding Strap, oardlock, Threaded Insert #4-40 UN Plastic racket, Integrated Grounding Strap, oardlock, Screw ock #4-40 UN ayout 9 Z9P-1KN-146 Z9P-1KN Z15P-1KN-146 Z15P-1KN Z25P-1KN-146 Z25P-1KN Z37P-1KN-146 Z37P-1KN-146 Note: or contacts with 30 microinches gold add xample: Z9P-1KN Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page X SR OK #4-40 UN 9,77-9,27 ( ) ngaging ace 8,61-8,11 ( ) 12,93-12,17 ( ) 1,00 (.039) 10 2X GROUNING HOOK imensions 30,89 (1.216) 16,92 (.666) 24,99 (.984) 39,09 (1.539) 25,25 (.994) 33,32 (1.312) 53,09 (2.090) 38,96 (1.534) 47,04 (1.852) 69,40 (2.732) 55,42 (2.182) 63,50 (2.500) 28 imensions are shown in mm (inch) imensions subject to change

30 Subminiature Z* 90 Solder Termination (Stamped) uropean ootprint 10,2 mm Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s Plastic racket, Integrated Grounding Strap, oardlock, Threaded Insert #4-40 UN Plastic racket, Integrated Grounding Strap, oardlock, Screw ock #4-40 UN ayout 9 Z9S-1KN-146 Z9S-1KN Z15S-1KN-146 Z15S-1KN Z25S-1KN-146 Z25S-1KN Z37S-1KN-146 Z37S-1KN-146 Note: or contacts with -191 microinches gold add xample: Z9S-1KN Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page X SR OK #4-40 UN 9,77-9,27 ( ) ngaging ace 8,15-7,65 ( ) 12,93-12,17 ( ) 1,00 (.039) 10 2X GROUNING HOOK imensions 30,89 (1.216) 16,33 (.643) 24,99 (.984) 39,09 (1.539) 24,66 (.971) 33,32 (1.312) 53,09 (2.090) 38,38 (1.511) 47,04 (1.852) 69,40 (2.732) 54,84 (2.159) 63,50 (2.500) imensions are shown in mm (inch) imensions subject to change 29

31 Subminiature able Selection Guide * Solder up Termination (Machined) with Tin Shells * solder cup connectors are used for cable or panel mount wiring applications. Solder cup connectors provide maximum flexibility and performance for applications requiring discrete solder terminations and field repair without termination tooling. Product eatures Machined solder cup termination, 5 current capacity High performance commercial class connectors Two contact performance classes Optional clinch nuts with #4-40 UN or M3 threads See pages Z* Solder up Termination (Stamped) with Tin Shells Z* solder cup connectors are used for cable or panel mount wiring applications. Solder cup connectors provide maximum flexibility and performance for applications requiring discrete solder terminations. Product eatures Stamped solder cup termination, 5 current capacity conomical See pages * rimp onnectors without ontacts * crimp contact connectors are designed for reliable, fast cabling. vailable in the industry standard * housing, the connectors provide a low-cost, quick cabling alternative compared to soldering. Product eatures rimp contacts available in reels of 5,000 pplication tooling: Hand or automatic Stripper crimper See pages * iscrete ire I The * connector provides insulation displacement connection technology for either solid or stranded wires. ith *, speed of cabling is increased significantly over solder cup or crimp solutions. ontacts are easily removable and replaceable. Several specialized accessories (including shield cans, ferrules, and plastic boots) are available to provide a complete product solution. Product eatures Quick harnessing capability with simple hand or semi-automatic tooling ccepts 30 G to 20 G wire; sizes can be mixed Shield cans insure reliable shielding continuity See pages imensions are shown in mm (inch) imensions subject to change

32 Subminiature able Selection Guide Specifications Temperature Rating 55 to 125 urrent Rating 5 ontact Resistance 10 m ielectric ithstanding Voltage 1250 V Materials and inishes escription Material inish Shell/Hardware Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel Specifications Temperature Rating 55 to 105 urrent Rating 5 ontact Resistance 15 m ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel Specifications Temperature Rating 55 to 105 urrent Rating 5 (20 G) ontact Resistance 15 m ielectric ithstanding Voltage 500 V at Sea evel Materials and inishes escription Material inish Shell/Hardware Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel Specifications Temperature Rating 55 to 125 urrent Rating 3 (20 G) 2 (22 G) 1,4 (24 G) 1,2 (26 G) 1 (28 G) 0,8 (30 G) ontact Resistance 15 m ielectric ithstanding Voltage 1000 V at Sea evel Materials and inishes escription Material inish Shell/Hardware Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel in mating area, Tin on balance imensions are shown in mm (inch) imensions subject to change 31

33 Subminiature * Solder up Termination (Machined) with Tin Shells Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout Through linch Nut #4-40 UN linch Nut M3 9 9PK87 9PK87 X9PK PK87 15PK87 X15PK PK87 25PK87 X25PK PK87 37PK87 X37PK PK87 50PK87 X50PK87 Note: or performance class 2, add 191. xample: 15P191K87. Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) POSITION ,72 (.422) MX imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 32 imensions are shown in mm (inch) imensions subject to change

34 Subminiature * Solder up Termination (Machined) with Tin Shells Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages s ayout Through linch Nut #4-40 UN linch Nut M3 9 9S197 9S197 X9S S197 15S197 X15S S197 25S197 X25S S197 37S197 X37S S197 50S197 X50S197 Note: or performance class 2, add 191. xample: 15S Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ngaging ace onfiguration POSITION 1 Ø 3,05 (.120) 5,69 (.224) 10 9,91 (.390) MX imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 33

35 Subminiature Z* Solder up Termination (Stamped) with Tin Shells Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through 9 Z9P 15 Z15P 25 Z25P 37 Z37P 50 Z50P ngaging ace POSITION 1 Ø 3,05 (.120) onfiguration 5,69 (.224) K 10 10,72 (.422) MX imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 34 imensions are shown in mm (inch) imensions subject to change

36 Subminiature Z* Solder up Termination (Stamped) with Tin Shells Receptacle s ayout Through 9 Z9S 15 Z15S 25 Z25S 37 Z37S 50 Z50S Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace onfiguration POSITION 1 Ø 3,05 (.120) 5,69 (.224) K 10 10,72 (.422) MX imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 35

37 Subminiature * rimp onnectors without ontacts Plug s ayout Through 9 9PK87O 15 15PK87O 25 25PK87O 37 37PK87O Note: or crimp (size 20) contacts and tooling, see pages 83 & 275. Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace POSITION 1 Ø 3,05 (.120) 10 10,93 (.430) K imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 36 imensions are shown in mm (inch) imensions subject to change

38 Subminiature * rimp onnectors without ontacts Receptacle s ayout Through 9 9S197O 15 15S197O 25 25S197O 37 37S197O Note: or crimp (size 20) contacts and tooling, see pages 83 & 275. Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace POSITION 1 Ø 3,05 (.120) 10 10,93 (.430) K imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 37

39 Subminiature * iscrete ire I Plug Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout Through linch Nut #4-40 UN Through & Shield an Kit linch Nut #4-40 UN & Shield an Kit 9 9P* 9P* 9P*G 9P*G 15 15P* 15P* 15P*G 15P*G 25 25P* 25P* 25P*G 25P*G 37 37P* 37P* 37P*G 37P*G Note: *Insert contact type. xample: 9P1. or contacts with 0,76 m gold add xample: 9P or shield can kit, see page 40. ontact Types* ire ccommodation 1 28 G/30 G 2 22 G/26 G 3 20 G/22 G or more information, see pages ngaging ace 10 1,33 (.052) G MX ,00 (.276) Ø 3,05 (.120) 14,50 (.571) Rear ace H J imensions ayout ±0,12 (.005) ±0,12 (.005) G max. H J 9 30,81 (1.213) 16,91 (.666) 24,99 (.984) 8,35 (.329) 12,55 (.494) 10,71 (.422) 6,05 (.238) 19,27 (.759) 10,71 (.422) 0,76 (.030) 15 39,14 (1.541) 25,54 (.994) 33,32 (1.312) 8,35 (.329) 12,55 (.494) 10,71 (.422) 6,05 (.238) 27,50 (1.083) 10,71 (.422) 0,76 (.030) 25 53,03 (2.048) 38,96 (1.534) 47,04 (1.852) 8,35 (.329) 12,55 (.494) 10,82 (.426) 5,99 (.236) 41,27 (1.625) 10,71 (.422) 0,99 (.039) 37 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,35 (.329) 12,55 (.494) 10,82 (.426) 5,99 (.236) 57,70 (2.272) 10,71 (.422) 0,99 (.039) 38 imensions are shown in mm (inch) imensions subject to change

40 Subminiature * iscrete ire I Receptacle Selection Guide or Product eatures, Specifications, Materials and inishes, see pages Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout Through linch Nut #4-40 UN Through & Shield an Kit linch Nut #4-40 UN & Shield an Kit 9 9S* 9S* 9S*G 9S*G 15 15S* 15S* 15S*G 15S*G 25 25S* 25S* 25S*G 25S*G 37 37S* 37S* 37S*G 37S*G Note: *Insert contact type. xample: 9S1. or contacts with 0,76 m gold add xample: 9S or shield can kit, see page 40. ontact Types* ire ccommodation 1 28 G/30 G 2 22 G/26 G 3 20 G/22 G or more information, see pages ngaging ace 10 1,20 (.047) G MX ,00 (.276) Ø 3,05 (.120) 14,50 (.571) Rear ace H J imensions ayout ±0,12 (.005) ±0,12 (.005) G max. H J 9 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,89 (.429) 6,30 (.248) 19,27 (.759) 10,71 (.422) 0,76 (.030) 15 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,89 (.429) 6,30 (.248) 27,50 (1.083) 10,71 (.422) 0,76 (.030) 25 53,03 (2.048) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,89 (.429) 6,30 (.248) 41,27 (1.625) 10,71 (.422) 0,76 (.030) 37 69,32 (2.729) 55,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,89 (.429) 6,30 (.248) 57,70 (2.272) 10,71 (.422) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 39

41 Subminiature * Shield an Kit Materials and inishes Shield an and errule Material: Steel inish: Tin errule * X able errule X errule rimp Tool rimp Tool Position 9G 4,8-5,5 6,25 (.246) ,5-6,2 6,25 (.246) ,2-7,2 8,20 (.323) ,2-8,2 8,20 (.323) ,2-9,5 11,50 (.452) ,5-11,1 11,50 (.452) G 4,8-5,5 6,25 (.246) ,5-6,2 6,25 (.246) ,2-7,2 8,20 (.323) ,2-8,2 8,20 (.323) ,2-9,5 11,50 (.452) ,5-11,1 11,50 (.452) RRU IRS RI RRU 38,80(1.528) 32,60(1.283) 16,70 (.657) RRU, MUST PURHS SPRTY. 39,80 (1.567) 60 35,00 (1.378) Ø10,00 (.394) 10,10 (.398) errule ire Trim imensions rimp Tool Positions 11,25(.443) Ø 11,10(.437) Ø 10,00(.394) 50,00 (1.969) 40 imensions are shown in mm (inch) imensions subject to change

42 Subminiature * iscrete ire I ontacts ontacts ontact Types Pin Socket Solid able ire Size 28 G 30 G 22 G 24 G 26 G 20 G 22 G Section mm Internal dia. mm max xternal dia. mm max Stranded able ire Size 28 G 30 G 22 G 24 G 26 G 20 G 22 G Section mm omposition 7 x x x x x x x 0.25 Internal cable dia. mm max xternal wire dia. mm max Insulation isplacement onnection oncept Tooling xtraction Tool Hand rimp Tool Row by Row Pneumatic Press Standard Tool: utomatic Tool: Tool Support: imensions are shown in mm (inch) imensions subject to change 41

43 Subminiature ombo Selection Index Page ombo n Introduction ombo P onnectors with oaxial 75 Ohm ontacts (50 Ohm Option) oaxial 90 Standard ootprint.318 or.283 inch (Sizes -)...44 oaxial 90 Standard ootprint.489 or.454 inch (Size ) Special Receptacle Only Shielded Special Receptacle Only oaxial 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) oaxial Straight Standard P Tails (Sizes -)...52 oaxial Straight Standard P Tails (Size )...54 oaxial Straight uropean P Tails (Sizes -)...56 oaxial Straight uropean P Tails (Size ) ombo P onnectors with High Power ontacts 40 High Power 90 Standard ootprint.489 or.454 inch (Sizes -) High Power 90 Standard ootprint.489 or.454 inch (Size ) High Power 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) High Power Straight Standard P Tails (Sizes -) High Power Straight Standard P Tails (Size ) High Power Straight uropean P Tails (Sizes -) High Power Straight uropean P Tails (Size )...72 ombo P onnectors with (Size 20) ontacts Only 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) Straight P Tails uropean (Sizes -)...76 Solder up (Sizes -)...78 ombo P rimp onnectors without ontacts (Sizes -)...80 oose ontacts and Tooling Shield ans and rimp Tooling rimp (Size 20) ontacts and Tooling...83 able (Size 8) oose ontacts oaxial 75 Ohm and Tooling Straight Stamped rimp/rimp oaxial 75 Ohm and Tooling 90 rimp raid/solder enter ontact...85 oaxial 50 Ohm Straight rimp or Solder raid...86 oaxial 50 Ohm 90 rimp or Solder raid...87 Insertion/xtraction Instructions for oaxial, High Power and High Voltage ontacts and Tooling...88 oaxial ssembly Instructions and rimp Tooling...89 High Power and Tooling Straight Solder or rimp...90 High Voltage Straight / P (Size 8) oose ontacts oaxial 75 Ohm Straight / High Power Straight / High Voltage Straight...94 P Guide Pin and Socket...95 onnector footprint measured from front shell. onnector footprint measured from rear shell. 42 imensions are shown in mm (inch) imensions subject to change

44 Subminiature ombo ombination Subminiature connectors offer the advantages of an industry standard shield I/O interconnect, with the flexibility of a customized special, designed for any application. This connector system is ideal for applications that require optimization of space while improving overall shielding. ombo accomplishes this by combining multiple interconnect types into one fully shielded product, decreasing the number I/O interfaces and reducing the possibility of MI/RI leakage. y continually investing in engineering and manufacturing technology, ITT annon has improved the performance and features of this popular product. This catalog contains our latest efforts to meet the global requirements of the commercial electronics industry with a flexible, reliable and cost effective connector solution. pplications Video oaxial Transmission (75 ) R and Telecom Transmission (50 ) Power Interconnects (Up to 40 ) Product eatures Standard and uropean ootprints Pre-Installed 75 /50 oaxial or High Power contacts (One ) Vertical Standoffs or 90 rackets 90 or Straight P P oards up to 3,2 (.125) Thick P Variants vailable with oardlocks and/or Screw ocks (#4-40 or M3) Specifications Temperature Rating 55 to 125 ontact urrent Rating ontact Resistance ontact ielectric ithstanding Voltage oaxial urrent Rating oaxial ielectric ithstanding Voltage oaxial Impedance 7.5 current capacity 55 millivolt max. at 7.5 test current 1250 V at Sea evel V at Sea evel 75 or 50 oaxial VSR oaxial Insertion oss High Power urrent Rating High Power ielectric ithstanding Voltage High Voltage urrent Rating High Voltage ontact ielectric ithstanding Voltage ess than for up to 500 MHz.3d loss at 500 MHz Up to V at Sea evel V at Sea evel Materials and inishes onnector ssembly escription Material inish/treatment Shell Steel Tin Insulator lack Polyester, U 94V-0 None Pin ontact opper lloy Gold over Nickel Socket ontact opper lloy Gold over Nickel in mating area, Tin on balance Standoff Stainless Steel Passivated racket Steel Tin Rivnut Steel Tin oardlock opper lloy Tin oaxial/high Power/High Voltage ontact ssemblies ontacts and outer shells opper lloy Gold over Nickel (Tin on coax ground P tails) Ring, Retaining opper lloy Nickel Insulator (oaxial only) Teflon None Insulator (High Voltage only) Thermoplastic None U.. ile Number: 8572 imensions are shown in mm (inch) imensions subject to change 43

45 Subminiature ombo oaxial 90 Standard ootprint.318 or.283 inch (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MP51PJK87 M51PJK87 M51PJK87 MG51PJK87 72 MP72PJK87 M72PJK87 M72PJK87 MG72PJK MP111PJK87 M111PJK87 M111PJK87 MG111PJK87 33 MP33PJK87 M33PJK87 M33PJK87 MG33PJK87 3K3 MP3K3PJK87TM M3K3PJK87TM M3K3PJK87TM MG3K3PJK87TM 55 MP55PJK87 M55PJK87 M55PJK87 MG55PJK87 94 MP94PJK87 M94PJK87 M94PJK87 MG94PJK MP133PJK87 M133PJK87 M133PJK87 MG133PJK MP172PJK87 M172PJK87 M172PJK87 MG172PJK MP211PJK87 M211PJK87 M211PJK87 MG211PJK87 88 MP88PJK87 M88PJK87 M88PJK87 MG88PJK MP136PJK87 M136PJK87 M136PJK87 MG136PJK MP175PJK87 M175PJK87 M175PJK87 MG175PJK MP214PJK87 M214PJK87 M214PJK87 MG214PJK MP253PJK87 M253PJK87 M253PJK87 MG253PJK MP272PJK87 M272PJK87 M272PJK87 MG272PJK87 Notes: * or 50 Ohm oaxial substitute X for. xample: MP5X1PJK87 or contacts with 30 microinches gold substitute K127 for K87. xample: MP51PJK127 or shell sizes, see page 46. Keyed. ngaging ace 0,56 (.023) Ø 0,51 (.020) 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) 3,89 (.153) MIN OROK 10 Ø 0,76 (.030) 0,82 (.032) 2,92 (.115) RKT, MT Screw lock, boardlock, and signal contacts removed for clarity 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 7,18 ± 0,25 (.283 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 44 imensions are shown in mm (inch) imensions subject to change

46 Subminiature ombo oaxial 90 Standard ootprint.318 or.283 inch (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MP51SJ197 M51SJ197 M51SJ197 MG51SJ MP72SJ197 M72SJ197 M72SJ197 MG72SJ MP111SJ197 M111SJ197 M111SJ197 MG111SJ MP33SJ197 M33SJ197 M33SJ197 MG33SJ197 3K3 MP3K3SJ197TM M3K3SJ197TM M3K3SJ197TM MG3K3SJ197TM 55 MP55SJ197 M55SJ197 M55SJ197 MG55SJ MP94SJ197 M94SJ197 M94SJ197 MG94SJ MP133SJ197 M133SJ197 M133SJ197 MG133SJ MP172SJ197 M172SJ197 M172SJ197 MG172SJ MP211SJ197 M211SJ197 M211SJ197 MG211SJ MP88SJ197 M88SJ197 M88SJ197 MG88SJ MP136SJ197 M136SJ197 M136SJ197 MG136SJ MP175SJ197 M175SJ197 M175SJ197 MG175SJ MP214SJ197 M214SJ197 M214SJ197 MG214SJ MP253SJ197 M253SJ197 M253SJ197 MG253SJ MP272SJ197 M272SJ197 M272SJ197 MG272SJ197 Notes: * or 50 Ohm oaxial substitute X for. xample: MP5X1SJ197 or contacts with 30 microinches gold substitute K126 for 197. xample: MP51SJK126 or s, see page 47. Keyed. ngaging ace 0,56 (.023) Ø 0,51 (.020) 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) 3,89 (.153) MIN OROK 10 Ø 0,76 (.030) 0,79 (.031) 2,92 (.115) Screw lock, boardlock and signal contacts removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 7,18 ± 0,25 (.283 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock and coaxial contact removed for clarity Note: imension varies with alternate bracket configuration, See Reader s Resource page 226. imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 45

47 Subminiature ombo oaxial 90 Standard ootprint.489 or.454 inch (Size ) Plug 75 Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 247 MP247PJK87 M247PJK87 M247PJK87 MG247PJK MP364PJK87 M364PJK87 M364PJK87 MG364PJK MP432PJK87 M432PJK87 M432PJK87 MG432PJK MP471PJK87 M471PJK87 M471PJK87 MG471PJK87 Notes: * or 50 Ohm oaxial substitute X for. xample: MG36X4PJK87 or contacts with 30 microinches gold substitute K127 for K87. xample: MP247PJK127 Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 230. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. SR OK #4-40 UN 6,50 ± 0,25 (.256 ±.010) 11,53 ± 0,25 (.454 ±.010) 5,68 (.224) RIVNUT #4-40 UN 10,06 (.396) 13,74 (.541) 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) RKT, MT Screw lock, boardlock, and coaxial contacts removed for clarity 10 ngaging ace 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) Ø 0,51 (.020) 0,56 (.023) 3,89 (.153) MIN Screw lock, boardlock, and signal contacts removed for clarity OROK 0,82 (.032) Ø 0,76 (.030) 2,92 (.115) Note: imension varies with alternate bracket configuration, See Reader s Resource page 226. imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 46 imensions are shown in mm (inch) imensions subject to change

48 Subminiature ombo oaxial 90 Standard ootprint.489 or.454 inch (Size ) Receptacle 75 Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 247 MP247SJ197 M247SJ197 M247SJ197 MG247SJ MP364SJ197 M364SJ197 M364SJ197 MG364SJ MP432SJ197 M432SJ197 M432SJ197 MG432SJ MP471SJ197 M471SJ197 M471SJ197 MG471SJ197 Notes: * or 50 Ohm oaxial substitute X for. xample: MG36X4SJ197 or contacts with 30 microinches gold substitute K126 for 197. xample: MP247SJK126 Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 233. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. SR OK #4-40 UN 6,50 ± 0,25 (.256 ±.010) 11,53 ± 0,25 (.454 ±.010) 5,68 (.224) RIVNUT #4-40 UN 10,06 (.396) 13,74 (.541) 4,33 ± 0,38 (.170 ±.015) RKT, MT Screw lock, boardlock, and coaxial contact removed for clarity ngaging ace 10 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) Ø 0,51 (.020) 3,89 (.153) MIN 0,56 (.023) Screw lock, boardlock, and signal contacts removed for clarity 2,92 (.115) 0,82 (.032) Ø 0,76 (.030) OROK Note: imension varies with alternate bracket configuration, See Reader s Resource page 226. imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 47

49 -Subminiature ombo 133 Special Receptacle only Receptacle inishes and oaxial enter ontact inish: 30 inches Gold. Note: or additional materials and finishes, see introduction page Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 236 (Rear shell R. is 0,76 (.030) from front shell). or panel cutouts, see page 221. ngaging ace 53,15 ± 0,35 (2.095 ±.014) 47,04 (1.852) 38,38 (1.510) 6,13 ± 0,13 (.241 ±.005) 12,91(.508) MX 7,87(.310) ,27 ± 0,25 (.247 ±.010) 2,80 ± 0,25 (.110 ±.010) 10 OROK 2,90 ± 0,21 (.114 ±.008) 10,17 (.400) (SIGN N OX) 12,71 (.500) (SIGN N OX) 15,25 (.600) (OX ONY) 48 imensions are shown in mm (inch) imensions subject to change

50 Subminiature ombo 33 Shielded Special Receptacle only Receptacle Materials and inishes ody Material: ody inish: oaxial enter ontact inish: Zinc Tin 30 inches Gold Note: or additional materials and finishes, see introduction page 43. M Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 231. or panel cutouts, see page 221. ngaging ace 0,56 (.023) 10 Ø 0,51 (.020) 2,54 (.100) 4,19-2,79 ( ) 12,12 (.477) 12,62 (.497) 9,37 (.369) Note: onnector supplied with boardlocks. imensions 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,17 (.243) imensions are shown in mm (inch) imensions subject to change 49

51 Subminiature ombo oaxial 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 51 MP51PVK87 M51PVK87 M51PVK87 MG51PVK87 72 MP72PVK87 M72PVK87 M72PVK87 MG72PVK MP111PVK87 M111PVK87 M111PVK87 MG111PVK87 33 MP33PVK87 M33PVK87 M33PVK87 MG33PVK87 3K3 MP3K3PVK87TM M3K3PVK87TM M3K3PVK87TM MG3K3PVK87TM 55 MP55PVK87 M55PVK87 M55PVK87 MG55PVK87 94 MP94PVK87 M94PVK87 M94PVK87 MG94PVK MP133PVK87 M133PVK87 M133PVK87 MG133PVK MP172PVK87 M172PVK87 M172PVK87 MG172PVK MP211PVK87 M211PVK87 M211PVK87 MG211PVK87 88 MP88PVK87 M88PVK87 M88PVK87 MG88PVK MP136PVK87 M136PVK87 M136PVK87 MG136PVK MP175PVK87 M175PVK87 M175PVK87 MG175PVK MP214PVK87 M214PVK87 M214PVK87 MG214PVK MP253PVK87 M253PVK87 M253PVK87 MG253PVK MP272PVK87 M272PVK87 M272PVK87 MG272PVK87 or M3 threads replace MP with MS, M with M, M with MO, MG with MJ. Notes: * or 50 Ohm oaxial substitute X for. xample: MP5X1PVK87 or tin plated P tails add 226 (signal contacts only). xample: MP51PVK87226 or performance class 2 substitute K127 for K87. xample: MP51PVK127 or shell sizes (Standard footprint) see page 46. Keyed. ngaging ace 0,56 (.023) 2,89 (.113) MIN Ø 0,51 (.020) 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) 1,00 (.039) OROK 10 Ø 0,60 (.024) 0,82 (.032) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,54 (.100) 4,00 (.157) 14,55 (.573) 10,85 (.427) RIVNUT #4-40 UN 9,40 ± 0,20 (.370 ±.008) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change

52 Subminiature ombo oaxial 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. ngaging ace 75 Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks 0,56 (.023) ith Screw ocks ithout oardlocks Ø 0,51 (.020) 2,89 (.113) MIN 2.54 (.100) ith Screw ocks ith oardlocks ayout 51 MP51SV197 M51SV197 M51SV197 MG51SV MP72SV197 M72SV197 M72SV197 MG72SV MP111SV197 M111SV197 M111SV197 MG111SV MP33SV197 M33SV197 M33SV197 MG33SV197 3K3 MP3K3SV197TM M3K3SV197TM M3K3SV197TM MG3K3SV197TM 55 MP55SV197 M55SV197 M55SV197 MG55SV MP94SV197 M94SV197 M94SV197 MG94SV MP133SV197 M133SV197 M133SV197 MG133SV MP172SV197 M172SV197 M172SV197 MG172SV MP211SV197 M211SV197 M211SV197 MG211SV MP88SV197 M88SV197 M88SV197 MG88SV MP136SV197 M136SV197 M136SV197 MG136SV MP175SV197 M175SV197 M175SV197 MG175SV MP214SV197 M214SV197 M214SV197 MG214SV MP253SV197 M253SV197 M253SV197 MG253SV MP272SV197 M272SV197 M272SV197 MG272SV197 or M3 threads replace MP with MS, M with M, M with MO, MG with MJ. Notes: * or 50 Ohm oaxial substitute X for. xample: MP5X1SV197 or performance class 2 substitute K126 for 197. xample: MP51SVK126 or shell sizes (standard footprint) see page 47. Keyed. 11,94 ± 0,33 (.470 ±.013) 1,00 (.039) OROK 10 Ø 0,60 (.024) 0,82 (.032) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,54 (.100) 4,00 (.157) 14,55 (.573) 10,85 (.427) RIVNUT #4-40 UN 9,40 ± 0,20 (.370 ±.008) 6,50 ± 0,25 (.256 ±.010) SR OK Screw lock, boardlock, and coaxial contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 51

53 Subminiature ombo oaxial Straight Standard P Tails (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MV51PNK87 MZ51PNK87 MN51PNK87 72 MV72PNK87 MZ72PNK87 MN72PNK MV111PNK87 MZ111PNK87 MN111PNK87 33 MV33PNK87 MZ33PNK87 MN33PNK87 3K3 MV3K3PNK87TM MZ3K3PNK87TM MN3K3PNK87TM 55 MV55PNK87 MZ55PNK87 MN55PNK87 94 MV94PNK87 MZ94PNK87 MN94PNK MV133PNK87 MZ133PNK87 MN133PNK MV172PNK87 MZ172PNK87 MN172PNK MV211PNK87 MZ211PNK87 MN211PNK87 88 MV88PNK87 MZ88PNK87 MN88PNK MV136PNK87 MZ136PNK87 MN136PNK MV175PNK87 MZ175PNK87 MN175PNK MV214PNK87 MZ214PNK87 MN214PNK MV253PNK87 MZ253PNK87 MN253PNK MV272PNK87 MZ272PNK87 MN272PNK87 Notes: * or 50 Ohm oaxial substitute X for. xample: MV5X1PNK87 or contacts with 30 microinches gold substitute K127 for K87. xample: MN51PNK127 or shell sizes, see page 54. Keyed. ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Screw lock, boardlock, and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 52 imensions are shown in mm (inch) imensions subject to change

54 Subminiature ombo oaxial Straight Standard P Tails (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MV51SN197 MZ51SN197 MN51SN MV72SN197 MZ72SN197 MN72SN MV111SN197 MZ111SN197 MN111SN MV33SN197 MZ33SN197 MN33SN197 3K3 MV3K3SN197TM MZ3K3SN197TM MN3K3SN197TM 55 MV55SN197 MZ55SN197 MN55SN MV94SN197 MZ94SN197 MN94SN MV133SN197 MZ133SN197 MN133SN MV172SN197 MZ172SN197 MN172SN MV211SN197 MZ211SN197 MN211SN MV88SN197 MZ88SN197 MN88SN MV136SN197 MZ136SN197 MN136SN MV175SN197 MZ175SN197 MN175SN MV214SN197 MZ214SN197 MN214SN MV253SN197 MZ253SN197 MN253SN MV272SN197 MZ272SN197 MN272SN197 Notes: * or 50 Ohm oaxial substitute X for. xample: MV5X1SN197 or contacts with 30 microinches gold substitute K126 for 197. xample: MN51SNK126 or shell sizes, see page 55. Keyed. ngaging ace 2,54 (1.00) Ø 0,51 (.020) 0,62 (.024) OROK 3,45 (.136) 10 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) Hardware and signal contacts removed for clarity 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions 0,25 (.010) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 53

55 Subminiature ombo oaxial Straight Standard P Tails (Size ) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 240. or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MV247PNK87 MZ247PNK87 MN247PNK MV364PNK87 MZ364PNK87 MN364PNK MV432PNK87 MZ432PNK87 MN432PNK MV471PNK87 MZ471PNK87 MN471PNK87 Notes: * or 50 Ohm oaxial substitute X for. xample: MV24X7PNK87 or contacts with 30 microinches gold substitute K127 for K87. xample: MN247PNK127 ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Hardware and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 5,69 (.224) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 54 imensions are shown in mm (inch) imensions subject to change

56 Subminiature ombo oaxial Straight Standard P Tails (Size ) Receptacle 75 Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MV247SN197 MZ247SN197 MN247SN MV364SN197 MZ364SN197 MN364SN MV432SN197 MZ432SN197 MN432SN MV471SN197 MZ471SN197 MN471SN197 Notes: * or 50 Ohm oaxial substitute X for. xample: MV24X7SN197 or contacts with 30 microinches gold substitute K126 for 197. xample: MN247SNK126 Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 243. or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page 225. ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Hardware and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 5,69 (.224) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 55

57 Subminiature ombo oaxial Straight uropean P Tails (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MV51PYK87 MZ51PYK87 MN51PYK87 72 MV72PYK87 MZ72PYK87 MN72PYK MV111PYK87 MZ111PYK87 MN111PYK87 33 MV33PYK87 MZ33PYK87 MN33PYK87 3K3 MV3K3PYK87TM MZ3K3PYK87TM MN3K3PYK87TM 55 MV55PYK87 MZ55PYK87 MN55PYK87 94 MV94PYK87 MZ94PYK87 MN94PYK MV133PYK87 MZ133PYK87 MN133PYK MV172PYK87 MZ172PYK87 MN172PYK MV211PYK87 MZ211PYK87 MN211PYK87 88 MV88PYK87 MZ88PYK87 MN88PYK MV136PYK87 MZ136PYK87 MN136PYK MV175PYK87 MZ175PYK87 MN175PYK MV214PYK87 MZ214PYK87 MN214PYK MV253PYK87 MZ253PYK87 MN253PYK MV272PYK87 MZ272PYK87 MN272PYK87 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: * or 50 Ohm oaxial substitute X for. xample: MV5X1PYK87 or tin plated P tails add 226 (signal contacts only). xample: MV51PYK87226 or performance class 2 substitute K127 for K87. xample: MV51PYK127 or shell sizes, see page 58. Keyed. ngaging ace Ø 0,51 (.020) 2,54 (.100) 0,62 (.024) OROK 3,45 (.136) 10 0,82 (.032) Ø 0,60 (.024) 4,52 (.178) Hardware and signal contacts removed for clarity 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,91 (.115) STNO #4-40 UN SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 56 imensions are shown in mm (inch) imensions subject to change

58 Subminiature ombo oaxial Straight uropean P Tails (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MV51SY197 MZ51SY197 MN51SY MV72SY197 MZ72SY197 MN72SY MV111SY197 MZ111SY197 MN111SY MV33SY197 MZ33SY197 MN33SY197 3K3 MV3K3SY197TM MZ3K3SY197TM MN3K3SY197TM 55 MV55SY197 MZ55SY197 MN55SY MV94SY197 MZ94SY197 MN94SY MV133SY197 MZ133SY197 MN133SY MV172SY197 MZ172SY197 MN172SY MV211SY197 MZ211SY197 MN211SY MV88SY197 MZ88SY197 MN88SY MV136SY197 MZ136SY197 MN136SY MV175SY197 MZ175SY197 MN175SY MV214SY197 MZ214SY197 MN214SY MV253SY197 MZ253SY197 MN253SY MV272SY197 MZ272SY197 MN272SY197 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: * or 50 Ohm oaxial substitute X for. xample: MV5X1SY197 or performance class 2 substitute K126 for 197. xample: MV51SYK126 or shell sizes, see page 59. Keyed. ngaging ace Ø 0,51 2,54 (.020) (.100) 0,62 (.024) 10 Hardware and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,60 (.024) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions ±0.38 (.015) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 57

59 Subminiature ombo oaxial Straight uropean P Tails (Size ) Plug 75 Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MV247PYK87 MZ247PYK87 MN247PYK MV364PYK87 MZ364PYK87 MN364PYK MV432PYK87 MZ432PYK87 MN432PYK MV471PYK87 MZ471PYK87 MN471PYK87 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: * or 50 Ohm oaxial substitute X for. xample: MV24X7PYK87 or tin plated P tails add 226 (signal contacts only). xample: MV247PYK87226 or performance class 2 substitute K127 for K87. xample: MV247PYK127 Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 240. or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page 225. ngaging ace Ø 0,51 (.020) 2,54 (.100) 0,62 (.024) 10 Hardware and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,60 (.024) 4,52 (.178) 2,84 (.112) 5,69 (.224) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,92 (.115) STNO #4-40 UN SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 58 imensions are shown in mm (inch) imensions subject to change

60 Subminiature ombo oaxial Straight uropean P Tails (Size ) Receptacle 75 Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MV247SY197 MZ247SY197 MN247SY MV364SY197 MZ364SY197 MN364SY MV432SY197 MZ432SY197 MN432SY MV471SY197 MZ471SY197 MN471SY197 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: * or 50 Ohm oaxial substitute X for. xample: MV24X7SY197 or performance class 2 substitute K126 for 197. xample: MV247SYK126 Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 243. or panel cutouts, see page 221. or alternate 50 Ohm coaxial configuration, see page 225. ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Hardware and signal contacts removed for clarity OROK 3,45 (.136) Ø 0,60 (.024) 0,82 (.032) 4,52 (.178) 2,84 (.112) 5,69 (.224) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) 6,50 ± 0,25 (.256 ±.010) STNO #4-40 UN SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 59

61 Subminiature ombo 40 High Power 90 Standard ootprint.489 or.454 inch (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. s with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MP5H1PJK87 M5H1PJK87 M5H1PJK87 MG5H1PJK87 72 MP7H2PJK87 M7H2PJK87 M7H2PJK87 MG7H2PJK MP11H1PJK87 M11H1PJK87 M11H1PJK87 MG11H1PJK87 33 MP3H3PJK87 M3H3PJK87 M3H3PJK87 MG3H3PJK87 3K3 MP3HK3PJK87TM M3HK3PJK87TM M3HK3PJK87TM MG3HK3PJK87TM 55 MP5H5PJK87 M5H5PJK87 M5H5PJK87 MG5H5PJK87 94 MP9H4PJK87 M9H4PJK87 M9H4PJK87 MG9H4PJK MP13H3PJK87 M13H3PJK87 M13H3PJK87 MG13H3PJK MP17H2PJK87 M17H2PJK87 M17H2PJK87 MG17H2PJK MP21H1PJK87 M21H1PJK87 M21H1PJK87 MG21H1PJK87 88 MP8H8PJK87 M8H8PJK87 M8H8PJK87 MG8H8PJK MP13H6PJK87 M13H6PJK87 M13H6PJK87 MG13H6PJK MP17H5PJK87 M17H5PJK87 M17H5PJK87 MG17H5PJK MP21H4PJK87 M21H4PJK87 M21H4PJK87 MG21H4PJK MP25H3PJK87 M25H3PJK87 M25H3PJK87 MG25H3PJK MP27H2PJK87 M27H2PJK87 M27H2PJK87 MG27H2PJK87 Note: or contacts with 30 microinches gold substitute K127 for K87. xample: MP5H1PJK127 or shell sizes, see page 62. Keyed. ngaging ace 3,89 (.153) MIN. 20,57 ± 0,38 (.810 ±.015) OROK 10 Ø 0,76 (.030) Ø 3,18 (.125) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 60 imensions are shown in mm (inch) imensions subject to change

62 Subminiature ombo 40 High Power 90 Standard ootprint.489 or.454 inch (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. s with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 51 MP5H1SJ197 M5H1SJ197 M5H1SJ197 MG5H1SJ MP7H2SJ197 M7H2SJ197 M7H2SJ197 MG7H2SJ MP11H1SJ197 M11H1SJ197 M11H1SJ197 MG11H1SJ MP3H3SJ197 M3H3SJ197 M3H3SJ197 MG3H3SJ197 3K3 MP3HK3SJ197TM M3HK3SJ197TM M3HK3SJ197TM MG3HK3SJ197TM 55 MP5H5SJ197 M5H5SJ197 M5H5SJ197 MG5H5SJ MP9H4SJ197 M9H4SJ197 M9H4SJ197 MG9H4SJ MP13H3SJ197 M13H3SJ197 M13H3SJ197 MG13H3SJ MP17H2SJ197 M17H2SJ197 M17H2SJ197 MG17H2SJ MP21H1SJ197 M21H1SJ197 M21H1SJ197 MG21H1SJ MP8H8SJ197 M8H8SJ197 M8H8SJ197 MG8H8SJ MP13H6SJ197 M13H6SJ197 M13H6SJ197 MG13H6SJ MP17H5SJ197 M17H5SJ197 M17H5SJ197 MG17H5SJ MP21H4SJ197 M21H4SJ197 M21H4SJ197 MG21H4SJ MP25H3SJ197 M25H3SJ197 M25H3SJ197 MG25H3SJ MP27H2SJ197 M27H2SJ197 M27H2SJ197 MG27H2SJ197 Note: or contacts with 30 microinches of gold substitute K126 for 197. xample: MP5H1SJK126 or shell sizes, see page 63. Keyed. ngaging ace 3,89 (.153) MIN. 20,57 ± 0,38 (.810 ±.015) Ø 0,76 (.030) 2,92 (.115) RKT, MT 4,33 ± 0,38 (.170 ±.015) 2,84 (.112) Screw lock, boardlock, and signal contacts removed for clarity 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 61

63 Subminiature ombo 40 High Power 90 Standard ootprint.489 or.454 inch (Size ) Plug s with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 247 MP24H7PJK87 M24H7PJK87 M24H7PJK87 MG24H7PJK MP36H4PJK87 M36H4PJK87 M36H4PJK87 MG36H4PJK MP43H2PJK87 M43H2PJK87 M43H2PJK87 MG43H2PJK MP47H1PJK87 M47H1PJK87 M47H1PJK87 MG47H1PJK87 Note: or contacts with 30 microinches gold substitute K127 for K87. xample: MP24H7PJK127 Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 246. or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace 3,89 (.153) MIN 20,57 ± 0,38 (.810 ±.015) OROK 10 Ø 3.18 (.125) Ø 0,76 (.030) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity 2,84 (.112) 5,68 (.224) 4,33 ± 0,38 (.170 ±.015) RKT, MT 13,74 (.541) 10,06 (.396) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 62 imensions are shown in mm (inch) imensions subject to change

64 Subminiature ombo 40 High Power 90 Standard ootprint.489 or.454 inch (Size ) Receptacle s with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 247 MP24H7SJ197 M24H7SJ197 M24H7SJ197 MG24H7SJ MP36H4SJ197 M36H4SJ197 M36H4SJ197 MG36H4SJ MP43H2SJ197 M43H2SJ197 M43H2SJ197 MG43H2SJ MP47H1SJ197 M47H1SJ197 M47H1SJ197 MG47H1SJ197 Note: or contacts with 30 microinches gold substitute K126 for 197. xample: MP24H7SJK126 Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 249. or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace 3,89 (.153) MIN 20,57 ± 0,38 (.810 ±.015) OROK 10 Ø 0,76 (.030) Ø 3,18 (.125) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,84 (.112) 5,68 (.224) 4,33 ± 0,38 (.170 ±.015) 13,74 (.541) 10,06 (.396) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see page 226. imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 63

65 Subminiature ombo 40 High Power 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. s with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MP5P1PVK87 M5P1PVK87 M5P1PVK87 MG5P1PVK87 72 MP7P2PVK87 M7P2PVK87 M7P2PVK87 MG7P2PVK MP11P1PVK87 M11P1PVK87 M11P1PVK87 MG11P1PVK87 33 MP3P3PVK87 M3P3PVK87 M3P3PVK87 MG3P3PVK87 3K3 MP3PK3PVK87TM M3PK3PVK87TM M3PK3PVK87TM MG3PK3PVK87TM 55 MP5P5PVK87 M5P5PVK87 M5P5PVK87 MG5P5PVK87 94 MP9P4PVK87 M9P4PVK87 M9P4PVK87 MG9P4PVK MP13P3PVK87 M13P3PVK87 M13P3PVK87 MG13P3PVK MP17P2PVK87 M17P2PVK87 M17P2PVK87 MG17P2PVK MP21P1PVK87 M21P1PVK87 M21P1PVK87 MG21P1PVK87 88 MP8P8PVK87 M8P8PVK87 M8P8PVK87 MG8P8PVK MP13P6PVK87 M13P6PVK87 M13P6PVK87 MG13P6PVK MP17P5PVK87 M17P5PVK87 M17P5PVK87 MG17P5PVK MP21P4PVK87 M21P4PVK87 M21P4PVK87 MG21P4PVK MP25P3PVK87 M25P3PVK87 M25P3PVK87 MG25P3PVK MP27P2PVK87 M27P2PVK87 M27P2PVK87 MG27P2PVK87 or M3 threads replace MP with MS, M with M, M with MO, MG with MJ. Notes: or tin plated P tails add 226 (signal contacts only). xample MP5P1PVK87226 or performance class 2 substitute K127 for K87. xample: MP5P1PVK127 Keyed. ngaging ace 3,30 (.130) MIN. 11,94 ± 0,25 (.470 ±.010) 1,00 (.039) OROK Ø 0,60 (.024) Ø 2,90 (.114) 2,92 (.115) RKT, MT Screw lock, boardlock, and signal contacts removed for clarity 2,54 (.100) 4,00 (.157) 14,55 (.573) 10,85 (.427) RIVNUT #4-40 UN 9,40 ± 0,20 (.370 ±.008) 6,50 ± 0,25 (.256 ±.010) imensions SR OK #4-40 UN Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. Screw lock, boardlock, and high power contact removed for clarity 64 imensions are shown in mm (inch) imensions subject to change

66 Subminiature ombo 40 High Power 90 uropean ootprint 10,2 or 9,4 mm (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace s with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks 3,30 (.130) MIN. ith Screw ocks ithout oardlocks 11,94 ± 0,25 (.470 ±.010) ith Screw ocks ith oardlocks ayout 51 MP5P1SV197 M5P1SV197 M5P1SV197 MG5P1SV MP7P2SV197 M7P2SV197 M7P2SV197 MG7P2SV MP11P1SV197 M11P1SV197 M11P1SV197 MG11P1SV MP3P3SV197 M3P3SV197 M3P3SV197 MG3P3SV197 3K3 MP3PK3SV197TM M3PK3SV197TM M3PK3SV197TM MG3PK3SV197TM 55 MP5P5SV197 M5P5SV197 M5P5SV197 MG5P5SV MP9P4SV197 M9P4SV197 M9P4SV197 MG9P4SV MP13P3SV197 M13P3SV197 M13P3SV197 MG13P3SV MP17P2SV197 M17P2SV197 M17P2SV197 MG17P2SV MP21P1SV197 M21P1SV197 M21P1SV197 MG21P1SV MP8P8SV197 M8P8SV197 M8P8SV197 MG8P8SV MP13P6SV197 M13P6SV197 M13P6SV197 MG13P6SV MP17P5SV197 M17P5SV197 M17P5SV197 MG17P5SV MP21P4SV197 M21P4SV197 M21P4SV197 MG21P4SV MP25P3SV197 M25P3SV197 M25P3SV197 MG25P3SV MP27P2SV197 M27P2SV197 M27P2SV197 MG27P2SV197 or M3 threads replace MP with MS, M with M, M with MO, MG with MJ. Notes: or performance class 2 substitute K126 for 197. xample: MP5P1SVK126 Keyed. 1,00 (.039) OROK Ø 0,60 (.024) Ø 2,90 (.114) 2,92 (.115) RKT, MT 2,54 (.100) Screw lock, boardlock, and signal contacts removed for clarity 4,00 (.157) 14,55 (.573) 10,85 (.427) RIVNUT #4-40 UN 9,40 ± 0,20 (.370 ±.008) 6,50 ± 0,25 (.256 ±.010) imensions SR OK #4-40 UN Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. Screw lock, boardlock, and high power contact removed for clarity 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0.76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 65

67 Subminiature ombo 40 High Power Straight Standard P Tails (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 51 MV5H1PNK87 MZ5H1PNK87 MN5H1PNK87 72 MV7H2PNK87 MZ7H2PNK87 MN7H2PNK MV11H1PNK87 MZ11H1PNK87 MN11H1PNK87 33 MV3H3PNK87 MZ3H3PNK87 MN3H3PNK87 3K3 MV3HK3PNK87TM MZ3HK3PNK87TM MN3HK3PNK87TM 55 MV5H5PNK87 MZ5H5PNK87 MN5H5PNK87 94 MV9H4PNK87 MZ9H4PNK87 MN9H4PNK MV13H3PNK87 MZ13H3PNK87 MN13H3PNK MV17H2PNK87 MZ17H2PNK87 MN17H2PNK MV21H1PNK87 MZ21H1PNK87 MN21H1PNK87 88 MV8H8PNK87 MZ8H8PNK87 MN8H8PNK MV13H6PNK87 MZ13H6PNK87 MN13H6PNK MV17H5PNK87 MZ17H5PNK87 MN17H5PNK MV21H4PNK87 MZ21H4PNK87 MN21H4PNK MV25H3PNK87 MZ25H3PNK87 MN25H3PNK MV27H2PNK87 MZ27H2PNK87 MN27H2PNK87 Note: or contacts with 30 microinches gold substitute K127 for K87. xample: MV5H1PNK127 or shell sizes, see page 68. Keyed. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,92 (.115) STNO #4-40 UN SR OK #4-40 UN Screw lock, boardlock and high power contact removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66 imensions are shown in mm (inch) imensions subject to change

68 Subminiature ombo 40 High Power Straight Standard P Tails (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 51 MV5H1SN197 MZ5H1SN197 MN5H1SN MV7H2SN197 MZ7H2SN197 MN7H2SN MV11H1SN197 MZ11H1SN197 MN11H1SN MV3H3SN197 MZ3H3SN197 MN3H3SN197 3K3 MV3HK3SN197TM MZ3HK3SN197TM MN3HK3SN197TM 55 MV5H5SN197 MZ5H5SN197 MN5H5SN MV9H4SN197 MZ9H4SN197 MN9H4SN MV13H3SN197 MZ13H3SN197 MN13H3SN MV17H2SN197 MZ17H2SN197 MN17H2SN MV21H1SN197 MZ21H1SN197 MN21H1SN MV8H8SN197 MZ8H8SN197 MN8H8SN MV13H6SN197 MZ13H6SN197 MN13H6SN MV17H5SN197 MZ17H5SN197 MN17H5SN MV21H4SN197 MZ21H4SN197 MN21H4SN MV25H3SN197 MZ25H3SN197 MN25H3SN MV27H2SN197 MZ27H2SN197 MN27H2SN197 Note: or contacts with 30 microinches gold substitute K126 for 197. xample: MV5H1SNK126 or shell sizes, see page 69. Keyed. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock and high power contact removed for clarity imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 67

69 Subminiature ombo 40 High Power Straight Standard P Tails (Size ) Plug s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 247 MV24H7PNK87 MZ24H7PNK87 MN24H7PNK MV36H4PNK87 MZ36H4PNK87 MN36H4PNK MV43H2PNK87 MZ43H2PNK87 MN43H2PNK MV47H1PNK87 MZ47H1PNK87 MN47H1PNK87 Note: or contacts with 30 microinches gold substitute K127 for K87. xample: MV24H7PNK127 Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 256. or panel cutouts, see page 221. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,76 (.030) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,92 (.115) STNO #4-40 UN SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 68 imensions are shown in mm (inch) imensions subject to change

70 Subminiature ombo 40 High Power Straight Standard P Tails (Size ) Receptacle s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 247 MV24H7SN197 MZ24H7SN197 MN24H7SN MV36H4SN197 MZ36H4SN197 MN36H4SN MV43H2SN197 MZ43H2SN197 MN43H2SN MV47H1SN197 MZ47H1SN197 MN47H1SN197 Note: or contacts with 30 microinches gold substitute K126 for 197. xample: MV24H7SNK126 Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 259. or panel cutouts, see page 221. ngaging ace 10 OROK 4,65 (.183) Ø 0,76 (.030) Ø 3,18 (.125) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock and high power contact removed for clarity imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 69

71 Subminiature ombo 40 High Power Straight uropean P Tails (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MV5H1PYK87 MZ5H1PYK87 MN5H1PYK87 72 MV7H2PYK87 MZ7H2PYK87 MN7H2PYK MV11H1PYK87 MZ11H1PYK87 MN11H1PYK87 33 MV3H3PYK87 MZ3H3PYK87 MN3H3PYK87 3K3 MV3HK3PYK87TM MZ3HK3PYK87TM MN3HK3PYK87TM 55 MV5H5PYK87 MZ5H5PYK87 MN5H5PYK87 94 MV9H4PYK87 MZ9H4PYK87 MN9H4PYK MV13H3PYK87 MZ13H3PYK87 MN13H3PYK MV17H2PYK87 MZ17H2PYK87 MN17H2PYK MV21H1PYK87 MZ21H1PYK87 MN21H1PYK87 88 MV8H8PYK87 MZ8H8PYK87 MN8H8PYK MV13H6PYK87 MZ13H6PYK87 MN13H6PYK MV17H5PYK87 MZ17H5PYK87 MN17H5PYK MV21H4PYK87 MZ21H4PYK87 MN21H4PYK MV25H3PYK87 MZ25H3PYK87 MN25H3PYK MV27H2PYK87 MZ27H2PYK87 MN27H2PYK87 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: or tin plated P tails add 226 (signal contacts only). xample: MV5H1PYK87226 or performance class 2 substitute K127 for K87. xample: MV5H1PYK127 or shell sizes, see page 72. Keyed. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,60 (.024) 4,52 (.178) 2,84 (.112) 7.62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 70 imensions are shown in mm (inch) imensions subject to change

72 Subminiature ombo 40 High Power Straight uropean P Tails (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MV5H1SY197 MZ5H1SY197 MN5H1SY MV7H2SY197 MZ7H2SY197 MN7H2SY MV11H1SY197 MZ11H1SY197 MN11H1SY MV3H3SY197 MZ3H3SY197 MN3H3SY197 3K3 MV3HK3SY197TM MZ3HK3SY197TM MN3HK3SY197TM 55 MV5H5SY197 MZ5H5SY197 MN5H5SY MV9H4SY197 MZ9H4SY197 MN9H4SY MV13H3SY197 MZ13H3SY197 MN13H3SY MV17H2SY197 MZ17H2SY197 MN17H2SY MV21H1SY197 MZ21H1SY197 MN21H1SY MV8H8SY197 MZ8H8SY197 MN8H8SY MV13H6SY197 MZ13H6SY197 MN13H6SY MV17H5SY197 MZ17H5SY197 MN17H5SY MV21H4SY197 MZ21H4SY197 MN21H4SY MV25H3SY197 MZ25H3SY197 MN25H3SY MV27H2SY197 MZ27H2SY197 MN27H2SY197 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: or performance class 2 substitute K126 for 197. xample: MV5H1SYK126 or shell sizes, see page 73. Keyed. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,60 (.024) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 71

73 Subminiature ombo 40 High Power Straight uropean P Tails (Size ) Plug s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MV24H7PYK87 MZ24H7PYK87 MN24H7PYK MV36H4PYK87 MZ36H4PYK87 MN36H4PYK MV43H2PYK87 MZ43H2PYK87 MN43H2PYK MV47H1PYK87 MZ47H1PYK87 MN47H1PYK87 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Notes: or tin plated P tails add 226 (signal contacts only). xample MV24H7PYK87226 or performance class 2 substitute K127 for K87. xample: MV24H7PYK127 Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 256. or panel cutouts, see page 221. ngaging ace OROK Ø 3,18 (.125) 4,65 (.183) Ø 0,60 (.024) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 72 imensions are shown in mm (inch) imensions subject to change

74 Subminiature ombo 40 High Power Straight uropean P Tails (Size ) Receptacle s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MV24H7SY197 MZ24H7SY197 MN24H7SY MV36H4SY197 MZ36H4SY197 MN36H4SY MV43H2SY197 MZ43H2SY197 MN43H2SY MV47H1SY197 MZ47H1SY197 MN47H1SY197 or M3 threads replace MV with MT, MZ with MQ, MN with MU. Note: or performance class 2 substitute K126 for 197. xample: MV24H7SYK126 Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 259. or panel cutouts, see page 221. ngaging ace OROK 4,65 (.183) Ø 0,60 (.024) Ø 3,18 (.125) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 73

75 Subminiature ombo 90 P Tail uropean ootprint 10,2 or 9,4 mm (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout ithout Hardware Metal racket ith #4-40 Nut 51 M-51P-10N-K87 M-51P-17N-K87 72 M-72P-10N-K87 M-72P-17N-K M-111P-10N-K87 M-111P-17N-K87 33 M-33P-10N-K87 M-33P-17N-K87 3K3 M-3K3P-10N-K87 M-3K3P-17N-K87 55 M-55P-10N-K87 M-55P-17N-K87 94 M-94P-10N-K87 M-94P-17N-K M-133P-10N-K87 M-133P-17N-K M-172P-10N-K87 M-172P-17N-K M-211P-10N-K87 M-211P-17N-K87 88 M-88P-10N-K87 M-88P-17N-K M-136P-10N-K87 M-136P-17N-K M-175P-10N-K87 M-175P-17N-K M-214P-10N-K87 M-214P-17N-K M-253P-10N-K87 M-253P-17N-K M-272P-10N-K87 M-272P-17N-K M-247P-10N-K87 M-247P-17N-K M-364P-10N-K87 M-364P-17N-K M-432P-10N-K87 M-432P-17N-K M-471P-10N-K87 M-471P-17N-K87 Note: Performance class 3 standard, for performance class 2 add xample: M-51P-10N-191-K87 Keyed. ngaging ace Ø 3,05 (.120) 2,54 (.100) 5,08 (.200) 9,40 ± 0,20 (.370 ±.008) onfiguration 5,00 (.197) K 10 Ø 0,60 (.024) 2,54 (.100) 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 74 imensions are shown in mm (inch) imensions subject to change

76 Subminiature ombo 90 P Tail uropean ootprint 10,2 or 9,4 mm (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout ithout Hardware Metal racket ith #4-40 Nut 51 M-51S-10N-197 M-51S-17N M-72S-10N-197 M-72S-17N M-111S-10N-197 M-111S-17N M-33S-10N-197 M-33S-17N-197 3K3 M-3K3S-10N-197 M-3K3S-17N M-55S-10N-197 M-55S-17N M-94S-10N-197 M-94S-17N M-133S-10N-197 M-133S-17N M-172S-10N-197 M-172S-17N M-211S-10N-197 M-211S-17N M-88S-10N-197 M-88S-17N M-136S-10N-197 M-136S-17N M-175S-10N-197 M-175S-17N M-214S-10N-197 M-214S-17N M-253S-10N-197 M-253S-17N M-272S-10N-197 M-272S-17N M-247S-10N-197 M-247S-17N M-364S-10N-197 M-364S-17N M-432S-10N-197 M-432S-17N M-471S-10N-197 M-471S-17N-197 Note: Performance class 3 standard, for performance class 2 add xample: M-51S-10N Keyed. ngaging ace Ø 3,05 (.120) 2,54 (.100) 5,08 (.200) onfiguration 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) K 10 Ø 0,60 (.024) 2,54 (.100) 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 75

77 Subminiature ombo Straight P Tails uropean (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (uropean), see page 227. s X 4,60 (.181) X 6,05 (.238) ayout 51 M-51P-O2-K87 M-51P-O4-K87 72 M-72P-O2-K87 M-72P-O4-K M-111P-O2-K87 M-111P-O4-K87 33 M-33P-O2-K87 M-33P-O4-K87 3K3 M-3K3P-O2-K87 M-3K3P-O4-K87 55 M-55P-O2-K87 M-55P-O4-K87 94 M-94P-O2-K87 M-94P-O4-K M-133P-O2-K87 M-133P-O4-K M-172P-O2-K87 M-172P-O4-K M-211P-O2-K87 M-211P-O4-K87 88 M-88P-O2-K87 M-88P-O4-K M-136P-O2-K87 M-136P-O4-K M-175P-O2-K87 M-175P-O4-K M-214P-O2-K87 M-214P-O4-K M-253P-O2-K87 M-253P-O4-K M-272P-O2-K87 M-272P-O4-K M-247P-O2-K87 M-247P-O4-K M-364P-O2-K87 M-364P-O4-K M-432P-O2-K87 M-432P-O4-K M-471P-O2-K87 M-471P-O4-K87 Note: Performance class 3 standard, for performance class 2 add xample: M-51P-O2-191-K87 Keyed. ngaging ace Ø 3,05 (.120) 5,69 (.224) onfiguration 2,84 (.112) K 10 Ø 0,60 (.024) 2,84 (.112) X imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 76 imensions are shown in mm (inch) imensions subject to change

78 Subminiature ombo Straight P Tails uropean (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (uropean), see page 227. s X 4.60 (.181) X 6.05 (.238) ayout 51 M-51S-O2-197 M-51S-O M-72S-O2-197 M-72S-O M-111S-O2-197 M-111S-O M-33S-O2-197 M-33S-O K3 M-3K3S-O2-197 M-3K3S-O M-55S-O2-197 M-55S-O M-94S-O2-197 M-94S-O M-133S-O2-197 M-133S-O M-172S-O2-197 M-172S-O M-211S-O2-197 M-211S-O M-88S-O2-197 M-88S-O M-136S-O2-197 M-136S-O M-175S-O2-197 M-175S-O M-214S-O2-197 M-214S-O M-253S-O2-197 M-253S-O M-272S-O2-197 M-272S-O M-247S-O2-197 M-247S-O M-364S-O2-197 M-364S-O M-432S-O2-197 M-432S-O M-471S-O2-197 M-471S-O4-197 Note: Performance class 3 standard, for performance class 2 add xample: M-51S-O Keyed. onfiguration ngaging ace Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 Ø 0,60 (.024) 2,84 (.112) X imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 77

79 Subminiature ombo Solder up (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount linch Nut #4-40 UN 51 M51PK87 MY51PK87 M51PK87 72 M72PK87 MY72PK87 M72PK M111PK87 MY111PK87 M111PK87 33 M33PK87 MY33PK87 M33PK87 3K3 M3K3PK87 MY3K3PK87 M3K3PK87 55 MP55PK87 MY55PK87 M55PK87 94 M94PK87 MY94PK87 M94PK M133PK87 MY133PK87 M133PK M172PK87 MY172PK87 M172PK M211PK87 MY211PK87 M211PK87 88 M88PK87 MY88PK87 M88PK M136PK87 MY136PK87 M136PK M175PK87 MY175PK87 M175PK M214PK87 MY214PK87 M214PK M253PK87 MY253PK87 M253PK M272PK87 MY272PK87 M272PK M247PK87 MY247PK87 M247PK M364PK87 MY364PK87 M364PK M432PK87 MY432PK87 M432PK M471PK87 MY471PK87 M471PK87 or contacts with 30 microinches gold substitute K127 for K87. xample: M51PK127 or M3 clinch nuts substitute X for. xample: MX51PK87 Keyed. ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 10,72 (.422) MX 2,84 (.112) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 78 imensions are shown in mm (inch) imensions subject to change

80 Subminiature ombo Solder up (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount linch Nut #4-40 UN 51 M51S197 MY51S197 M51S M72S197 MY72S197 M72S M111S197 MY111S197 M111S M33S197 MY33S197 M33S197 3K3 M3K3S197 MY3K3S197 M3K3S M55S197 MY55S197 M55S M94S197 MY94S197 M94S M133S197 MY133S197 M133S M172S197 MY172S197 M172S M211S197 MY211S197 M211S M88S197 MY88S197 M88S M136S197 MY136S197 M136S M175S197 MY175S197 M175S M214S197 MY214S197 M214S M253S197 MY253S197 M253S M272S197 MY272S197 M272S M247S197 MY247S197 M247S M364S197 MY364S197 M364S M432S197 MY432S197 M432S M471S197 MY471S197 M471S197 or contacts with 30 microinches gold substitute K126 for 197. xample: M51SK126 or M3 clinch nuts substitute X for. xample: MX51S197 Keyed. ngaging ace Ø 3,05 (.120) 5,69 (.224) onfiguration 2,84 (.112) K 10 9,91 (.390) MX imensions K ±0,318 (.0125) 30,81 (1.123) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 79

81 Subminiature ombo rimp able onnectors without ontacts (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or panel cutouts, see page 221. s ayout 72 72PK PK PK PK PK PK PK PK PK PK PK PK PK870 Note: or crimp (Size 20) contacts and tooling, see pages 83 & 275. K 10,92 (.430) MX ngaging ace 10 imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 80 imensions are shown in mm (inch) imensions subject to change

82 Subminiature ombo rimp able onnectors without ontacts (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or panel cutouts, see page 221. s ayout 72 72S S S S S S S S S S S S1970 Note: or crimp (Size 20) contacts and tooling, see pages 83 & 275. K 10,92 (.430) MX ngaging ace 10 imensions K ±0,317 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 81

83 Subminiature ombo Shield ans X able errule X errule rimp Tool rimp Tool Position 4,8-5,5 6,25 (.246) ,5-6,2 6,25 (.246) ,2-7,2 8,20 (.323) ,2-8,2 8,20 (.323) ,2-9,5 11,50 (.452) ,5-11,1 11,50 (.452) s Top an ( size): ottom an ( size): Note: or other available can sizes, consult factory for details. Materials and inishes Shield an and errule Material: inish: Steel Tin Order 1 top can, 1 bottom can, 1 ferrule per connector. RRU Ø 10,00 (.394) 10,10 (.398) errule ire Trim imensions rimp Tool Positions 11,25(.443) Ø 11,10(.437) Ø 10,00(.394) 50,00 (1.969) 82 imensions are shown in mm (inch) imensions subject to change

84 Subminiature ombo rimp (Size 20) ontacts oose ontacts Stamped contacts with insulation support are supplied loose for use with hand crimp tooling. Two sizes are available to accommodate wire ranges G. Pin ontact Socket ontact or tooling, see this page. inish 30 inches Gold over Nickel Pin ontact G G Socket ontact G G Reeled ontacts (5,000 Pieces per Reel) Stamped contacts with insulation support are supplied on reels of 5,000 for use with semiautomatic strip and crimp machines. Two sizes are available to accommodate wire ranges G. Pin ontacts Socket ontacts inish Gold over Nickel 30 inches Gold over Nickel or semi-automatic tooling, see page 275. Pin ontact G G Socket ontact G G Pin ontacts Socket ontacts Tooling T-*-1 Hand rimp Tool escription T-* xtraction Tool escription ire Size IT-* G IT-* G or semi-automatic tooling, see page 275. imensions are shown in mm (inch) imensions subject to change 83

85 Subminiature ombo able (Size 8) oose ontacts oaxial 75 Ohm Stamped rimp/rimp Recommended ire Trim imensions Kit (ody, errule, enter ontact) Stamped rimp/rimp Kit Gold over Ni Kit 30 in. Gold over Ni Kit 50 in. Gold over Ni RG able Number Plug /U Receptacle /U oose omponents for High Volume (3 Pieces ody, errule, enter ontact) enter ontact Gold over Ni 10,000 Reel enter ontact 30 in. Gold over Ni 10,000 Reel Stamped rimp/rimp ody errule Plug Receptacle Tooling for Stamped rimp/rimp escription rimping Tool Tool Number Stamped enter Hand rimp, rimp TP-750HM onductor Semi-utomatic rimper T-607 (eased) Stamped Outer Hand Tool, Hex rimp TP-M onductor Pneumatic Hex rimp or semi-automatic tooling, see page imensions are shown in mm (inch) imensions subject to change

86 Subminiature ombo able (Size 8) oose ontacts oaxial 75 Ohm rimp raid/solder enter ontact Gold over Ni 30 in. Gold over Ni 50 in. Gold over Ni Plug Receptacle ,16 (.006) R 17,30 (.680) R 17,53 (.690) R Ø 4,79(.189) R 5,10 (.200) R Plug Receptacle Note: errule not shown. Note: errule not shown. Tooling for 90 rimp raid escription Hand Tool: ie Set: imensions are shown in mm (inch) imensions subject to change 85

87 Subminiature ombo able (Size 8) oose ontacts oaxial 50 Ohm Straight Straight rimp raid Plug Receptacle Note: imensions include outer sleeve. 50 in. RG able Number Gold Over Nickel Gold Over opper max. max. min. Old New Plug M53740 M ,80 (.739) 24,00 (.945) 1,00 (.040) 196/U 178/U Plug M M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U 179/U 316/U Plug M ,80 (.739) 24,00 (.945) 1,70 (.067) R316 Plug M M ,50 (.847) 26,34 (1.037) 2,79 (.110) 195/U 180/U Plug M M ,50 (.847) 26,34 (1.037) 3,18 (.125) 58/U 58/U Receptacle M53742 M ,80 (.739) 24,00 (.945) 1,00 (.040) 196/U 178/U Receptacle M M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U 179/U 316/U Receptacle M ,80 (.739) 24,00 (.945) 1,70 (.067) R316 Receptacle M M ,50 (.847) 26,34 (1.037) 2,79 (.110) 195/U 180/U Receptacle M M ,50 (.847) 26,34 (1.037) 3,18 (.125) 58/U 58/U or crimp tooling, see page 89. Straight Solder raid Plug Receptacle 50 in. RG able Number Gold Over Nickel Gold Over opper max. max. min. Old New Plug M M ,80 (.739) 24,00 (.945) 1,00 (.040) 196/U 178/U Plug M M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U 179/U 316/U Plug M ,80 (.739) 24,00 (.945) 1,70 (.067) R316 Plug M M ,50 (.847) 26,34 (1.037) 2,79 (.110) 195/U 180/U Plug M M ,50 (.847) 26,34 (1.037) 3,18 (.125) 58/U 58/U Plug (Short Type) M M ,00 (.670) 22,20 (.874) 1,14 (.045) 196/U 178/U Receptacle M M ,80 (.739) 24,00 (.945) 1,00 (.040) 196/U 178/U Receptacle M M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U 179/U 316/U Receptacle M ,80 (.739) 24,00 (.945) 1,70 (.067) R316 Receptacle M M ,50 (.847) 26,34 (1.037) 2,79 (.110) 195/U 180/U Receptacle M M ,50 (.847) 26,34 (1.037) 3,18 (.125) 58/U 58/U Receptacle (Short Type) M M ,00 (.670) 22,20 (.874) 1,14 (.045) 196/U 178/U 86 imensions are shown in mm (inch) imensions subject to change

88 Subminiature ombo able (Size 8) oose ontacts oaxial 50 Ohm rimp raid Plug Receptacle Note: imensions include outer sleeve. RG able Number Gold Over Nickel 50 in. Gold Over opper max. max. Old New Plug M53741 M ,46 (.530) 18,92 (.745) 15,10 (.594) 1,14 (.045) 196/U 178/U Plug M M ,46 (.530) 18,92 (.745) 15,10 (.594) 1,83 (.072) 187/U 188/U 179/U 316/U Plug M M ,46 (.530) 18,92 (.745) 16,00 (.630) 2,79 (.110) 195/U 180/U Plug M M ,46 (.530) 18,92 (.745) 16,00 (.630) 3,18 (.125) 58/U 58/U Receptacle M M ,46 (.530) 18,92 (.745) 15,09 (.594) 1,14 (.045) 196/U 178/U Receptacle M M ,46 (.530) 18,92 (.745) 15,09 (.594) 1,83 (.072) 187/U 188/U 179/U 316/U Receptacle M M ,46 (.530) 18,92 (.745) 16,00 (.630) 2,79 (.110) 195/U 180/U Receptacle M M ,46 (.530) 18,92 (.745) 16,00 (.630) 3,18 (.125) 58/U 58/U or crimp tooling, see page Solder raid Plug Receptacle RG able Number Gold Over Nickel 50 in. Gold Over opper max. max. min. Old New Plug M M ,46 (.530) 18,92 (.745) 15,10 (.594) 1,00 (.040) 196/U 178/U Plug M M ,46 (.530) 18,92 (.745) 15,10 (.594) 1,70 (.067) 187/U 188/U 179/U 316/U Plug M M ,46 (.530) 18,92 (.745) 16,00 (.630) 2,79 (.110) 195/U 180/U Plug M M ,46 (.530) 18,92 (.745) 16,00 (.630) 3,18 (.125) 58/U 58/U Receptacle M M ,46 (.530) 18,92 (.745) 15,09 (.594) 1,00 (.040) 196/U 178/U Receptacle M M ,46 (.530) 18,92 (.745) 15,09 (.594) 1,70 (.067) 187/U 188/U 179/U 316/U Receptacle M M ,46 (.530) 18,92 (.745) 16,00 (.630) 2,79 (.110) 195/U 180/U Receptacle M M ,46 (.530) 18,92 (.745) 16,00 (.630) 3,18 (.125) 58/U 58/U imensions are shown in mm (inch) imensions subject to change 87

89 Subminiature ombo Insertion/xtraction Instructions for oaxial, High Power and High Voltage ontacts Insertion Tool No insertion tool is required. The contact is easily snapped in from the rear of the connector manually. Insertion Instructions xtraction Tool T-6-2 Operating Instructions The T-6-2 tool extracts all coaxial, high power and high voltage contacts (plug and receptacle). escription T To extract the coaxial contact, hold the tool by the body and insert the tip into the front of the contact cavity until it bottoms and closes the coaxial retaining ring. Holding the body in this position securely enough to keep coaxial retaining ring closed, push the plunger; contact will be pushed out of the rear of the assembly. 88 imensions are shown in mm (inch) imensions subject to change

90 Subminiature ombo oaxial ssembly Instructions Straight and 90 oaxial ssembly STP 1: Slide the outer ring over the cable jacket. Trim the cable as specified in the table of oaxial able Trim imensions (see this page). Insert the cable dielectric and center conductor into the inside diameter of the inner sleeve. Then solder the center conductor to the coaxial center contact. Straight oaxial 90 oaxial Straight and 90 oaxial ssembly STP 2: Slide the outer ring forward until it is flush with the coaxial shell containing the braid between the outer ring and the inner sleeve. or solder type coaxes, soft solder the outer ring to the assembly through the cross-drilled solder hold. or crimp type coaxes, crimp with the appropriate tool in the area defined. Straight oaxial 90 oaxial oaxial able Trim imensions Straight oaxial 90 oaxial RG able Number N ± 0,25 (.010) O ± 0,25 (.010) P ± 0,25 (.010) N ± 0,25 (.010) O ± 0,25 (.010) P ± 0,25 (.010) 196/U, 178/U, 187/U, 188/U, 179/U, 316/U 7,92 (.312) 6,35 (.250) 1,98 (.078) 9,52 (.375) 5,94 (.234) 1,57 (.062) 195/U, 180/U, 58/U, 58/U 9,52 (.375) 7,92 (.312) 1,98 (.078) 10,69 (.422) 7,92 (.312) 2,39 (.094) rimp Tooling RG able Number Tool escription losure 196/U, 178/U T-M 187/U, 179/U, 188/U, 316/U T-M 195/U, 180/U, 58/U, 58/U T-M Hand tool with integral die set for all coaxial straight crimp braid. imensions are shown in mm (inch) imensions subject to change 89

91 Subminiature ombo able (Size 8) oose ontacts High Power Solder Plug Gold Over Nickel 50 in. Gold over Ni urrent Rating ire Size M M G M M G M M G Receptacle able (Size 8) oose ontacts High Power rimp Gold Over Nickel 50 in. Gold over Ni urrent Rating ire Size M M G M M G M M G Plug Recommended ire Trim ength Gold Over Nickel 30 in. Gold over Ni 50 in. Gold over Ni X max. X max. urrent Rating ire Size M M M ,60 (.181) 5,84 (.230) 40 8 G M M M ,54 (.218) G M M M ,07 (.067) 2,59 (.102) G Receptacle 20,93-20,42 ( ) Recommended ire Trim ength Ø Ø Gold Over Nickel 30 in. Gold over Ni 50 in. Gold over Ni X max. X max. urrent Rating ire Size M M M ,60 (.181) 5,84 (.230) 40 8 G M M M ,54 (.218) G M M M ,07 (.067) 2,59 (.102) G High Power rimp Tooling M300-T rimp Tool/ocator ire Size rimp Tool Tool Setting Number ocator 8 G M300-T 6 TP G M300-T 5 TP968 12/14 G M300-T 1 TP G T-8 6 TH G T-8 5 TH imensions are shown in mm (inch) imensions subject to change

92 Subminiature ombo able (Size 8) oose ontacts High Voltage Straight Plug 18,64 (.734) R INSUTOR RING, RTINING or tooling, see page 88. ire Gold over Ni 50 in. Gold Size M51157 M G Receptacle 19,41(.764) R INSUTOR RING, RTINING or tooling, see page 88. able (Size 8) oose ontacts High Voltage 90 ire Gold over Ni 50 in. Gold Size M51155 M G Plug 17,70 (.697) R or tooling, see page 88. INSUTOR RING, RTINING ire Gold over Ni 50 in. Gold Size M M G Receptacle 17,70 (.697) R INSUTOR RING, RTINR or tooling, see page 88. ire Gold over Ni 50 in. Gold Size M M G imensions are shown in mm (inch) imensions subject to change 91

93 Subminiature ombo P (Size 8) oose ontacts oaxial 75 Ohm Straight Plug 17,78 (.700) Ø 0,51 (.020) 5,08 (.200) escription Plug M ,19 (.165) 0,25 (.010) Receptacle 18,00 (.708) Ø 0,61 (.024) 5,08 (.200) escription Receptacle M ,19 (.165) 0,25 (.010) P (Size 8) oose ontacts oaxial 75 Ohm 90 Plug 20,32 (.800) 10,26 (.404) 3,81 (.150) escription Plug M ,08 (.200) Ø 0,51 (.020) Receptacle 20,32 (.800) 3,81 (.150) 10,23 (.403) escription Receptacle M ,08 (.200) Ø 0,61 (.024) 92 imensions are shown in mm (inch) imensions subject to change

94 Subminiature ombo P (Size 8) oose ontacts High Power Straight Pin 18,23 ± 0,25 (.718 ±.010) escription Pin M ,18 ± 0,13 (.125 ±.005) Socket 18,19 ± 0,25 (.716 ±.010) 3,18 ± 0,13 (.125 ±.005) escription Socket M P (Size 8) oose ontacts High Power 90 Pin ± 0,25 (.010) X,,, M ,62 (.418) 26,64 (1.049) 3,18 (.125) M ,41 (.528) 26,64 (1.049) 3,18 (.125) uropean ootprint,,,, M ,06 (.711) 11,00 (.433) 2,90 (.114) Ø Socket ± 0,25 (.010) X,,, M ,41 (.528) 26,52 (1.044) 3,18 (.125) M ,62 (.418) 26,52 (1.044) 3,18 (.125) uropean ootprint,,,, M ,00 (.433) 17,93 (.706) 2,90 (.114) Ø imensions are shown in mm (inch) imensions subject to change 93

95 Subminiature ombo P (Size 8) oose ontacts High Voltage Straight Plug ONTT, PIN Ø 4,88 (.192) MX 15,95 (.628) R 5,94-5,44 ( ) 1,52-1,27 ( ) Ø 5,72-5,33 ( ) Ø 1,65-1,50 ( ) INSUTOR RING, RTINING Ø 3,68-3,53 ( ) Gold over Ni M in. Gold M Receptacle ONTT, SKT Ø 4,88 (.192) MX 16,76 (.660) R 6,48-6,22 ( ) 0,25-0,00 ( ) Ø 5,72-5,33 ( ) Ø 1,65-1,50 ( ) INSUTOR RING, RTINING Gold over Ni M in. Gold M imensions are shown in mm (inch) imensions subject to change

96 Subminiature ombo P Guide Pin and Socket Installs into any ombo, Size 8 cavity. This guide pin and socket system is ideal for blind mate applications where space is limited. P Guide Pin 29,21 (1.150) R 3,68-3,43 ( ) 11,43 (.450) R Material inish M opper lloy Tin Ø 5,66-5,41 ( ) Ø 3,25-3,10 ( ) RING, RTINING P Guide Socket 4,06 (.160) Material inish opper lloy Tin 16,28 (.641) R ONNTOR RR INSUTOR R imensions are shown in mm (inch) imensions subject to change 95

97 Subminiature ommercial Micro MSM Selection Index Page ommercial Shielded Micro n Introduction...97 ocking/atching Options...98 able ssemblies Pigtail P onnector 90 Single or Stacked able onnectors (Unassembled omponents) rimp ontacts Tooling MSM SS ompatible able ssemblies imensions are shown in mm (inch) imensions subject to change

98 Subminiature ommercial Micro MSM MSM is the commercial industry s smallest -type connector for shielded I/O wire-to-board applications. Requiring less than 1/3 the area of a traditional Subminiature connector, MSM is designed for situations where space and MI shielding are the primary design drivers. Unlike other micro connectors, MSM s rugged construction and unique contact design combined with a PdNi contact finish provide durability of 10,000 mating cycles. ll of this comes in a sleek package that includes a snap together shield can and a slide over boot producing a cable assembly with an overmolded look and a low assembled cost. MSM is an ideal solution for applications where size, shielding, durability and aesthetics are key design criteria. pplications: lectronic Notepads VM ards Multiplexors Serial Storage evices omputer orkstations Hand Held evices ar ode Scanners Product eatures 1,27 (.050) Pitch / Saves Space ully Shielded / Reduces MI rimp ontacts / pplied ost Savings ccessories Included / ewer s PdNi Plating / 10,000 Mating ycles Specifications Stacked Versions / Saves Horizontal Space Slide Over oot / Results in Overmolded ppearance hoice of Two ifferent atching Options (Thumbscrew / Push-Pull) pprovals & ertifications SS (Serial Storage rchitecture) U.. ile Number 8572 ISO 9001 Materials and inishes ontact rrangements Temperature Rating 55 to 125 urrent Rating 1 temp dependent ontact Resistance 20 m Max. Insulation Resistance 5000 M Min. ielectric ithstanding Voltage 350 V at Sea evel urability 10,000 Mating ycles Shock / Vibration 50 G s / 50 G s ire Size 26 to 30 G escription Material inish Shell Steel Nickel Shield an Steel Tin over Steel Tin Insulator Thermoplastic, U94 V-O None ontacts opper lloy Gold flash over 30 microinches PdNi in mating area, Tin on balance (ace View of Pin Insert Use Mirror Image for Socket Side) 9 ontacts 15 ontacts 25 ontacts imensions are shown in mm (inch) imensions subject to change 97

99 Subminiature ommercial M icro M SM ocking/atching Options Jackscrew Push/Pull The jackscrew locking system is designed for applications which require a secure connection. Utilize thumbscrews when the connectors are infrequently unmated. The push/pull latching system is designed for applications which require a quick connect and disconnect. spring retention mechanism latches to a post on the board side to prevent unintentional unmatings. Z10 Jackpost Z42 Jackpost #2-56 UN #2-56 UN 0,52 (.020) 3,18 (.125) H X ( R OS S T S ) 1,25 (.049) 6,45 (.254) 3,25 (.128) 1,25 (.049) 6,45 (.254) Note: Two Jackposts supplied with boardside connectors. Note: Two Jackposts supplied with boardside connectors. imensions are shown in mm (inch) imensions subject to change

100 Subminiature ommercial Micro MSM P onnector 90 - Single No. of s - Single ontacts Thumbscrew Push/Pull max. max. max. ±0,05 (.002) 9 MSM-9P-Z10-VR25* MSM-9-Z42-VR25* 19,90 (.783) 14,35 (.565) 8,60 (.339) 9,00 (.354) 5,08 (.200) 10,24 (.403) 15 MSM-15P-Z10-VR22 MSM-15P-Z42-VR22 23,60 (.929) 18,16 (.715) 12,30 (.484) 12,90 (.508) 8,89 (.350) 14,01 (.551) 25 MSM-25P-Z10-VR17 MSM-25P-Z42-VR17 29,95 (1.179) 24,51 (.965) 18,65 (.734) 19,25 (.758) 15,24 (.600) 20,35 (.801) *or use with SS applications Note: Standard jackpost offering recommended for use with.060 panel. P onnector 90 - Stacked No. of s - Stacked ontacts Thumbscrew Push/Pull max. max. max. 18 MSM-18P-Z10-VR25* MSM-18P-Z42-VR25* 19,90 (.783) 14,35 (.565) 8,60 (.339) 9,00 (.354) 5,08 (.200) 10,24 (.403) 30 MSM-30P-Z10-VR22 MSM-30P-Z42-VR22 23,50 (.925) 18,16 (.715) 12,30 (.484) 12,71 (.500) 8,89 (.350) 14,00 (.551) *or use with SS applications imensions are shown in mm (inch) imensions subject to change 99

101 Subminiature ommercial Micro MSM able onnectors (Unassembled omponents) Jackscrew JKSR HOO able connectors are supplied as complete kits with insulator, hood, locking hardware, shell/ shield assembly, and cover, bulk packaged. SH/SHI SSMY (USTOMR SUPPI) RIMP ONTTS (PURHS SPRTY) INSUTOR SH OVR Push/Pull 8,00 (.315) HOO able connectors are supplied as complete kits with insulator, hood, shell/shield assembly, and cover, bulk packaged. SH/SHI SSMY (USTOMR SUPPI) RIMP ONTTS (PURHS SPRTY) INSUTOR SH OVR MX 5,60 (.220) 7,50 (.295) MX ayout Jackscrew s Push/Pull s max. 0,10 (.004) 0,10 (.004) max. Max. able ntry 9 MSM-9S-Z11-VS1 MSM-9S-Z24-VS1 19,90 (.783) 14,35 (.565) 9,45 (.372) 35,50 (1.40) 5,70 (.224) 15 MSM-15S-Z11-VS1 MSM-15S-Z24-VS1 23,70 (.993) 18,16 (.715) 13,17 (.519) 35,50 (1.40) 6,70 (.264) 25 MSM-25S-Z11-VS1 MSM-25S-Z24-VS1 30,05 (1.183) 24,51 (.965) 19,52 (.769) 42,50 (1.67) 7,90 (.311) Note: VS1 refers to packaging multiples of 100. ontacts are sold separately, see this page. rimp ontacts ire Trim imensions 0,95 (.037) 2,60 (.102) 25,00 (.984) 15,00 (.591) s 1,000 Piece Reel 10,000 Piece Reel Socket MS-S-TS MS-S-R or crimp tooling, see page imensions are shown in mm (inch) imensions subject to change

102 Subminiature ommercial Micro MSM ontact rimping Tools Parallel ction ow Volume Hand Tool Hand Tool Semi-utomatic rimper/stripper : TP-MS Note: or use with individual contacts (break off reel MS-S-TS or MS-S-R. ontact Insertion/xtraction Tools Jackpost Tool : TR-MS Note: or use with reeled contacts - MS-S-TS. Insertion Tool : T-620-MS (ease Only) Note: or use with reeled contacts - MS-S-R. or additional information, see page 275. rimp dies for SS able will be offered by ITT annon. onsult factory for details. : IT-MSM Note: or use with Z10 Jackpost. : Note: ontacts cannot be removed from MSM connectors. Shield rimp Tooling Shield crimping requires four items; one press, one locator, and one each of the two dies listed below. ocator and ies for Shield Termination Ordered Separately Hand Press Pneumatic Press s ayout ocator ie / / / Note: or assembly instructions and crimping information, refer to Manual #MY-1/190. : HP-MSM-SR : PT-MSM-SR imensions are shown in mm (inch) imensions subject to change 101

103 Subminiature ommercial Micro MSM MSM SS ompatible able ssemblies ITT annon s 9 position MSM connectors have been designed into the NSI specification called SS, Serial Storage rchitecture, as the external I/O. SS is a new serial interface for interconnecting storage devices, storage subsystems, servers and workstations. Storage subsystems are increasing in function, availability, density and performance. ith this comes the trend for them to become more complex and ITT annon has the interconnect system which meets SS s high performance requirements. SS is an architecture which allows these new subsystems to be implemented more easily and at lower costs than other new high speed parallel interfaces. SS permits the transfer of data at progressively higher speeds - 20 M/sec interface currently available with 40 M/sec becoming available in 1997/98. ITT annon s MSM connector not only functions at these high speeds, but also brings to SS smaller, less cumbersome and higher reliability cables and connectors than current options. ITT annon is offering SS compatable external cable assemblies in six different lengths to meet your needs. These assemblies consist of two MSM 9S type cable connectors terminated to SS specified external cable. X 5,71 (.225) 19,89 (.783) MX 14,35 (.565) P1 P2 41,62 (1.639) MX 56,01 (2.205) R Note: ables shown with Z50 thumbscrews. X Meter (eet) Tolerance ,50 (1.600) ±25,00 (1.000) ,00 (2.200) ±25,00 (1.000) ,00 (9.800) ±25,00 (1.000) ,00 (16.400) ±64,00 (2.500) ,00 (32.800) ±64,00 (2.500) ,00 (65.600) ±64,00 (2.500) Note: or push/pull assemblies or other thumbscrews, please consult the factory. rimp dies for SS applications will be offered by ITT annon. onsult factory for details. 102 imensions are shown in mm (inch) imensions subject to change

104 Subminiature ommercial Micro MSM Pinout SS xternal able iring Table ONTT #9 ONTT #6 ONTT #5 ONTT #1 P P ,51 (.335) MX Note: Shield connected to both shells. xternal able Pinouts P1 P2 Pin Name Pin Name 2 ineout 4 inein 6 ineout+ 9 inein+ 4 inein 2 ineout 9 inein+ 6 ineout+ Note: Pins 1, 3, 5, 7 and 8 are not connected. SS xternal able ire ross Section (or Reference Only) ONUTOR INSUTION Ø 5,72 (.225) Ø 1,57 (.062) IR INNR SHI OUTR SHI JKT Transfer Impedance Performance Requirements for xternal SS onnections requency MHz Value (d-ohm)(max.) imensions are shown in mm (inch) imensions subject to change 103

105 Subminiature ilter Selection Index Page ilter n Introduction to *JK and *JT *JK ilter Performance and lectrical ata *JT ilter Performance and lectrical ata *JK onnectors Standard ootprint.318 or.283 inches 90 P Tails P Tails, Metal rackets uropean ootprint 10,2 or 9,4 mm 90 P Tails P Tails, Metal rackets P Tails, Plastic rackets & Grounding Straps P Tails, Plastic rackets Straight P Tails *JT onnectors Solder up ombo High Power ombo High Power Straight ombo High Power Solder up onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 104 imensions are shown in mm (inch) imensions subject to change

106 Subminiature ilter *JK/*JT ilter connectors series *JK and *JT from ITT annon especially designed for commercial applications provide excellent protection against MI and RI. Using Subminiature standard components a cost-effective production can be achieved as well as 100% compatibility with equivalent products according to IN Subminiature standard accessories can be used. High quality tubular ceramic capacitors are assembled onto the *JK contacts and soldered to contact and backshell while series *JT connectors apply planar array filters. pplications: MI/RI Sensitive lectronics Test & Measurement quipment omputer quipment Medical quipment Telecommunication Transmission Product eatures H tightness and mechanical stability by closed backshell ree-stamped grounding fingers (pin connector only) Straight and 90 solder pins (*JK) Solder cups, straight and 90 solder pins (*JT) Versatile mounting possibilities (brackets, captive nuts) ontact finsh according to performance class 2 (standard) or class 1 Specifications Temperature Range Per IN I 68 Part 1 55 to 125 Materials and inishes escription Material inish Shell Steel Tin Insulator Thermoplastic, U 94V-0 None ontacts opper lloy Gold over Nickel Mechanical ata oupling riction, accessories Polarization Keystone shape of shell Termination P tails, straight and 90 Solder cups imensions are shown in mm (inch) imensions subject to change 105

107 Subminiature ilter *JK ilter Performance *JK lectrical ata Voltage rating (working) 100 V urrent rating 5 Insulation resistance, electrification time 30 s, temperature M min./100 V ielectric ithstanding Voltage (Sea evel) 500 micro amps max. charge/discharge 250 V ilter Type apacitor ilter Symbol per IN ilter designation apacitance, type at 1 KHz, 0,1 Vrms, p 1000 p 680 p 470 p 330 p requency MHz ttenuation db min. ttenuation db min. ttenuation db min. ttenuation db min. ttenuation db min ttenuation per MI-ST-220 at 25 with no applied voltage or current 106 imensions are shown in mm (inch) imensions subject to change

108 Subminiature ilter *JT ilter Performance *JT lectrical ata Voltage rating (working) 200 V/120 Vrms, 400 Hz urrent rating 5 (Size 20 contacts), 30 (Size 8 contacts) Insulation resistance, electrification time 30 s, temperature 25 10,000 M min./100 V ielectric ithstanding Voltage (Sea evel) 500 micro amps max. charge/discharge 500 V ilter type apacitor ilter symbol per IN ilter designation apacitance, type at 1 KHz, 0,1 Vrms, p 5000 p 2000 p 1500 p 1000 p 500 p 250 p requency MHz ttenuation db min. ttenuation db min. ttenuation db min. ttenuation db min. ttenuation db min. ttenuation db min. ttenuation db min ttenuation per MI-ST-220 at 25 with no applied voltage or current imensions are shown in mm (inch) imensions subject to change 107

109 Subminiature ilter *JK 90 P Tails Standard ootprint.318 or.283 inch Plug s ayout Through linch Nut #4-40 UN 9 JK9P*-1U0N JK9P*-1U0N 15 JK15P*-1U0N JK15P*-1U0N 25 JK25P*-1U0N JK25P*-1U0N 37 JK37P*-1U0N JK37P*-1U0N * Insert filter designator. xample: JK9P4-1U0N (or 1000 p ilter apacitance) Note: or performance class 1 add xample: JK9P1-1U0N-190 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace 3,50 (.138) 7,19 (.283) imensions ±0,37 (.015) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 108 imensions are shown in mm (inch) imensions subject to change

110 Subminiature ilter *JK 90 P Tails Standard ootprint.318 or.283 inch Receptacle s ayout Through linch Nut #4-40 UN 9 JK9S*-1U0N JK9S*-1U0N 15 JK15S*-1U0N JK15S*-1U0N 25 JK25S*-1U0N JK25S*-1U0N 37 JK37S*-1U0N JK37S*-1U0N * Insert filter designator. xample: JK9S4-1U0N (for 1000 p ilter apacitance) Note: or performance class 1, add xample: JK9S1-1U0N-190 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace 3,50 (.138) 7,19 (.283) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 109

111 Subminiature ilter *JK 90 P Tails uropean ootprint 10,2 or 9,4 mm Plug s ayout Through linch Nut #4-40 UN linch Nut M3 9 JK9P*-10N JK9P*-10N JKX9P*-10N 15 JK15P*-10N JK15P*-10N JKX15P*-10N 25 JK25P*-10N JK25P*-10N JKX25P*-10N 37 JK37P*-10N JK37P*-10N JKX37P*-10N * Insert filter designator. xample: JK9P4-10N (or 1000 p ilter apacitance) Modifier: or performance class 1 add xample: JK9P1-10N-190 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware options (uropean), see page 227. ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace 10 Ø 3,05 (.120) Ø 0,60 (.024) 4,73 (.186) 9,40 (.370) imensions ±0,37 (.015) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 110 imensions are shown in mm (inch) imensions subject to change

112 Subminiature ilter *JK 90 P Tails uropean ootprint 10,2 or 9,4 mm Receptacle s ayout Through linch Nut #4-40 UN linch Nut M3 9 JK9S*-10N JK9S*-10N JKX9S*-10N 15 JK15S*-10N JK15S*-10N JKX15S*-10N 25 JK25S*-10N JK25S*-10N JKX25S*-10N 37 JK37S*-10N JK37S*-10N JKX37S*-10N * Insert filter designator. xample: JK9S4-10N (for 1000 p ilter apacitance) Note: or performance class 1, add xample: JK9S1-10N-190 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware options (uropean), see page 227. ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace 4,73 (.186) 9,40 (.370) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 111

113 Subminiature ilter *JK 90 P Tails and Metal rackets Standard ootprint.318 or.283 inch Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or pushfit/boardlock configuration, see page 225. s racket, ayout racket, #4-40 Nut #4-40 Nut, oardlock 9 JK9P*-1U7N JK9P*-1U7N JK15P*-1U7N JK15P*-1U7N JK25P*-1U7N JK25P*-1U7N JK37P*-1U7N JK37P*-1U7N-146 Insert filter designator *. xample: JK9P4-1U7N-146 (or 1000 p ilter apacitance) Note: or performance class 1, add xample: JK9P4-1U7N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace RKT, MT 3,50 (.138) USHING 7,19 (.283) oardlock removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 112 imensions are shown in mm (inch) imensions subject to change

114 Subminiature ilter *JK 90 P Tails and Metal rackets Standard ootprint.318 or.283 inch Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or pushfit/boardlock configuration, see page 225. s racket, ayout racket, #4-40 Nut #4-40 Nut, oardlock 9 JK9S*-1U7N JK9S*-1U7N JK15S*-1U7N JK15S*-1U7N JK25S*-1U7N JK25S*-1U7N JK37S*-1U7N JK37S*-1U7N-146 Insert filter designator *. xample JK9S4-1U7N-146 (or 1000 p ilter apacitance) Note: or performance class 1, add xample: JK9S4-1U7N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,89 (.114) 0,60 (.024) OROK RKT, MT 3,50 (.138) USHING 7,19 (.283) oardlock removed for clarity imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 113

115 Subminiature ilter *JK 90 P Tails and Metal rackets uropean ootprint 10,2 or 9,4 mm Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or pushfit/boardlock configuration, see page 225. s ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN Post M3 JK9P*-1N JK9P*-17N JK9P*-19N JK9P*-18N JK9P*-1HN JK15P*-1N JK15P*-17N JK15P*-19N JK15P*-18N JK15P*-1HN JK25P*-1N JK25P*-17N JK25P*-19N JK25P*-18N JK25P*-1HN JK37P*-1N JK37P*-17N JK37P*-19N JK37P*-18N JK37P*-1HN * Insert filter designator. xample: JK9P4-17N (or 1000 p capacitance) Notes: or performance class 1 add xample: JK9P1-1N-190 or pushfit/boardlocks add xample: JK9P1-1N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,89 (.114) 1,00 (.039) OROK Ø 0,60 (.024) RKT, MT 3,70 (.146) USHING 9,40 (.370) oardlock removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 114 imensions are shown in mm (inch) imensions subject to change

116 Subminiature ilter *JK 90 P Tails and Metal rackets uropean ootprint 10,2 or 9,4 mm Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or pushfit/boardlock configuration, see page 225. s ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN Post M3 JK9S*-1N JK9S*-17N JK9S*-19N JK9S*-18N JK9S*-1HN JK15S*-1N JK15S*-17N JK15S*-19N JK15S*-18N JK15S*-1HN JK25S*-1N JK25S*-17N JK25S*-19N JK25S*-18N JK25S*-1HN JK37S*-1N JK37S*-17N JK37S*-19N JK37S*-18N JK37S*-1HN * Insert filter designator. xample: JK9S4-17N (or 1000 p capacitance) Notes: or performance class 1 add xample: JK9S1-1N-190 or pushfit/boardlocks add xample: JK9S1-1N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,89 (.114) 1,00 (.039) OROK Ø 0,60 (.024) RKT, MT 3,70 (.146) USHING 9,40 (.370) oardlock removed for clarity imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 115

117 Subminiature ilter *JK 90 P Tails & Plastic rackets with Grounding Straps uropean ootprint 10,2 or 9,4 mm Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or pushfit/boardlock configuration, see page 225. s ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN Post M3 JK9P*-1N JK9P*-1N JK9P*-1VN JK9P*-1JN JK9P*-1GN JK15P*-1N JK15P*-1N JK15P*-1VN JK15P*-1JN JK15P*-1GN JK25P*-1N JK25P*-1N JK25P*-1VN JK25P*-1JN JK25P*-1GN JK37P*-1N JK37P*-1N JK37P*-1VN JK37P*-1JN JK37P*-1GN * Insert filter designator. xample: JK9P4-1N (or 1000 p capacitance) Notes: or performance class 1 add xample: JK9P1-1N-190 or pushfit/boardlocks add xample: JK9P1-1N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,00 (.039) Ø 0,60 (.024) RKT, PSTI, ITH GROUNING STRP 3,70 (.146) 9,40 (.370) imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 116 imensions are shown in mm (inch) imensions subject to change

118 Subminiature ilter *JK 90 P Tails & Plastic rackets with Grounding Straps uropean ootprint 10,2 or 9,4 mm Receptacle s ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN Post M3 JK9S*-1N JK9S*-1N JK9S*-1VN JK9S*-1JN JK9S*-1GN JK15S*-1N JK15S*-1N JK15S*-1VN JK15S*-1JN JK15S*-1GN JK25S*-1N JK25S*-1N JK25S*-1VN JK25S*-1JN JK25S*-1GN JK37S*-1N JK37S*-1N JK37S*-1VN JK37S*-1JN JK37S*-1GN * Insert filter designator. xample: JK9S4-1N (or 1000 p capacitance) Notes: or performance class 1 add xample: JKS1-1N-190 or pushfit/boardlocks add xample: JK9P1-1N Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or pushfit/boardlock configuration, see page 225. ilter esginator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,00 (.039) Ø 0,60 (.024) RKT, PSTI, ITH GROUNING STRP 3,70 (.146) 9,40 (.370) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 117

119 Subminiature ilter *JK 90 P Tails & Plastic rackets uropean ootprint 10,2 or 9,4 mm Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or pushfit/boardlock configuration, see page 225. s ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN Post M3 JK9P*-15N JK9P*-1UN JK9P*-1TN JK9P*-16N JK9P*-1PN JK15P*-15N JK15P*-1UN JK15P*-1TN JK15P*-16N JK15P*-1PN JK25P*-15N JK25P*-1UN JK25P*-1TN JK25P*-16N JK25P*-1PN JK37P*-15N JK37P*-1UN JK37P*-1TN JK37P*-16N JK37P*-1PN * Insert filter designator. xample: JK9P4-15N (or 1000 p filter capacitance) Notes: or performance class 1 add xample: JK9P1-15N-190 or pushfit/boardlocks add-146. xample: JK9P1-15N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,00 (.039) Ø 0,60 (.024) RKT, PSTI 3,70 (.146) 9,40 (.370) imensions ±0.13 (.005) ±0,37 (.015) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 118 imensions are shown in mm (inch) imensions subject to change

120 Subminiature ilter *JK 90 P Tails and Plastic rackets uropean ootprint 10,2 or 9,4 mm Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. or pushfit/boardlock configuration, see page 225. s ushing with Through aptive Nut #4-40 UN aptive Nut M3 Post #4-40 UN Post M3 JK9S*-15N JK9S*-1UN JK9S*-1TN JK9S*-16N JK9S*-1PN JK15S*-15N JK15S*-1UN JK15S*-1TN JK15S*-16N JK15S*-1PN JK25S*-15N JK25S*-1UN JK25S*-1TN JK25S*-16N JK25S*-1PN JK37S*-15N JK37S*-1UN JK37S*-1TN JK37S*-16N JK37S*-1PN * Insert filter designator. xample: JK9S4-15N (for 1000 p filter capacitance) Notes: or performance class 1 add xample: JK9S1-15N-190 or pushfit/boardlocks add xample: JK9S1-15N ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace ,00 (.039) Ø 0,60 (.024) RKT, PSTI 3,70 (.146) 9,40 (.370) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 119

121 Subminiature ilter *JK Straight P.. Tails Plug s ayout Through linch Nut #4-40 UN linch Nut M3 Pushfit/oardlock #4-40 UN Pushfit/oardlock M3 9 JK9P*-O4 JK9P*-O4 JKX9P*-O4 JK9P*-O4-146 JKX9P*-O JK15P*-O4 JK15P*-O4 JKX15P*-O4 JK15P*-O4-146 JKX15P*-O JK25P*-O4 JK25P*-O4 JKX25P*-O4 JK25P*-O4-146 JKX25P*-O JK37P*-O4 JK37P*-O4 JKX37P*-O4 JK37P*-O4-146 JKX37P*-O JK50P*-O4 JK50P*-O4 JKX50P*-O4 JK50P*-O4-146 JKX50P*-O4-146 * Insert filter designator. xample: JK9P4-04 (for 1000 p filter capacitance) Note: or performance class 1 add xample: JK9P Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or Hardware views (uropean), see page 227. or pushfit/boardlock configuration, see page 225. ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace onfiguration 10 Ø 3,05 (.120) 5,68 (.224) Ø 0,60 (.024) 11,70 ± 0,20 (.461 ±.008) imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.439) 15,37 (.607) 10,82 (.426) 6,84 (.269) 0,99 (.039) 120 imensions are shown in mm (inch) imensions subject to change

122 Subminiature ilter *JK Straight P.. Tails Receptacle s ayout Through linch Nut #4-40 UN linch Nut M3 Pushfit/oardlock #4-40 UN Pushfit/oardlock M3 9 JK9S*-O4 JK9S*-O4 JKX9S*-O4 JK9S*-O4-146 JKX9S*-O JK15S*-O4 JK15S*-O4 JKX15S*-O4 JK15S*-O4-146 JKX15S*-O JK25S*-O4 JK25S*-O4 JKX25S*-O4 JK25S*-O4-146 JKX25S*-O JK37S*-O4 JK37S*-O4 JKX37S*-O4 JK37S*-O4-146 JKX37S*-O4-146 * Insert filter designator. xample: JK9S4-O4 (for 1000 p filter capacitance) Note: or performance class 1 add xample: JK9S1-O4-190 Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or Hardware views (uropean), see page 227. or pushfit/boardlock configuration, see page 225. ilter esignator* ilter apacitance p p p p p or electrical data, see page 106. ngaging ace 10 Ø 3,05 (.120) Ø 0,60 (.024) 11,70 ± 0,20 (.461 ±.008) imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 121

123 Subminiature ilter *JT Solder up Plug s ayout Through linch Nut #4-40 UN linch Nut M3 9 JT9P* JT9P* JTX9P* 15 JT15P* JT15P* JTX15P* 25 JT25P* JT25P* JTX25P* 37 JT37P* JT37P* JTX37P* * Insert filter designator. xample: JT37P4 (for 2000 p filter capacitance) Note: or performance class 1 add xample: JT37P1-190 Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ilter esignator* ilter apacitance p p p p p or electrical data, see page 107. ngaging ace 9,80 (.386) MX imensions ±0.13 (.005) ±0,37 (.015) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 122 imensions are shown in mm (inch) imensions subject to change

124 Subminiature ilter *JT Solder up Receptacle s ayout Through linch Nut #4-40 UN linch Nut M3 9 JT9S* JT9S* JTX9S* 15 JT15S* JT15S* JTX15S* 25 JT25S* JT25S* JTX25S* 37 JT37S* JT37S* JTX37S* * Insert filter designator. xample: JT9S4 (for 2000 p filter capacitance) Note: or performance class 1 add xample: JT9S1-190 Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (uropean), see page 227. ilter esignator* ilter apacitance p p p p p or electrical data, see page 107. ngaging ace POSITION 1 Ø 3,05 (.120) 10 9,80 (.386) MX imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 123

125 Subminiature ilter *JT ombo High Power 90 Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 250. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ilter apacitance Through linch Nut #4-40 UN linch Nut M p JT33P1-10N JT33P1-10N JTX33P1-10N 1500 p JT33P6-10N JT33P6-10N JTX33P6-10N 5000 p JT33P5-10N JT33P5-10N JTX33P5-10N p JT33P9-10N JT33P9-10N JTX33P9-10N Note: or performance class 1 add xample: JT3K3P6-10N-190 s Keyed onfiguration ilter linch Nut linch Nut apacitance Through #4-40 UN M p JT3K3P1-10N JT3K3P1-10N JTX33KP1-10N 1500 p JT3K3P6-10N JT3K3P6-10N JTX3K3P6-10N 5000 p JT3K3P5-10N JT3K3P5-10N JTX3K3P5-10N p JT3K3P9-10N JT3K3P9-10N JTX3K3P9-10N Note: or performance class 1 add xample: JT3K3P6-10N-190 or electrical data, see page 107. ngaging ace Keyed onfiguration ngaging ace Ø 3,05 (.120) Ø 3,05 (.120) Ø 2,60 (.102) Ø 2,60 (.102) 12,30 (.484) imensions ±0,368 (.0145) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 124 imensions are shown in mm (inch) imensions subject to change

126 Subminiature ilter *JT ombo High Power 90 Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 252. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ilter apacitance Through linch Nut #4-40 UN linch Nut M p JT33S1-10N JT33S1-10N JTX33S1-10N 1500 p JT33S6-10N JT33S6-10N JTX33S6-10N 5000 p JT33S5-1ON JT33S5-1ON JTX33S5-1ON p JT33S9-10N JT33S9-10N JTX33S9-10N Note: or performance class 1 add xample: JT33S9-1ON-190 s Keyed onfiguration ilter linch Nut linch Nut apacitance Through #4-40 UN M p JT3K3S1-10N JT3K3S1-10N JTX3K3S1-10N 1500 p JT3K3S6-10N JT3K3S6-10N JTX3K3S6-10N 5000 p JT3K3S5-1ON JT3K3S5-1ON JTX3K3S5-1ON 47000p JT3K3S9-10N JT3K3S9-10N JTX3K3S9-10N Note: or performance class 1 add xample: JT3K3S9-1ON-190 or electrical data, see page 107. ngaging ace Keyed onfiguration ngaging ace 10 Ø 3,05 (.120) 10 Ø 3,05 (.120) ,60 (.102) 2,60 (.102) 12,30 (.484) imensions 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 125

127 Subminiature ilter *JT ombo High Power Straight Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 254. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ilter apacitance Through linch Nut #4-40 UN linch Nut M p JT33P1-O4 JT33P1-O4 JTX33P1-O p JT33P6-O4 JT33P6-O4 JTX33P6-O p JT33P5-O4 JT33P5-O4 JTX33P5-O p JT33P9-O4 JT33P9-O4 JTX33P9-O4 Note: or performance class 1 add xample: JT33P6-O4-190 s Keyed onfiguration ilter linch Nut linch Nut apacitance Through #4-40 UN M p JT3K3P1-O4 JT3K3P1-O4 JTX3K3P1-O p JT3K3P6-O4 JT3K3P6-O4 JTX3K3P6-O p JT3K3P5-O4 JT3K3P5-O4 JTX3K3P5-O p JT3K3P9-O4 JT3K3P9-O4 JTX3K3P9-O4 Note: or performance class 1 add xample: JT3K3P6-O4-190 or electrical data, see page 107. ngaging ace Keyed onfiguration ngaging ace Ø 3,05 (.120) Ø 3,05 (.120) Ø 2,60 (.102) 11,60 ± 0,20 (.457 ±.008) imensions ±0,368 (.0145) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 126 imensions are shown in mm (inch) imensions subject to change

128 Subminiature ilter *JT ombo High Power Straight Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 257. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ilter apacitance Through linch Nut #4-40 UN linch Nut M p JT33S1-O4 JT33S1-O4 JTX33S1-O p JT33S6-O4 JT33S6-O4 JTX33S6-O p JT33S5-O4 JT33S5-O4 JTX33S5-O p JT33S9-O4 JT33S9-O4 JTX33S9-O4 Note: or performance class 1 add xample: JT33S6-O4-190 s Keyed onfiguration ilter linch Nut linch Nut apacitance Through #4-40 UN M p JT3K3S1-O4 JT3K3S1-O4 JTX3K3S1-O p JT3K3S6-O4 JT3K3S6-O4 JTX3K3S6-O p JT3K3S5-O4 JT3K3S5-O4 JTX3K3S5-O p JT3K3S9-O4 JT3K3S9-O4 JTX3K3S9-O4 Note: or performance class 1 add xample: JT3K3S-O4-190 or electrical data, see page 107. ngaging ace Keyed onfiguration ngaging ace 10 Ø 3,05 (.120) 10 Ø 3,05 (.120) Ø 2,60 (.102) 11,70 ± 0,20 (.461 ±.008) imensions 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 127

129 Subminiature ilter *JT ombo High Power Solder up Plug Reader s Resource or contact cavity arrangements, see page 222. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ilter apacitance Through linch Nut #4-40 UN linch Nut M p JT33P1 JT33P1 JTX33P p JT33P6 JT33P6 JTX33P p JT33P5 JT33P5 JTX33P p JT33P9 JT33P9 JTX33P9 Note: or performance class 1 add xample: JT33P6-190 s Keyed onfiguration ilter linch Nut linch Nut apacitance Through #4-40 UN M p JT3K3P1 JT3K3P1 JTX3K3P p JT3K3P6 JT3K3P6 JTX3K3P p JT3K3P5 JT3K3P5 JTX3K3P p JT3K3P9 JT3K3P9 JTX3K3P9 Note: or performance class 1 add xample: JT3K3P6-190 or electrical data, see page 107. ngaging ace Keyed onfiguration ngaging ace 10 Ø 3,05 (.120) 10 Ø 3,05 (.120) Ø 3,63 (.143) 15,80 ± 0,50 (.622 ±.011) imensions ±0,368 (.0145) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 128 imensions are shown in mm (inch) imensions subject to change

130 Subminiature ilter *JT ombo High Power Solder up Receptacle Reader s Resource or contact cavity arrangements, see page 223. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ilter apacitance Through linch Nut #4-40 UN linch Nut M p JT33S1 JT33S1 JTX33S p JT33S6 JT33S6 JTX33S p JT33S5 JT33S5 JTX33S p JT33S9 JT33S9 JTX33S9 Note: or performance class 1 add xample: JT33S6-190 s Keyed onfiguration ilter linch Nut linch Nut apacitance Through #4-40 UN M p JT3K3S1 JT3K3S1 JTX3K3S p JT3K3S6 JT3K3S6 JTX3K3S p JT3K3S5 JT3K3S5 JTX3K3S p JT3K3S9 JT3K3S9 JTX3K3S9 Note: or performance class 1 add xample: JT3K3S6-190 or electrical data, see page 107. ngaging ace Keyed onfiguration ngaging ace 10 Ø 3,05 (.120) 10 Ø 3,05 (.120) Ø 3,63 (.143) 15,90 ± 0,50 (.626 ±.011) imensions 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 129

131 Subminiature Military/High Reliability Selection Index Page Military/High Reliability n Introduction Standard ayout 90 P Tail with Plastic racket P Tail Straight P Tail rap Post onnector Solder up onnector MI ross Reference MI rimp ontacts H501/*M ross Reference MI Test ata ombo P onnectors with oaxial 75 Ohm ontacts (50 Ohm Option) oaxial 90 (Sizes -) oaxial 90 (Size ) oaxial Straight (Sizes -) oaxial Straight (Size ) ombo P onnectors with High Power ontacts 40 High Power 90 (Sizes -) High Power 90 (Size ) High Power Straight (Sizes -) High Power Straight (Size ) ombo P onnectors with High Voltage ontacts High Voltage Straight (Sizes -) High Voltage Straight (Size ) ombo P onnectors with (Size 20) ontacts Only able Solder up (Sizes -) imensions are shown in mm (inch) imensions subject to change

132 Subminiature Military/High Reliability ITT annon Military/High Reliability Subminiature connectors are used in many applications, including aerospace, transportation, communication systems, information systems and test equipment. eing the inventor of the Subminiature connector, ITT annon is able to use its extensive design expertise and high quality manufacturing processes to insure the optimum performance and reliability. The Subminiature connectors with fixed contacts in solder cup, straight and 90 P contact terminations are qualified to MI (see cross reference, pages ). These highreliability Subminiature connectors are the finest quality connectors available at the most competitive prices in the market. pplications: erospace Transportation ommunication Systems Information Systems Test quipment Product eatures Suitable for a variety of cable and printed circuit board options Solder cup version accommodates wire size 20 G maximum 5 standard current rating linch Nut and loat Mount Options Specifications Materials and inishes Temperature Rating 55 to 125 ontact urrent Rating ontact Resistance ontact ielectric ithstanding Voltage oaxial urrent Rating oaxial ielectric ithstanding Voltage oaxial Impedance 7.5 current capacity 55 millivolt max. at 7.5 test current 1250 V at Sea evel V at Sea evel 75 or 50 oaxial VSR oaxial Insertion oss High Power urrent Rating High Power ielectric ithstanding Voltage High Voltage urrent Rating High Voltage ontact ielectric ithstanding Voltage ess than for up to 500 MHz.3d loss at 500 MHz Up to V at Sea evel V at Sea evel escription Material inish/treatment Shell Steel Yellow hromate over Zinc (admium available upon request; order code -101) Insulator Polyester, U 94V-0, olor: Green None ontacts (Military) opper lloy 50 microinches of Gold over Nickel in mating area, Gold over Nickel on balance ontacts (ommercial) opper lloy Gold over Nickel on mating area, Tin on balance ual loat Mount Hardware Stainless Steel Passivated linch Nut Hardware Stainless Steel with plastic insert Passivated Standoff Stainless Steel Passivated Plastic racket Thermoplastic, U 94V-0 None Metal racket Steel Zinc (Tin if boardlocks are attached) oaxial/high Power/High Voltage ontact ssemblies ontacts and Outer Shells opper lloy Gold over Nickel Ring, Retaining opper lloy Nickel Insulator (oaxial Only) Teflon None Insulator (High Voltage Only) Thermoplastic None imensions are shown in mm (inch) imensions subject to change 131

133 Subminiature Military/High Reliability 90 P Tail with Plastic racket Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. s Military s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 MM9P MM9P MM9PS MM9P MM9PG MM9P 15 MM15P MM15P MM15PS MM15P MM15PG MM15P 25 MM25P MM25P MM25PS MM25P MM25PG MM25P 37 MM37P MM37P MM37PS MM37P MM37PG MM37P 50 MM50P MM50P MM50PS MM50P MM50PG MM50P ommercial s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 M9P M9P M9PS M9P M9PG M9P 15 M15P M15P M15PS M15P M15PG M15P 25 M25P M25P M25PS M25P M25PG M25P 37 M37P M37P M37PS M37P M37PG M37P 50 M50P M50P M50PS M50P M50PG M50P ngaging ace 5,68 (.224) 2,84 (.112) onfiguration X ± 0,69 (.027) 7,18 ± 0,25 (.283 ±.010) 10 Ø Y Ø 3,05 (.120) 2,84 (.112) X ± 0,69 (.027) M N 7,18 ± 0,25 (.283 ±.010) imensions ±0,368 (.0145) ±0,41 (.016) M N 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 12,30 (.484) 8,64 (.340) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 12,30 (.484) 8,64 (.340) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,30 (.484) 8,64 (.340) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,30 (.484) 8,64 (.340) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 15,09 (.594) 10,04 (.395) 132 imensions are shown in mm (inch) imensions subject to change

134 Subminiature Military/High Reliability 90 P Tail with Plastic racket Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. s Military s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 MM9S MM9S MM9SS MM9S MM9SG MM9S 15 MM15S MM15S MM15SS MM15S MM15SG MM15S 25 MM25S MM25S MM25SS MM25S MM25SG MM25S 37 MM37S MM37S MM37SS MM37S MM37SG MM37S 50 MM50S MM50S MM50SS MM50S MM50SG MM50S ommercial s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 M9S M9S M9SS M9S M9SG M9S 15 M15S M15S M15SS M15S M15SG M15S 25 M25S M25S M25SS M25S M25SG M25S 37 M37S M37S M37SS M37S M37SG M37S 50 M50S M50S M50SS M50S M50SG M50S ngaging ace onfiguration 2,84 (.112) 5,68 (.224) X ± 0,69 (.027) 7,18 ± 0,25 (.283 ±.010) 10 Ø Y Ø 3,05 (.120) 2,84 (.112) X ± 0,69 (.027) M N 7,18 ± 0,25 (.283 ±.010) imensions M N 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) 15,09 (.594) 10,04 (.395) imensions are shown in mm (inch) imensions subject to change 133

135 Subminiature Military/High Reliability 90 P Tail Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s Military s X Y X Y 0,76 (.030) 1,02 (.040) X X X X X ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 9 MM9P MM9PP MM9PR MM9P MM9PK 15 MM15P MM15PP MM15PR MM15P MM15PK 25 MM25P MM25PP MM25PR MM25P MM25PK 37 MM37P MM37PP MM37PR MM37P MM37PK 50 MM50P MM50PP MM50PR MM50P MM50PK ommercial s X Y X Y 0,76 (.030) 1,02 (.040) X X X X X ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 9 M9P M9PP M9PR M9P M9PK 15 M15P M15PP M15PR M15P M15PK 25 M25P M25PP M25PR M25P M25PK 37 M37P M37PP M37PR M37P M37PK 50 M50P M50PP M50PR M50P M50PK ngaging ace onfiguration Ø 3,05 (.120) 2,84 (.112) 5,68 (.224) X ± 0,69 (.027) K 7,18 ± 0,25 (.283 ±.010) 10 Ø Y 2,84 (.112) X ± 0,69 (.027) 7,18 ± 0,25 (.283 ±.010) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 134 imensions are shown in mm (inch) imensions subject to change

136 Subminiature Military/High Reliability 90 P Tail Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. or hardware view (Standard), see page 226. s Military s X Y X Y 0,76 (.030) 1,02 (.040) X X X X X ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 9 MM9S MM9SP MM9SR MM9S MM9SK 15 MM15S MM15SP MM15SR MM15S MM15SK 25 MM25S MM25SP MM25SR MM25S MM25SK 37 MM37S MM37SP MM37SR MM37S MM37SK 50 MM50S MM50SP MM50SR MM50S MM50SK ommercial s X Y X Y 0,76 (.030) 1,02 (.040) X X X X X ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 9 M9S M9SP M9SR M9S M9SK 15 M15S M15SP M15SR M15S M15SK 25 M25S M25SP M25SR M25S M25SK 37 M37S M37SP M37SR M37S M37SK 50 M50S M50SP M50SR M50S M50SK ngaging ace onfiguration Ø 3,05 (.120) 2,84 (.112) 5,68 (.224) X ± 0,69 (.027) K 7,18 ± 0,25 (.283 ±.010) 10 Ø Y 2,84 (.112) X ± 0,69 (.027) 7,18 ± 0,25 (.283 ±.010) imensions ±0.13 (.005) K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 135

137 Subminiature Military/High Reliability Straight P Tail Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s Military s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 MM9P* MM9PM* MM9PZ* MM9P MM9PH MM9PX* 15 MM15P* MM15PM* MM15PZ* MM15P MM15PH MM15PX* 25 MM25P* MM25PM* MM25PZ* MM25P MM25PH MM25PX* 37 MM37P* MM37PM* MM37PZ* MM37P MM37PH MM37PX* 50 MM50P* MM50PM* MM50PZ* MM50P MM50PH MM50PX* Note: Spacers (shipped loose) provided only on parts marked * ommercial s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 M9P M9PM M9PZ M9P M9PH M9PX 15 M15P M15PM M15PZ M15P M15PH M15PX 25 M25P M25PM M25PZ M25P M25PH M25PX 37 M37P M37PM M37PZ M37P M37PH M37PX 50 M50P M50PM M50PZ M50P M50PH M50PX ngaging ace Ø 3,05 (.120) onfiguration 5,69 (.224) 2,84 (.112) K 10 6,86 (.270) SPR (SHIPP OOS) OR RRN ONY Ø Y X ± 0,69 (.027) imensions K K ±0,368 (.0145) ±0,41 (.016) ±0,317 (.0125) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (0.39) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 136 imensions are shown in mm (inch) imensions subject to change

138 Subminiature Military/High Reliability Straight P Tail Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s Military s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 MM9S* MM9SM* MM9SZ* MM9S MM9SH MM9SX* 15 MM15S* MM15SM* MM15SZ* MM15S MM15SH MM15SX* 25 MM25S* MM25SM* MM25SZ* MM25S MM25SH MM25SX* 37 MM37S* MM37SM* MM37SZ* MM37S MM37SH MM37SX* 50 MM50S* MM50SM* MM50SZ* MM50S MM50SH MM50SX* Note: Spacers (shipped loose) provided only on parts marked * ommercial s X Y X Y 0,76 (.030) 1,02 (.040) Shell X X X X X X Size ayout 3,23 (.127) 4,01 (.158) 4,65 (.183) 3,23 (.127) 4,01 (.158) 4,65 (.183) 9 M9S M9SM M9SZ M9S M9SH M9SX 15 M15S M15SM M15SZ M15S M15SH M15SX 25 M25S M25SM M25SZ M25S M25SH M25SX 37 M37S M37SM M37SZ M37S M37SH M37SX 50 M50S M50SM M50SZ M50S M50SH M50SX ngaging ace onfiguration 5,69 (.224) 2,84 (.112) Ø 3,05 (.120) K 10 6,86 (.270) SPR (SHIPP OOS) OR RRN ONY Ø Y X ± 0,69 (.027) 2,84 (.112) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 137

139 Subminiature Military/High Reliability rap Post onnector Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Military s 9 MM9P179 MM9P MM15P179 MM15P MM25P179 MM25P MM37P179 MM37P MM50P179 MM50P179 ayout ommercial s 9 M9P179 M9P M15P179 M15P M25P179 M25P M37P179 M37P M50P179 M50P179 Modification ode Number of raps X ±0,51 (.020) ,60 (.378) ,90 (.508) ngaging ace Ø 3,05 (.120) onfiguration 5,69 (.224) 2,84 (.112) K 10 0,61 (.024) 2,84 (.112) X 5,99 ± 0,38 (.236 ±.015) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 138 imensions are shown in mm (inch) imensions subject to change

140 Subminiature Military/High Reliability rap Post onnector Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 274. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Military s 9 MM9S179 MM9S MM15S179 MM15S MM25S179 MM25S MM37S179 MM37S MM50S179 MM50S179 ayout ommercial s 9 M9S179 M9S M15S179 M15S M25S179 M25S M37S179 M37S M50S179 M50S179 Modification ode Number of raps X ±0,51 (.020) ,60 (.378) ,90 (.508) ngaging ace onfiguration 5,69 (.224) 2,84 (.112) Ø 3,05 (.120) K 10 0,61 (.024) 2,84 (.112) X 5,99 ± 0,38 (.236 ±.015) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 139

141 Subminiature Military/High Reliability Solder up onnector Plug s Military s Shell ual linch Nut Size ayout Through loat Mount #4-40 UN 9 MM9P MMY9P MM9P 15 MM15P MMY15P MM15P 25 MM25P MMY25P MM25P 37 MM37P MMY37P MM37P 50 MM50P MMY50P MM50P Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ommercial s Shell ual linch Nut Size ayout Through loat Mount #4-40 UN 9 M9P MY9P M9P 15 M15P MY15P M15P 25 M25P MY25P M25P 37 M37P MY37P M37P 50 M50P MY50P M50P ngaging ace Ø 3,05 (.120) onfiguration 5,69 (.224) 2,84 (.112) K 10 10,72 (.422) MX 2,84 (.112) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0.76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 140 imensions are shown in mm (inch) imensions subject to change

142 Subminiature Military/High Reliability Solder up onnector Receptacle s Military s Shell ual linch Nut Size ayout Through loat Mount #4-40 UN 9 MM9S MMY9S MM9S 15 MM15S MMY15S MM15S 25 MM25S MMY25S MM25S 37 MM37S MMY37S MM37S 50 MM50S MMY50S MM50S Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ommercial s Shell ual linch Nut Size ayout Through loat Mount #4-40 UN 9 M9S MY9S M9S 15 M15S MY15S M15S 25 M25S MY25S M25S 37 M37S MY37S M37S 50 M50S MY50S M50S ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 9,91 (.390) MX 2,84 (.112) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 141

143 imensions are shown in mm (inch) imensions subject to change 142 Subminiature Military/High Reliability MI ross Reference Military ITT annon Military ITT annon Military ITT annon M24308/1-1 MM9S M24308/1-2 MM15S M24308/1-3 MM25S M24308/1-4 MM37S M24308/1-5 MM50S M24308/1-12 MM9S M24308/1-13 MM15S M24308/1-14 MM25S M24308/1-15 MM37S M24308/1-16 MM50S M24308/1-23 MMY9S M24308/1-24 MMY15S M24308/1-25 MMY25S M24308/1-26 MMY37S M24308/1-27 MMY50S M24308/2-1 MM9S M24308/2-2 MM15S M24308/2-3 MM25S M24308/2-4 MM37S M24308/2-5 MM50S M24308/2-6 MMT9S M24308/2-7 MMT15S M24308/2-8 MMT25S M24308/2-9 MMT37S M24308/2-10 MMT50S M24308/2-23 MM9S M24308/2-24 MM15S M24308/2-25 MM25S M24308/2-26 MM37S M24308/2-27 MM50S M24308/2-34 MMT9S M24308/2-35 MMT15S M24308/2-36 MMT25S M24308/2-37 MMT37S M24308/2-38 MMT50S M24308/2-281 MM9S-O M24308/2-282 MM15S-O M24308/2-283 MM25S-O M24308/2-284 MM37S-O M24308/2-285 MM50S-O M24308/2-292 MM9S-O M24308/2-293 MM15S-O M24308/2-294 MM25S-O M24308/2-295 MM37S-O M24308/2-296 MM50S-O M24308/2-335 MMR25S M24308/2-336 MMR37S M24308/2-341 MMR15S M24308/2-342 MMY9S M24308/2-343 MMY15S M24308/2-344 MMY25S M24308/2-345 MMY37S M24308/2-346 MMY50S M24308/2-353 MMYT9S M24308/2-354 MMYT15S M24308/2-355 MMYT25S M24308/2-356 MMYT37S M24308/2-357 MMYT50S M24308/2-482 MMY9S-O M24308/2-483 MMY15S-O M24308/2-484 MMY25S-O M24308/2-485 MMY37S-O M24308/2-486 MMY50S-O M24308/3-1 MM9P M24308/3-2 MM15P M24308/3-3 MM25P M24308/3-4 MM37P M24308/3-5 MM50P M24308/3-12 MM9P M24308/3-13 MM15P M24308/3-14 MM25P M24308/3-15 MM37P M24308/3-16 MM50P M24308/4-1 MM9P M24308/4-2 MM15P M24308/4-3 MM25P M24308/4-4 MM37P M24308/4-5 MM50P M24308/4-6 MMT9P M24308/4-7 MMT15P M24308/4-8 MMT25P M24308/4-9 MMT37P M24308/4-10 MMT50P M24308/4-259 MM9P-O M24308/4-260 MM15P-O M24308/4-261 MM25P-O M24308/4-262 MM37P-O M24308/4-263 MM50P-O M24308/4-302 MM9P M24308/4-303 MM15P M24308/4-304 MM25P M24308/4-305 MM37P M24308/4-306 MM50P M24308/4-313 MMT9P M24308/4-314 MMT15P M24308/4-315 MMT25P M24308/4-316 MMT37P M24308/4-317 MMT50P M24308/4-324 MM9P-O M24308/4-325 MM15P-O M24308/4-326 MM25P-O M24308/4-327 MM37P-O M24308/4-328 MM50P-O M24308/5-1 MM9SNM M24308/5-2 MM15SNM M24308/5-3 MM25SNM M24308/5-4 MM37SNM M24308/5-5 MM50SNM M24308/5-12 MM9SNM M24308/5-13 MM15SNM M24308/5-14 MM25SNM M24308/5-15 MM37SNM M24308/5-16 MM50SNM M24308/5-23 MMY9SNM M24308/5-24 MMY15SNM M24308/5-25 MMY25SNM M24308/5-26 MMY37SNM M24308/5-27 MMY50SNM M24308/6-1 MM9SNM M24308/6-2 MM15SNM M24308/6-3 MM25SNM M24308/6-4 MM37SNM M24308/6-5 MM50SNM M24308/6-6 MMT9SNM M24308/6-7 MMT15SNM M24308/6-8 MMT25SNM M24308/6-9 MMT37SNM M24308/6-10 MMT50SNM M24308/6-259 MM9SNM M24308/6-260 MM15SNM M24308/6-261 MM25SNM M24308/6-262 MM37SNM M24308/6-263 MM50SNM M24308/6-270 MMT9SNM M24308/6-271 MMT15SNM M24308/6-272 MMT25SNM M24308/6-273 MMT37SNM M24308/6-274 MMT50SNM M24308/6-281 MM9SNM-O M24308/6-282 MM15SNM-O M24308/6-283 MM25SNM-O M24308/6-284 MM37SNM-O M24308/6-285 MM50SNM-O M24308/6-324 MM9SNM-O M24308/6-325 MM15SNM-O M24308/6-326 MM25SNM-O M24308/6-327 MM37SNM-O M24308/6-328 MM50SNM-O M24308/6-453 MMY9SNM M24308/6-454 MMY15SNM M24308/6-455 MMY25SNM M24308/6-456 MMY37SNM M24308/6-457 MMY50SNM M24308/6-464 MMYT9SNM M24308/6-465 MMYT15SNM M24308/6-466 MMYT25SNM M24308/6-467 MMYT37SNM M24308/6-468 MMYT50SNM M24308/6-491 MMY9SNM-O M24308/6-492 MMY15SNM-O M24308/6-493 MMY25SNM-O M24308/6-494 MMY37SNM-O M24308/6-495 MMY50SNM-O M24308/7-1 MM9PNM M24308/7-2 MM15PNM M24308/7-3 MM25PNM M24308/7-4 MM37PNM M24308/7-5 MM50PNM M24308/7-12 MM9PNM M24308/7-13 MM15PNM M24308/7-14 MM25PNM M24308/7-15 MM37PNM M24308/7-16 MM50PNM M24308/8-1 MM9PNM M24308/8-2 MM15PNM M24308/8-3 MM25PNM M24308/8-4 MM37PNM M24308/8-5 MM50PNM M24308/8-6 MMT9PNM M24308/8-7 MMT15PNM M24308/8-8 MMT25PNM M24308/8-9 MMT37PNM M24308/8-10 MMT50PNM M24308/8-259 MM9PNM-O M24308/8-260 MM15PNM-O M24308/8-261 MM25PNM-O M24308/8-262 MM37PNM-O M24308/8-263 MM50PNM-O M24308/8-302 MM9PNM M24308/8-303 MM15PNM M24308/8-304 MM25PNM M24308/8-305 MM37PNM M24308/8-306 MM50PNM M24308/8-313 MMT9PNM M24308/8-314 MMT15PNM

144 Subminiature Military/High Reliability MI ross Reference Military M24308/8-315 M24308/8-316 M24308/8-317 M24308/8-324 M24308/8-325 M24308/8-326 M24308/8-327 M24308/8-328 M24308/9-1 M24308/9-2 M24308/9-3 M24308/9-4 M24308/9-5 M24308/9-6 M24308/9-7 M24308/9-8 M24308/9-9 M24308/9-10 M24308/9-11 M24308/9-12 M24308/9-13 M24308/9-14 M24308/9-15 M24308/9-16 M24308/9-17 M24308/9-18 M24308/9-19 M24308/9-20 M24308/23-1 M24308/23-2 M24308/23-3 M24308/23-4 M24308/23-5 M24308/23-7 M24308/23-8 M24308/23-9 M24308/23-10 M24308/23-11 M24308/23-13 M24308/23-14 M24308/23-15 M24308/23-16 M24308/23-17 M24308/23-19 M24308/23-20 ITT annon MMT25PNM MMT37PNM MMT50PNM MM9PNM-O MM15PNM-O MM25PNM-O MM37PNM-O MM50PNM-O H9P002 H15P002 H25P002 H37P002 H50P002 H9P001 H15P001 H25P001 H37P001 H50P001 H9P202 H15P202 H25P202 H37P202 H50P202 H9P201 H15P201 H25P201 H37P201 H50P201 MM9SM MM15SM MM25SM MM37SM MM50SM MM9SZ MM15SZ MM25SZ MM37SZ MM50SZ MM9SH MM15SH MM25SH MM37SH MM50SH MM9SX MM15SX Military M24308/23-21 M24308/23-22 M24308/23-23 M24308/23-25 M24308/23-26 M24308/23-27 M24308/23-28 M24308/23-29 M24308/23-31 M24308/23-32 M24308/23-33 M24308/23-34 M24308/23-35 M24308/23-37 M24308/23-38 M24308/23-39 M24308/23-40 M24308/23-41 M24308/23-43 M24308/23-44 M24308/23-45 M24308/23-46 M24308/23-47 M24308/23-49 M24308/23-50 M24308/23-51 M24308/23-52 M24308/23-53 M24308/23-55 M24308/23-56 M24308/23-57 M24308/23-58 M24308/23-59 M24308/24-1 M24308/24-2 M24308/24-3 M24308/24-4 M24308/24-5 M24308/24-7 M24308/24-8 M24308/24-9 M24308/24-10 M24308/24-11 M24308/24-13 M24308/24-14 ITT annon MM25SX MM37SX MM50SX MM9S MM15S MM25S MM37S MM50S MM9S MM15S MM25S MM37S MM50S MM9S MM15S MM25S MM37S MM50S MM9SG MM15SG MM25SG MM37SG MM50SG MM9SS MM15SS MM25SS MM37SS MM50SS MM9S MM15S MM25S MM37S MM50S MM9PM MM15PM MM25PM MM37PM MM50PM MM9PZ MM15PZ MM25PZ MM37PZ MM50PZ MM9PH MM15PH Military ITT annon M24308/24-15 MM25PH M24308/24-16 MM37PH M24308/24-17 MM50PH M24308/24-19 MM9PX M24308/24-20 MM15PX M24308/24-21 MM25PX M24308/24-22 MM37PX M24308/24-23 MM50PX M24308/24-25 MM9P M24308/24-26 MM15P M24308/24-27 MM25P M24308/24-28 MM37P M24308/24-29 MM50P M24308/24-31 MM9P M24308/24-32 MM15P M24308/24-33 MM25P M24308/24-34 MM37P M24308/24-35 MM50P M24308/24-37 MM9P M24308/24-38 MM15P M24308/24-39 MM25P M24308/24-40 MM37P M24308/24-41 MM50P M24308/24-43 MM9PG M24308/24-44 MM15PG M24308/24-45 MM25PG M24308/24-46 MM37PG M24308/24-47 MM50PG M24308/24-49 MM9PS M24308/24-50 MM15PS M24308/24-51 MM25PS M24308/24-52 MM37PS M24308/24-53 MM50PS M24308/24-55 MM9P M24308/24-56 MM15P M24308/24-57 MM25P M24308/24-58 MM37P M24308/24-59 MM50P M24308/ M24308/ MI rimp ontacts Military ITT annon ontact Size ontact Style Product ine MI Specification M39029/ Socket *M MI M39029/ Pin *M MI imensions are shown in mm (inch) imensions subject to change 143

145 Subminiature Military/High Reliability H501/*M ross Reference H501 H501N09S3 H501N15S3 H501N25S3 H501N37S3 H501N50S3 H50109S3 H50115S3 H50125S3 H50137S3 H50150S3 H501N09YS43 H501N15YS43 H501N25YS43 H501N37YS43 H501N50YS43 H501P09VS63 H501P15VS63 H501P25VS63 H501P37VS63 H501P50VS63 ITT annon M9S M15S M25S M37S M50S MY9S MY15S MY25S MY37S MY50S M9SO3 M15SO3 M25SO3 M37SO3 M50SO3 M9S15N M15S15N M25S15N M37S15N M50S15N H501 H501N9KS33 H501N15KS33 H501N25KS33 H501N37KS33 H501N50KS33 H501N09P H501N15P H501N25P H501N37P H501N50P H50109P H50115P H50125P H50137P H50150P ITT annon M9S179 M15S179 M25S179 M37S179 M50S179 M9P M15P M25P M37P M50P MY9P MY15P MY25P MY37P MY50P H501 H501N09YP4 H501N15YP4 H501N25YP4 H501N37YP4 H501N50YP4 H501P09VP6 H501P15VP6 H501P25VP6 H501P37VP6 H501P50VP6 H501N9KP3 H501N15KP3 H501N25KP3 H501N37KP3 H501N50KP3 ITT annon M9PO3 M15PO3 M25PO3 M37PO3 M50PO3 M9P15N M15P15N M25P15N M39P15N M50P15N M9P179 M15P179 M25P179 M37P179 M50P imensions are shown in mm (inch) imensions subject to change

146 Subminiature Military/High Reliability Test ata MI Test xtracts pplicable To lass G onnectors Test escription Test Requirements MI-ST-1344 Test Method Mating/Unmating orce ayout Max Unmating (lbs.) Max Mating (lbs.) ontact Retention ontacts shall be retained in their inserts by a 9 pound (minimum) force. The axial displacement of contacts shall not exceed.012 inch while under load Insulation Resistance fter humidity 1 Megohm (min.) 3003 ll other conditions 5000 Megohm (min.) ontact Resistance fter salt spray not to exceed 65 millivolts max Size 20 G; 7.5 Vibration No damage and no loosening of parts due to vibration. No interruption of electrical continuity longer than 1 microsecond Test ond. 4 Shock No damage and no loosening of parts. No interruption of electrical continuity longer than 1 microsecond Test ond. urability No electrical or mechanical defects after 500 cycles of mating and unmating ± 100 cycles/hour Salt Spray (orrosion) No exposure of base metal due to corrosion which will affect performance. Product will meet further tests as specified ond. luid Immersion 20 hours immersion MI-H-5606 Hydraulic luid. 20 hours immersion MI ubricating luid. onnectors shall meet mating/unmating force following immersion imensions are shown in mm (inch) imensions subject to change 145

147 Subminiature Military/High Reliability oaxial 90 P (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MMP51PJ MM51PJ MM51PJ MMG51PJ 72 MMP72PJ MM72PJ MM72PJ MMG72PJ 111 MMP111PJ MM111PJ MM111PJ MMG111PJ 33 MMP33PJ MM33PJ MM33PJ MMG33PJ 3K3 MMP3K3PJTM MM3K3PJTM MM3K3PJTM MMG3K3PJTM 55 MMP55PJ MM55PJ MM55PJ MMG55PJ 94 MMP94PJ MM94PJ MM94PJ MMG94PJ 133 MMP133PJ MM133PJ MM133PJ MMG133PJ 172 MMP172PJ MM172PJ MM172PJ MMG172PJ 211 MMP211PJ MM211PJ MM211PJ MMG211PJ 88 MMP88PJ MM88PJ MM88PJ MMG88PJ 136 MMP136PJ MM136PJ MM136PJ MMG136PJ 175 MMP175PJ MM175PJ MM175PJ MMG175PJ 214 MMP214PJ MM214PJ MM214PJ MMG214PJ 253 MMP253PJ MM253PJ MM253PJ MMG253PJ 272 MMP272PJ MM272PJ MM272PJ MMG272PJ Notes: *or 50 Ohm oaxial substitute X for. xample: MMP5X1PJ or shell size, see page 148. Keyed ngaging ace 0,56 (.023) Ø 0,51 (.020) 2,54 (.100) 3,89 (.153) MIN 11,94 ± 0,33 (.470 ±.013) OROK 10 Ø 0,76 (.030) 0,82 (.032) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 7,18 ± 0,25 (.283 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 146 imensions are shown in mm (inch) imensions subject to change

148 Subminiature Military/High Reliability oaxial 90 P (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MMP51SJ MM51SJ MM51SJ MMG51SJ 72 MMP72SJ MM72SJ MM72SJ MMG72SJ 111 MMP111SJ MM111SJ MM111SJ MMG111SJ 33 MMP33SJ MM33SJ MM33SJ MMG33SJ 3K3 MMP3K3SJTM MM3K3SJTM MM3K3SJTM MMG3K3SJTM 55 MMP55SJ MM55SJ MM55SJ MMG55SJ 94 MMP94SJ MM94SJ MM94SJ MMG94SJ 133 MMP133SJ MM133SJ MM133SJ MMG133SJ 172 MMP172SJ MM172SJ MM172SJ MMG172SJ 211 MMP211SJ MM211SJ MM211SJ MMG211SJ 88 MMP88SJ MM88SJ MM88SJ MMG88SJ 136 MMP136SJ MM136SJ MM136SJ MMG136SJ 175 MMP175SJ MM175SJ MM175SJ MMG175SJ 214 MMP214SJ MM214SJ MM214SJ MMG214SJ 253 MMP253SJ MM253SJ MM253SJ MMG253SJ 272 MMP272SJ MM272SJ MM272SJ MMG272SJ Notes: *or 50 Ohm oaxial substitute X for. xample: MMP5X1SJ or shell size, see page 149. Keyed ngaging ace 0,56 (.023) Ø 0,51 (.020) 2,54 (.100) 3,89 (.153) MIN 11,94 ± 0,33 (.470 ±.013) OROK 10 Ø 0,76 (.030) 0,79 (.031) 2,92 (.115) Screw lock, boardlock and signal contacts removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 7,18 ± 0,25 (.283 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock and coaxial contact removed for clarity Note: imension varies with altenate bracket configuration, see Reader s Resource page 225. imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 147

149 Subminiature Military/High Reliability oaxial 90 P (Size ) Plug 75 Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 247 MMP247PJ MM247PJ MM247PJ MMG247PJ 364 MMP364PJ MM364PJ MM364PJ MMG364PJ 432 MMP432PJ MM432PJ MM432PJ MMG432PJ 471 MMP471PJ MM471PJ MM471PJ MMG471PJ Note: *or 50 Ohm oaxial substitute X for. xample: MMP24X7PJ Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 230. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. SR OK #4-40 UN 6,50 ± 0,25 (.256 ±.010) 11,53 ± 0,25 (.454 ±.010) 5,68 (.224) RIVNUT #4-40 UN RKT, MT 10,06 (.396) 13,74 (.541) 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) Screw lock, boardlock, and coaxial contact removed for clarity 10 ngaging ace 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) Ø 0,51 (.020) 0,56 (.023) 3,89 (.153) MIN Screw lock, boardlock, and signal contacts removed for clarity OROK 0,82 (.032) Ø 0,76 (.030) 2,92 (.115) Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 148 imensions are shown in mm (inch) imensions subject to change

150 Subminiature Military/High Reliability oaxial 90 P (Size ) Receptacle 75 Ohm s* with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 247 MMP247SJ MM247SJ MM247SJ MMG247SJ 364 MMP364SJ MM364SJ MM364SJ MMG364SJ 432 MMP432SJ MM432SJ MM432SJ MMG432SJ 471 MMP471SJ MM471SJ MM471SJ MMG471SJ Note: *or 50 Ohm oaxial substitute X for. xample: MMG36X4SJ Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 233. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. SR OK #4-40 UN 6,50 ± 0,25 (.256 ±.010) 11,53 ± 0,25 (.454 ±.010) 5,68 (.224) RIVNUT #4-40 UN 10,06 (.396) 13,74 (.541) 4,33 ± 0,38 (.170 ±.015) RKT, MT Screw lock, boardlock, and coaxial contacts removed for clarity ngaging ace 10 2,54 (.100) 11,94 ± 0,33 (.470 ±.013) Ø 0,51 (.020) 0,56 (.023) 3,89 (.153) MIN 2,92 (.115) 0,82 (.032) Ø 0,76 (.030) OROK Screw lock, boardlock, and signal contacts removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 149

151 Subminiature Military/High Reliability oaxial Straight P (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MMV51PN MMZ51PN MMN51PN 72 MMV72PN MMZ72PN MMN72PN 111 MMV111PN MMZ111PN MMN111PN 33 MMV33PN MMZ33PN MMN33PN 3K3 MMV3K3PNTM MMZ3K3PNTM MMN3K3PNTM 55 MMV55PN MMZ55PN MMN55PN 94 MMV94PN MMZ94PN MMN94PN 133 MMV133PN MMZ133PN MMN133PN 172 MMV172PN MMZ172PN MMN172PN 211 MMV211PN MMZ211PN MMN211PN 88 MMV88PN MMZ88PN MMN88PN 136 MMV136PN MMZ136PN MMN136PN 175 MMV175PN MMZ175PN MMN175PN 214 MMV214PN MMZ214PN MMN214PN 253 MMV253PN MMZ253PN MMN253PN 272 MMV272PN MMZ272PN MMN272PN Notes: *or 50 Ohm oaxial substitute X for. xample: MMV5X1PN or shell size, see page 152. Keyed ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Screw lock, boardlock, and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 150 imensions are shown in mm (inch) imensions subject to change

152 Subminiature Military/High Reliability oaxial Straight P (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate 50 Ohm coaxial configuration, see page Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MMV51SN MMZ51SN MMN51SN 72 MMV72SN MMZ72SN MMN72SN 111 MMV111SN MMZ111SN MMN111SN 33 MMV33SN MMZ33SN MMN33SN 3K3 MMV3K3SNTM MMZ3K3SNTM MMN3K3SNTM 55 MMV55SN MMZ55SN MMN55SN 94 MMV94SN MMZ94SN MMN94SN 133 MMV133SN MMZ133SN MMN133SN 172 MMV172SN MMZ172SN MMN172SN 211 MMV211SN MMZ211SN MMN211SN 88 MMV88SN MMZ88SN MMN88SN 136 MMV136SN MMZ136SN MMN136SN 175 MMV175SN MMZ175SN MMN175SN 214 MMV214SN MMZ214SN MMN214SN 253 MMV253SN MMZ253SN MMN253SN 272 MMV272SN MMZ272SN MMN272SN Notes: *or 50 Ohm oaxial substitute X for. xample: MMV5X1SN or shell size, see page 153. Keyed ngaging ace 2,54 (1.00) Ø 0,51 (.020) 0,62 (.024) 10 OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) Screw lock, boardlock, and signal contacts removed for clarity 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and coaxial contact removed for clarity imensions 0,25 (.010) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 151

153 Subminiature Military/High Reliability oaxial Straight P (Size ) Plug 75 Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MMV247PN MMZ247PN MMN247PN 364 MMV364PN MMZ364PN MMN364PN 432 MMV432PN MMZ432PN MMN432PN 471 MMV471PN MMZ471PN MMN471PN Note: *or 50 Ohm oaxial substitute X for. xample: MMV24XPN Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 256. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Screw lock, boardlock, and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 5,69 (.224) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 152 imensions are shown in mm (inch) imensions subject to change

154 Subminiature Military/High Reliability oaxial Straight P (Size ) Receptacle 75 Ohm s* with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MMV247SN MMZ247SN MMN247SN 364 MMV364SN MMZ364SN MMN364SN 432 MMV432SN MMZ432SN MMN432SN 471 MMV471SN MMZ471SN MMN471SN Note: *or 50 Ohm oaxial substitute X for. xample: MMV24X7SN Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 259. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate 50 Ohm coaxial configuration, see page 225. ngaging ace 2,54 (.100) Ø 0,51 (.020) 0,62 (.024) 10 Screw lock, boardlock, and signal contacts removed for clarity OROK 3,45 (.136) 0,82 (.032) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 5,69 (.224) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,92 (.115) STNO #4-40 UN SR OK #4-40 UN Screw lock, boardlock, and coaxial contact removed for clarity imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 153

155 Subminiature Military/High Reliability 40 High Power 90 P (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. s with Metal racket and Rivnut #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks ayout 51 MMP5H1PJ MM5H1PJ MM5H1PJ MMG5H1PJ 72 MMP7H2PJ MM7H2PJ MM7H2PJ MMG7H2PJ 111 MMP11H1PJ MM11H1PJ MM11H1PJ MMG11H1PJ 33 MMP3H3PJ MM3H3PJ MM3H3PJ MMG3H3PJ 3K3 MMP3HK3PJTM MM3HK3PJTM MM3HK3PJTM MMG3HK3PJTM 55 MMP5H5PJ MM5H5PJ MM5H5PJ MMG5H5PJ 94 MMP9H4PJ MM9H4PJ MM9H4PJ MMG9H4PJ 133 MMP13H3PJ MM13H3PJ MM13H3PJ MMG13H3PJ 172 MMP17H2PJ MM17H2PJ MM17H2PJ MMG17H2PJ 211 MMP21H1PJ MM21H1PJ MM21H1PJ MMG21H1PJ 88 MMP8H8PJ MM8H8PJ MM8H8PJ MMG8H8PJ 136 MMP13H6PJ MM13H6PJ MM13H6PJ MMG13H6PJ 175 MMP17H5PJ MM17H5PJ MM17H5PJ MMG17H5PJ 214 MMP21H4PJ MM21H4PJ MM21H4PJ MMG21H4PJ 253 MMP25H3PJ MM25H3PJ MM25H3PJ MMG25H3PJ 272 MMP27H2PJ MM27H2PJ MM27H2PJ MMG27H2PJ Notes: or shell size, see page 156. Keyed ngaging ace 3,89 (.153) MIN. 20,57 ± 0,38 (.810 ±.015) OROK 10 Ø 0,76 (.030) Ø 3,18 (.125) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,84 (.112) 4,33 ± 0,38 (.170 ±.015) 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 154 imensions are shown in mm (inch) imensions subject to change

156 Subminiature Military/High Reliability 40 High Power 90 P (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. s with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 51 MMP5H1SJ MM5H1SJ MM5H1SJ MMG5H1SJ 72 MMP7H2SJ MM7H2SJ MM7H2SJ MMG7H2SJ 111 MMP11H1SJ MM11H1SJ MM11H1SJ MMG11H1SJ 33 MMP3H3SJ MM3H3SJ MM3H3SJ MMG3H3SJ 3K3 MMP3HK3SJTM MM3HK3SJTM MM3HK3SJTM MMG3HK3SJTM 55 MMP5H5SJ MM5H5SJ MM5H5SJ MMG5H5SJ 94 MMP9H4SJ MM9H4SJ MM9H4SJ MMG9H4SJ 133 MMP13H3SJ MM13H3SJ MM13H3SJ MMG13H3SJ 172 MMP17H2SJ MM17H2SJ MM17H2SJ MMG17H2SJ 211 MMP21H1SJ MM21H1SJ MM21H1SJ MMG21H1SJ 88 MMP8H8SJ MM8H8SJ MM8H8SJ MMG8H8SJ 136 MMP13H6SJ MM13H6SJ MM13H6SJ MMG13H6SJ 175 MMP17H5SJ MM17H5SJ MM17H5SJ MMG17H5SJ 214 MMP21H4SJ MM21H4SJ MM21H4SJ MMG21H4SJ 253 MMP25H3SJ MM25H3SJ MM25H3SJ MMG25H3SJ 272 MMP27H2SJ MM27H2SJ MM27H2SJ MMG27H2SJ Notes: or shell size, see page 157. Keyed. ngaging ace 3,89 (.153) MIN. 20,57 ± 0,38 (.810 ±.015) Ø 0,76 (.030) 2,92 (.115) RKT, MT 4,33 ± 0,38 (.170 ±.015) 2,84 (.112) Screw lock, boardlock, and signal contacts removed for clarity 12,34 (.486) 8,64 (.340) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 155

157 Subminiature Military/High Reliability 40 High Power 90 P (Size ) Plug s with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 247 MMP24H7PJ MM24H7PJ MM24H7PJ MMG24H7PJ 364 MMP36H4PJ MM36H4PJ MM36H4PJ MMG36H4PJ 432 MMP43H2PJ MM43H2PJ MM43H2PJ MMG43H2PJ 471 MMP47H1PJ MM47H1PJ MM47H1PJ MMG47H1PJ Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 246. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace 3,89 (.153) MIN 20,57 ± 0,38 (.810 ±.015) OROK 10 Ø 3.18 (.125) Ø 0,76 (.030) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity 2,84 (.112) 5,68 (.224) 4,33 ± 0,38 (.170 ±.015) RKT, MT 13,74 (.541) 10,06 (.396) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 156 imensions are shown in mm (inch) imensions subject to change

158 Subminiature Military/High Reliability 40 High Power 90 P (Size ) Receptacle s with Metal racket and Rivnut #4-40 UN ayout ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ithout oardlocks ith Screw ocks ith oardlocks 247 MMP24H7SJ MM24H7SJ MM24H7SJ MMG24H7SJ 364 MMP36H4SJ MM36H4SJ MM36H4SJ MMG36H4SJ 432 MMP43H2SJ MM43H2SJ MM43H2SJ MMG43H2SJ 471 MMP47H1SJ MM47H1SJ MM47H1SJ MMG47H1SJ Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 249. or panel cutouts, see page 221. or hardware views (Standard), see page 226. or alternate bracket configuration (when connectors are supplied without boardlocks), see page 226. ngaging ace 3,89 (.153) MIN 20,57 ± 0,38 (.810 ±.015) OROK 10 Ø 0,76 (.030) Ø 3,18 (.125) 2,92 (.115) Screw lock, boardlock, and signal contacts removed for clarity RKT, MT 2,84 (.112) 5,68 (.224) 4,33 ± 0,38 (.170 ±.015) 13,74 (.541) 10,06 (.396) RIVNUT #4-40 UN 11,53 ± 0,25 (.454 ±.010) 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity Note: imension varies with alternate bracket configuration, see Reader s Resource page 226. imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 157

159 Subminiature Military/High Reliability 40 High Power Straight P (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 51 MMV5H1PN MMZ5H1PN MMN5H1PN 72 MMV7H2PN MMZ7H2PN MMN7H2PN 111 MMV11H1PN MMZ11H1PN MMN11H1PN 33 MMV3H3PN MMZ3H3PN MMN3H3PN 3K3 MMV3HK3PNTM MMZ3HK3PNTM MMN3HK3PNTM 55 MMV5H5PN MMZ5H5PN MMN5H5PN 94 MMV9H4PN MMZ9H4PN MMN9H4PN 133 MMV13H3PN MMZ13H3PN MMN13H3PN 172 MMV17H2PN MMZ17H2PN MMN17H2PN 211 MMV21H1PN MMZ21H1PN MMN21H1PN 88 MMV8H8PN MMZ8H8PN MMN8H8PN 136 MMV13H6PN MMZ13H6PN MMN13H6PN 175 MMV17H5PN MMZ17H5PN MMN17H5PN 214 MMV21H4PN MMZ21H4PN MMN21H4PN 253 MMV25H3PN MMZ25H3PN MMN25H3PN 272 MMV27H2PN MMZ27H2PN MMN27H2PN Notes: or shell sizes, see page 160. Keyed. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,92 (.115) STNO #4-40 UN SR OK #4-40 UN Screw lock, boardlock and high power contact removed for clarity imensions ±0,368 (.0145) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 158 imensions are shown in mm (inch) imensions subject to change

160 Subminiature Military/High Reliability 40 High Power Straight P (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 51 MMV5H1SN MMZ5H1SN MMN5H1SN 72 MMV7H2SN MMZ7H2SN MMN7H2SN 111 MMV11H1SN MMZ11H1SN MMN11H1SN 33 MMV3H3SN MMZ3H3SN MMN3H3SN 3K3 MMV3HK3SNTM MMZ3HK3SNTM MMN3HK3SNTM 55 MMV5H5SN MMZ5H5SN MMN5H5SN 94 MMV9H4SN MMZ9H4SN MMN9H4SN 133 MMV13H3SN MMZ13H3SN MMN13H3SN 172 MMV17H2SN MMZ17H2SN MMN17H2SN 211 MMV21H1SN MMZ21H1SN MMN21H1SN 88 MMV8H8SN MMZ8H8SN MMN8H8SN 136 MMV13H6SN MMZ13H6SN MMN13H6SN 175 MMV17H5SN MMZ17H5SN MMN17H5SN 214 MMV21H4SN MMZ21H4SN MMN21H4SN 253 MMV25H3SN MMZ25H3SN MMN25H3SN 272 MMV27H2SN MMZ27H2SN MMN27H2SN Notes: or shell sizes, see page 161. Keyed. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock and high power contact removed for clarity imensions 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 159

161 Subminiature Military/High Reliability 40 High Power Straight P (Size ) Plug s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 247 MMV24H7PN MMZ24H7PN MMN24H7PN 364 MMV36H4PN MMZ36H4PN MMN36H4PN 432 MMV43H2PN MMZ43H2PN MMN43H2PN 471 MMV47H1PN MMZ47H1PN MMN47H1PN Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 256. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace 10 OROK 4,65 (.183) Ø 3,18 (.125) Ø 0,76 (.030) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 6,50 ± 0,25 (.256 ±.010) 2,92 (.115) STNO #4-40 UN SR OK #4-40 UN Screw lock, boardlock, and high power contact removed for clarity imensions ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 160 imensions are shown in mm (inch) imensions subject to change

162 Subminiature Military/High Reliability 40 High Power Straight P (Size ) Receptacle s with Standoff #4-40 UN ithout Screw ocks ithout Screw ocks ith Screw ocks ayout ithout oardlocks ith oardlocks ith oardlocks 247 MMV24H7SN MMZ24H7SN MMN24H7SN 364 MMV36H4SN MMZ36H4SN MMN36H4SN 432 MMV43H2SN MMZ43H2SN MMN43H2SN 471 MMV47H1SN MMZ47H1SN MMN47H1SN Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 259. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace 10 OROK 4,65 (.183) Ø 0,76 (.030) Ø 3,18 (.125) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Screw lock, boardlock and high power contact removed for clarity imensions 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 161

163 Subminiature Military/High Reliability High Voltage Straight P (Sizes -) Plug Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MMV5V1PN MMZ5V1PN MMN5V1PN 72 MMV7V2PN MMZ7V2PN MMN7V2PN 111 MMV11V1PN MMZ11V1PN MMN11V1PN 33 MMV3V3PN MMZ3V3PN MMN3V3PN 3K3 MMV3VK3PNTM MMZ3VK3PNTM MMN3VK3PNTM 55 MMV5V5PN MMZ5V5PN MMN5V5PN 94 MMV9V4PN MMZ9V4PN MMN9V4PN 133 MMV13V3PN MMZ13V3PN MMN13V3PN 172 MMV17V2PN MMZ17V2PN MMN17V2PN 211 MMV21V1PN MMZ21V1PN MMN21V1PN 88 MMV8V8PN MMZ8V8PN MMN8V8PN 136 MMV13V6PN MMZ13V6PN MMN13V6PN 175 MMV17V5PN MMZ17V5PN MMN17V5PN 214 MMV21V4PN MMZ21V4PN MMN21V4PN 253 MMV25V3PN MMZ25V3PN MMN25V3PN 272 MMV27V2PN MMZ27V2PN MMN27V2PN Notes: or shell size, see page 164. Keyed. ngaging ace 10 OROK Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and high voltage contact removed for clarity imensions Plug ±0,37 (.015) ±0,41 (.016) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,69 (.264) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 162 imensions are shown in mm (inch) imensions subject to change

164 Subminiature Military/High Reliability High Voltage Straight P (Sizes -) Receptacle Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see pages or panel cutouts, see page 221. or hardware views (Standard), see page 226. s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 51 MMV5V1SN MMZ5V1SN MMN5V1SN 72 MMV7V2SN MMZ7V2SN MMN7V2SN 111 MMV11V1SN MMZ11V1SN MMN11V1SN 33 MMV3V3SN MMZ3V3SN MMN3V3SN 3K3 MMV3VK3SNTM MMZ3VK3SNTM MMN3VK3SNTM 55 MMV5V5SN MMZ5V5SN MMN5V5SN 94 MMV9V4SN MMZ9V4SN MMN9V4SN 133 MMV13V3SN MMZ13V3SN MMN13V3SN 172 MMV17V2SN MMZ17V2SN MMN17V2SN 211 MMV21V1SN MMZ21V1SN MMN21V1SN 88 MMV8V8SN MMZ8V8SN MMN8V8SN 136 MMV13V6SN MMZ13V6SN MMN13V6SN 175 MMV17V5SN MMZ17V5SN MMN17V5SN 214 MMV21V4SN MMZ21V4SN MMN21V4SN 253 MMV25V3SN MMZ25V3SN MMN25V3SN 272 MMV27V2SN MMZ27V2SN MMN27V2SN Notes: or shell size, see page 165. Keyed. ngaging ace 10 OROK Ø 0,76 (.030) 4,52 (.178) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and high voltage contact removed for clarity. imensions Receptacle 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 163

165 Subminiature Military/High Reliability High Voltage Straight P (Size ) Plug s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MMV24V7PN MMZ24V7PN MMN24V7PN 364 MMV36V4PN MMZ36V4PN MMN36V4PN 432 MMV43V2PN MMZ43V2PN MMN43V2PN 471 MMV47V1PN MMZ47V1PN MMN47V1PN Reader s Resource or contact cavity arrangements, see page 222. or P.. hole patterns, see page 256. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace 10 OROK Ø 0,76 (.030) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and high voltage contact removed for clarity. imensions Plug ±0,41 (.016) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 164 imensions are shown in mm (inch) imensions subject to change

166 Subminiature Military/High Reliability High Voltage Straight P (Size ) Receptacle s with Standoff #4-40 UN ithout Screw ocks ithout oardlocks ithout Screw ocks ith oardlocks ith Screw ocks ith oardlocks ayout 247 MMV24V7SN MMZ24V7SN MMN24V7SN 364 MMV36V4SN MMZ36V4SN MMN36V4SN 432 MMV43V2SN MMZ43V2SN MMN43V2SN 471 MMV47V1SN MMZ47V1SN MMN47V1SN Reader s Resource or contact cavity arrangements, see page 223. or P.. hole patterns, see page 259. or panel cutouts, see page 221. or hardware views (Standard), see page 226. ngaging ace 10 OROK Ø 0,76 (.030) 4,52 (.178) 5,69 (.224) 2,84 (.112) 7,62 ± 0,25 (.300 ±.010) 2,92 (.115) STNO #4-40 UN 6,50 ± 0,25 (.256 ±.010) SR OK #4-40 UN Hardware and high voltage contacts removed for clarity imensions Receptacle 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 165

167 Subminiature Military/High Reliability able Solder up Plug Reader s Resource or contact cavity arrangements, see page 222. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount linch Nut #4-40 UN 51 MM51P MMY51P MM51P 72 MM72P MMY72P MM72P 111 MM111P MMY111P MM111P 33 MM33P MMY33P MM33P 3K3 MM3K3P MMY3K3P MM3K3P 55 MMP55P MMY55P MM55P 94 MM94P MMY94P MM94P 133 MM133P MMY133P MM133P 172 MM172P MMY172P MM172P 211 MM211P MMY211P MM211P 88 MM88P MMY88P MM88P 136 MM136P MMY136P MM136P 175 MM175P MMY175P MM175P 214 MM214P MMY214P MM214P 253 MM253P MMY253P MM253P 272 MM272P MMY272P MM272P 247 MM247P MMY247P MM247P 364 MM364P MMY364P MM364P 432 MM432P MMY432P MM432P 471 MM471P MMY471P MM471P Note: Keyed. ngaging ace Ø 3,05 (.120) onfiguration 5,69 (.224) 2,84 (.112) K 10 10,72 (.422) MX 2,84 (.112) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 166 imensions are shown in mm (inch) imensions subject to change

168 Subminiature Military/High Reliability able Solder up Receptacle Reader s Resource or contact cavity arrangements, see page 223. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount linch Nut #4-40 UN 51 MM51S MMY51S MM51S 72 MM72S MMY72S MM72S 111 MM111S MMY111S MM111S 33 MM33S MMY33S MM33S 3K3 MM3K3S MMY3K3S MM3K3S 55 MM55S MMY55S MM55S 94 MM94S MMY94S MM94S 133 MM133S MMY133S MM133S 172 MM172S MMY172S MM172S 211 MM211S MMY211S MM211S 88 MM88S MMY88S MM88S 136 MM136S MMY136S MM136S 175 MM175S MMY175S MM175S 214 MM214S MMY214S MM214S 253 MM253S MMY253S MM253S 272 MM272S MMY272S MM272S 247 MM247S MMY247S MM247S 364 MM364S MMY364S MM364S 432 MM432S MMY432S MM432S 471 MM471S MMY471S MM471S Note: Keyed. ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 9,91 (.390) MX imensions K ±0,318 (.0125) 30,81 (1.123) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 167

169 Subminiature Space/High Reliability Selection Index Page Space/High Reliability n Introduction Standard ayout onnectors Straight P Tail P Tail with Plastic racket Solder up *M rimp ontact able onnectors Standard ensity High ensity ontact avity rrangements High ensity rimp ontacts and Tooling ombo ayout Solder up onnector able (Size 8) oose ontacts oaxial 50 Ohm Straight rimp or Solder raid High Power Solder or rimp and Tooling ccessories Metal ackshells Screw ock ssemblies NS/GS ross Reference S-S ross Reference imensions are shown in mm (inch) imensions subject to change

170 Subminiature Space/High Reliability ITT annon has a long history of providing high performance Subminiature connectors for space applications (qualified by NS/ GS and the uropean Space gency). Space/ High Reliabilty *M and *M connectors meet stringent tests for outgassing and residual magnetism and are suitable for use in space, medical, and high performance military/aerospace applications. *M and *M connectors meet the performance and dimensional requirements of MI The newest product group is High ensity *M crimp connectors. pplications Space - ow/high Orbit Satellites Medical Product eatures Non-Magnetic No Outgassing Specifications Temperature Rating 65 at 125 ontact urrent Rating 5 (20 G) ontact Resistance 55 millivolt max. at 7.5 test current ire ccommodation (Solder) 20 G max. ire ccommodation (rimp) 18/30 G oaxial Impedance 50 Ohm oss VSR ess than 1,3-1,0 up to 500 Mhz oaxial Insertion oss 1db loss at 500 Mhz imensions are shown in mm (inch) imensions subject to change 169

171 Subminiature Space/High Reliability ielectric ithstanding Voltage ltitude (meter/feet) Sea evel Sea evel 6 096/ / / / / / verage lashover 1500/ / / / / / / /500 Test 1000/ / / / / / / /375 Type of ontact 90 Straight 90 Straight 90 Straight 90 Straight enter onductor verage to oaxial Shell lashover Test oaxial Shell to Nearest verage Solder up ontact lashover Test High Power ontact and/or verage oaxial Shell to Plug Shell lashover Test Size 20 ontact verage lashover Test ll voltage figures are rms 60 rms cps. Measured at approximately +25, 50% rh. or additional performance specifications refer to MI Residual Magnetism evel Residual Magnetism Suffix ode Gamma NM 200 Gamma NM Note: NM is available by special request. onsult factory for details. 170 imensions are shown in mm (inch) imensions subject to change

172 Subminiature Space/High Reliability Materials and inishes onnector ssembly (Shells Yellow hromate over admium) escription Material inish Shell rass per QQ--613 Yellow chromate over cadmium QQ-P-416, Type II, lass 2 Insulator iallyl Phthalate glass-filled None per MI-M-14, type SG-, olor: hite (or functional equivalent polyester)* ontact opper alloy Gold 50 microinches min. thickness per MI-G-45204, Type II, lass 1 over copper per MI loat Mount, rackets, aptive Nuts Hardware rass Yellow chromate over cadmium QQ-P-416, Type II, lass 2 onnector ssembly (Shells Gold over opper K52) Shell rass per QQ--613 Gold 50 microinches min. thickness per MI-G-45204, Type II, lass 1 over copper per MI Insulator iallyl Phthalate glass-filled None per MI-M-14, type SG-, olor: hite (or functional equivalent polyester)* ontact opper alloy Gold 50 microinches min. thickness per MI-G-45204, Type II, lass 1 over copper per MI loat Mount, rackets, aptive Nuts Hardware rass Gold oaxial/high Power ontact ssemblies Outer oaxial Shell opper alloy Gold 50 microinches min. thickness per MI-G-45204, Type II, lass 1 over copper per MI enter oaxial ontact opper alloy Gold 50 microinches min. thickness per MI-G-45204, Type II, lass 1 over copper per MI Insulator (oaxial Only) Teflon None Retaining Ring opper alloy Gold High Power ontact opper alloy Gold 50 microinches min. thickness per MI-G-45204, Type II, lass 1 over copper per MI * Pending qualification imensions are shown in mm (inch) imensions subject to change 171

173 Subminiature Space/High Reliability Straight P Tail Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 275. or panel cutouts, see page 221. or hardware views (Standard), see page 226. P Tail Modifiers X Y M 4,01 ± 0,69 (.158 ±.027) 0,76 ± 0,08 (.030 ±.003) Z 4,65 ± 0,69 (.183 ±.027) 0,76 ± 0,08 (.030 ±.003) O3 4,20 ± 1,10 (.185 ±.043) 0,60 ± 0,08 (.023 ±.003) s ayout Through ual loat Mount 9 M9PO3NM* MY9PO3NM* 15 M15PO3NM* MY15PO3NM* 25 M25PO3NM* MY25PO3NM* 37 M37PO3NM* MY37PO3NM* 50 M50PO3NM* MY50PO3NM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9PO3NM or shells with 50 microinches gold, add K52. xample: M9PO3NMK52 or alternate P tail modifiers (see tabulation), replace O3 with M or Z. xample: M9PZNM ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 Ø Y X imensions K K ±0,368 (.0145) ±0,41 (.016) ±0,317 (.0125) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (0.39) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 172 imensions are shown in mm (inch) imensions subject to change

174 Subminiature Space/High Reliability Straight P Tail Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 275. or panel cutouts, see page 221. or hardware views (Standard), see page 226. P Tail Modifiers X Y M 4,01 ± 0,69 (.158 ±.027) 0,76 ± 0,08 (.030 ±.003) Z 4,65 ± 0,69 (.183 ±.027) 0,76 ± 0,08 (.030 ±.003) O3 4,20 ± 1,10 (.185 ±.043) 0,60 ± 0,08 (.023 ±.003) s ayout Through ual loat Mount 9 M9SO3NM* MY9SO3NM* 15 M15SO3NM* MY15SO3NM* 25 M25SO3NM* MY25SO3NM* 37 M37SO3NM* MY37SO3NM* 50 M50SO3NM* MY50SO3NM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9SO3NM or shells with 50 microinches gold, add K52. xample: M9SO3NMK52 or alternate P tail modifiers (see tabulation), replace O3 with M or Z. xample: M9SZNM onfiguration ngaging ace Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 Ø Y X 2,84 (.112) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 173

175 Subminiature Space/High Reliability 90 P Tail with Plastic racket Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. s ayout 9 M9PNM* 15 M15PNM* 25 M25PNM* 37 M37PNM* 50 M50PNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9PNM or shells with 50 microinches gold, add K52. xample: M9PNMK52 ngaging ace onfiguration 5,68 (.224) 2,84 (.112) 4,01 ± 0,69 (.158 ±.027) 7,18 ± 0,25 (.283 ±.010) 10 Ø 0,76 (.030) Ø 3,05 (.120) 2,84 (.112) 4,01 ± 0,69 (.158 ±.027) M N 7,18 ± 0,25 (.283 ±.010) imensions ±0,368 (.0145) ±0,41 (.016) M N 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 12,30 (.484) 8,64 (.340) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 12,30 (.484) 8,64 (.340) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,30 (.484) 8,64 (.340) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,30 (.484) 8,64 (.340) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 15,09 (.594) 10,04 (.395) 174 imensions are shown in mm (inch) imensions subject to change

176 Subminiature Space/High Reliability 90 P Tail with Plastic racket Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 272. or panel cutouts, see page 221. s ayout 9 M9SNM* 15 M15SNM* 25 M25SNM* 37 M37SNM* 50 M50SNM* Notes: * or Residual Magnetism evels of 200 gamma, add. xample: M9SNM or shells with 50 microinches gold, add K52. xample: M9SNMK52 ngaging ace onfiguration 2,84 (.112) 5,68 (.224) 4,01 ± 0,69 (.158 ±.027) 7,18 ± 0,25 (.283 ±.010) 10 Ø 0,76 (.030) Ø 3,05 (.120) 2,84 (.112) 4,01 ± 0,69 (.158 ±.027) M N 7,18 ± 0,25 (.283 ±.010) imensions M N 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,30 (.484) 8,64 (.340) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) 15,09 (.594) 10,04 (.395) imensions are shown in mm (inch) imensions subject to change 175

177 Subminiature Space/High Reliability 90 Solder ontact P onnector uropean ootprint Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 9 M9PNM*1ON MY9PNM*1ON 15 M15PNM*1ON MY15PNM*1ON 25 M25PNM*1ON MY25PNM*1ON 37 M37PNM*1ON MY37PNM*1ON 50 M50PNM*1ON MY50PNM*1ON Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9PNM1ON or shells with 50 microinches gold, add K52. M9PNM1ONK52 ngaging ace onfiguration Ø 3,05 (.120) 2,54 (.100) 5,08 (.200) 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) K 10 Ø 0,60 (.024) 2,54 (.100) 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 176 imensions are shown in mm (inch) imensions subject to change

178 Subminiature Space/High Reliability 90 Solder ontact P onnector uropean ootprint Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 9 M9SNM*1ON MY9SNM*1ON 15 M15SNM*1ON MY15SNM*1ON 25 M25SNM*1ON MY25SNM*1ON 37 M37SNM*1ON MY37SNM*1ON 50 M50SNM*1ON MY50SNM*1ON Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9SNM1ON or shells with 50 microinches gold, add K52. xample: M9SNM1ONK52 ngaging ace onfiguration Ø 3,05 (.120) 2,54 (.100) 5,08 (.200) 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) K 10 Ø 0,60 (.024) 2,54 (.100) 5,00 (.197) 9,40 ± 0,20 (.370 ±.008) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 177

179 Subminiature Space/High Reliability 90 Solder Termination (Machined) with Metal racket uropean ootprint 10,2 or 9,4 mm Plug Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout Metal racket Threaded Insert #4-40 Metal racket Threaded Insert M3 9 M9PNM*17N M9PNM*19N 15 M15PNM*17N M15PNM*19N 25 M25PNM*17N M25PNM*19N 37 M37PNM*17N M37PNM*19N 50 M50PNM*17N M50PNM*19N Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9PNM17N or shells with 50 microinches gold, add K52. xample: M9PNM17NK52 ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 1,00 (.039) 10 Ø 0,60 (.024) 3,70 (.146) 9,40 (.370) imensions ±0.38 (.015) ±0.25 (.010) ±0,368 (.0145) ±0,41 (.016) N ±0,15 (.006) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 10,7 (.42) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 0,76 (.030) 10,7 (.42) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 10,7 (.42) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 0,99 (.039) 10,7 (.42) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 0,99 (.039) 12,1 (.48) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. 178 imensions are shown in mm (inch) imensions subject to change

180 Subminiature Space/High Reliability 90 Solder Termination (Machined) with Metal racket uropean ootprint 10,2 or 9,4 mm Receptacle Reader s Resource or contact cavity arrangements, see page 224. or P.. hole patterns, see page 273. or panel cutouts, see page 221. or hardware views (uropean), see page 227. s ayout Metal racket Threaded Insert #4-40 Metal racket Threaded Insert M3 9 M9SNM*17N M9SNM*19N 15 M15SNM*17N M15SNM*19N 25 M25SNM*17N M25SNM*19N 37 M37SNM*17N M37SNM*19N 50 M50SNM*17N M50SNM*19N Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9SNM17N or shells with 50 microinches gold, add K52. xample: M9SNM17NK52 ngaging ace onfiguration 5,08 (.200) 3,70 (.146) 9,40 (.370) 1,00 (.039) 10 Ø 0,60 (.024) 3,70 (.146) 9,40 (.370) imensions N ±0,15 (.006) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 10,7 (.42) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 10,7 (.42) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 10,7 (.42) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 0,76 (.030) 10,7 (.42) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 0,76 (.030) 12,1 (.48) onnector footprint measured from the front shell. onnector footprint measured from the rear shell. imensions are shown in mm (inch) imensions subject to change 179

181 Subminiature Space/High Reliability Solder up Plug Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 9 M9PNM* MY9PNM* 15 M15PNM * MY15PNM * 25 M25PNM * MY25PNM * 37 M37PNM * MY37PNM * 50 M50PNM * MY50PNM * Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9PNM or shells with 50 microinches gold, add K52. xample: M9PNMK52 ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 10,72 (.422) MX 2,84 (.112) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0.76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 180 imensions are shown in mm (inch) imensions subject to change

182 Subminiature Space/High Reliability Solder up Receptacle Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 9 M9SNM* MY9SNM* 15 M15SNM* MY15SNM* 25 M25SNM* MY25SNM* 37 M37SNM* MY37SNM* 50 M50SNM* MY50SNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9SNM or shells with 50 microinches gold, add K52. xample: M9SNMK52 ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 9,91 (.390) MX 2,84 (.112) imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 181

183 Subminiature Space/High Reliability *M Standard ensity rimp ontact able onnector Plug Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 9 M9PNM* MY9PNM* 15 M15PNM* MY15PNM* 25 M25PNM* MY25PNM* 37 M37PNM* MY37PNM* 50 M50PNM* MY50PNM* Notes: *or Residual Magnetism evel of 200 gamma, add. xample: M9PNM or shells with 50 microinches gold, add K52. xample: M9PNMK52 or connectors without contacts, add 0. xample: M9PNM0 (0 not marked on the connector) or crimp (Size 20) contacts and tooling, see pages 187 & 275 ngaging ace Ø 3,05 (.120) 10 8,76 (.345) MX K imensions K K ±0,368 (.0145) ±0,41 (.016) ±0,317 (.0125) 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 182 imensions are shown in mm (inch) imensions subject to change

184 Subminiature Space/High Reliability *M Standard ensity rimp ontact able onnector Receptacle Reader s Resource or contact cavity arrangements, see page 224. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 9 M9SNM* MY9SNM* 15 M15SNM* MY15SNM* 25 M25SNM* MY25SNM* 37 M37SNM* MY37SNM* 50 M50SNM* MY50SNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M9SNM or shells with 50 microinches gold, add K52. xample: M9SNMK52 or connectors without contacts, add 0. xample: M9SNM0 (0 not marked on the connector) or crimp (Size 20) contacts and tooling, see pages 187 & 275. ngaging ace Ø 3,05 (.120) 10 8,76 (.345) MX K imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 183

185 Subminiature Space/High Reliability *M High ensity rimp ontact able onnector Plug Reader s Resource or contact cavity arrangements, see page 186. or panel cutouts, see page 221. or hardware views (Standard) see page 226. s ayout Through ual loat Mount 15 M15PNM* MY15PNM* 26 M26PNM* MY26PNM* 44 M44PNM* MY44PNM* 62 M62PNM* MY62PNM* 78 M78PNM* MY78PNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M15PNM or shells with 50 microinches gold, add K52. xample: M15PNMK52 or connectors without contacts, add 0. xample: M15PNM0 (0 not marked on connector) or crimp (Size 22) contacts and tooling, see pages 187 & 275 ngaging ace 10 Ø 3,05 (.120) 8,76 (.345) MX K imensions K ±0,318 (.0125) 30,81 (1.213) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 184 imensions are shown in mm (inch) imensions subject to change

186 Subminiature Space/High Reliability *M High ensity rimp ontact able onnector Receptacle Reader s Resource or contact cavity arrangements, see page 186. or panel cutouts, see page 221. or hardware views (Standard) see page 226. s ayout Through ual loat Mount 15 M15SNM* MY15SNM* 26 M26SNM* MY26SNM* 44 M44SNM* MY44SNM* 62 M62SNM* MY62SNM* 78 M78SNM* MY78SNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M15SNM or shells with 50 microinches gold, add K52. xample: M15SNMK52 or connectors without contacts, add 0. xample: M15SNM0 (0 not marked on the connector) or crimp (Size 22) contacts and tooling, see pages 187 & 275 ngaging ace 10 Ø 3,05 (.120) 8,76 (.345) MX K imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) imensions are shown in mm (inch) imensions subject to change 185

187 Subminiature Space/High Reliability Plug ontact avity rrangements High ensity ace View Pin Insert ontact rrangement ontact Size 15 #22 26 #22 44 # ontact rrangement ontact Size 62 #22 78 #22 Receptacle ontact avity rrangements High ensity ace View Socket Insert ontact rrangement ontact Size 15 #22 26 #22 44 # ontact rrangement ontact Size 62 #22 78 # imensions are shown in mm (inch) imensions subject to change

188 Subminiature Space/High Reliability rimp ontacts Pin ontact Size ire Size G Pin 20 20, 22, #18, 20 or 2 # , 28, , 24, 26, Socket ontact Size ire Size G Socket 20 20, 22, #18, 20 or 2 # , 28, , 24, 26, Insertion/xtraction Tools IT-20H ontact ire Size Plastic Insertion/xtraction Plastic xtraction Size G escription escription 20 20, 22, IT-20H T , 28, IT-20H T # T # T , 24, 26, IT-22 High Power 12, IT-12 Hand rimp Tools M22520/2-01 ontact ire Size rimp Tool ocator Size G escription escription 20 20, 22, M22520/ M22520/ M22520/ TH , 28, M22520/ H #18 2 # M22520/ K , 24, 26, M22520/ M22520/2-06 T-646 Vibra-owl rimper T-646 The T-646, Vibra-owl rimper is a pneumatically powered, electronically controlled machine. It is designed to semi-automatically crimp closed barrel, machined contacts, as used in the aerospace and commercial industries. The machine will accommodate wire sizes 30 thru 12 G. The T-646 is actuated automatically upon insertion of a pre-stripped stranded or single conductor wire. Machine rimp Rate: per hour Power Requirements: lectrical = 115 V, 60 Hz, 5 Pneumatic = 85 psi, 2 cu. ft. per min. Products: *M imensions are shown in mm (inch) imensions subject to change 187

189 Subminiature Space/H igh R eliability rimp ontacts Pin ontact Size ire Size G 20, 22, 24 1 # 18, 20 or 2 # 20 26, 28, 30 22, 24, 26, 28 Pin Socket ontact Size ire Size G 20, 22, 24 1 # 18, 20 or 2 # 20 26, 28, 30 22, 24, 26, 28 Socket Insertion/xtraction Tools IT-20H ontact ire Size Plastic Insertion/xtraction Plastic xtraction Size G escription escription 20 20, 22, IT-20H T , 28, IT-20H T # T # T , 24, 26, IT-22 High Power 12, IT-12 Hand rimp Tools M22520/2-01 ontact ire Size rimp Tool ocator Size G escription escription 20 20, 22, M22520/ M22520/ M22520/ TH , 28, M22520/ H #18 2 # M22520/ K , 24, 26, M22520/ M22520/2-06 T-646 Vibra-owl rimper T-646 The T-646, Vibra-owl rimper is a pneumatically powered, electronically controlled machine. It is designed to semi-automatically crimp closed barrel, machined contacts, as used in the aerospace and commercial industries. The machine will accommodate wire sizes 30 thru 12 G. The T-646 is actuated automatically upon insertion of a pre-stripped stranded or single conductor wire. Machine rimp Rate: per hour Power Requirements: lectrical= 115 V, 60 Hz, 5 Pneumatic= 85 psi, 2 cu. ft. per min. Products: *M imensions are shown in mm (inch) imensions subject to change187

190 Subminiature Space/High Reliability Solder up Plug Reader s Resource or contact cavity arrangements, see page 222. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 51 M51PNM* MY51PNM* 72 M72PNM* MY72PNM* 111 M111PNM* MY111PNM* 33 M33PNM* MY33PNM* 3K3 M3K3PNM* MY3K3PNM* 55 MP55PNM* MY55PNM* 94 M94PNM* MY94PNM* 133 M133PNM* MY133PNM* 172 M172PNM* MY172PNM* 211 M211PNM* MY211PNM* 88 M88PNM* MY88PNM* 136 M136PNM* MY136PNM* 175 M175PNM* MY175PNM* 214 M214PNM* MY214PNM* 253 M253PNM* MY253PNM* 272 M272PNM* MY272PNM* 247 M247PNM* MY247PNM* 364 M364PNM* MY364PNM* 432 M432PNM* MY432PNM* 471 M471PNM* MY471PNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M51PNM or shells with 50 microinches gold, add K52. xample: M51PNMK52 Keyed onfiguration ngaging ace Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 10,72 (.422) MX 2,84 (.112) imensions ±0,368 (.0145) ±0,41 (.016) K ±0,317 (.0125) K 30,81 (1.213) 16,92 (.666) 24,99 (.984) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 25,25 (.994) 33,32 (1.312) 8,36 (.329) 12,55 (.494) 10,72 (.422) 6,693 (.2635) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,96 (1.534) 47,04 (1.852) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 69,32 (2.729) 55,42 (2.182) 63,50 (2.500) 8,36 (.329) 12,55 (.494) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 66,93 (2.635) 52,81 (2.079) 61,11 (2.406) 11,07 (.436) 15,37 (.605) 10,82 (.426) 6,84 (.269) 1,52 (.060) 0,99 (.039) 188 imensions are shown in mm (inch) imensions subject to change

191 Subminiature Space/High Reliability Solder up Receptacle Reader s Resource or contact cavity arrangements, see page 223. or panel cutouts, see page 221. or hardware views (Standard), see page 226. s ayout Through ual loat Mount 51 M51SNM* MY51SNM* 72 M72SNM* MY72SNM* 111 M111SNM* MY111SNM* 33 M33SNM* MY33SNM* 3K3 M3K3SNM* MY3K3SNM* 55 M55SNM* MY55SNM* 94 M94SNM* MY94SNM* 133 M133SNM* MY133SNM* 172 M172SNM* MY172SNM* 211 M211SNM* MY211SNM* 88 M88SNM* MY88SNM* 136 M136SNM* MY136SNM* 175 M175SNM* MY175SNM* 214 M214SNM* MY214SNM* 253 M253SNM* MY253SNM* 272 M272SNM* MY272SNM* 247 M247SNM* MY247SNM* 364 M364SNM* MY364SNM* 432 M432SNM* MY432SNM* 471 M471SNM* MY471SNM* Notes: * or Residual Magnetism evel of 200 gamma, add. xample: M51SNM or shells with 50 microinches gold, add K52. xample: M51SNMK52 Keyed ngaging ace onfiguration Ø 3,05 (.120) 5,69 (.224) 2,84 (.112) K 10 9,91 (.390) MX imensions K ±0,318 (.0125) 30,81 (1.123) 16,33 (.643) 24,99 (.984) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 39,14 (1.541) 24,66 (.971) 33,32 (1.312) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 53,04 (2.088) 38,38 (1.511) 47,04 (1.852) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 69,32 (2.729) 54,84 (2.159) 63,50 (2.500) 7,90 (.311) 12,55 (.494) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) 66,93 (2.635) 52,42 (2.064) 61,11 (2.406) 10,74 (.423) 15,37 (.605) 10,90 (.429) 6,94 (.273) 1,206 (.0475) 0,76 (.030) imensions are shown in mm (inch) imensions subject to change 189

192 Subminiature Space/High Reliability able (Size 8) oose ontacts oaxial 50 Ohm Straight Straight rimp raid Plug Receptacle Note: imensions include outer sleeve escription 50 in. Gold Over opper max. max. min. Old Plug M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U Receptacle M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U RG able Number New 179/U 316/U 179/U 316/U Staight Solder raid Plug Receptacle escription 50 in. Gold Over opper max. max. min. Old Plug M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U Receptacle M ,80 (.739) 24,00 (.945) 1,70 (.067) 187/U 188/U RG able Number New 179/U 316/U 179/U 316/U 190 imensions are shown in mm (inch) imensions subject to change

193 Subminiature Space/H igh R eliability able (Size 8) oose ontacts High Power Solder Plug 50 in. Gold Over opper Non-Magnetic 50 in. Gold Over opper Non-Magnetic (uropean) 50 in. Gold urrent Rating ire Size M M M G M M M G M M M G Receptacle 50 in. Gold Over opper Non-Magnetic able (Size 8) oose ontacts High Power rimp 50 in. Gold Over opper Non-Magnetic (uropean) 50 in. Gold urrent Rating ire Size M M M G M M M G M M M G Plug Recommended ire Trim ength 50 in. Gold Over opper Non-Magnetic 50 in. Gold Over opper Non-Magnetic (uropean) X X X X 50 in. Gold max. max. min. max. urrent Rating ire Size M M ,60 (.181) 5,84 (.230) M ,20 (.165) 5,80 (.228) 40 8 G M M ,54 (.218) M ,25 (.128) 4,70 (.185) G M M ,07 (.067) 2,59 (.102) M ,50 (.098) 3,80 (.150) G Receptacle 20,93-20,42 ( ) Recommended ire Trim ength Ø Ø 50 in. Gold Over opper Non-Magnetic 50 in. Gold Over opper Non-Magnetic (uropean) X X X X 50 in. Gold max. max. min. max. urrent Rating ire Size M M ,60 (.181) 5,84 (.230) M ,20 (.165) 5,80 (.228) 40 8 G M M ,54 (.218) M ,25 (.128) 4,70 (.185) G M M ,07 (.067) 2,59 (.102) M ,50 (.098) 3,80 (.150) G rimp High Power Tooling M300-T ire Size 8 G 10 G 12 G rimp Tool M300-T M300-T M300-T rimp Tool/ocator Tool Setting Number Tool Setting Number Standard ontacts uropean ontacts ocator TP968 TP968 TP968 imensions are shown in mm (inch) imensions subject to change191

194 Subminiature Space/High Reliability Metal ackshell Metal ackshells provide strain relief. Various profiles available for different cable routing requirements. Product eatures Qualified to MI-Spec M85049 Materials and inishes Material: rass inish: 50 in. Gold over opper eep Straight lamp NTRY 2X Ø 3,45 (.136) H MX G 0,38 ±,013 (.015 ±.005) MX Kit consists of 1 shell, 2 cable clamps, 2 screws, 2 hex nuts NTRY ayout Non-Magnetic ±0,572 (.0225) max. G H max ,56 (1.203) 12,484 (.4915) 24,99 (.984) 14,68 (.578) 9,53 (.375) 9,53 (.375) 19,05 (.750) 31,75 (1.250) ,89 (1.531) 12,484 (.4915) 33,32 (1.312) 14,68 (.578) 18,11 (.713) 7,93 (.312) 19,05 (.750) 31,75 (1.250) ,78 (2.078) 12,484 (.4915) 47,04 (1.852) 14,68 (.578) 25,40 (1.000) 7,93 (.312) 25,40 (1.000) 39,70 (1.563) ,04 (2.718) 12,484 (.4915) 63,50 (2.500) 14,68 (.578) 34,93 (1.375) 7,93 (.312) 25,40 (1.000) 39,70 (1.563) ,68 (2.625) 15,253 (.6005) 61,11 (2.406) 17,45 (.687) 35,71 (1.406) 10,31 (.406) 28,57 (1.125) 42,88 (1.688) Round able lamp 2X Ø 3,05 (.120) Ø MX NTRY G 0,38 ± 0,13 (.015 ±.005) Kit consists of 1 shell, 2 screws, 2 hex nuts ayout Non-Magnetic X max. G ±0,76 (.030) ,68 (1.208) 12,70 (.500) 24,99 (.984) 10,31 (.406) 16,79 (.661) 3,18 (.125) 26,18 (1.031) ,89 (1.531) 12,70 (.500) 33,33 ( ,31 (.406) 24,99 (.984) 3,18 (.125) 26,18 (1.031) ,78 (2.078) 12,70 (.500) 47,04 (1.852) 15,06 (.593) 38,48 (1.515) 4,75 (.187) 26,98 (1.062) ,04 (2.718) 12,70 (.500) 63,50 (2.500) 18,23 (.718) 55,14 (2.171) 6,35 (.250) 26,98 (1.062) ,68 (2.625) 15,47 (.609) 61,11 (2.406) 20,62 (.812) 53,16 (2.093) 7,92 (.312) 26,98 (1.062) 192 imensions are shown in mm (inch) imensions subject to change

195 Subminiature Space/High Reliability Short Straight lamp 2X Ø 3,05 (.120) G 12,30 ± 0,38 (.484 ±.015) Kit consists of 1 shell, 2 or 3 screws, 2 or 3 hex nuts NTRY 0,38 ± 0,13 (.015 ±.005) ayout Non-Magnetic No. of able ocking Screws Included G ±0,89 (.035) ,88 (1.531) 12,70 (.500) 33,33 (1.312) 7,51 (.296) 7,93 (.312) 16,36 (.644) ,78 (2.078) 12,70 (.500) 47,04 (1.852) 7,51 (.296) 20,22 (.796) 16,36 (.644) ,04 (2.718) 12,70 (.500) 63,50 (2.500) 7,51 (.296) 17,45 (.687) 16,36 (.644) ,68 (2.625) 15,47 (.609) 61,11 (2.406) 9,91 (.390) 17,45 (.687) 17,63 (.694) 90 ntry 2X MOUNTING HOS #4-40 UN-2 TH NTRY Kit consists of 1 shell, 1 cable clamp, 1 screw, 1 nut, 2 rivnuts (assembled) 2,77 ± 0,25 (.109 ±.010) G H NTRY ayout Non-Magnetic ±0,76 (.030) ±0,76 (.030) ±0,76 (.030) G ±0,76 (.030) H ±0,76 (.030) ,56 (1.203) 18,24 (.718) 24,99 (.984) 11,10 (.437) 11,10 (.437) 11,89 (.468) 7,14 (.281) ,89 (1.531) 18,24 (.718) 33,33 (1.312) 11,10 (.437) 11,10 (.437) 11,89 (.468) 7,14 (.281) ,78 (2.078) 24,58 (.968) 47,04 (1.852) 11,10 (.437) 15,88 (.625) 11,89 (.468) 7,14 (.281) ,04 (2.718) 30,15 (1.187) 63,50 (2.500) 11,10 (.437) 20,63 (.812) 11,89 (.468) 7,14 (.281) ,68 (2.625) 31,75 (1.250) 61,11 (2.406) 14,28 (.562) 23,01 (.906) 13,49 (.531) 8,71 (.343) imensions are shown in mm (inch) imensions subject to change 193

196 Subminiature Space/High Reliability Screw ock ssemblies ITT annon offers the largest variety of locking and latching hardware. ront Panel Mount Rear Panel Mount Product eatures nsures positive mating Provides locking and latching for high vibration applications SUMINITUR ONNTOR PIN OR SOKT SR IP ITH TH MOUNTING PN SUMINITUR ONNTOR PIN OR SOKT NUT SHR OK SHR HX NUT emale Screw ock ront Panel Mount Rear Panel Mount 4,78 ± 0,38 (.188 ±.015) HX (ROSS TS) #4-40 UN-2 TH 6,35 (.250) PPROX RMOV ON SHR OR H 0,76 (.030) O PN THIKNSS HN RR MOUNTING 1,52 (.060) MX PN Kit consists of 1 nut, 3 washers, 1 lock washer, 1 hex nut Order 2 per connector 4,78 ± 0,38 (.188 ±.015) RR NG (R) #4-40 UN-2 TH NOT: (1) 6 inch/pound (female) and 4 inch/pound (male) maximum torque during assembly is recommended on steel screw lock assemblies. (2) third flat washer is supplied for front panel mounting of tab shell connectors. Non-Magnetic rass Gold inish ,92 (.312) 12,70 (.500) ,50 (.571) ,88 (.625) Male Screw ock SR #4-40 UN-2 TH Kit consists of 1 screw and 1 clip Order 2 per connector Material: inish: opper lloy Gold over opper IP GP,,, ,10 (.555) 6,35 (.250) 1,22 (.048),,, ,10 (.555) 7,14 (.281) 1,70 (.067),,, ,10 (.555) 7,14 (.281) 1,70 (.067),,, ,10 (.555) 7,14 (.281) 2,34 (.092) ,66 (.656) 7,14 (.281) 1,22 (.048) ,66 (.656) 6,35 (.250) 1,70 (.067) ,66 (.656) 7,14 (.281) 1,22 (.048) ,66 (.656) 7,92 (.312) 2,34 (.092) IP 194 imensions are shown in mm (inch) imensions subject to change

197 imensions are shown in mm (inch) imensions subject to change 195 Subminiature Space/High Reliability NS/GS ross Reference NS/GS ITT annon NS/GS ITT annon NS/GS ITT annon GO8P GO8S S-311-P-4/6GP1 M S-311-P-4/6GP2 M S-311-P-4/6GP3 M S-311-P-4/6GP4 M S-311-P-4/6GRP1 M S-311-P-4/6GRP2 M S-311-P-4/6GRP3 M S-311-P-4/6GRP4 M S-311-P-4/6GRS1 M S-311-P-4/6GRS2 M S-311-P-4/6GRS3 M S-311-P-4/6GRS4 M S-311-P-4/6GS1 M S-311-P-4/6GS2 M S-311-P-4/6GS3 M S-311-P-4/6GS4 M S-311-P-4/6GHP6 M S-311-P-4/6GHRP6 M S-311-P-4/6GHRS6 M S-311-P-4/6GHS6 M P409-1P--12 M9PNMK47O 311P409-1P--15 MK9PNMK47O 311P409-1S--12 M9SNMK47O 311P409-1S--15 MK9SNMK47O 311P409-2P--12 M15PNMK47O 311P409-2P--15 MK15PNMK47O 311P409-2S--12 M15SNMK47O 311P409-2S--15 MK15SNMK47O 311P409-3P--12 M25PNMK47O 311P409-3P--15 MK25PNMK47O 311P409-3S--12 M25SNMK47O 311P409-3S--15 MK25SNMK47O 311P409-4P--12 M37PNMK47O 311P409-4P--15 MK37PNMK47O 311P409-4S--12 M37SNMK47O 311P409-4S--15 MK37SNMK47O 311P409-5P--12 M50PNMK47O 311P409-5S--15 MK50PNMK47O 311P409-5S--12 M50SNMK47O 311P409-5S--15 MK50PNMK47O S-311-P-4/10G1OP S-311-P-4/10G1OS P-10--1S--15 M9S-NM P-10--4S--15 M37S-NM P-10-1P--12 MPPNM P-10-1P--15 M-9P-NM P-10-1P--12 M9PNM P-10-1P--15 M9PNM P-10-1S--12 M9SNM P-10-1S--15 M-9S-NM P-10-1S--12 M-9S-NM P-10-1S--15 M9SNM P-10-10P--12 M55PNM P-10-10P--15 M-55P-NM P-10-10P--12 M-55P-NM P-10-10P--15 M-55P-NM P-10-10S--12 M-55S-NM P-10-10S--15 M-55S-NM P-10-10S--12 M-55S-NM P-10-10S--15 M-55S-NM P-10-11P--12 M-94P-NM P-10-11P--15 M-94P-NM P-10-11S--12 M-94S-NM P-10-11S--15 M-94S-NM P-10-12P--12 M133P-NM P-10-12P--15 M-133P-NM P-10-12P--15 M-133P-NM P-10-12S--12 M-133S-NM P-10-12S--15 M133S-NM P-10-12S--15 M-133S-NM P-10-13P--12 M172PNM P-10-13P--15 M-172P-NM P-10-13P--12 M172P-NM P-10-13P--15 M-172P-NM P-10-13S--12 M172SNM P-10-13S--12 M-172S-NM P-10-13S--15 M-172S-NM P-10-14P--12 M-211P-NM P-10-14P--15 M-211P-NM P-10-14S--12 M-211S-NM P-10-14S--15 M-211S-NM P-10-14S--15 M-211S-NM P-10-15P--12 M-88P-NM P-10-15P--15 M88PNM P-10-15P--12 M-88P-NM P-10-15P--15 M88PNM P-10-15S--12 M-88S-NM P-10-15S--15 M88SNM P-10-15S--12 M-88S-NM P-10-15S--15 M-88S-MN P-10-16P--12 M-136P-NM P-10-16P--15 M-136P-NM P-10-16P--12 M-136P-NM P-10-16P--15 M-136P-NM P-10-16S--12 M-136S-NM P-10-16S--12 M-136S-NM P-10-16S--15 M136SNM P-10-17P--12 M175PNM P-10-17P--15 M-175P-NM P-10-17P--12 M-175P-NM P-10-17P--15 M-175P-NM P-10-17S--12 M-175S-NM P-10-17S--15 M175S-NM P-10-17S--12 M-175S-NM P-10-17S--15 M-175S-NM P-10-18P--12 M-214P-NM P-10-18P--12 M214P-NM P-10-18P--15 M-214P-NM P-10-18S--12 M-214S-NM P-10-18S--15 M214S-NM P-10-19P--12 M-214P-NM P-10-19S--12 M-214S-NM P-10-19S--15 M214S-NM P-10-2P--12 M15PNM P-10-2P--15 M15PNM P-10-2P--12 M15PNM P-10-2P--15 M15PNM P-10-2S--12 M15SNM P-10-2S--15 M-15S-NM P-10-2S--15 M-15S-NM P-10-2S--15 M-15S-NM P-10-20P--12 M-253P-NM P-10-20P--15 M253P-NM P-10-20S--12 M-2536-NM P-10-20S--12 M-253S-NM P-10-20S--15 M-253S-NM P-10-21P--15 M272P-NM P-10-21S--15 M-272S-NM P-10-22P--12 M-247P-NM P-10-22P--15 M247PNM P-10-22P--15 M-247P-NM P-10-22S--12 M247SNM P-10-22S--15 M-247S-NM P-10-22S--15 M-247S-NM P-10-23P--12 M-364P-NM P-10-23S--12 M-364S-NM P-10-23S--15 M364SNM P-10-23S--15 M-364S-NM P-10-24P--12 M432P-NM P-10-24S--12 M-432S-NM P-10-24S--15 M-432S-NM P-10-25P--15 M471P-NM P-10-25S--15 M-471S-NM P-10-3S--12 M25PNM P-10-3P--15 M25PNM P-10-3P--12 M25PNM P-10-3P--15 M25PNM P-10-3S--12 M25PNM P-10-3S--15 M-25S-NM P-10-3S--12 M-25S-NM P-10-3S--15 M-25S-NM P-10-4P--12 M37PNM P-10-4P--15 M37PNM P-10-4P--12 M-37P-NM P-10-4P--15 M37PNM P-10-4S--12 M37SNM P-10-4S--15 M-37S-NM P-10-4S--12 M-37S-NM P-10-4S--15 M-37S-NM P-10-5P--12 M50PNM P-10-5P--15 M50PNM P-10-5P--12 M-50P-NM P-10-5P--15 M50PNM P-10-5S--12 M50SNM P-10-5S--15 M50SNM P-10-5S--12 M-50S-NM P-10-5S--15 M-50S-NM P-10-6P--12 M-51P-NM P-10-6P--15 M-51P-NM P-10-6P--15 M-51P-NM P-10-6S--12 M-51S-NM P-10-6P--15 M-51S-NM P-10-7P--12 M33PNM P-10-7P--15 M-33P-NM P-10-7P--12 M33P-NM P-10-7P--15 M-33P-NM P-10-7S--12 M33SNM P-10-7S--15 M33SNM P-10-7S--12 M33S-NM P-10-7S--15 M-33S-NM P-10-8P--12 M-72P-NM P-10-8P--15 M-72P-NM P-10-8P--15 M-72P-NM P-10-8S--12 M-72S-NM P-10-8P--12 M72S-NM P-10-8P--15 M-72S-NM P-10-9P--12 M-111P-NM P-10-9P--15 M-111P-NM P-10-9P--12 M-111P-NM P-10-9P--15 M-111P-NM P-10-9S--12 M-111S-NM P-10-9S--15 M-111S-NM P-10-9S--12 M-111S-NM P-10-9S--15 M-111S-NM P-10-1S--12 M9SNM P-10-1S--12 M-9S-NM P-10-1S--15 M9S-NM P-10-13S--15 M-172S-NM P-10-17S--15 M-175S-NM P-10-2S--12 M15SNM P-10-2S--12 M-15S-NM P-10-2S--15 M15SNM P-10-22S--15 M-247S-NM P-10-3S--12 M-25S-NM P-10-3S--15 M-25S-NM P-10-3S--12 M-25S-NM P-10-3S--15 M25SNM P-10-4S--12 M-37S-NM-77

198 Subminiature Space/High Reliability NS/GS ross Reference NS/GS 311-P-10-4S P-10-4S P-10-5S P-10-5S--15 ITT annon M-37S-NM-77 M37S-NM-76 M-50S-NM-77 M50S-NM-76 NS/GS 311-P-10-5S P-10-5S P-10-6S P-10-8S--12 ITT annon M-50S-NM-77 M50S-NM-76 M-51S-NM-76 M-72S-NM-77 NS/GS 311-P-10-8S P-10-9S--12 ITT annon M-72S-NM-76 M-111S-NM-77 S/S ross Reference S S M51SNM M33SNM M72SNM M111SNM M55SNM M94SNM M133SNM M172SNM M211SNM M88SNM M136SNM M175SNM M214SNM M253SNM M272SNM M247SNM M364SNM M432SNM M471SNM M51PNM M33PNM M72PNM M111PNM M55PNM M94PNM M133PNM M172PNM M211PNM M88PNM M136PNM M175PNM M214PNM M253PNM M272PNM M247PNM M364PNM M432PNM M471PNM M51SO3NM M72SO3NM M111SO3NM M94SO3NM M133SO3NM M172SO3NM M211SO3NM M136SO3NM M175SO3NM M214SO3NM M253SO3NM M272O3NM M247SO3NM M364SO3NM M432SO3NM M471SO3NM M51PO3NM M33PO3NM M72PO3NM M111PO3NM M94PO3NM M133PO3NM ITT annon M51SNMK52 M33SNMK52 M72SNMK52 M111SNMK52 M55SNMK52 M94SNMK52 M133SNMK52 M172SNMK52 M211SNMK52 M88SNMK52 M136SNMK52 M175SNMK52 M214SNMK52 M253SNMK52 M272SNMK52 M247SNMK52 M364SNMK52 M432SNMK52 M471SNMK52 M51PNMK52 M33PNMK52 M72PNMK52 M111PNMK52 M55PNMK52 M94PNMK52 M133PNMK52 M172PNMK52 M211PNMK52 M88PNMK52 M136PNMK52 M175PNMK52 M214PNMK52 M253PNMK52 M272PNMK52 M247PNMK52 M364PNMK52 M432PNMK52 M471PNMK52 M51SO3NMK52 M72SO3NMK52 M111SO3NMK52 M94SO3NMK52 M133SO3NMK52 M172SO3NMK52 M211SO3NMK52 M136SO3NMK52 M175SO3NMK52 M214SO3NMK52 M253SO3NMK52 M272O3NMK52 M247SO3NMK52 M364SO3NMK52 M432SO3NMK52 M471SO3NMK52 M51PO3NMK52 M33PO3NMK52 M72PO3NMK52 M111PO3NMK52 M94PO3NMK52 M133PO3NMK52 S S ITT annon M172PO3NM M172PO3NMK M211PO3NM M211PO3NMK M136PO3NM M136PO3NMK M175PO3NM M175PO3NMK M214PO3NM M214PO3NMK M253PO3NM M253PO3NMK M272PO3NM M272PO3NMK M247PO3NM M247PO3NMK M364PO3NM M364PO3NMK M432PO3NM M432PO3NMK M471PO3NM M471PO3NMK M51S10NNM M51S10NNMK M72S10NNM M72S10NNMK M111S10NNM M111S10NNMK M94S10NNM M94S10NNMK M133S10NNM M133S10NNMK M172S10NNM M172S10NNMK M211S10NNM M211S10NNMK M136S10NNM M136S10NNMK M175S10NNM M175S10NNMK M214S10NNM M214S10NNMK M253S10NNM M253S10NNMK M272S10NNM M272S10NNMK M247S10NNM M247S10NNMK M364S10NNM M364S10NNMK M432S10NNM M432S10NNMK M471S10NNM M471S10NNMK M51P10NNM M51P10NNMK M72P10NNM M72P10NNMK M111P10NNM M111P10NNMK M94P10NNM M94P10NNMK M133P10NNM M133P10NNMK M172P10NNM M172P10NNMK M211P10NNM M211P10NNMK M136P10NNM M136P10NNMK M175P10NNM M175P10NNMK M214P10NNM M214P10NNMK M253P10NNM M253P10NNMK M272P10NNM M272P10NNMK M247P10NNM M247P10NNMK M364P10NNM M364P10NNMK M432P10NNM M432P10NNMK M471P10NNM M471P10NNMK M51S17NNM M51S17NNMK M72S17NNM M72S17NNMK M111S17NNM M111S17NNMK M94S17NNM M94S17NNMK M133S17NNM M133S17NNMK M172S17NNM M172S17NNMK M211S17NNM M211S17NNMK M136S17NNM M136S17NNMK M175S17NNM M175S17NNMK M214S17NNM M214S17NNMK M253S17NNM M253S17NNMK M272S17NNM M272S17NNMK M247S17NNM M247S17NNMK M364S17NNM M364S17NNMK M432S17NNM M432S17NNMK M471S17NNM M471S17NNMK M51P17NNM M51P17NNMK52 S S ITT annon M72P17NNM M72P17NNMK M111P17NNM M111P17NNMK M94P17NNM M94P17NNMK M133P17NNM M133P17NNMK M172P17NNM M172P17NNMK M211P17NNM M211P17NNMK M136P17NNM M136P17NNMK M175P17NNM M175P17NNMK M214P17NNM M214P17NNMK M253P17NNM M253P17NNMK M272P17NNM M272P17NNMK M247P17NNM M247P17NNMK M364P17NNM M364P17NNMK M432P17NNM M432P17NNMK M471P17NNM M471P17NNMK M51S19NNM M51S19NNMK M72S19NNM M72S19NNMK M111S19NNM M111S19NNMK M94S19NNM M94S19NNMK M133S19NNM M133S19NNMK M172S19NNM M172S19NNMK M211S19NNM M211S19NNMK M136S19NNM M136S19NNMK M175S19NNM M175S19NNMK M214S19NNM M214S19NNMK M253S19NNM M253S19NNMK M272S19NNM M272S19NNMK M247S19NNM M247S19NNMK M364S19NNM M364S19NNMK M432S19NNM M432S19NNMK M471S19NNM M471S19NNMK M51P19NNM M51P19NNMK M72P19NNM M72P19NNMK M111P19NNM M111P19NNMK M94P19NNM M94P19NNMK M133P19NNM M133P19NNMK M172P19NNM M172P19NNMK M211P19NNM M211P19NNMK M136P19NNM M136P19NNMK M175P19NNM M175P19NNMK M214P19NNM M214P19NNMK M253P19NNM M253P19NNMK M272P19NNM M272P19NNMK M247P19NNM M247P19NNMK M364P19NNM M364P19NNMK M432P19NNM M432P19NNMK M471P19NNM M471P19NNMK M51S179NM M51S179NMK M72S179NM M72S179NMK M111S179NM M111S179NMK M94S179NM M94S179NMK M133S179NM M133S179NMK M172S179NM M172S179NMK M211S179NM M211S179NMK M136S179NM M136S179NMK M175S179NM M175S179NMK M214S179NMM214S179NMK M253S179NM M253S179NMK M272S179NM M272S179NMK M247S179NM M247S179NMK imensions are shown in mm (inch) imensions subject to change

199 Subminiature Space/High Reliability S/S ross Reference S S ITT annon M364S179NM M364S179NMK M432S179NM M432S179NMK M471S179NM M471S179NMK M51P179NM M51P179NMK M72P179NM M72P179NMK M111P179NM M111P179NMK M94P179NM M94P179NMK M133P179NM M133P179NMK M172P179NM M172P179NMK M211P179NM M211P179NMK M136P179NM M136P179NMK M175P179NM M175P179NMK M214P179NMM214P179NMK M253P179NM M253P179NMK M272P179NM M272P179NMK M247P179NM M247P179NMK M364P179NM M364P179NMK M432P179NM M432P179NMK M471P179NM M471P179NMK M9SNM M9SNMK M15SNM M15SNMK M25SNM M25SNMK M37SNM M37SNMK M50SNM M50SNMK M9PNM M9PNMK M15PNM M15PNMK M25PNM M25PNMK M37PNM M37PNMK M50PNM M50PNMK M9SO3NM M9SO3NMK M15SO3NM M15SO3NMK M25SO3NM M25SO3NMK M37SO3NM M37SO3NMK M50SO3NM M50SO3NMK M9PO3NM M9PO3NMK M15PO3NM M15PO3NMK M25PO3NM M25PO3NMK M37PO3NM M37PO3NMK M50PO3NM M50PO3NMK M9S10NNM M9S10NNMK M15S10NNM M15S10NNMK M25S10NNM M25S10NNMK M37S10NNM M37S10NNMK M50S10NNM M50S10NNMK M9P10NNM M9P10NNMK M15P10NNM M15P10NNMK M25P10NNM M25P10NNMK M37P10NNM M37P10NNMK M50P10NNM M50P10NNMK M9S17NNM M9S17NNMK M15S17NNM M15S17NNMK M25S17NNM M25S17NNMK M37S17NNM M37S17NNMK M50S17NNM M50S17NNMK M9P17NNM M9P17NNMK M15P17NNM M15P17NNMK M25P17NNM M25P17NNMK M37P17NNM M37P17NNMK M50P17NNM M50P17NNMK M9S19NNM M9S19NNMK52 S S M15S19NNM M25S19NNM M37S19NNM M50S19NNM M9P19NNM M15P19NNM M25P19NNM M37P19NNM M50P19NNM M9S179NM M15S179NM M25S179NM M37S179NM M50S179NM M9P179NM M15P179NM M25P179NM M37P179NM M50P179NM M9SNM M15SNM M25SNM M37SNM M50SNM M9PNM M15PNM M25PNM M37PNM M50PNM ITT annon M15S19NNMK52 M25S19NNMK52 M37S19NNMK52 M50S19NNMK52 M9P19NNMK52 M15P19NNMK52 M25P19NNMK52 M37P19NNMK52 M50P19NNMK52 M9S179NMK52 M15S179NMK52 M25S179NMK52 M37S179NMK52 M50S179NMK52 M9P179NMK52 M15P179NMK52 M25P179NMK52 M37P179NMK52 M50P179NMK52 M9SNMK52 M15SNMK52 M25SNMK52 M37SNMK52 M50SNMK52 M9PNMK52 M15PNMK52 M25PNMK52 M37PNMK52 M50PNMK M M M M M M M M M M M M M M M M M M M M M M M S S ITT annon M M M M M M M M M imensions are shown in mm (inch) imensions subject to change 197

200 Subminiature ccessories Selection Guide ackshell MI Shielded MI Shielded MI Shielded Metal Metal Metal Metal Plastic Plastic Plastic Plastic Plastic Plastic Plastic Style Snap-Together Metalized Plastic Straight xit see page 200 Snap-Together Metalized Plastic 40 xit see page 200 ie ast Zinc Metal see page 202 eep Straight lamp see page 203 Round able lamp see page 203 Short Straight lamp see page ntry see page 204 Snap-Together Universal see page 205 One-Piece Snap-Together see page 205 One-Piece Plastic Straight xit see page 206 One-Piece Plastic 90 xit see page 206 ataphone see page 206 Quick isconnect for I able see page 207 Quick isconnect for Round able Straight and 90 xit see page 207 ocking Hardware Sliding ock emale Screw ock Male Screw ock Retainer ssembly Slide ock Post Spring atch Plate Spring atch see page 209 see page 208 see page 210 see page 211 see page 212 see page 212 Supplied with backshell Optional, compatible locking hardware Not compatible 198 imensions are shown in mm (inch) imensions subject to change

201 Subminiature ccessories Selection Guide ocking Hardware ocking Hook see page 207 ocking Spring see page 207 Jackscrew ssembly see page 213 Jackpost ssembly see page 213 Recessed Jackscrew see page 201 xtended Jackscrew see page 201 Thumbscrew see page 201 Jackpost for In-ine onnections see page 201 imensions are shown in mm (inch) imensions subject to change 199

202 Subminiature ccessories MI Shielded ackshell Snap-Together Metalized Plastic Metalized plastic backshells reduce MI/RI emissions. Metalized plastic provides a light weight solution. esign includes integral strain relieving cable clamp. Product eatures Improves conformance to O #20780 shielding requirements No crimp ferrule tooling needed Quick and simple assembly using snaptogether design feature ttenuation MP GROUNING TNG Note: able grounding tang not available on size backshell. Specifications ttenuation: 100 MHz Temperature Range: 20 to 80 Materials and inishes Material: Thermoplastic, U 94V-0 rated inish: Nickel over opper Straight xit ØH MX 16,99±0,30 (.669±.012) Kit consists of 1 front shell, 1 rear shell, 1 cable clamp, 2 screws Optional locking hardware sold separately, see page 201. Shell Size ayout Part Number ±0,15 (.006) ±0,30 (.012) ±0,30 (.012) ±0,30 (.120) ±0,20 (.008) X H Max ,95 (.982) 30,81 (1.213) 23,70 (.933) 16,00 (.630) 35,99 (1.417) 7,32 (.288) ,30 (1.311) 39,09 (1.539) 31,80 (1.252) 16,00 (.630) 42,00 (1.654) 8,31 (.327) ,00 (1.850) 53,01 (2.087) 45,01 (1.772) 16,00 (.630) 42,00 (1.654) 10,52 (.414) ,45 (2.498) 69,29 (2.728) 60,30 (2.374) 16,00 (.630) 42,00 (1.654) 12,32 (.485) ,10 (2.410) 66,90 (2.634) 58,30 (2.295) 19,00 (.748) 42,00 (1.654) 13,00 (.512) 40 xit Kit consists of 1 front shell, 1 rear shell, 1 cable clamp, 2 screws Optional locking hardware sold separately, see page 201. Shell Part able iameter Size ayout Number ±0,30 (.012) ±0,30 (.012) ±0,30 (.012) ±0,20 (.008) Min. Max ,99 (1.417) 22,00 (.866) 16,00 (.630) 35,99 (1.417) 3,51 (.138) 7,49 (.295) ,29 (1.744) 27,31 (1.075) 16,00 (.630) 42,01 (1.654) 6,50 (.256) 8,99 (.354) ,99 (2.283) 41,00 (1.614) 16,00 (.630) 42,01 (1.654) 6,50 (.256) 11,00 (.433) ,50 (2.933) 57,51 (2.264) 16,00 (.630) 42,01 (1.654) 6,50 (.256) 11,00 (.433) ,97 (2.873) 54,99 (2.165) 19,00 (.748) 42,01 (1.654) 8,99 (.354) 13,00 (.512) 200 imensions are shown in mm (inch) imensions subject to change

203 Subminiature ccessories MI Shielded ackshell ocking Hardware for Snap-Together MI Shielded ackshell Recessed Jackscrew xtended Jackscrew Thumbscrew 4,50 (.177) Ø 4,50 (.177) 13,50(.531) 9,00 (.354) 6,00 (.236) MIN #4-40 THRS 4,30 (.169) Ø 4,10 (.161) 19,00(.748) 9,00 (.354) 6,00 (.236) MIN THRS : Material: rass inish: Nickel Quantity Required per onnector: 2 Jackpost for In-ine onnections Rectangular Nut : (M3) (#4-40) Material: rass inish: Nickel Quantity Required per onnector: 2 Jackpost : Material: rass inish: Nickel Quantity Required per onnector: 2 Jackpost ssembly 11,00 (.433) 6,00 (.236) 4,90 (.193) 3,00 (.118) MIN #4-40 UN-2 #4-40 UN-2 5,00 (.197) (ROSS TS) ssembly consists of 1 rectangular nut, 1 jackpost, 1 #4-40 lock washer. : Material: rass inish: Nickel Quantity Required per onnector: 2 imensions are shown in mm (inch) imensions subject to change 201

204 Subminiature ccessories MI Shielded ackshell ie ast Zinc Metal ackshell Straight xit 9 and 15 Position 25 Position 37 and 50 Position Ø Ø Ø ie cast metal backshells reduce MI/RI emissions. ie cast metal backshells offer improved shielding in a rugged package. Product eatures Improves conformance to O #20780 shielding requirements No crimp ferrule tooling needed Kit consists of 1 front shell, 1 rear shell, 2 screws, 2 hex nuts, 2 mounting screws, 2 end brackets, 1 set of compression inserts (see this page) ttenuation db iecast Shell Shielding Performance Shell Size ayout Part Number X ,12 (1.225) 37,21 (1.465) 15,75 (.620) 15,75 (.620) 10,16 (.400) 24,99 (.984) ,12 (1.540) 40,64 (1.600) 15,75 (.620) 15,75 (.620) 10,16 (.400) 33,32 (1.312) ,09 (2.090) 39,37 (1.550) 17,53 (.690) 15,75 (.620) 13,34 (.525) 47,17 (1.857) ,34 (2.730) 45,72 (1.800) 21,95 (.864) 15,75 (.620) 18,44 (.726) 63,50 (2.500) ,70 (2.626) 45,72 (1.800) 21,95 (.864) 18,54 (.730) 18,44 (.726) 61,11 (2.406) Specifications ttenuation: Temperature Range: MHz 20 to 80 Materials and inishes ackshell Material: ackshell inish: ompression Inserts: Hardware Material: Hardware inish: Zinc lear Zinc PV Steel lear Zinc ,000 Mhz ompression Inserts (Included ith ie ast Zinc Metal ackshell) ompression inserts accommodate a wide variety of cable sizes. Position able iameter 9, / / , / and 15 Position* Position* 37 and 50 Position* * Inserts may be supplied mirror image #1 #2 #3 #4 #5 #6 Position O.. I.. O.. I.. O.. I.. O.. I.. O.. I.. O.. I.. 9, 15 12,07 (.475) 8,13 (.320) 9,14 (.360) 8,00 (.315) 9,14 (.360) 6,48 (.255) 9,14 (.360) 7,24 (.285) 9,14 (.360) 5,33 (.210) 25 15,24 (.600) 11,43 (.450) 11,43 (.450) 10,41 (.410) 11,43 (.450) 9,40 (.370) 11,43 (.450) 7,62 (.300) 11,43 (.450) 5,84 (.230) 37, 50 16,64 (.655) 14,48 (.570) 17,78 (.700) 15,75 (.620) 20,57 (.810) 16,51 (.650) 16,64 (.655) 12,70 (.500) 16,64 (.655) 10,80 (.425) 16,64 (.655) 8,89 (.350) 202 imensions are shown in mm (inch) imensions subject to change

205 Subminiature ccessories Metal ackshell Metal ackshell Metal ackshells provide strain relief. Various profiles available for different cable routing requirements. Product eatures Qualified to MI-Spec M85049 Materials and inishes ackshell Material: inish: Hardware Material: ow arbon Steel Yellow hromate over admium Steel eep Straight lamp NTRY 2X Ø 3,45 (.136) H MX G 0,38 ±,013 (.015 ±.005) MX NTRY Kit consists of 1 shell, 2 cable clamps, 2 screws, 2 hex nuts Shell Size ayout Part Number Mil Spec ±0,572 (.0225) max. G H max M85049/ ,56 (1.203) 12,484 (.4915) 24,99 (.984) 14,68 (.578) 9,53 (.375) 9,53 (.375) 19,05 (.750) 31,75 (1.250) M85049/ ,89 (1.531) 12,484 (.4915) 33,32 (1.312) 14,68 (.578) 18,11 (.713) 7,93 (.312) 19,05 (.750) 31,75 (1.250) M85049/ ,78 (2.078) 12,484 (.4915) 47,04 (1.852) 14,68 (.578) 25,40 (1.000) 7,93 (.312) 25,40 (1.000) 39,70 (1.563) M85049/ ,04 (2.718) 12,484 (.4915) 63,50 (2.500) 14,68 (.578) 34,93 (1.375) 7,93 (.312) 25,40 (1.000) 39,70 (1.563) M85049/ ,68 (2.625) 15,253 (.6005) 61,11 (2.406) 17,45 (.687) 35,71 (1.406) 10,31 (.406) 28,57 (1.125) 42,88 (1.688) Round able lamp 2X Ø 3,05 (.120) Ø MX NTRY G Kit consists of 1 shell, 2 screws, 2 hex nuts 0,38 ± 0,13 (.015 ±.005) Shell Size ayout Part Number Mil Spec X max. G ±0,76 (.030) M85049/ ,68 (1.208) 12,70 (.500) 24,99 (.984) 10,31 (.406) 16,79 (.661) 3,18 (.125) 26,18 (1.031) M85049/ ,89 (1.531) 12,70 (.500) 33,33 (1.312) 10,31 (.406) 24,99 (.984) 3,18 (.125) 26,18 (1.031) M85049/ ,78 (2.078) 12,70 (.500) 47,04 (1.852) 15,06 (.593) 38,48 (1.515) 4,75 (.187) 26,98 (1.062) M85049/ ,04 (2.718) 12,70 (.500) 63,50 (2.500) 18,23 (.718) 55,14 (2.171) 6,35 (.250) 26,98 (1.062) M85049/ ,68 (2.625) 15,47 (.609) 61,11 (2.406) 20,62 (.812) 53,16 (2.093) 7,92 (.312) 26,98 (1.062) imensions are shown in mm (inch) imensions subject to change 203

206 Subminiature ccessories Metal ackshell Short Straight lamp 2X Ø 3,05 (.120) G 12,30 ± 0,38 (.484 ±.015) Kit consists of 1 shell, 2 or 3 screws, 2 or 3 hex nuts NTRY 0,38 ± 0,13 (.015 ±.005) Shell Size ayout Part Number Mil Spec No. of able ocking Screws Included G ±0,89 (.035) M85049/ ,88 (1.531) 12,70 (.500) 33,33 (1.312) 7,51 (.296) 7,93 (.312) 16,36 (.644) M85049/ ,78 (2.078) 12,70 (.500) 47,04 (1.852) 7,51 (.296) 20,22 (.796) 16,36 (.644) M85049/ ,04 (2.718) 12,70 (.500) 63,50 (2.500) 7,51 (.296) 17,45 (.687) 16,36 (.644) M85049/ ,68 (2.625) 15,47 (.609) 61,11 (2.406) 9,91 (.390) 17,45 (.687) 17,63 (.694) -9 is not available. 90 ntry 2X MOUNTING HOS #4-40 UN-2 TH NTRY Kit consists of 1 shell, 1 cable clamp, 1 screw, 1 nut, 2 rivnuts (assembled) 2,77 ± 0,25 (.109 ±.010) G NTRY H Shell Size ayout Part Number Mil Spec ±0,76 (.030) ±0,76 (.030) ±0,76 (.030) G ±0,76 (.030) H ±0,76 (.030) M85049/ ,56 (1.203) 18,24 (.718) 24,99 (.984) 11,10 (.437) 11,10 (.437) 11,89 (.468) 7,14 (.281) M85049/ ,89 (1.531) 18,24 (.718) 33,33 (1.312) 11,10 (.437) 11,10 (.437) 11,89 (.468) 7,14 (.281) M85049/ ,78 (2.078) 24,58 (.968) 47,04 (1.852) 11,10 (.437) 15,88 (.625) 11,89 (.468) 7,14 (.281) M85049/ ,04 (2.718) 30,15 (1.187) 63,50 (2.500) 11,10 (.437) 20,63 (.812) 11,89 (.468) 7,14 (.281) M85049/ ,68 (2.625) 31,75 (1.250) 61,11 (2.406) 14,28 (.562) 23,01 (.906) 13,49 (.531) 8,71 (.343) 204 imensions are shown in mm (inch) imensions subject to change

207 Subminiature ccessories Plastic ackshell Plastic ackshell Snap-Together Universal Ø MX NTRY 39,50 (1.555) 42,50 (1.673) 2-piece snap-together design for quick assembly ustomer furnishes tie-wrap Materials and inishes Material: lack Thermoplastic, U 94V-0 rated Shell Size ayout Part Number X max. ±0,20 (.008) ±0,20 (.008) ,01 (.276) 17,00 (.669) 19,51 (.768) ,60 (.378) 17,00 (.669) 27,79 (1.094) ,61 (.457) 17,00 (.669) 41,61 (1.638) ,00 (.512) 17,00 (.669) 57,99 (2.283) ,00 (.630) 19,81 (.780) 52,32 (2.060) One-Piece Snap-Together MP, THRMOPSTI MP, MT 16,21 (.638) Ø MX NTRY 48,00 (1.890) ow cost asy to assemble hardware included 2 thumbscrews, 2 cable clamps Materials and inishes ackshell Material: Polypropylene Hardware Material: Steel Hardware inish: Yellow chromate over zinc Shell Size ayout Part Number X max. 9 S-9 35,20 (1.386) 24,99 (.984) 5,69 (.224) 27,51 (1.083) 15 S-15 43,31 (1.705) 33,33 (1.312) 5,69 (.224) 31,19 (1.228) 25 S-25 57,20 (2.252) 47,04 (1.852) 6,50 (.256) 38,30 (1.508) -37 and -50 are not available. imensions are shown in mm (inch) imensions subject to change 205

208 Subminiature ccessories Plastic ackshell One-Piece Plastic Straight xit G NTRY Kit consists of 1 shell, 1 cable clamp, 1 set screw hardware included 2 screws #4-24 x 5/16 long self-tapping ccommodates spring latches Materials and inishes ackshell Material: lack Thermoplastic, U 94V-2 rated Hardware Material: Steel Hardware inish: Yellow hromate over admium or Zinc NTRY Ø NTRY Shell Size ayout Part Number X G ,94 (1.218) 25,40 (1.000) 24,99 (.984) 12,70 (.500) 7,14 (.281) ,27 (1.546) 25,40 (1.000) 33,33 (1.312) 12,70 (.500) 9,14 (.360) ,16 (2.093) 31,75 (1.250) 47,04 (1.852) 12,70 (.500) 12,52 (.493) 9,15 (.360) ,44 (2.734) 38,10 (1.500) 63,50 (2.500) 12,70 (.500) 17,63 (.694) 9,15 (.360) ,06 (2.640) 38,10 (1.500) 61,11 (2.406) 15,47 (.609) 18,64 (.734) 11,89 (.468) 90 xit K NTRY Ø H NTRY Kit consists of 1 shell, 1 cable clamp, 1 set screw hardware included 2 screws #4-24 x 5/16 long self-tapping Materials and inishes ackshell Material: lack Thermoplastic, U 94V-2 rated Hardware Material: Steel Hardware inish: Yellow hromate over admium or Zinc J NTRY Shell Size ayout Part Number X H J K ,95 (1.494) 25,40 (1.000) 24,99 (.984) 12,70 (.500) 7,14 (.281) ,28 (1.822) 25,40 (1.000) 33,33 (1.312) 12,70 (.500) 9,14 (.360) ,15 (2.368) 31,75 (1.250) 47,04 (1.852) 12,70 (.500) 12,52 (.493) 9,15 (.360) ,43 (3.009) 38,10 (1.500) 63,50 (2.500) 12,70 (.500) 17,63 (.694) 9,15 (.360) ,04 (2.915) 38,10 (1.500) 61,11 (2.406) 15,47 (.609) 18,64 (.734) 11,89 (.468) ataphone 20,22-19,43 ( ) 56,34-55,55 ( ) 45,72-45,21 ( ) 36,09-35,31 ( ) vailable in 25 position only hardware included 2 screws #4-40 x 11/16 long Materials and inishes ackshell Material: lack Thermoplastic, U 94V-0 rated Hardware Material: Steel Hardware inish: lear hromate over admium or Zinc 11,18-10,41 ( ) 3,81-3,56 ( ) 47,04(1.852) # 4-40 THRS Shell Part Max. able Size ayout Number ntry ,92 (.312) 206 imensions are shown in mm (inch) imensions subject to change

209 Subminiature ccessories Plastic ackshell Quick isconnect for I able I 40,54 (1.596) NTRY OKING SPRING* 2,60 ± 0,20 (.102 ±.008) Kit consists of 1 front shell, 1 rear shell, 2 strain reliefs, 5 screws Materials and inishes Material: lack Thermoplastic, U 94V-0 rated * Order optional locking hardware separately. OKING HOOK* 16,31 (.642) Shell Size ayout Part Number max. ±0,20 (.008) ,69 (1.602) 24,99 (.984) 14,99 (.590) ,00 (1.929) 33,30 (1.311) 23,29 (.917) ,69 (2.468) 47,04 (1.852) 36,98 (1.456) ,20 (3.118) 63,50 (2.500) 53,49 (2.106) Quick isconnect for Round able Straight and 90 xit OKING SPRING* 16,10 (.634) MX 7,00 (.276) MX OKING HOOK* 13,00 (.512) MX MX MX NTRY MIN NTRY MIN MX Kit consists of 1 front shell, 1 rear shell, 1 cable clamp, 1 spacer, 4 self-tapping screws, 2 machined screws Materials and inishes Material: lack Thermoplastic, U 94V-0 rated * Order optional locking hardware separately. Shell Size ayout Part Number max. max. ±0,15 (.006) max. min. min ,33 (1.627) 32,41 (1.276) 25,00 (.984) 16,51 (.650) 7,70 (.303) 6,70 (.264) ,63 (1.954) 32,41 (1.276) 33,30 (1.311) 16,51 (.650) 7,70 (.303) 6,70 (.264) ,65 (2.506) 40,44 (1.592) 47,04 (1.852) 16,51 (.650) 7,70 (.303) 17,70 (.697) ,86 (3.144) 42,42 (1.670) 63,50 (2.500) 16,51 (.650) 7,70 (.303) 17,70 (.697) ,57 (3.054) 42,42 (1.670) 61,10 (2.406) 19,51 (.768) 10,69 (.421) 17,70 (.697) Optional ocking Hardware/Mechanism Optional hardware provides quick disconnect for either flat I cable or round jacketed cable. Order 2 per connector ocking Hook ocking Spring Material: orrosion-resistant steel ock Hook ock Spring NOT: Not for use on rear panel mounted connectors. imensions are shown in mm (inch) imensions subject to change 207

210 Subminiature ccessories ocking Hardware Screw ock ssemblies ITT annon offers the largest variety of locking and latching hardware. Refer to the accessories selection guide on pages for use with ITT annon backshells. Product eatures nsures positive mating Provides locking and latching for high vibration applications ront Panel Mount SUMINITUR ONNTOR PIN OR SOKT MOUNTING PN SUMINITUR ONNTOR PIN OR SOKT Rear Panel Mount SR IP ITH TH NUT SHR OK SHR HX NUT Male Screw ock SR #4-40 UN-2 TH IP GP IP Kit consists of 1 screw and 1 clip Order 2 per connector Material: inish: Steel Yellow hromate over admium or Zinc Part Number,,, ,10 (.555) 6,35 (.250) 1,22 (.048),,, ,10 (.555) 7,14 (.281) 1,70 (.067),,, ,10 (.555) 7,14 (.281) 2,34 (.092),,, ,10 (.555) 7,92 (.312) 2,34 (.092) ,66 (.656) 6,35 (.250) 1,22 (.048) ,66 (.656) 7,14 (.281) 1,70 (.067) ,66 (.656) 7,14 (.281) 2,34 (.092) ,66 (.656) 7,92 (.312) 2,34 (.092) 208 imensions are shown in mm (inch) imensions subject to change

211 Subminiature ccessories ocking Hardware emale Screw ock ront Panel Mount 4,78 ± 0,38 (.188 ±.015) 4,78 ± 0,38 (.188 ±.015) HX (ROSS TS) Rear Panel Mount #4-40 UN-2 TH 6,35 (.250) PPROX RMOV ON SHR OR H 0,76 (.030) O PN THIKNSS HN RR MOUNTING 1,52 (.060) MX PN RR NG (R) Kit consists of 1 nut, 3 washers, 1 lock washer, 1 hex nut Order 2 per connector Material: Steel #4-40 UN-2 TH NOT: (1) 6 inch/pound (female) and 4 inch/pound (male) maximum torque during assembly is recommended on steel screw lock assemblies. (2) third flat washer is supplied for front panel mounting of tab shell connectors. Yellow hromate over admium Mil Spec Zinc ith lear hromate M24308/ ,92 (.312) ,70 (.500) M24308/ ,88 (.625) ,05 (.750) emale Screw ock for High Volume pplications 3,80 (.150) MIN U TH 5,36 Ø (.211) 3,02 Ø (.119) Order 2 per connector Tool required for installation. See page 211. Material: inish: Steel Zinc 6,35 Ø (.119) NOM NOT: Not suitable for rear panel mounting. 7,82 ± 0,13 (.308 ±.005) 1,70 (.067) 6,48-6,30 ( ) Part Number Thread ode Nominal Panel Thickness #4-40 1,09 0,91 ( ) M3 1,09 0,91 ( ) Screw ocks for onnectors with Integral Threaded Inserts Jackpost TH 3,50 (.138) MIN TH 5,00 (.197) HX (ROSS TS) 5,75 (.226) 5,50 (.217) 4,50 (.177) MIN Part Thread ode Number TH TH #4-40 UN-2 #4-40 UN M3 #4-40 UN #4-40 UN-2 M M3 M3 Kit consists of 1 jackpost, 1 lock washer Order 2 per connector Material: inish: rass Nickel imensions are shown in mm (inch) imensions subject to change 209

212 Subminiature ccessories ocking Hardware Slide ock ssemblies ITT annon offers the largest variety of locking and latching hardware. Refer to the accessories selection guide on pages for use with ITT annon backshells. Product eatures nsures positive mating Provides locking and latching for high vibration applications PT, SIING OK #4-40 NUT, HX SHR, OK MOUNTING SR #4-40 #4-40 POST SHR SHR, OK NUT, HX Sliding ock Retainer ssembly,,, 2,36 (.093) TRV R Ideal for thernet pplications Kit consists of 1 sliding lock plate, 2 mounting screws, 2 lock washers, 2 hex nuts Order 1 kit per connector escription Sliding ock Plate Screw, asher, ock Nut, Hex Material inish/ Treatment Stainless Steel Passivated Steel Yellow hromate Over admium or Zinc Shell Size ayout Part Number ,05 (1.380) 12,70 (.500) 25,00 (.984) * 43,70 (1.720) 12,70 (.500) 33,32 (1.312) ,40 (2.260) 12,70 (.500) 47,04 (1.852) ,86 (2.908) 12,70 (.500) 63,50 (2.500) ,47 (2.814) 15,47 (.609) 61,11 (2.406) * Meets I thernet Specification 210 imensions are shown in mm (inch) imensions subject to change

213 Subminiature ccessories ocking Hardware Slide ock Post ssemblies Kit consists of 1 post, 2 washers, 1 lock washer, 1 hex nut Order 2 kits per connector : Materials and inishes Material: inish: Steel Yellow hromate over admium or Zinc POST 4,60 (.180) HX (ROSS TS) 2,59 ± 0,13 (.102 ±.005) SHR 10,57 ± 0,25 (.416 ±.010) NOT: hen rear-mounting connector to a 1/16 panel, delete the 2 washers. SHR, OK #4-40 NUT, HX Slide ock Post for High Volume pplications Ø 4,78 ± 0,08 (.118 ±.003) Ø 3,63 ± 0,08 (.143 ±.003) Ø 3,02(.119) MX Ø 2,44 ± 0,08 (.096 ±.003) Order 2 per connector Tool required for installation. See this page. : Panel Thickness: 1,09-0,91 ( ) Ø 1,52 (.060) MX 4,37 ± 0,13 (.172 ±.005) 1,85(.073) MX Materials and inishes Material: Treatment: Stainless Steel Passivated NOT: Not suitable for rear panel mounting Tool for High Volume pplications : imensions are shown in mm (inch) imensions subject to change 211

214 Subminiature ccessories ocking Hardware Spring atch ssemblies ITT annon offers the largest variety of locking and latching hardware. Refer to the accessories selection guide on pages for use with ITT annon onnectors. Product eatures ow ost Minimizes field connection time Positive lock between connectors Packaged 2 kits per bag Materials and inishes Material: Stainless Steel Treatment: Passivated Unlocked ocked Spring atch Plate ssembly #4-40 SR #4-40 TH x 7,92 (.312) SR 2,41-1,52 ( ) PT, TH ONNTOR, ITHR PIN OR SOKT PT, TH #4-40 NUT, HX SHR, OK #4-40 NUT, HX Kit consists of 1 plate, 1 screw, 1 lock washer, 1 hex nut Order 2 kits per connector Shell Size ayout Part Number,,, 9, 15, 25, ,42 (.489) 14,35 (.565) ,47 (.609) 17,09 (.673) Spring atch ssembly #4-40 SR TH, SPRING 15,57 ± 0,64 (.613 ±.025) TH, SPRING #4-40 TH x 7,92 (.312) SR SPRING TH MOUNTING RKT ONNTOR, ITHR PIN OR SOKT SHR, OK #4-40 NUT, HX * imension does not apply to rear panel mounting. SPRING TH MOUNTING PT *2,41-1,52 ( ) #4-40 NUT, HX Shell Size ayout Part Number ±0,51 (.020),,, 9, 15, 25, ,42 (.489) 14,35 (.565) 18,59 (.732) ,49 (.609) 17,09 (.673) 18,59 (.732) Kit consists of 1 spring, 1 screw, 1 bracket, 1 lock washer, 1 hex nut Order 2 kits per connector ront panel mounting 212 imensions are shown in mm (inch) imensions subject to change

215 Subminiature ccessories ocking Hardware Jackscrew/Jackpost ssemblies ITT annon offers the largest variety of locking and latching hardware. Refer to the accessories selection guide on pages for use with ITT annon onnectors. Jackpost ssembly Jackscrew ssembly H, JKSR #2-56 UN TH #4-40 UN TH #4-40 UN-2 TH #4-40 UN-2 TH RTINING OMPOUN SHR, #4 OK #4 HX NUT Ø 3,05 (.120) STU, JKSR M POST Ø 3,05 (.120) Jackscrew ssembly Ø 5,59 (.220) MX 0,89 ± 0,13 (.035 ±.005) Kit consists of 2 studs, 2 heads, 1 tube retaining compound Order one kit per connector : Materials and inishes Material: Stainless Steel ONNTOR SSMY #4-40 UN THR Ø 5,59 (.220) MX 9,40 (.370) MX 16,26 (.640) MX 0,64 ± 0,13 (.025 ±.005) 1,73 (.068) MX 4,57 (.180) MX Jackpost ssembly ONNTOR SSMY 4,75 (.187) HX (ROSS TS) #4-40 UN THR Kit consists of 2 posts, 2 hex nuts, 2 lock washers Order one kit per connector : Materials and inishes Material: Treatment: Stainless Steel Passivated 14,10 ± 0,13 (.555 ±.005) 5,59 (.220) MIN PRT TH NOT: Jackpost is not compatible with rear-panel mount connectors. 5,84 ± 0,13 (.230 ±.005) 1,14 ± 0,13 (.045 ±.005) PN 3,18 (.125) MX #4-40 UN THR imensions are shown in mm (inch) imensions subject to change 213

216 Subminiature ccessories Guide Pin Plate Guide Pin Plate emale MOUNTING PN 9,60 (.378) MX Useful in blind mate applications. Kit consists of 1 plate, 2 screws Guide pin inserts for Size 8 cavities for ombo connectors also available. See page 95. 6,35 (.250) MX SOR POT XTNSION 1,57 (.062) Plate and Hardware Material: Plate and Hardware inish: Steel Yellow hromate over Zinc or admium Shell Size ayout Part Number ±0,41 (.016) G ±0,41 (.016) H ±0,41 (.016) J ±0,41 (.016) K ±0,41 (.016) ,61 (1.953) 40,08 (1.578) 25,00 (.986) 18,65 (.734) 15,27 (.601) 9,52 (.375) 25,40 (1.000) 30,58 (1.204) 12,29 (.484) 6,15 (.242) ,96 (2.282) 48,41 (1.906) 33,32 (1.312) 22,81 (.898) 19,43 (.765) 9,52 (.375) 25,40 (1.000) 38,91 (1.532) 12,29 (.484) 6,15 (.242) ,63 (2.820) 62,13 (2.446) 47,04 (1.852) 29,67 (1.168) 26,29 (1.035) 9,52 (.375) 25,40 (1.000) 51,21 (2.016) 11,91 (.469) 5,94 (.234) ,11 (3.469) 78,59 (3.094) 63,50 (2.500) 37,90 (1.492) 34,52 (1.359) 9,52 (.375) 25,40 (1.000) 67,49 (2.657) 11,91 (.469) 5,94 (.234) ,72 (3.375) 76,20 (3.000) 61,11 (2.406) 36,50 (1.437) 33,32 (1.312) 11,10 (.437) 28,58 (1.125) 65,10 (2.563) 14,30 (.563) 7,16 (.282) 2X R K 2X Ø 3,66 0,13 ( ) Recommended Panel utout 2X Ø 4,22 ± 0,05 ( ) H J 214 imensions are shown in mm (inch) imensions subject to change

217 Subminiature ccessories Guide Pin Plate Guide Pin Plate Male Useful in blind mate applications. Kit consists of 1 plate, 2 sems screws, 2 rivets, 2 guide pins, 2 washers Guide pin inserts for Size 8 cavities for ombo connectors also available. See page 95. Plate and Hardware Material: Plate and Hardware inish: Guide Pin Material: Steel Yellow hromate over Zinc or admium Stainless Steel 6,35 (.250) MX SOR POT XTNSION Ø 4,01 (.158) MX 22,22 ± 0,76 (.875 ±.030) 4,78 ± 0,30 (.188 ±.012) 1,57 (.062) MX Ø 4,06 (.160) R MX 1,57 ± 0,13 (.062 ±.005) 8,71 ± 0,38 (.343 ±.015) 4,06 ± 0,25 (.160 ±.010) ITT NNON G 2X MOUNTING HO #4-40 UN-2 TH 2X Ø 3,66 ± 0,13 (.144 ±.005) Shell Size ayout Part Number ±0.25 (.010) G ±0.13 (.005) H ±0.25 (.010) J ±0.38 (.015) K ,61 (1.953) 40,08 (1.578) 33,91 (1.335) 18,65 (.734) 25,40 (1.000) 19,05 (.750) 25,00 (.984) 12,29 (.484) 30,58 (1.204) 6,15 (.242) ,94 (2.281) 48,41 (1.906) 42,24 (1.663) 22,81 (.898) 25,40 (1.000) 19,05 (.750) 33,32 (1.312) 12,29 (.484) 38,89 (1.531) 6,15 (.242) ,63 (2.820) 62,13 (2.446) 55,96 (2.203) 29,67 (1.168) 25,40 (1.000) 19,05 (.750) 47,04 (1.852) 12,29 (.484) 51,99 (2.047) 6,15 (.242) ,09 (3.468) 78,42 (3.094) 72,42 (2.851) 37,90 (1.492) 25,40 (1.000) 19,05 (.750) 63,50 (2.500) 12,29 (.484) 68,25 (2.687) 6,15 (.242) ,72 (3.375) 76,20 (3.000) 69,82 (2.749) 36,50 (1.437) 28,58 (1.125) 22,20 (.874) 61,11 (2.406) 15,06 (.593) 66,93 (2.635) 7,52 (.296) Recommended Panel utout 2X R K H 2X Ø 3,66 ± 0,13 (.144 ±.005) J 2X Ø 5,54 ± 0,13 (.218 ±.005) imensions are shown in mm (inch) imensions subject to change 215

218 Subminiature ccessories onnector Saver onnector Saver onnector Saver ngaging ace, Pin Side 5,97 ± 0,25 (.235 ±.010) 21,95 ± 0,51 (.864 ±.020) 6,17 ± 0,25 (.243 ±.010) INSUTOR SSY SOKT onnector Savers are used to minimize wear on cable or panel connectors. 2X 10 ONTT SH, PIN RONT SH, SOKT RONT SPR Note: Hardware removed for clarity. Shell Part Size ayout Numbers ±0,40 (.015) 9 U ,81 (1.213) 24,99 (.984) 16,92 (.666) 15 U ,14 (1.541) 33,32 (1.312) 25,25 (.994) 25 U ,04 (2.088) 47,04 (1.852) 38,96 (1.534) Note: -37 and -50 not available. Specifications Temperature: 55 to 105 urrent Rating: 7 ielectric ithstanding Voltage: 500 V at Sea evel Materials and inishes escription Material inish Shells Steel Tin/ead Insulator lack Thermoplastic, U 94V-0 ontacts opper lloy Gold Over Nickel Spacer Zinc lloy ocking Hardware Steel lear hromate Over Zinc 216 imensions are shown in mm (inch) imensions subject to change

219 Subminiature ccessories Gender hanger Gender hanger Male/Male Pin 2X Ø 3,43 (.135) 5,84 ± 0,15 8,36 ± 0,13 (.230 ±.006) (.329 ±.005) 14,50 ± 0,64 (.571 ±.025) 5,84 ± 0,15 (.230 ±.006) 12,55 ± 0,38 (.494 ±.015) ONTT PIN Gender hangers modify the mating interface to allow connectors of the same genders to mate. Product eatures ow cost way to correct design errors Optional hardware allows design flexibility PIN 1 RONT SI PIN 1 RR SI Note: Grounding dimples available on male/male only. RONT SH RIVT RONT SH INSUTOR P OR Shell Size ayout ithout Hardware ith Hardware ,81 (1.213) 24,99 (.984) 16,92 (.666) ,14 (1.541) 33,32 (1.312) 25,25 (.994) ,04 (2.088) 47,04 (1.852) 38,96 (1.534) ,32 (2.729) 63,50 (2.500) 55,42 (2.182) Note: -50 not available in male/male. 2X 10 emale/emale 6,17 ± 0,13 (.243 ±.005) RONT SH Socket 13,11 ± 0,51 (.516 ±.020) 6,17 ± 0,13 (.243 ±.005) INSUTOR 12,55 ± 0,38 (.494 ±.015) 7,90 ± 0,13 (.311 ±.005) SOKT ONTT Gender hangers modify the mating interface to allow connectors of the same genders to mate. Product eatures ow cost way to correct design errors Optional hardware allows design flexibility 2X 10 2X Ø 3,05 (.120) 0,76 ± 0,26 (.030 ±.010) INSUTOR RONT SH Shell Size ayout ithout Hardware ith Hardware ,81 (1.213) 24,99 (.984) 16,33 (.643) ,14 (1.541) 33,32 (1.312) 24,66 (.971) ,04 (2.088) 47,04 (1.852) 38,38 (1.511) Note: -37 and -50 not available for female/female. Specifications Temperature: 55 to 105 urrent Rating: 3 ielectric ithstanding Voltage: 500 V at Sea evel Materials and inishes escription Material inish Shells Steel Tin/ead Insulator M/M Glass poxy / lack Thermoplastic, U 94V-0 ontacts opper lloy Gold Over Nickel Rivets (M/M) opper lloy Tin/ead ocking Hardware Steel lear hromate Over admium or Zinc and Mylar imensions are shown in mm (inch) imensions subject to change 217

220 Subminiature ccessories Miscellaneous ust ap RIS GT MRK 6,35 (.250) ust caps provide protection from moisture and dust for unused I/O ports. ITT NNON XX-XX-XX 1,02 (.040) Product eatures onductive ust aps provide a surface resistivity of at least 1 x 10 5 ohms/sq ust aps meet the static decay test requirements of MI , Type II. ust aps have an integral flange for easy application and removal. Materials and inishes Material: lack Polyethylene NOT: dim. applies at point of maximum integral interface length. I Socket 20,32 (.800) 11,43 (.450) 16,36 (.644) 7,59 (.299) Socket 28,45 (1.120) 11,68 (.460) 24,59 (.968) 7,62 (.300) Socket 42,42 (1.670) 11,68 (.460) 38,25 (1.506) 7,49 (.295) Socket 58,93 (2.320) 11,68 (.460) 54,81 (2.158) 7,37 (.290) Socket 56,90 (2.240) 14,48 (.570) 53,11 (2.091) 10,41 (.410) Pin 21,84 (.860) 12,95 (.510) 17,78 (.700) 8,92 (.351) Pin 30,48 (1.200) 12,95 (.510) 26,52 (1.044) 9,02 (.355) Pin 44,20 (1.740) 13,46 (.530) 39,60 (1.559) 9,09 (.358) Pin 60,71 (2.390) 13,46 (.530) 56,90 (2.240) 9,37 (.369) Pin 58,17 (2.290) 16,00 (.630) 54,28 (2.137) 12,04 (.474) Interfacial Seal Interfacial seals provide moisture resistance at the mating interface. Product eatures Other Interfacial Seals in the ombo layouts are available upon request. Materials and inishes Material: Silastic Sheet 2X 10 ayout ,66 (.656) 8,41 (.331) ,99 (.984) 8,41 (.331) ,88 (1.531) 8,41 (.331) ,14 (2.171) 8,41 (.331) ,78 (2.078) 11,10 (.437) ,14 (2.171) 8,41 (.331) Potting Shell 4,70 (.185) 15,20 (.600) 2X Ø 3,25 (.128) 0,76 (.030) Potting shells are molded with a thin flange 0,76 (.030) to permit the use of Subminiature locking devices. Potting shells hold epoxy in place during curing. Materials and inishes Material: Nylon olor: Natural (white) Shell Size ayout Part Number imensions are shown in mm (inch) imensions subject to change

221 Subminiature Selection Index Page Reader s Resource imensional Reference ata Panel Panel utouts ontact avity rrangements ombo Plug ombo Receptacle Standard Plug and Receptacle Pushfit/oardlock Standard and uropean lternate Technical onfigurations 50 Ohm oaxial ontact Straight and racket Standard and uropean Hardware Views Standard uropean Printed ircuit oard (P) Patterns ombination ayouts oaxial 90 Standard Plug Receptacle oaxial 90 uropean Plug Receptacle oaxial Straight Standard/uropean Plug Receptacle High Power 90 Standard Plug Receptacle High Power 90 uropean Plug Receptacle High Power/High Voltage Straight Standard/uropean Plug Receptacle P Tails (Size 20 ontacts only) uropean Plug Receptacle Straight P Tails (Size 20 ontacts only) Standard/uropean Plug Receptacle Standard ayouts 90 Standard Plug and Receptacle uropean Plug and Receptacle Straight P Tails Plug and Receptacle Standard/uropean ease Tooling Glossary of Terms Obsolete Products/vailable Products Not Previously isted Index Product Safety and arranty R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 219

222 Subminiature Reader s Resource Panel igure 1 igure 1 igure 2 igure 3 R e a d e r s R e s o u r c e igure ombination of Mated onnectors H Number Size Pin (See Note elow) Socket +0,76 (.030) +0,76 (.030) +0,76 (.030) +0,76 (.030) 1, 1, Standard Standard 6,35 (.250) 8,63 (.340) 7,49 (.295) 7,49 (.295) 1, 1,, Standard Standard 6,04 (.238) 8,71 (.343) 7,56 (.298) 7,18 (.283) 2, Standard loat Mount 5,53 (.218) 6,68 (.263) 3,04 (.120) 2,, Standard loat Mount 5,23 (.206) 6,75 (.266) 3,04 (.120) 2, loat Mount Standard 5,53 (.218) 6,68 (.263) 3,04 (.120) 2,, loat Mount Standard 5,23 (.206) 6,37 (.251) 3,30 (.130) 3, Standard Reverse loat Mount 9,09 (.358) 7,95 (.313) 3,04 (.120) 3,, Standard Reverse loat Mount 9,16 (.361) 7,64 (.301) 3,04 (.120) 3, Reverse loat Mount Standard 9,09 (.358) 7,95 (.313) 3,04 (.120) 3,, Reverse loat Mount Standard 9,01 (.355) 7,87 (.310) 3,30 (.130) Notes: 1.,, and H are dimensions between panels and represent the recommended limit to be used in the design of the connector mounting method. 2. It is recommended that only one assembly, either pin or socket, be float mounted. 3. Standard pin assemblies contained 0,38 (.015) thick front shells on and sizes; 0,61 (.024) thick front shells on,, and sizes. 4. Standard connectors accommodate a #4 screw. loat mount connectors accommodate a #2 screw. 220 imensions are shown in mm (inch) imensions subject to change

223 Subminiature Reader s Resource Panel utouts Standard utout Rear utout (Optional) ront Panel Rear Panel Standard Shell ual loat Mount Shell Standard Shell ual loat Mount Shell Standard Shell Shell Size Method G ±0,05 (.002) H ±0,05 (.002) J ±0,05 (.002) ront 22,19 (.874) 11,09 (.437) 24,99 (.984) 12,49 (.492) 13,03 (.513) 6,52 (.257) 3,04 (.120) 1,52 (.060) 2,10 (.083) Rear 20,47 (.806) 10,23 (.403) 24,99 (.984) 12,49 (.492) 11,40 (.449) 5,71 (.225) 3,04 (.120) 1,52 (.060) 3,35 (.132) ront 30,53 (1.202) 15,26 (.601) 33,32 (1.312) 16,66 (.656) 13,03 (.513) 6,52 (.257) 3,04 (.120) 1,52 (.060) 2,10 (.083) Rear 28,80 (1.134) 14,40 (.567) 33,32 (1.312) 16,66 (.656) 11,40 (.449) 5,71 (.225) 3,04 (.120) 1,52 (.060) 3,35 (.132) ront 44,27 (1.743) 22,14 (.872) 47,04 (1.852) 23,52 (.926) 13,03 (.513) 6,52 (.257) 3,04 (.120) 1,52 (.060) 2,10 (.083) Rear 42,51 (1.674) 21,25 (.837) 47,04 (1.852) 23,52 (.926) 11,40 (.449) 5,71 (.225) 3,04 (.120) 1,52 (.060) 3,35 (.132) ront 60,73 (2.391) 30,37 (1.196) 63,50 (2.500) 31,75 (1.250) 13,03 (.513) 6,52 (.257) 3,04 (.120) 1,52 (.060) 2,10 (.083) Rear 59,08 (2.326) 29,54 (1.163) 63,50 (2.500) 31,75 (1.250) 11,40 (.449) 5,71 (.225) 3,04 (.120) 1,52 (.060) 3,35 (.132) ront 58,34 (2.297) 29,18 (1.149) 61,11 (2.406) 30,55 (1.203) 15,82 (.623) 7,92 (.312) 3,04 (.120) 1,52 (.060) 2,10 (.083) Rear 56,33 (2.218) 28,16 (1.109) 61,11 (2.406) 30,55 (1.203) 14,09 (.555) 7,06 (.278) 3,04 (.120) 1,52 (.060) 3,35 (.132) ual loat Mount Shell Shell Size Method G ±0,05 (.002) H ±0,05 (.002) J ±0,05 (.002) ront 23,01 (.906) 11,50 (.453) 24,99 (.984) 12,49 (.492) 13,84 (.545) 6,93 (.273) 2,23 (.088) 1,11 (.044) 2,10 (.083) Rear 21,28 (.838) 10,64 (.419) 24,99 (.984) 12,49 (.492) 12,21 (.481) 6,12 (.241) 2,23 (.088) 1,11 (.044) 3,35 (.132) ront 31,34 (1.234) 15,67 (.617) 33,32 (1.312) 16,66 (.656) 13,84 (.545) 6,93 (.273) 2,23 (.088) 1,11 (.044) 2,10 (.083) Rear 29,61 (1.166) 14,80 (.583) 33,32 (1.312) 16,66 (.656) 12,21 (.481) 6,12 (.241) 2,23 (.088) 1,11 (.044) 3,35 (.132) ront 45,08 (1.775) 22,55 (.888) 47,04 (1.852) 23,52 (.926) 13,84 (.545) 6,93 (.273) 2,23 (.088) 1,11 (.044) 2,10 (.083) Rear 43,33 (1.706) 21,66 (.853) 47,04 (1.852) 23,52 (.926) 12,21 (.481) 6,12 (.241) 2,23 (.088) 1,11 (.044) 3,35 (.132) ront 61,54 (2.423) 30,78 (1.212) 63,50 (2.500) 31,75 (1.250) 13,84 (.545) 6,93 (.273) 2,23 (.088) 1,11 (.044) 2,10 (.083) Rear 59,79 (2.354) 29,89 (1.177) 63,50 (2.500) 31,75 (1.250) 12,21 (.481) 6,12 (.241) 2,23 (.088) 1,11 (.044) 3,35 (.132) ront 59,15 (2.329) 29,59 (1.165) 61,11 (2.406) 30,55 (1.203) 16,63 (.655) 8,33 (.328) 2,23 (.088) 1,11 (.044) 2,10 (.083) Rear 57,15 (2.250) 28,57 (1.125) 61,11 (2.406) 30,55 (1.203) 14,90 (.587) 7,46 (.294) 2,23 (.088) 1,11 (.044) 3,35 (.132) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 221

224 Subminiature Reader s Resource Plug ontact avity rrangements ombo ace View Pin Insert ontact rrangment No. of Size 20 avities No. of Size 8 avities 51 4 #20 1# #20 3 #8 3K #20 2 # #20 1# ontact rrangement No. of Size 20 avities No. of Size 8 avities 55 0 #20 5 # #20 4 # #20 3 # ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 # #20 1# ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 # #20 5 # ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 4 # #20 3 # #20 2 # R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 2 #8 Note: Size 8 avities will ccommodate Removable oaxial, High Power and/or High Voltage ontacts #20 4 # #20 1# imensions are shown in mm (inch) imensions subject to change

225 8 Subminiature Reader s Resource Receptacle ontact avity rrangements ombo ace View Socket Insert ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 1# #20 3 #8 3K #20 2 # #20 1# ontact rrangement No. of Size 20 avities No. of Size 8 avities 55 0 #20 5 # #20 4 # #20 3 # ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 # #20 1# ontact rrangement No. of Size 20 avitites No. of Size 8 avities 88 0 #20 8 # #20 6 # #20 5 # ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 4 # #20 3 # #20 2 #8 ontact rrangement No. of Size 20 ontacts No. of Size 8 ontacts ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 2 # Note: Size 8 avities will ccommodate Removable oaxial, High Power and/or High Voltage ontacts #20 4 # #20 1#8 1 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 223

226 Subminiature Reader s Resource Plug ontact avity rrangements ace View Pin Insert ontact rrangement ontact Size 9 #20 15 #20 25 # ontact rrangement ontact Size 37 #20 50 #20 Receptacle ontact avity rrangements ace View Socket Insert R e a d e r s R e s o u r c e ontact rrangement ontact Size ontact rrangement ontact Size # #20 15 # #20 25 # imensions are shown in mm (inch) imensions subject to change

227 Subminiature Reader s Resource Pushfit/oardlock Standard Straight (Z) 90 () Pushfit/oardlock uropean Straight (-146) 90 (-146) lternate 50 Ohm oaxial onfiguration Straight (X) 6,96 (2.74) MIN Ø 0,79 (.031) 0,62 (.024) 90 (X) 0,62 (.024) Ø 0,79 (.031) 11,94 ± 0,33 (.470 ±.013) 5,59 (.220) MIN R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 225

228 Subminiature Reader s Resource Hardware Views (Standard) Through (yelet) Tab Shells (K) linch Nut () K K 4,19 (.165) MX Ø 3,05 (.120) Ø 4,11 (.162) #4-40 UN 0,60 (.025) MX. imensions Plug K ±0,317 (.0125) K 1,206 (.0475) 1,206 (.0475) 1,52 (.060) 1,52 (.060) 1,52 (.060) imensions Receptacle K ±0,318 (.0125) 1,206 (.0475) 1,206 (.0475) 1,206 (.0475) 1,206 (.0475) 1,206 (.0475) ual loat Mount (Y) 3,30 (.130) MX. 0,79 (.031) OT IMTRI OT (OR MISIGNMNT) Ø 2,26 ± 0,08 (.089 ±.003) RIVT 0,79 ± 0,13 (.031 ±.005) OVR R OT 0,10-0,30 ( ) SHR lternate racket onfiguration Supplied with connectors without boardlocks. Standard ootprint (P) uropean ootprint (P) R e a d e r s R e s o u r c e imensions Shell Size R S,,, 11,61 (.457) 12,78 (.503) 12,78 (.503) 13,95 (.549) R S 226 imensions are shown in mm (inch) imensions subject to change

229 Subminiature Reader s Resource Hardware Views (uropean) Through linch Nut (X/) Ø 3,05 (.120) M3 #4-40 UN-3 2,80 (.110) Plastic racket with ushing (15N) Plastic racket with aptive Nut (1TN/1VN) Plastic racket with Post (1PN/16N) Ø 3,05(.120) M3 #4-40 M3 #4-40 Metal racket with ushing (1N) Metal racket with aptive Nut (19N/17N) Metal racket with Post (1HN/18N) Ø 3,05(.120) M3 #4-40 M3 #4-40 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 227

230 P Pattern Standard oaxial 90 Plug 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 9,40 (.370) 8,64 (.340) 5,49 (.216) 5,49 (.216) ontact oax ontact 7,19 (.283) 8,23 (.324) 8,64 (.340) 6,86 (.270) 6,86 (.270) oax ontact 9,40 (.370) 8,64 (.340) ontact 6,86 (.270) 5,49 (.216) 6,86 (.270) 2,74 (.108) 7,19 (.283) oax ontact 9,40 (.370) RR NG R RR NG R RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 1# #20 3 # #20 2 # (1.852) 14,48 (.570) 14,48 (.570) 9,60 (.378) 33,32 (1.312) 9,60 (.378) 7,67 (.302) 5,94 (.234) 6,86 (.270) 6,86 (.270) 8,23 (.324) oax ontact 0,86 (.034) 9,40 (.370) 8,64 (.340) ontact 5,49 (.216) oax ontact 5,49 (.216) 7,19 (.283) 8,64 (.340) 9,40 (.370) RR NG R 8,23 (.324) 8,23 (.324) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) oax ontact 7,77 (.306) oax ontact 7,77 (.306) 8,64 (.340) 7,19 (.283) 4,14 (.163) ontact 9,40 (.370) 8,64 (.340) 7,19 (.283) 2,80 (.110) 4,14 (.163) ontact 9,40 (.370) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 R e a d e r s R e s o u r c e 8,64 (.340) 7,19 (.283) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 47,04 (1.852) 2,80 (.110) #20 2 #8 oax ontact 2,84 (.112) ontact 9,40 (.370) RR NG R 9,40 (.370) ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) ontact 8,64 (.340) RR NG R 12,42 (.489) 15,19 (.598) 47,04 (1.852) oax ontact #20 1#8 12,42 (.489) 15,19 (.598) 2,84 (.112) 7,19 (.283) RR NG R 228 imensions are shown in mm (inch) imensions subject to change

231 P Pattern Standard oaxial 90 Plug 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,86 (.900) 22,86 (.900) 22,56 (.888) 22,10 (.870) 19,33 (.761) 15,24 (.600) 16,51(.650) 15,82 (.623) 8,89 (.350) 10,16 (.400) 9,09 (.358) 11,10 (.437) oax ontact 3,81 (.150) oax ontact 2,36 (.093) 4,37 (.172) 8,64 (.340) 9,40 (.370) 8,64 (.340) 9,40 (.370) ontact 7,19 (.283) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) oax ontact oax ontact 8,64 (.340) ontact 2,80 (.110) 7,19 (.283) 9,40 (.370) 8,64 (.340) ontact 2,80 (.110) 7,19 (.283) 9,40 (.370) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 22,68 (.893) 22,68 (.893) 15,70 (.618) 8,64 (.340) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact #20 3 #8 2,80 (.110) 12,42 (.489) 15,19 (.598) 17,96 (.707) oax ontact 7,19 (.283) 9,40 (.370) RR NG R ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 2 #8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 229

232 P Pattern Standard oaxial 90 Plug 61,12 (2.406) 22,10 (.870) 19,33 (.761) 22,10 (.870) 19,33 (.761) ontact 11,53 (.454) 4,14 (.163) 6,86 (.270) 13,72 (.540) oax ontact 9,40 (.370) 10,06 (.396) RR NG R 12,42 (.489) 20,57 (.810) RR NG R 15,19 (.598) 20,57 (.810) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 22,10 (.870) 19,33 (.761) 22,10 (.870) 19,33 (.761) ontact 2,80 (.110) 10,06 (.396) 9,40 (.370) oax ontact 11,53 (.454) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #20 RR NG R ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) 12,42 (.489) 15,19 (.598) 20,57 (.810) #20 1 #20 12,42 (.489) 15,19 (.598) 17,96 (.707) 20,70 (.815) RR NG R 230 imensions are shown in mm (inch) imensions subject to change

233 P Pattern Standard oaxial 90 Receptacle 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 9,40 (.370) 8,64 (.340) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 5,49 (.216) 5,49 (.216) 51 4 #20 1#8 ontact oax ontact 7,19 (.283) 8,23 (.324) RR NG R 8,64 (.340) RR NG R 6,86 (.270) 6,86 (.270) 33 0 #20 3 #8 oax ontact 9,40 (.370) RR NG R 8,64 (.340) ontact RR NG R 6,86 (.270) 5,49 (.216) 6,86 (.270) 2,74 (.108) 72 5 #20 2 #8 oax ontact 9,40 (.370) 7,19 (.283) RR NG R 47,04 (1.852) 14,48 (.570) 14,48 (.570) 9,60 (.378) 33,32 (1.312) 9,60 (.378) 5,94 (.234) 7,67 (.302) 9,40 (.370) 8,64 (.340) ontact 6,86 (.270) 6,86 (.270) 8,23 (.324) 5,49 (.216) oax ontact 5,49 (.216) 7,19 (.283) 9,40 (.370) 0,86 (.034) oax ontact 8,64 (.340) RR NG R 8,23 (.324) 8,23 (.324) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) oax ontact 7,77 (.306) oax ontact 9,40 (.370) ontact 4,14 (.163) 7,19 (.283) 8,64 (.340) 9,40 (.370) ontact 2,80 (.110) 4,14 (.163) 7,19 (.283) 8,64 (.340) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 47,04 (1.852) 94 5 #20 4 # #20 3 #8 47,04 (1.852) 8,64 (.340) 7,19 (.283) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 2 #8 oax ontact 2,84 (.112) ontact 9,40 (.370) RR NG R 9,40 (.370) ontact 8,64 (.340) RR NG R ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) 12,42 (.489) 15,19 (.598) oax ontact #20 1#8 12,42 (.489) 15,19 (.598) 2,84 (.112) 7,19 (.283) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 231

234 P Pattern Standard oaxial 90 Receptacle 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,86 (.900) 22,86 (.900) 22,10 (.870) 22,56 (.888) 16,51(.650) 15,24 (.600) 19,33 (.761) 15,82 (.623) 10,16 (.400) 8,89 (.350) 11,10 (.437) 9,09 (.358) 3,81 (.150) oax ontact 4,37 (.172) 2,36 (.093) oax ontact 9,40 (.370) 8,64 (.340) 7,19 (.283) ontact 9,40 (.370) 8,64 (.340) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) oax ontact oax ontact 9,40 (.370) RR NG R 7,19 (.283) 2,80 (.110) ontact 8,64 (.340) RR NG R 8,64 (.340) RR NG R ontact 2,80 (.110) 7,19 (.283) RR NG R 9,40 (.370) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 22,68 (.893) 22,68 (.893) 15,70 (.618) R e a d e r s R e s o u r c e 9,40 (.370) 7,19 (.283) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities oax ontact #20 3 #8 2,80 (.110) 12,42 (.489) 15,19 (.598) 17,96 (.707) ontact 8,64 (.340) RR NG R ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 2 #8 232 imensions are shown in mm (inch) imensions subject to change

235 P Pattern Standard oaxial 90 Receptacle 61,12 (2.406) 22,10 (.870) 19,33 (.761) 22,10 (.870) 19,33 (.761) ontact 10,06 (.396) 9,40 (.370) oax ontact 6,86 (.270) 4,14 (.163) 13,72 (.540) 11,53 (.454) RR NG R 20,57 (.810) 12,42 (.489) RR NG R 15,19 (.598) 20,57 (.810) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 61,12 (2.406) 22,10 (.870) 19,33 (.761) 22,10 (.870) 19,33 (.761) ontact 2,80 (.110) (.454) 11,53 (.454) oax ontact 9,40 (.370) 10,06 (.396) RR NG R 12,42 (.489) 12,42 (.489) RR NG R 15,19 (.598) 15,19 (.598) 17,96 (.707) 20,57 (.810) 20,70 (.815) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 1#8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 233

236 P Pattern uropean oaxial 90 Plug 25,00 (.984) 33,32 (1.312) 33,32 (1.312) ontact 5,49 2,54 (.216) (.100) 5,49 (.216) 2,54 (.100) 2,54 (.100) 6,86 (.270) 6,86 (.270) 2,54 (.100) 2,54 (.100) 6,86 (.270) 6,86 (.270) 2,74 (.108) 2,54 (.100) 10,90 (.429) oax ontact 9,40 (.370) 10,90 (.429) oax ontact 9,40 (.370) 10,90 (.429) oax ontact 5,49(.216) ontact 9,40 (.370) 8,23 (.324) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R 51 4 #20 1#8 RR NG R RR NG R 33 0 #20 3 #8 RR NG R RR NG R 72 5 #20 2 #8 RR NG R 47,04 (1.852) 33,32 (1.312) 14,48 (.570) 14,48 (.570) 9,60 (.378) 9,60 (.378) 7,67 (.302) 5,94 (.234) ontact 6,86 6,86 (.270) (.270) 8,23 (.324) 2,54(.100) 2,54 (.100) oax ontact 0,86 (.034) 10,90 (.429) oax ontact 5,49 5,49 (.216) (.216) 9,40 (.370) 10,90 (.429) 9,40 (.370) RR NG R 8,23 (.324) 8,23 (.324) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) oax ontact 7,77 (.306) ontact 2,54 (.100) oax ontact 7,77 (.306) 2,54 (.100) 10,90 (.429) 4,14 (.163) 9,40 (.370) 10,90 (.429) 2,80 (.110) ontact 4,14 (.163) 9,40 (.370) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04 (1.852) 47,04 (1.852) R e a d e r s R e s o u r c e 10,90 (.429) RR NG R ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 2 #8 2,54 (.100) 9,40 (.370) oax ontact RR NG R ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) ontact 2,54 (.100) 2,54(.100) 10,90 (.429) RR NG R 12,42 (.489) 15,19 (.598) oax ontact #20 1#8 12,42 (.489) 15,19 (.598) 9,40 (.370) RR NG R 234 imensions are shown in mm (inch) imensions subject to change

237 P Pattern uropean oaxial 90 Plug 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,10 (.870) 22,56 (.888) 19,33 (.761) 22,86 (.900) 22,86 (.900) 15,82 (.623) oax ontact 15,24 (.600) 16,51(.650) 8,89 (.350) 10,16 (.400) 3,81 (.150) oax ontact 9,09 (.358) 2,36(.093) 11,10 (.437) 4,37(.172) 2,54(.100) 10,90 (.429) 9,40 (.370) 10,90 (.429) 9,40 (.370) ontact 9,40 (.370) RR NG R 17,96 (.707) RR NG R RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) oax ontact oax ontact 2,54 (.100) 2,54 (.100) 10,90 (.429) ontact 2,80 (.110) 9,40 (.370) 10,90 (.429) ontact 2,80 (.110) 9,40 (.370) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 10,90 (.429) RR NG R oax ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) 12,42 (.489) 15,19 (.598) #20 3 #8 17,96 (.707) 2,54 (.100) 9,40 (.370) RR NG R 10,90 (.429) RR NG R oax ontact ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) 2,80 (.110) 12,42 (.489) 12,42 (.489) 15,19 (.598) 15,19 (.598) #20 2 #8 2,54 (.100) 9,40 (.370) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 235

238 P Pattern uropean oaxial 90 Receptacle 25,00 (.984) 33,32 (1.312) 33,32 (1.312) ontact 5,49 2,54 (.216) (.100) 5,49 (.216) 2,54 (.100) 2,54 (.100) 6,86 (.270) 6,86 (.270) 2,54 (.100) High Power ontact 6,86 (.270) 6,86 (.270) 2,74 (.108) 10,90 (.429) oax ontact 8,23 (.324) 9,40 (.370) 10,90 (.429) oax ontact 9,40 (.370) 10,90 (.429) 5,49 (.216) ontact 9,40 (.370) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R 51 4 #20 1#8 RR NG R RR NG R 33 0 #20 3 #8 RR NG R RR NG R 72 5 #20 2 #8 RR NG R 47,04 (1.852) 33,32 (1.312) 14,48 (.570) 14,48 (.570) 9,60 (.378) 9,60 (.378) 5,94 (.234) 7,67 (.302) ontact 6,86 6,86 (.270) (.270) 8,23 (.324) 2,54(.100) 2,54 (.100) 0,86 (.034) oax ontact 10,90 (.429) oax ontact 5,49 (.216) 5,49 (.216) 9,40 (.370) 9,40 (.370) 10,90 (.429) RR NG R 8,23 (.324) 8,23 (.324) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) ontact 2,54 (.100) 7,77 (.306) oax ontact 2,54 (.100) 7,77 (.306) oax ontact 9,40 (.370) 4,14 (.163) 10,90 (.429) 9,40 (.370) 2,80 (.110) ontact 4,14 (.163) 10,90 (.429) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04 (1.852) 47,04 (1.852) R e a d e r s R e s o u r c e 10,90 (.429) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) #20 2 #8 2,54 (.100) 9,40 (.370) oax ontact RR NG R ontact 2,54 (.100) 2,54(.100) 10,90 (.429) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) RR NG R 12,42 (.489) 15,19 (.598) oax ontact #20 1#8 12,42 (.489) 15,19 (.598) 9,40 (.370) RR NG R 236 imensions are shown in mm (inch) imensions subject to change

239 P Pattern uropean oaxial 90 Receptacle 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,10 (.870) 22,86 (.900) 22,86 (.900) 19,33 (.761) 22,56 (.888) 16,51(.650) 15,24 (.600) 15,82 (.623) 10,16 (.400) 3,81 (.150) 8,89 (.350) oax ontact 11,10 (.437) 4,37(.172) 9,09 (.358) 2,36(.093) oax ontact 2,54(.100) 9,40 (.370) 10,90 (.429) 9,40 (.370) ontact 9,40 (.370) 10,90 (.429) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) oax ontact oax ontact 2,54 (.100) 2,54 (.100) 9,40 (.370) 2,80 (.110) ontact 10,90 (.429) 10,90 (.429) ontact 2,80 (.110) 9,40 (.370) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 9,40 (.370) 2,54 (.100) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) 12,42 (.489) 15,19 (.598) 17,96 (.707) #20 3 #8 ontact oax ontact 10,90 (.429) RR NG R 10,90 (.429) RR NG R oax ontact ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 2 #8 12,42 (.489) 15,19 (.598) 2,54 (.100) 9,40 (.370) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 237

240 P Pattern Standard/uropean oaxial Straight Plug 25,00 (.984) 33,32(1.312) 33,32 (1.312) ontact 5,49 5,49 (.216) (.216) oax ontact 2,84 (.112) 2,54 (.100) 6,86 (.270) 6,86 (.270) 2,54 (.100) 6,86 6,86 (.270) (.270) 2,74 (.108) ontact rrangement No. of Size 20 avities No. of Size 8 avities 8,23 (.324) 51 4 #20 1#8 2,54 (.100) 33 0 #20 3 #8 oax ontact 2,54 (.100) ontact 5,49 (.216) 72 5 #20 2 #8 oax ontact 2,84 (.112) 47,04 (1.852) 33,32 (1.312) 9,60 (.378) 9,60 (.378) 6,86 6,86 (.270) (.270) 8,23 (.324) 14,48 (.570) 14,48 (.570) 7,67 (.302) 5,94 (.234) 0,86 (.034) ontact 5,49 5,49 (.216) (.216) oax ontact oax ontact 8,23 (.324) 8,23 (.324) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1# #20 5 #8 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) 4,14 (.163) ontact oax ontact ontact 2,80 (.110) 4,14 (.163) oax ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04(1.852) 47,01(1.852) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) #20 2 #8 oax ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) ontact 12,42 (.489) 15,19 (.598) oax ontact #20 1#8 12,42 (.489) 15,19 (.598) 2,84 (.112) 238 imensions are shown in mm (inch) imensions subject to change

241 P Pattern Standard/uropean oaxial Straight Plug 63,50 (2.500) 63,50(2.500) 24,84 (.978) 22,10 (.870) 19,33 (.761) 22,86 (.900) 22,86 (.900) 22,56 (.888) 15,24 (.600) 16,51(.650) 15,82 (.623) 8,89 (.350) 10,16 (.400) 9,09 (.358) 11,10 (.437) oax ontact 3,81 (.150) oax ontact 2,36 (.093) 4,37 (.172) 2,84 (.112) ontact 17,96 (.707) (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 # (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) ontact 2,80 (.110) oax ontact ontact 2,80 (.110) oax ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 22,68 (.893) 22,68 (.893) 15,70 (.618) ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) 12,42 (.489) 15,19 (.598) #20 3 #8 17,96 (.707) oax ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 2 #8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 239

242 P Pattern Standard/uropean oaxial Straight Plug 61,12 (2.406) 20,57 (.810) 20,57 (.810) 15,19 (.598) 13,72 (.540) 12,42 (.489) 6,86 (.270) oax ontact 4,14 (.163) 3,96 (.156) ontact 19,33 (.761) 22,10 (.870) 19,33 (.761) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 20,70 (.815) 17,96 (.707) 15,19 (.598) 12,42 (.489) 20,57 (.810) 15,19 (.598) 12,42 (.489) 2,80 (.110) oax ontact 3,96 (.156) ontact 19,33 (.761) 22,10 (.870) 19,33 (.761) 22,10 (.870) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 1#8 240 imensions are shown in mm (inch) imensions subject to change

243 P Pattern Standard/uropean oaxial Straight Receptacle 25,00 (.984) 33,32(1.312) 33,32 (1.312) ontact 5,49 5,49 (.216) (.216) oax ontact 2,84 (.112) 2,54 (.100) 6,86 (.270) 6,86 (.270) 2,54 (.100) 6,86 6,86 (.270) (.270) 2,74 (.108) ontact rrangement No. of Size 20 avities No. of Size 8 avities 8,23 (.324) 51 4 #20 1#8 2,54 (.100) 33 0 #20 3 #8 oax ontact 2,54 (.100) ontact 5,49 (.216) 72 5 #20 2 #8 2,84 (.112) oax ontact 47,04 (1.852) 33,32 (1.312) 9,60 (.378) 9,60 (.378) 6,86 6,86 (.270) (.270) 8,23 (.324) 14,48 (.570) 5,94 (.234) 14,48 (.570) 7,67 (.302) 0,86 (.034) ontact 5,49 5,49 (.216) (.216) oax ontact oax ontact 8,23 (.324) 8,23 (.324) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1# #20 5 #8 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) oax ontact ontact 4,14 (.163) oax ontact 2,80 (.110) 4,14 (.163) ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 47,04(1.852) 2,80 (.110) #20 2 #8 oax ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) ontact 12,42 (.489) 15,19 (.598) 47,01(1.852) oax ontact #20 1#8 12,42 (.489) 15,19 (.598) 2,84 (.112) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 241

244 P Pattern Standard/uropean oaxial Straight Receptacle 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,10 (.870) 19,33 (.761) 22,86 (.900) 22,86 (.900) 22,56 (.888) 16,51(.650) 15,24 (.600) 15,82 (.623) 10,16 (.400) 8,89 (.350) 11,10 (.437) 9,09 (.358) 3,81 (.150) oax ontact 2,84 (.112) 4,37 (.172) 2,36 (.093) oax ontact ontact 17,96 (.707) (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 # (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) oax ontact 2,80 (.110) ontact ontact 2,80 (.110) oax ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 3 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 2 #8 242 imensions are shown in mm (inch) imensions subject to change

245 P Pattern Standard/uropean oaxial Straight Receptacle 61,12 (2.406) 20,57 (.810) 20,57 (.810) 15,19 (.598) 12,42 (.489) 13,72 (.540) 4,14 (.163) 6,86 (.270) oax ontact 3,96 (.156) ontact 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12(2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 20,57 (.810) 17,96 (.707) 20,57 (.810) 17,96 (.707) 13,72 (.540) 15,19 (.598) 12,42 (.489) 15,19 (.598) 12,42 (.489) 15,19 (.598) 12,42 (.489) oax ontact 2,80 (.110) oax ontact 2,80 (.110) 3,96 (.156) 3,96 (.156) ontact ontact 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X oaxial ( or X) 1,14 (.045) #20 1#8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 243

246 P Pattern Standard High Power 90 Plug 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 5,49 5,49 (.216) (.216) 6,86 (.270) 6,86 (.270) 6,86 (.270) 6,86 (.270) ontact 8,64 (.340) High Power ontact 8,23 (.324) 2,84 (.112) 20,57 (.810) 11,53 (.454) 8,64 (.340) High Power ontact 2,74 (.108) 20,57 (.810) High Power ontact 8,64 (.340) ontact 5,49 (.216) 11,53 (.454) 20,57 (.810) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R 51 4 #20 1#8 RR NG R RR NG R 33 0 #20 3 #8 RR NG R RR NG R 72 5 #20 2 #8 RR NG R 33,32 (1.312) 47,04 (1.852) 9,60 (.378) 9,60 (.378) 6,86 (.270) 6,86 (.270) 14,48 (.570) 14,48 (.570) 8,23 (.324) ontact High Power ontact 2,84 (.112) 20,57 (.810) High Power ontact 0,86 (.034) 7,67 (.302) 5,94(.234) 8,64 (.340) 5,49 (.216) 5,49 (.216) 11,53 (.454) RR NG R 8,23(.324) 8,23(.324) RR NG R 8,64 (.340) 20,57 (.810) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 14,48 (.570) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) 14,48 (.570) High Power ontact 2,84 (.112) High Power ontact 2,84 (.112) 8,64 (.340) 11,53 (.454) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 4,14 (.163) 94 5 #20 4 #8 ontact 20,57 (.810) RR NG R 8,64 (.340) 11,53 (.454) RR NG R 2,80 (.110) 4,14 (.163) #20 3 #8 ontact 20,57 (.810) RR NG R 47,04 (1.852) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) ontact 8,64 (.340) RR NG R 12,42 (.489) 15,19 (.598) High Power ontact #20 1#8 12,42 (.489) 15,19 (.598) 2,84 (.112) 20,57 (.810) 11,53 (.454) RR NG R 244 imensions are shown in mm (inch) imensions subject to change

247 P Pattern Standard High Power 90 Plug 63,50 (2.500) 63,50 (2.500) 22,86 (.900) 22,86 (.900) 22,56 (.888) 24,84 (.978) High Power ontact 15,24 (.600) 16,51(.650) 8,89 (.350) 10,16 (.400) High Power ontact 15,82 (.623) 9,09 (.358) 22,10 (.870) 19,33 (.761) 20,57 (.810) 2,54 3,81 (.100) (.150) 20,57 (.810) 2,36 (.093) 4,37 (.172) 11,10 (.437) 2,84 (.112) ontact 8,64 (.340) 8,64 (.340) 11,53 (.454) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 8,71 (.343) High Power ontact 15,70 (.618) 15,70 (.618) High Power ontact 8,64 (.340) ontact 2,80 (.110) 11,53 (.454) 20,57 (.810) 8,64 (.340) ontact 2,80 (.110) 11,53 (.454) 20,57 (.810) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 #8 RR NG R RR NG R #20 4 #8 RR NG R 63,50 (2.500) 22,68 (.893) 22,68 (.893) 15,70 (.618) High Power ontact 8,64 (.340) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) #20 3 #8 12,42 (.489) 15,19 (.598) 17,96 (.707) 11,53 (.454) RR NG R 20,57 (.810) ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) #20 2 #8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 245

248 P Pattern Standard High Power 90 Plug 61,12 (2.406) 61,12 (2.406) 20,57 (.810) 20,57 (.810) 20,57 (.810) 13,72 (.540) 6,86 (.270) 6,86 (.270) 13,72 (.540) 20,57 (.810) High Power ontact High Power ontact 13,72 (.540) 6,86 (.270) 15,19 (.598) 12,42 (.489) 4,14 (.163) ontact 20,57 (.810) ontact 11,53 (.454) 10,06 (.396) 10,06 (.396) 20,57 (.810) 11,53 (.454) RR NG R RR NG R RR NG R RR NG R 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 17,96 (.707) 20,57 (.810) 17,96 (.707) 20,57 (.810) 15,19 (.598) 13,72 (.540) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) 12,42 (.489) High Power ontact High Power ontact 2,80 (.110) 2,80 (.110) ontact ontact 11,53 (.454) 5.54(.218) 20,57 (.810) 10,06 (.396) 11,53 (.454) 20,57 (.810) 10,06 (.396) RR NG R RR NG R RR NG R RR NG R 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities 22,10 (.870) #20 2 #8 22,10 (.870) ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) 22,10 (.870) #20 1#8 22,10 (.870) 246 imensions are shown in mm (inch) imensions subject to change

249 P Pattern Standard High Power 90 Receptacle 25,00 (.984) 5,49 5,49 (.216) (.216) 33,32 (1.312) 6,86 6,86 (.270) (.270) 33,32 (1.312) 6,86 6,86 (.270) (.270) ontact 8,64 (.340) High Power ontact 8,23 (.324) 2,84 (.112) 20,57 (.810) 11,53 (.454) 8,64 (.340) High Power ontact 20,57 (.810) 8,64 (.340) High Power ontact ontact 2,74 (.108) 5,49 (.216) 11,53 (.454) 20,57 (.810) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R 51 4 #20 1#8 RR NG R RR NG R 33 0 #20 3 #8 RR NG R RR NG R 72 5 #20 2 #8 RR NG R 47,04 (1.852) 33,32 (1.312) 14,48 (.570) 14,48 (.570) 9,60 (.378) 9,60 (.378) 6,86 (.270) 6,86 (.270) 8,23 (.324) ontact High Power ontact 2,84 (.112) 20,57 (.810) 5,94 (.234) 0,86 (.034) 7,67 (.302) High Power ontact 8,64 (.340) 5,49 (.216) 5,49 (.216) 11,53 (.454) 20,57 (.810) 8,64 (.340) RR NG R 8,23(.324) 8,23(.324) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 14,48 (.570) 7,77 (.306) 14,48 (.570) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 7,77 (.306) 2,84 (.112) High Power ontact 2,84 (.112) High Power ontact 20,57 (.810) ontact 4,14 (.163) 11,53 (.454) 8,64 (.340) 20,57 (.810) ontact 2,80 (.110) 4,14 (.163) 11,53 (.454) 8,64 (.340) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 #8 RR NG R RR NG R #20 3 #8 RR NG R 47,04 (1.852) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) ontact 8,64 (.340) RR NG R High Power ontact 12,42 (.489) 12,42 (.489) 15,19 (.598) 15,19 (.598) #20 1#8 2,84 (.112) 20,57 (.810) 11,53 (.454) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 247

250 P Pattern Standard High Power 90 Receptacle 63,50 (2.500) 63,50 (2.500) 22,86 (.900) 16,51(.650) 10,16 (.400) 15,24 (.600) 8,89 (.350) 22,86 (.900) High Power ontact 24,84 (.978) 22,10 (.870) 19,33 (.761) 15,82 (.623) 9,09 (.358) 22,56 (.888) High Power ontact 3,81 2,54 (.150) (.100) 2,84 (.112) 4,37 (.172) 2,36 (.093) 20,57 (.810) 11,10 (.437) 20,57 (.810) 8,64 (.340) 11,53 (.454) ontact 8,64 (.340) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) High Power ontact 15,70 (.618) 8,71 (.343) 15,70 (.618) 15,70 (.618) 15,70 (.618) High Power ontact 20,57 (.810) 11,53 (.454) RR NG R 2,80 (.110) ontact 8,64 (.340) RR NG R 8,64 (.340) RR NG R ontact 2,80 (.110) 11,53 (.454) RR NG R 20,57 (.810) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 22,68 (.893) 22,68 (.893) High Power ontact 15,70 (.618) R e a d e r s R e s o u r c e 20,57 (.810) 11,53(.454) RR NG R 12,42 (.489) 15,19 (.598) 17,96 (.707) 2,80 (.110) ontact 8,64 (.340) RR NG R ontact rrangement 253 No. of Size 20 avities 22 #20 No. of Size 8 avities 3 #8 ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) #20 2 #8 248 imensions are shown in mm (inch) imensions subject to change

251 P Pattern Standard High Power 90 Receptacle 61,12 (2.406) 61,12 (2.406) 20,57 (.810) 20,57 (.810) 20,57 (.810) 20,57 (.810) 15,19 (.598) 13,72 (.540) 6,86 (.270) 6,86 (.270) 13,72 (.540) High Power ontact 12,42 (.489) 6,86 (.270) 13,72 (.540) High Power ontact 4,14 (.163) ontact 20,57 (.810) ontact 11,53 (.454) 10,06 (.396) 11,53 (.454) 20,57 (.810) 10,06 (.396) RR NG R RR NG R RR NG R RR NG R 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 20,57 (.810) 17,96 (.707) 20,57 (.810) 17,96 (.707) 13,72 (.540) 15,19 (.598) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) 12,42 (.489) High Power ontact High Power ontact 2,80 (.110) 2,80 (.110) ontact ontact 10,06 (.396) 20,57 (.810) 11,53 (.454) 10,06 (.396) 20,57 (.810) 11,53 (.454) RR NG R RR NG R RR NG R RR NG R 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) #20 1#8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 249

252 P Pattern uropean High Power 90 Plug 25,00 (.984) 33,32 (1.312) 33,32 (1.312) ontact 5,49 (.216) 5,49 (.216) 2,54 (.100) High Power ontact 6,86 (.270) 6,86 (.270) High Power ontact 6,86 (.270) 6,86 (.270) 2,74 (.108) 10,90 (.429) High Power ontact 8,23 (.324) 9,40 (.370) 10,90 (.429) 11,94 (.470) 10,90 (.429) 5,49 (.216) ontact 9,40 (.370) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R 51 4 #20 1#8 RR NG R RR NG R 33 0 #20 3 #8 RR NG R RR NG R 72 5 #20 2 #8 RR NG R 47,04 (1.852) 33,32 (1.312) 14,48 (.570) 14,48 (.570) ontact 9,60 (.378) 9,60 (.378) 6,86 (.270) 6,86 (.270) 8,23 (.324) 2,54 (.100) High Power ontact 7,67 (.302) 0,86 (.034) 5,94 (.234) ontact rrangement No. of Size 20 avities No. of Size 8 avities High Power ontact 10,90 (.429) 5,49 5,49 (.216) (.216) 8,23 (.324) 8,23 (.324) RR NG R #20 1#8 9,40 (.370) RR NG R 10,90 (.429) RR NG R 55 0 #20 5 #8 11,94 (.470) RR NG R 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) High Power ontact High Power ontact 10,90 (.429) 9,40 (.370) ontact 4,14 (.163) 11,94 (.470) 10,90 (.429) 9,40 (.370) 2,80 (.110) 4,14 (.163) ontact 11,94 (.470) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04 (1,852) 47,04 (1.853) R e a d e r s R e s o u r c e 10,90 (.429) High Power ontact 9,40 (.370) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 2 #8 ontact 11,94 (.470) RR NG R ontact 10,90 (.429) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (P) 3,28 (.129) RR NG R 12,42 (.489) 15,19 (.598) High Power ontact #20 1#8 12,42 (.489) 15,19 (.598) 9,40 (.370) RR NG R 250 imensions are shown in mm (inch) imensions subject to change

253 P Pattern uropean High Power 90 Plug 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,10 (.870) 22,86 (.900) 22,86 (.900) 22,56 (.888) 19,33 (.761) 15,24 (.600) 16,51(.650) 15,82 (.623) 8,89 (.350) 10,16 (.400) 9,09 (.358) 11,10 (.437) High Power ontact 3,81 (.150) High Power ontact 2,36 (.093) 4,37 (.172) 10,90 (.429) 11,94 (.470) 10,90 (.429) 11,94 (.470) ontact 9,40 (.370) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) High Power ontact High Power ontact 10,90 (.429) RR NG R ontact 2,80 (.110) 9,40 (.370) RR NG R 11,94 (.470) 10,90 (.429) RR NG R ontact 2,80 (.110) 9,40 (.370) RR NG R 11,94 (.470) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 15,70 (.618) 22,68 (.893) 22,68 (.893) 10,90 (.429) High Power ontact RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) #20 3 #8 12,42 (.489) 15,19 (.598) 17,96 (.707) 9,40 (.370) 11,94 (.470) RR NG R 10,90 (.429) High Power ontact RR NG R ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (P) 3,28 (.129) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 2 #8 12,42 (.489) 15,19 (.598) 11,94 (.470) 9,40 (.370) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 251

254 P Pattern uropean High Power 90 Receptacle 25,00 (.984) 33,32 (1.312) 33,32 (1.312) ontact 5,49 (.216) 5,49 (.216) 2,54 (.100) High Power ontact 6,86 (.270) 6,86 (.270) High Power ontact 6,86 (.270) 6,86 (.270) 2,74 (.108) 10,90 (.429) High Power ontact 8,23 (.324) 9,40 (.370) 10,90 (.429) 11,94 (.470) 10,90 (.429) 5,49 (.216) ontact 9,40 (.370) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R 51 4 #20 1#8 RR NG R RR NG R 33 0 #20 3 #8 RR NG R RR NG R 72 5 #20 2 #8 RR NG R 47,04 (1.852) 33,32 (1.312) 14,48 (.570) 14,48 (.570) 9,60 (.378) 9,60 (.378) 5,94 (.234) 7,67 (.302) ontact 6,86 (.270) 6,86 (.270) 8,23 (.324) 2,54 (.100) 0,86 (.034) High Power ontact High Power ontact 10,90 (.429) 5,49 5,49 (.216) (.216) 8,23 (.324) 8,23 (.324) RR NG R 9,40 (.370) RR NG R 11,94 (.470) 10,90 (.429) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1#8 RR NG R 55 0 #20 5 #8 RR NG R 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) High Power ontact High Power ontact 11,94 (.470) ontact 9,40 (.370) 4,14 (.163) 10,90 (.429) 11,94 (.470) ontact 2,80 (.110) 4,14 (.163) 9,40 (.370) 10,90 (.429) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04 (1,852) 47,04 (1.853) R e a d e r s R e s o u r c e 10,90 (.429) High Power ontact 9,40 (.370) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 2 #8 11,94 (.470) ontact RR NG R ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (P) 3,28 (.129) ontact 10,90 (.429) RR NG R 12,42 (.489) 15,19 (.598) High Power ontact #20 1#8 12,42 (.489) 15,19 (.598) 9,40 (.370) RR NG R 252 imensions are shown in mm (inch) imensions subject to change

255 P Pattern uropean High Power 90 Receptacle 63,50 (2.500) 63,50 (2.500) 24,84 (.978) 22,10 (.870) 22,86 (.900) 22,86 (.900) 19,33 (.761) 22,56 (.888) 16,51(.650) 15,24 (.600) 15,82 (.623) 10,16 (.400) 8,89 (.350) 11,10 (.437) 9,09 (.358) 3,81 (.150) High Power ontact 4,37 (.172) 2,36 (.093) High Power ontact 11,94 (.470) 10,90 (.429) 9,40 (.370) ontact 11,94 (.470) 10,90 (.429) RR NG R RR NG R 17,96 (.707) RR NG R (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) High Power ontact High Power ontact 11,94 (.470) 9,40 (.370) RR NG R 2,80 (.110) ontact 10,90 (.429) RR NG R 10,90 (.429) RR NG R ontact 2,80 (.110) 9,40 (.370) RR NG R 11,94 (.470) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 11,94 (.470) 9,40 (.370) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 12,42 (.489) 15,19 (.598) 17,96 (.707) 2,80 (.110) #20 3 #8 ontact High Power ontact 10,90 (.429) RR NG R 10,90 (.429) High Power ontact RR NG R ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (P) 3,28 (.129) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 2 #8 12,42 (.489) 15,19 (.598) 11,94 (.470) 9,40 (.370) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 253

256 P Pattern Standard/uropean High Power/Voltage Straight Plug 33,32 (1.312) 33,32 (1.312) 25,00 (.984) ontact 5,49 (.216) 5,49 (.216) 6,86 (.270) 6,86 (.270) High Power/ High Voltage ontact 6,86 (.270) 6,86 (.270) High Power/ High Voltage 2,74 (.108) ontact 8,23 (.324) High Power/ High Voltage ontact ontact 5,49 (.216) ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 1# #20 3 # #20 2 #8 47,04 (1.852) 33,32 (1.312) 9,60 (.378) 9,60 (.378) 14,48 (.570) 14,48 (.570) 6,86 (.270) 8,23 (.324) 6,86 (.270) 7,67 (.302) 5,94 (.234) 2,84 (.112) 0,86 (.034) ontact 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) High Power/ High Voltage ontact High Power/ High Voltage ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1# #20 5 #8 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) ontact High Power/ 4,14 (.163) High Voltage ontact ontact 2,80 (.110) High Power/ 4,14 (.163) High Voltage ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04 (1.852) 47,04 (1.852) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) #20 2 #8 High Power/ High Voltage ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) High Voltage (V) 1,96 (.077) ontact 12,42 (.489) 15,19 (.598) #20 1#8 12,42 (.489) 15,19 (.598) High Power/ High Voltage ontact 254 imensions are shown in mm (inch) imensions subject to change

257 P Pattern Standard/uropean High Power/Voltage Straight Plug 63,50 (2.500) (2.500) 24,84 (.978) 22,10 (.870) 22,86 (.900) 22,86 (.900) 22,56 (.888) 19,33 (.761) 15,24 (.600) 16,51(.650) 15,82 (.623) High Power/ High Voltage ontact 8,89 (.350) 10,16 (.400) 3,81 (.150) High Power/ High Voltage ontact 9,09 (.358) 2,36 (.093) 11,10 (.437) 4,37 (.172) 2,84 (.112) ontact 17,96 (.707) (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) High Power/ High Voltage ontact 2,84 (.112) High Power/ High Voltage ontact 2,84 (.112) ontact 2,80 (.110) ontact 2,80 (.110) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) High Power/ High Voltage ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact #20 3 #8 2,80 (.110) 12,42 (.489) 15,19 (.598) 17,96 (.707) 2,84 (.112) High Power/ High Voltage ontact ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) High Voltage (V) 1,96 (.077) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 2 #8 12,42 (.489) 15,19 (.598) 2,84 (.112) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 255

258 P Pattern Standard/uropean High Power/Voltage Straight Plug 61,12 (2.406) 61,12 (2.406) 20,57 (.810) 20,57 (.810) 20,57 (.810) 20,57 (.810) 15,19 (.598) 13,72 (.540) 6,86 (.270) 13,72 (.540) 6,86 (.270) High Power/ High Voltage ontact 13,72 (.540) 12,42 (.489) 6,86 (.270) 4,14 (.163) High Power/ High Voltage ontact 1,42 (.056) 1,42 (.056) ontact 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) ontact 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 17,96 (.707) 20,57 (.810) 17,96 (.707) 20,57 (.810) 15,19 (.598) 13,72 (.540) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) 12,42 (.489) 2,80 (.110) High Power/ High Voltage ontact 2,80 (.110) High Power/ High Voltage ontact 1,42 (.056) 1,42 (.056) ontact ontact 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 2 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) High Voltage (V) 1,96 (.077) #20 1#8 256 imensions are shown in mm (inch) imensions subject to change

259 P Pattern Standard/uropean High Power/Voltage Straight Receptacle 33,32 (1.312) 33,32 (1.312) 25,00 (.984) ontact 5,49 (.216) 5,49 (.216) 6,86 (.270) 6,86 (.270) High Power/ High Voltage ontact 6,86 (.270) 6,86 (.270) High Power/ High Voltage 2,74 (.108) ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 8,23 (.324) 51 4 #20 1#8 High Power/ High Voltage ontact 33 0 #20 3 #8 ontact 5,49 (.216) 72 5 #20 2 #8 47,04 (1.852) 33,32 (1.312) 9,60 (.378) 9,60 (.378) 14,48 (.570) 14,48 (.570) 6,86 (.270) 8,23 (.324) 6,86 (.270) 7,67 (.302) 5,94 (.234) 2,84 (.112) 0,86 (.034) ontact 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) High Power/ High Voltage ontact High Power/ High Voltage ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 1# #20 5 #8 47,04 (1.852) 47,04 (1.852) 14,48 (.570) 14,48 (.570) 14,48 (.570) 14,48 (.570) 7,77 (.306) 7,77 (.306) 2,84 (.112) ontact 4,14 (.163) High Power/ High Voltage ontact 2,80 (.110) ontact 4,14 (.163) High Power/ High Voltage ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 4 # #20 3 #8 47,04 (1.852) 47,04 (1.852) ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) #20 2 #8 High Power/ High Voltage ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) High Voltage (V) 1,96 (.077) ontact 12,42 (.489) 15,19 (.598) #20 1#8 12,42 (.489) 15,19 (.598) High Power/ High Voltage ontact R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 257

260 P Pattern Standard/uropean High Power/Voltage Straight Receptacle 63,50 (2.500) (2.500) 24,84 (.978) 22,10 (.870) 22,86 (.900) 22,86 (.900) 19,33 (.761) 22,56 (.888) 16,51(.650) 15,24 (.600) 15,82 (.623) 10,16 (.400) 3,81 (.150) 8,89 (.350) High Power/ High Voltage ontact 2,84 (.112) 11,10 (.437) 4,37 (.172) 9,09 (.358) 2,36 (.093) High Power/ High Voltage ontact ontact 17,96 (.707) (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities 88 0 #20 8 # #20 6 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) 15,70 (.618) 15,70 (.618) 15,70 (.618) 8,71 (.343) 2,84 (.112) High Power/ High Voltage ontact High Power/ High Voltage ontact 2,84 (.112) 2,80 (.110) ontact ontact 2,80 (.110) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 5 # #20 4 #8 63,50 (2.500) 63,50 (2.500) 22,68 (.893) 22,68 (.893) 22,68 (.893) 22,68 (.893) 15,70 (.618) R e a d e r s R e s o u r c e 2,84 (.112) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 3 #8 2,80 (.110) 12,42 (.489) 15,19 (.598) 17,96 (.707) ontact High Power/ High Voltage ontact High Power/ High Voltage ontact ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) High Voltage (V) 1,96 (.077) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 2 #8 12,42 (.489) 15,19 (.598) 2,84 (.112) 258 imensions are shown in mm (inch) imensions subject to change

261 P Pattern Standard/uropean High Power/Voltage Straight Receptacle 61,12 (2.406) 61,12 (2.406) 20,57 (.810) 20,57 (.810) 20,57 (.810) 20,57 (.810) 15,19 (.598) 13,72 (.540) 13,72 (.540) 12,42 (.489) 13,72 (.540) 6,86 (.270) 6,86 (.270) High Power/ High Voltage ontact 6,86 (.270) 4,14 (.163) High Power/ High Voltage ontact 1,42 (.056) 1,42 (.056) ontact ontact 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 7 # #20 4 #8 61,12 (2.406) 20,70 (.815) 20,57 (.810) 17,96 (.707) 13,72 (.540) 15,19 (.598) 12,42 (.489) 61,12 (2.406) 20,70 (.815) 20,57 (.810) 17,96 (.707) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) High Power/ High Voltage ontact 2,80 (.110) High Power/ High Voltage ontact 2,80 (.110) 1,42 (.056) 1,42 (.056) ontact ontact 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) ontact rrangement No. of Size 20 avities No. of Size 8 avities 22,10 (.870) #20 2 #8 22,10 (.870) ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) Size 8 ontact Type Recommended P X High Power (H) 3,56 (.140) High Voltage (V) 1,96 (.077) 22,10 (.870) 30,56 (1.203) #20 1#8 22,10 (.870) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 259

262 P Pattern uropean 90 P Tails Plug 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 9,60 (.378) 9,60 (.378) ontact 5,49(.216) 5,49(.216) 2,54(.100) 2,74 (.108) ontact 6,86 (.270) 8,23 (.324) 6,86 (.270) 2,54(.100) 10,90 (.429) 8,23 (.324) 9,40 (.370) 10,90 (.429) 5,49(.216) ontact 9,40 (.370) 10,90 (.429) 5,49(.216) 5,49(.216) 9,40 (.370) 8,23 (.324) 8,23 (.324) RR NG R RR NG R RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 0 # #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) 10,90 (.429) 9,40 (.370) 4,14 (.163) ontact 10,90 (.429) 9,40 (.370) 2,80 (.110) 4,14 (.163) ontact RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) R e a d e r s R e s o u r c e 10,90 (.429) RR NG R ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 0 #8 9,40 (.370) RR NG R ontact 10,90 (.429) RR NG R ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 12,42 (.489) 15,19 (.598) #20 0 #8 12,42 (.489) 15,19 (.598) 2,54 (.100) 9,40 (.370) RR NG R 260 imensions are shown in mm (inch) imensions subject to change

263 P Pattern uropean 90 P Tails Plug 63,50 (2.500) 24,84 (.978) 22,10 (.870) 19,33 (.761) 2,54(.100) 10,90 (.429) ontact 9,40 (.370) RR NG R 17,96 (.707) (.815) 23,47 (.924) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 #8 63,50 (2.500) 63,50 (2.500) 10,90 (.429) RR NG R ontact 2,80 (.110) 9,40 (.370) RR NG R 10,90 (.429) RR NG R ontact 2,80 (.110) 9,40 (.370) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) #20 0 #8 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 261

264 P Pattern uropean 90 P Tails Plug 61,12 (2.406) 15,19 (.598) 12,42 (.489) 4,14 (.163) ontact 9,40 (.370) 12,27 (.483) 9,40 (.370) RR NG R RR NG R 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 17,96 (.707) 17,96 (.707) 15,19 (.598) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) 12,42 (.489) 2,80 (.110) ontact 2,80 (.110) ontact 9,40 (.370) 12,27 (.483) 9,40 (.370) 12,27 (.483) RR NG R RR NG R RR NG R RR NG R R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) 262 imensions are shown in mm (inch) imensions subject to change

265 P Pattern uropean 90 P Tails Receptacle 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 9,60 (.378) 9,60 (.378) ontact 5,49(.216) 5,49(.216) 2,54(.100) 2,74 (.108) ontact 6,86 (.270) 8,23 (.324) 6,86 (.270) 2,54(.100) 10,90 (.429) 8,23 (.324) 9,40 (.370) 10,90 (.429) 5,49(.216) ontact 9,40 (.370) 10,90 (.429) 5,49(.216) 5,49(.216) 9,40 (.370) 8,23 (.324) 8,23 (.324) RR NG R RR NG R RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 0 # #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) ontact 4,14 (.163) 9,40 (.370) 10,90 (.429) ontact 2,80 (.110) 4,14 (.163) 9,40 (.370) 10,90 (.429) RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) ontact 2,54 (.100) 10,90 (.429) ontact rrangement No. of Size 20 avities No. of Size 8 avities RR NG R ontact 2,80 (.110) #20 0 #8 9,40 (.370) RR NG R 10,90 (.429) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) RR NG R 12,42 (.489) 15,19 (.598) #20 0 #8 12,42 (.489) 15,19 (.598) 9,40 (.370) RR NG R R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 263

266 P Pattern uropean 90 P Tails Receptacle 63,50 (2.500) 2,54(.100) 24,84 (.978) 22,10 (.870) 19,33 (.761) 9,40 (.370) ontact 10,90 (.429) RR NG R 17,96 (.707) (.815) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 23,47 (.924) #20 0 #8 63,50 (2.500) 63,50 (2.500) RR NG R 9,40 (.370) 2,80 (.110) ontact 10,90 (.429) RR NG R 10,90 (.429) RR NG R ontact 2,80 (.110) 9,40 (.370) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 63,50 (2.500) R e a d e r s R e s o u r c e 9,40 (.370) RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) 12,42 (.489) 15,19 (.598) 17,96 (.707) #20 0 #8 ontact 10,90 (.429) RR NG R ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) #20 0 #8 264 imensions are shown in mm (inch) imensions subject to change

267 P Pattern uropean 90 P Tails Receptacle 61,12 (2.406) 15,19 (.598) 12,42 (.489) 4,14 (.163) ontact 9,40 (.370) 9,40 (.370) 12,27 (.483) RR NG R RR NG R 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 17,96 (.707) 17,96 (.707) 15,19 (.598) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) 12,42 (.489) ontact 2,80 (.110) ontact 2,80 (.110) 12,27 (.483) 9,40 (.370) 12,27 (.483) 9,40 (.370) RR NG R RR NG R RR NG R RR NG R ontact rrangement No. of Size 20 avities No. of Size 8 avities 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 265

268 P Pattern Standard/uropean Straight P Tails Plug 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 9,60 (.378) 9,60 (.378) ontact 5,49 (.216) 5,49 (.216) 2,84 (.112) 2,74 (.108) 2,84 (.112) 6,86 6,86 (.270) (.270) 8,23 (.324) 2,84 (.112) 8,23 (.324) ontact 5,49(.216) ontact 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 0 # #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) 4,14 (.163) ontact ontact 2,80 (.110) 4,14 (.163) ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) ontact 2,84 (.112) R e a d e r s R e s o u r c e ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 0 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 12,42 (.489) 15,19 (.598) #20 0 #8 12,42 (.489) 15,19 (.598) 266 imensions are shown in mm (inch) imensions subject to change

269 P Pattern Standard/uropean Straight P Tails Plug 63,50 (2.500) 24,84 (.978) 22,10 (.870) 19,33 (.761) 2,84 (.112) ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 #8 17,96 (.707) (.815) 23,47 (.924) 63,50 (2.500) 63,50 (2.500) ontact 2,80 (.110) ontact 2,80 (.110) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 63,50 (2.500) 63,50 (2.500) ontact rrangement No. of Size 20 avities No. of Size 8 avities ontact 2,80 (.110) 12,42 (.489) 15,19 (.598) #20 0 #8 17,96 (.707) ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 0 #8 12,42 (.489) 15,19 (.598) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 267

270 P Pattern Standard/uropean Straight P Tails Plug 61,12 (2.406) 15,19 (.598) 12,42 (.489) 61,12 (2.406) 4,14 (.163) ontact ontact 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 20,70 (.815) 17,96 (.707) 17,96 (.707) 15,19 (.598) 15,19 (.598) 15,19 (.598) 12,42 (.489) 12,42 (.489) 12,42 (.489) 2,80 (.110) ontact 2,80 (.110) ontact R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) 268 imensions are shown in mm (inch) imensions subject to change

271 P Pattern Standard/uropean Straight P Tails Receptacle 25,00 (.984) 33,32 (1.312) 33,32 (1.312) 9,60 (.378) 9,60 (.378) ontact 5,49 (.216) 5,49 (.216) 2,84 (.112) 2,74 (.108) 2,84 (.112) 6,86 6,86 (.270) (.270) 8,23 (.324) 2,84 (.112) 8,23 (.324) ontact 5,49(.216) ontact 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) ontact rrangement No. of Size 20 avities No. of Size 8 avities 51 4 #20 0 # #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) ontact 4,14 (.163) 2,80 (.110) ontact 4,14 (.163) ontact rrangement No. of Size 20 avities No. of Size 8 avities 94 5 #20 0 # #20 0 #8 47,04 (1.852) 47,04 (1.852) ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 2,80 (.110) #20 0 #8 ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) ontact 2,84 (.112) 12,42 (.489) 15,19 (.598) #20 0 #8 12,42 (.489) 15,19 (.598) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 269

272 P Pattern Standard/uropean Straight P Tails Receptacle 63,50 (2.500) 2,84 (.112) 24,84 (.978) 22,10 (.870) 19,33 (.761) ontact 17,96 (.707) (.815) 23,47 (.924) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 #8 63,50 (2.500) 63,50 (2.500) 2,80 (.110) ontact ontact 2,80 (.110) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 63,50 (2.500) 63,50 (2.500) R e a d e r s R e s o u r c e ontact rrangement No. of Size 20 avities No. of Size 8 avities 12,42 (.489) 15,19 (.598) 17,96 (.707) 2,80 (.110) #20 0 #8 ontact ontact ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 12,42 (.489) 15,19 (.598) 2,80 (.110) #20 0 #8 12,42 (.489) 15,19 (.598) 270 imensions are shown in mm (inch) imensions subject to change

273 P Pattern Standard/uropean Straight P Tails Receptacle 61,12 (2.406) 15,19 (.598) 12,42 (.489) 61,12 (2.406) 4,14 (.163) 2,80 (.110) ontact ontact 19,33 (.761) 19,33 (.761) 19,33 (.761) 19,33 (.761) 22,10 (.870) 22,10 (.870) 22,10 (.870) 22,10 (.870) ontact rrangement No. of Size 20 avities No. of Size 8 avities #20 0 # #20 0 #8 61,12 (2.406) 61,12 (2.406) 20,70 (.815) 17,96 (.707) 15,19 (.598) 12,42 (.489) 15,19 (.598) 12,42 (.489) 20,70 (.815) 17,96 (.707) 15,19 (.598) 12,42 (.489) 2,80 (.110) 2,80 (.110) ontact ontact rrangement No. of Size 20 avities No. of Size 8 avities 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 19,33 (.761) 22,10 (.870) #20 0 #8 19,33 (.761) 22,10 (.870) R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 271

274 P Pattern Standard 90 Plug & Receptacle 63,50 (2.500) 24,84 (.978) 24,84 (.978) 25,00 (.984) 22,10 (.870) 19,33 (.761) 22,10 (.870) 19,33 (.761) ontact 5,49 (.216) 5,49 (.216) 5,49(.216) ontact 8,64 (.340) 2,74 (.108) 7,19 (.283) 8,23 (.324) RR NG R RR NG R 8,64 (.340) 2,80 (.110) 7,19 (.283) RR NG R RR NG R 9 ontacts 12,42 (.489) 15,19 (.598) 17,96 (.707) 20,70 (.815) 23,47 (.924) 12,42 (.489) 15,19 (.598) 17,96 (.707) (.815) 23,47 (.924) 37 ontacts 33,32 (1.312) 9,60 (.378) 9,60 (.378) 6,86 (.270) 6,86 (.270) ontact 8,23 (.324) 2,74 (.108) 8,64 (.340) RR NG R 5,49 (.216) 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) 7,19 (.283) RR NG R 15 ontacts 47,04 (1.852) ontact R e a d e r s R e s o u r c e 8,64 (.340) RR NG R 2,80 (.110) 12,42 (.489) 12,42 (.489) 15,19 (.598) 15,19 (.598) 25 ontacts 7,19 (.283) RR NG R ontact X Recommended P X 0,76 (.030) 1,14 (.045) 1,00 (.040) 1,40 (.055) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 50 ontacts 272 imensions are shown in mm (inch) imensions subject to change

275 P Pattern uropean 90 Plug & Receptacle 63,50 (2.500) 24,84 (.978) 24,84 (.978) 25,00 (.984) 22,10 (.870) 19,33 (.761) 22,10 (.870) 19,33 (.761) ontact 5,49 (.216) 5,49 (.216) 5,49(.216) ontact 10,90 (.429) 2,74 (.108) 8,23 (.324) 9,40 (.370) 10,90 (.429) 2,80 (.110) 9,40 (.370) RR NG R RR NG R RR NG R RR NG R 9 ontacts 12,42 (.489) 15,19 (.598) 12,42 (.489) 15,19 (.598) 17,96 (.707) 20,70 (.815) 23,47 (.924) 17,96 (.707) (.815) 23,47 (.924) 33,32 (1.312) 37 ontacts 9,60 (.378) 9,60 (.378) 6,86 (.270) 6,86 (.270) ontact 8,23 (.324) 2,74 (.108) 10,90 (.429) RR NG R 5,49 (.216) 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) 9,40 (.370) RR NG R 15 ontacts 47,04 (1.852) ontact 10,70 (.421) RR NG R 2,80 (.110) 12,42 (.489) 12,42 (.489) 15,19 (.598) 15,19 (.598) 25 ontacts 9,40 (.370) RR NG R ontact X Recommended P X 0,60 (.024) 1,00 (.039) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 50 ontacts R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 273

276 P Pattern Standard/uropean Straight Plug & Receptacle 25,00 (.984) ontact 5,49 (.216) 5,49 (.216) 5,49(.216) 2,74 (.108) 8,23 (.324) 9 ontacts 33,32 (1.312) 9,60 (.378) 9,60 (.378) 37 ontacts 6,86 (.270) 6,86 (.270) 8,23 (.324) 2,74 (.108) ontact 5,49 (.216) 5,49 (.216) 5,49 (.216) 8,23 (.324) 8,23 (.324) 15 ontacts 47,04 (1.852) ontact R e a d e r s R e s o u r c e 2,80 (.110) 12,42 (.489) 12,42 (.489) 15,19 (.598) 15,19 (.598) 25 ontacts ontact X Recommended P X 0,60 (.024) 1,00 (.039) 0,76 (.030) 1,14 (.045) 1,00 (.040) 1,40 (.055) Type Recommended P X ithout oardlock 3,05 (.120) ith oardlock 3,10 (.122) 50 ontacts 274 imensions are shown in mm (inch) imensions subject to change

277 Subminiature ease Tooling T-607 Pneumatic rimper T-607 The T-607 is a pneumatic powered and controlled machine. It is designed for customers with moderate volume. This machine is designed to semi-automatically crimp stamped and formed contacts onto pre-stripped stranded or single conductor electrical wire. This machine will accomodate size 34 thru 12 G wire and is actuated by the use of a foot pedal. Machine rimp Rate: 800 per hour Power Requirements: Pneumatic = 100 psi, 2 cu. ft. per min. Products: *, MSM, 75 Ohm rimp oax T-620 US Semi-utomatic rimper/stripper T-620 US The T-620 Universal annon rimper/stripper is a pneumatic powered, microprocessor controlled machine. It is designed to semi-automatically strip insulation from stranded or single conductor electrical wire and attach a stamped and formed contact by crimping. The machine will accommodate 34 thru 12 G wire. Primary application of the machine is the termination of jacketed cable where the individual leads cannot be stripped on fully automated equipment. The T-620 US operates automatically upon insertion of a wire or it can be switched over to foot pedal operation as desired. Machine Strip/rimp Rate: per hour Products: *, MSM Power Requirements: lectrical = 115 V, 60 Hz, 20 Pneumatic = 80 psi, 3 cu. ft. per min. T-646 Vibra-owl rimper T-646 Products: *M The T-646, Vibra-owl rimper is a pneumatically powered, electronically controlled machine. It is designed to semi-automatically crimp closed barrel, machined contacts, as used in the aerospace and commercial industries. The machine will accommodate wire sizes 30 thru 12 G. The T-646 is actuated automatically upon insertion of a pre-stripped stranded or single conductor wire. Machine rimp Rate: per hour Power Requirements: lectrical = 115 V, 60 Hz, 5 Pneumatic = 85 psi, 2 cu. ft. per min. R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 275

278 Subminiature Glossary of Terms Glossary of Terms R e a d e r s R e s o u r c e In every job speciality there are certain words and phrases used by the insiders which after a time become almost a language unique to that speciality. Subminiature technology is a typical example of that condition. The following pages provide some explanations, in an attempt to clarify some of the terms that are commonly used by engineers and sales staff at ITT annon. The list is not comprehensive, but highlights many of the expressions commonly used. Should you have any comments or additions please contact us. eedback will be appreciated. ccelerated ging connector test in which temperature, voltage, current, or other parameters are increased beyond the normal operating values to observe deterioration in a relatively short period of time. ccessories uxiliary devices such as cable clamps, endbells, gaskets, or any number of mechanical hardware devices that can be added to a connector. lloy composition of two or more elements, of which at least one is a metal. In connector applications it is usually a combination of metals which is used to create an alloy superior in performance to any of its individual components. lternating urrent flow of electricity which reaches a maximum in one direction, decreases to zero, then reverses itself and reaches maximum in the opposite direction. This cycle is repeated continuously. The number of such cycles per second is the frequency. The average value of the voltage during any cycle is zero. bbreviated ac. mbient Temperature The temperature of the environment surrounding the connector. Usually the air. Normally used as the reference when specifying the OPRTING TMPRTUR range of the connector. mpere unit of electrical current or rate of flow of electrons. One volt across one ohm of resistance causes a current of 1 ampere. bbreviated mp or. nodize protective, insulating oxide layer formed on a metal by electrolytic action. Occasionally used as the outer most layer in connector plating, anodize is a very tough, nonconductive plating. ttenuation Power loss in an electrical system, expressed in decibels. G merican ire Gauge. standard for wire diameters based on the approximate circular mil area of the wire. s numbers get larger, wire diameters decrease in size (a size 16 G wire has a larger diameter than a size 22 G). ackshell (lso known as ndbell) The outer rear end of the connector which is attached by means of internal threads or screws. It adapts the connector to its wire connections in a variety of ways. Typical backshells might have cable clamps to secure a wire bundle, ridges for heat shrink tubing, pipe threads, or shielded termination mechanisms. ackshells may be straight, 90, or 45. andwidth The range of frequencies within which performance falls within specific limits. Usually the bandwidth is given as an operating range and the operating specifications apply only to that bandwidth, unless otherwise stated. ar centimeter-gram-second unit of pressure (force exerted on a unit of area) equal to 1,000,000 dynes per square centimeter. ormerly known as microbar. Its symbol is b. ase Metal The metal which the connector or connector component is made and over which various platings will be deposited. eryllium opper n alloy of copper used to make contacts. It is relatively expensive, but has superior spring qualities, is resistant to fatigue, and can operate at higher temperatures than other materials such as phosphor bronze. It is used when numerous insertion and extraction cycles are required. ody The main portion of the connector made of the shell, insulator, and contacts. oot rear accessory, usually made of a resilient material, which is used around a multiconductor cable to add additional insulation, strength, abrasion resistance, or sealing. rass Metal alloy of copper and zinc used for contacts. It is low cost, an excellent conductor, and resists fatigue. reakdown n electrical discharge through a connector insulator or insulation on a wire. catastrophic failure mode. reakdown Voltage The voltage at which an insulator ruptures. reakout The point at which wires are separated from a multi-conductor cable or wire bundle for routing to other points. bbreviation for entigrade, or more properly elsius, since the term entigrade was officially abandoned by international agreement in See SIUS. able ssembly cable (or bundle of cables) with plugs and/or receptacles on each end. able lamp rear connector clamping accessory which tightens over a cable or wire bundle to provide strain relief to the cable. The cable clamp may be part of a more elaborate endbell or it may be used alone. Some cable clamps also provide cable jacket sealing using a resilient gland; for example the MS3057-, others provide only strain relief. admium metallic element chemically related to zinc and mercury, widely used for plating. It has an extraordinary ability to resist outdoor corrosion. It is especially resistant to alkali. admium is electrically conductive and it is easy to solder. Its symbol is d. bbreviation for lectronic omponents ommittee of N, the uropean committee for lectrotechnical Standardization. uses the I test methods, and thus is based upon worldwide standards. elsius temperature scale in which the freezing point of water is 0 and the boiling point is 100 at normal atmospheric pressure. ormerly known as entigrade, but officially changed to elsius by international agreement in N bbreviation for uropean ommittee for Standardization. uropean standards group corresponding to the ISO at the uropean level. N bbreviation for uropean ommittee for lectrical Standardization. uropean standards group corresponding to the I at the uropean level. hamfer bevel cut on the inside edge of an insulator contact cavity or a mounting hole. In a contact cavity the chamfer is intended to guide the mating pin into the cavity. In a mounting hole it is a countersink to accept a cone shaped bolt. haracteristic Impedance The characteristic impedance of a transmission line is the impedance of the line when it is terminated in a perfect load (a load that absorbs all the energy and reflects none, such that VSR = 1.00). learance See Through. losed ntry n insulator design which limits the diameter of the mating contacts. 276 imensions are shown in mm (inch) imensions subject to change

279 Subminiature Glossary of Terms Glossary of Terms losed Socket ontact socket contact in which the mating cavity limits the entry of a contact or probe having a diameter larger than the mating pin. oax bbreviation for coaxial. oaxial able cable that comprises a single copper wire surrounded by insulating material, wire shielding or mesh, and a plastic protective sheath. omponent n essential functional part of the connector. ontact The conductive element in a connector which makes the actual connection between the wire and the mating connector for the purpose of transferring electrical energy. Ideally the contact should add nothing to the circuit. In the real world, however, contacts typically have a small ONTT RSISTN and associated potential drop. ontact lignment The overall play that a contact has in the insulator cavity to allow the mating contacts to self align. lso called contact float. ontact rrangement See YOUT. ontact avity defined hole in the connector insulator into which the contacts fit. The cavities are generally marked with a unique designation or number for ease of identification. ontact Resistance The maximum amount of resistance which a contact introduces into the connection when carrying a specified current (usually stated in milliohms). hen not stated, values are typically given for Initial or new contacts. Most specifications also limit the maximum resistance during or after each of a series of extreme tests, such as ontact Resistance fter orrosion Test. These figures are typically slightly higher than Initial. ontact Retention The maximum allowable axial load which can be applied to a contact from either direction without it being dislodged from the insulator. Usually stated in Newtons or pounds of force. ontact Separation orce The force required to separate a pair of mated contacts. Usually stated in Newtons or pounds of force. ontact Size This usually relates to the maximum size wire this contact can nominally accommodate. It is based on that G size most closely corresponds to the circular mil area of the engaging end of a pin contact for that size. or example, a size 16 contact can accomodate a size 16 G wire maximum and the pin corresponds to the M of a size 16 G. Note, however, that oversized crimp pots are available for some crimp contacts which will allow, for example, a size 16 contact to accommodate a size 14 G wire. ontact Spacing The distance between the centers of adjacent contacts. reepage The conduction of electricity across the surface of an insulator. reepage istance The shortest distance between contacts of opposite polarities, or between a live contact and ground, measured over the surface of the insulator. reepage Path path across the surface of the insulator between two conductors. engthening the path reduces the possibility of arc damage. rimp method of attaching a contact to a wire through the application of pressure. rimp ontact contact which is terminated to a wire by means of crimping with an appropriate die and tool. fter termination, an insertion tool is normally used to insert the crimped contact into the connector. Removable crimp contacts can be RONT RS or RR RS. n extraction tool is usually required to remove the contact. rosstalk Undesired electrical currents in conductors caused by electromagnetic or electrostatic coupling from other conductors or from external sources. lso, leakage of optical power from one optical conductor to another. S bbreviation for anadian Standards ssociation. urrent The movement of electrons through a conductor. urrent is measured in amperes. Its symbol is. urrent Rating The maximum current that a particular wire, contact, or connector can accommodate. NOT: hen several wires are used in a single connector or elevated temperature or altitude is involved, derating curves must be applied to these ratings. typical derating system is MI which allows the user to calculate the derating effects of current, ambient temperature, number of wires in the bundle, and altitude. ecibel standard unit of measure for transmission gain or loss. It expresses the ratio of power input to power output. bbreviated d. The term dm is used when 1 milliwatt is the reference level. erating To reduce the voltage, current, or power rating of a connector to improve its reliability or to permit operation at high ambient temperatures or altitudes. erating urve graph of the change in power handling capability of a connector as a function of ambient temperature or altitude. Typically the graphed function is curved, hence the name. iallyl Phthalate thermosetting plastic used for insulators and some types of connector housings. It has outstanding resistance to chemicals, excellent dimensional stability, and superior electrical insulating properties. ielectric n insulator used to isolate two conductors having a low loss factor (R cables). The perfect insulator is a vacuum. ielectric onstant That property (K) of an insulating material which is the ratio of the parallel capacitance () of a given configuration of electrodes with the material as the dielectric, to the capacitance of the same electrode configuration with a vacuum as the dielectric. igital signal comprising discrete elements. IN bbreviation for eutsche Industrie Norm, a German standards organization. irect urrent n essentially constant value of current that flows in only one direction. bbreviated dc. ust ap cover used in place of a mating connector to seal it against dirt and moisture. Usually secured to the connector by a captive chain, wire, or rope. lectroplating To deposit a metal on the surface of a conductor using electrolysis. MI/RI lectro-magnetic Interference and Radio requency Interference. This is unwanted stray electronic radiation which may enter, and/or be emitted by an electronic system. The most common method of shielding interconnections against this radiation is to use wires with a metallic braided shield and a connector system which will extend the shield through the interconnection. This type of design will keep radiation from entering, or being emitted by the system. ackshells for shielded cable and connectors with threads or grounding fingers are typically used for this purpose. all for the specific MI/RI accommodations of the connectors in this catalog. R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 277

280 Subminiature Glossary of Terms Glossary of Terms R e a d e r s R e s o u r c e N bbreviation for uro Norm. uropean market-wide product standard. ndbell See KSH. xtraction Tool device used to remove a (removable) contact from a connector insulator. The extraction tool may be inserted into the mating face of the insulator (RONT RS) or the wire side (RR RS). In either case, the contact comes out the rear, or wire side, of the connector. ahrenheit temperature scale in which the freezing point of water is defined as 32 and the boiling point is 212 at normal atmospheric pressure. See the conversion tables for converting ahrenheit to elsius. bbreviated. emale ontact See SOKT ONTT. errule bell shaped ring which is placed over a IR SING GROMMT to provide uniform axial compression of the grommet and to minimize the transmission of torque to the grommet when the backshell is screwed on to the rear of the connector. errules are a part of the sealing mechanism at the rear of a connector. errules are normally a separate component part of the connector although some backshells have integrated ferrules. errules are usually made from a thermoplastic material, but occasionally ferrules are made of metal. inish The metalic coatings used on contacts and metal connectors. These are thin layers of metal designed to improve conductivity, solderability, or to resist corrosion. Typical contact finishes are gold or silver. Typical shell finishes are olive drab over cadmium, electroless nickel, or black anodize. lange square mounting flange with four mounting holes for bolting the connector to a panel. The mounting holes may be through holes or threaded. langed Receptacle (lso known as a ox Mount or all Mount) The shell of this connector has a square flange with mounting holes at each corner. holes are usually through holes, but may be threaded. langed receptacles can usually be front or rear panel mounted depending upon panel thickness. Some connectors have two different versions, one for front mounting, and one for rear panel mounting. lash Plating s commonly used in connector terminology, flash refers to extremely thin platings of metal, for example: gold flash is a very thin plating of gold. So thin, that the thickness is generally not specified. ront receptacle that can only be mounted to the front of a panel with its mounting NG outside the equipment. ront Release or crimp type removable contacts, front release means that the appropriate extraction tool is inserted from the front, or mating face, of the connector. The contact is then pushed out the rear (wire side) of the connector. Gas Tight The mating of two contact surfaces which are so tight that corrosive gasses can not enter the joint. Gold precious metal that is more conductive than silver or copper. ecause it does not corrode and is highly conductive, it is used as plating for contacts. Its chemical symbol is u. Grommet avity defined hole in the IR SING GROMMT through which the wires are passed. The cavities are generally marked with a unique designation or number for ease of use. Guide Pin special pin which is inserted into a socket contact before the contact can be inserted into the connector insulator. Guide pins provide a rounded surface at the front of the socket and greatly aid in pushing the contact into the insulator thus avoiding damage to both the insulator and the contact. Typically, small size socket contacts require the use of guide pins while larger sizes can be inserted without them. Harness group of wires or cables bundled together with attached connectors and/or components in a preshaped assembly. Hz Symbol for Hertz, an international unit of frequency equal to one cycle per second. That is, 20,000 Hz is 20,000 cycles per second. I/O Input/Output I bbreviation for the International lectrotechnical ommission. n international organization that develops standards exclusively for electrical engineering. N is the equivalent organization at the uropean level. Impedance Match hen a transmission line is terminated so that VSR = nother definition is when a source is terminated in an impedance that allows optimum energy transfer. Indentor The part of a crimping die which indents the contact barrel to form the actual crimp. Indentors normally make six or eight multiple indentions for each crimp. Initial test result taken prior to any other environmental testing. or example, contact resistance is frequently specified Initial, that is, with new contacts. Most specifications also limit the maximum resistance during or after each of a series of extreme tests, such as ontact Resistance fter orrosion Test. These figures are typically slightly higher than Initial. Insert See INSUTOR. Insert rrangement See YOUT. Insert Retention orce The maximum allowable force which should be applied to the face of the insulator without dislodging it from the shell or causing any change in connector performance specifications. Usually stated in Newtons or pounds of force. Insertion orce The effort, usually stated in ounces or Newtons, required to engage two contacts or connector halves. Insertion oss The attenuation that results when a transducer is inserted in a transmission line. It is the ratio of the power input to the transducer to the power out of the transducer expressed in decibels. Insertion Tool small, hand-held tool used to insert contacts into a connector. Insulation material that has high electrical resistance and is suitable for covering or encasing electrical components to prevent a short circuit. Insulation isplacement onnector (I) connector contact with sharp tines which pierce and displace the wire insulation and make direct electrical connection with the conductor. Normally used with multipin connectors which must be terminated to flat cable. This is a fast, low cost method to terminate many conductors simultaneously. Insulation Resistance The minimum resistance (usually stated in Megohms) between adjacent contacts and between the contacts and the shell at a specific voltage. hen not stated, values are typically given for new insulators. Most specifications also specify minimum resistance figures during or after each of a series of extreme tests, such as Insulation Resistance uring ry Heat. Insulation Support n extended portion at the rear of a crimp contact that is crimped around the wire insulation to provide extra strain relief. This crimp is in addition to the crimp over the conductor which provides the actual electrical termination. 278 imensions are shown in mm (inch) imensions subject to change

281 Subminiature Glossary of Terms Glossary of Terms Insulator The insulating element into which the contacts are mounted in a connector. This can be a resilient material, thermoplastic, or a thermoset compound, among other materials. Insulator Rotation method of differentiating a circular connector if more than one connector with the same sex and layout is to be used in a system. The insulator is permanently positioned in the shell so that only a connector with the same degree of rotation can be mated with it. Possible rotations are specific to each layout with some layouts having many possible rotations and others having none. chart of valid rotations is listed by layout for connectors capable of being rotated. Most connector series use the military convention of assigning letter designations for specific degrees of rotation (for example:, X, Y, Z). See KYING. Interchangeable The characteristic of connectors in which a connector half of one manufacturer or series will directly replace that of another manufacturer and provide the same electrical and mechanical function. Intermateable The characteristic of connectors in which a connector half of one manufacturer or series will mate directly with the connector half of another manufacturer. Intermittent Occurring at intervals. connection which passes electrical current only in random or undesirable intervals. Intermountable The characteristic of connectors in which one manufacturer s connector or series will mount in exactly the same panel space and mounting holes as another manufacturer s product. ISO bbreviation for the International Standards Organization. group that operates at the international level and sets most standards for industry, with the exception of electrical engineering and telecommunications which are set by the I and ITU respectively. N is the equivalent organization at the uropean level. Jacket The outermost layer of insulation in a cable composed of several wires. Jackscrew screw attached to one half of a connector pair used to mechanically align, draw them together, and lock them in place. Key mechanism used to polarize connectors by the user. See KYING. Keying method of differentiating a connector if more than one connector with the same sex and layout is to be used in a system. The key is usually a pin or other projection which can be located in a contact cavity or slot. The key will prevent a connector without a matching orifice from mating. Keying and PORIZTION serve the same function, but keying can be done by the user, while polarization is manufactured into the connector and normally can not be altered by the user. ayout The number, size, and geometric arrangement of the contacts in a connector. hen a connector is said to have a certain layout it refers to a specific contact configuration. or example, ombo has 2 pages of drawings showing the arrangement of the contacts in the insulator. ach of these contact cavity arrangements can be referred to as a layout. ocator part of a crimping tool TURRT. Rotation of the locator sets the tool for a particular size or sex contact. See TURRT. Male ontact See PIN ONTT. Mating ife The minimum number of times a connector can be mated and unmated and still meet all of its design specifications. The maximum life may be much higher than this figure. Mil One thousandth of an inch (.001). Used in the United States as a unit of length in wire diameters and linear dimensions. Mil-Spec bbreviation for Military Specification. Milliampere One one-thousandth (.001) of an ampere. bbreviated m. Millimeter Metric unit of linear measure. 1 millimeter = inches. bbreviated mm. Milliohm One one-thousandth (.001) of an ohm. bbreviated m. mm 2 Millimeters squared. standard for wire diameters used in urope instead of G. s numbers get larger, wire diameters increase in size. The relationship between mm 2 and G is reverse logarithmic. 1mm 2 =1973 circular mils. conversion graph is needed to make accurate comparisons between G and mm 2. all for assistance. lip ny of a variety of mounting accessories used to secure a connector or connector pair to a rigid surface. Multi-onductor able Two or more individual wires surrounded by a jacketing material. Nest The portion of a crimping die that supports the contact barrel during crimping. Newton unit of acceleration. One Newton is the force capable of accelerating 1 kilogram to one meter per second per second. 1 pound force = Newtons. bbreviated N. Ohm The unit of electrical resistance. One ohm is the value of resistance through which a potential difference of one volt will maintain a current of one ampere. Its symbol is the Greek letter omega ( ). Operating Temperature The range of MINT TMPRTURS over which the connector can operate and still meet all of its design specifications. Operating Voltage The range of voltages over which the connector can be operated. Safety precautions must be taken anytime a voltage in excess of 50V is to be used in a circuit. heck your local and national codes for guidelines. Outgassing The circumstance in which an insulator releases gasses trapped within it under a vacuum or conditions of decreased pressure, high heat, or both. Panel The outside surface of a piece of equipment on to which connectors are mounted. The panel is usually made of metal. Panel Mount connector designed to be mounted on a panel by means of screws or jam nut. P bbreviation for Printed ircuit oards. Performance lass 1 Performance class per uropean specification IN 41652, specifying contact performance to 500 mating cycles, followed by testing per IN 41640, Part 21. The contact is subjected to severe environmental conditions, including industrial gasses, after the 500 mating cycles, and must meet basic contact resistance, engaging force, and separation force tests. Performance lass 2 Performance class per uropean specification IN 41652, specifying contact performance to 200 mating cycles, followed by testing per IN 41640, Part 21. The contact is subjected to severe environmental conditions, including industrial gasses, after the 200 mating cycles, and must meet basic contact resistance, engaging force, and separation force tests. R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 279

282 Subminiature Glossary of Terms Glossary of Terms R e a d e r s R e s o u r c e Performance lass 3 Performance class per uropean specification IN 41652, specifying contact performance to 50 mating cycles, followed by testing per IN 41640, Part 21. The contact is subjected to severe environmental conditions, including industrial gasses, after the 50 mating cycles, and must meet basic contact resistance, engaging force, and separation force tests. Peripheral Seal resilient seal used to keep moisture from entering the connector at the point where the plug and receptacle shells meet. common method is to use flat gaskets on receptacles and O-rings on plugs. Phosphor ronze n alloy of copper, tin, and phosphorus used to make spring contacts. It is typically used in lower cost contacts where frequent insertions and withdrawals and high temperatures are not a factor. Pin male contact. See PIN ONTT. Pin ontact The contact which has a long shaft at the engagement end which enters the socket contact. Plating See INISH. Plug The male portion of a connector pair usually employing a coupling nut to secure it to the receptacle half. plug may have either pin or socket contacts. Polarization mechanical mechanism that allows connector halves to intermate in only one specific orientation. This can be accomplished by asymmetrical shapes of the two halves as in a Subminiature connector, insulator rotation, keys, keyways, ramps, or other means. Polarization prevents connectors of the same size and/or same layout from intermating when this is undesirable, such as when two otherwise identical connectors are used on the same panel. Polarization is typically done by the assembler and can not be changed by the user, while keying is typically done by the user with an auxiliary keying device. Polarizing Pin mechanism used to polarize connectors, manufactured into the connector. See KYING. Potting The permanent sealing of a cable to a connector using an insulating material such as potting compound to exclude moisture or provide strain relief. See POTTING UP. Potting ompound sealing material used in potting to fill a potting cup. Potting up bell-shaped (plastic) backshell with an enlarged opening for the wires. fter the connector is loaded with wired contacts, the potting cup is attached to the rear of the connector. The inside of the cup is then filled with a potting compound. hen the compound hardens, it forms a solid, permanent, watertight mass around the wires. Potting Ring portion of the POTTING UP which secures the bell shaped cup to the rear of the connector, usually by means of internal threads. Pre-Tin To apply tin-lead solder to the contact solder cup and/or conductor prior to soldering the two together. Rear receptacle that mounts through the panel from the rear, with its mounting flange inside the equipment. Typically, rear mount receptacles are slightly longer than front mount types to allow for the thickness of the panel. lange mount receptacles usually come in front and rear mount versions. ll Jam nut receptacles are rear mount. Rear Release or crimp type removable contacts, rear release means that the appropriate extraction tool is inserted from the rear, or wire side, of the connector. The contact is then pulled out the rear of the connector. Receptacle The connector half that mates with the plug. The receptacle has threads, pins or ramps which engage the coupling nut on the plug, locking the two halves together. receptacle may have either pin or socket contacts. R bbreviation for Reference. Removable ontact contact which can be inserted and removed from the insulator by the user. n insertion tool and extraction tool are normally required to insert and remove the contact. Removal Tool See XTRTION TOO Resistance That property of a substance which impedes current and results in the dissipation of power in the form of heat. The unit of resistance is the ohm. Return oss The ratio of the power reflected from a discontinuity in a transmission line to the power incident. RI See MI/RI. Root Mean Square The square root, of the average of the squares, of the values of a periodic quantity (like alternating current), taken through one complete period. It is the effective quantity of a periodic quantity. bbreviated rms. Salt Spray Test test, or series of tests, in which mated and/or unmated connectors are subjected to salt water under specified conditions. Used to test the connector s resistance to corrosion and any associated degradation in electrical function. Screw Machine ontact contact made from a solid bar or rod using screw machine operations. Some screw machine contacts include secondary elements which are welded, crimped, or formed around the basic screw machined part to complete the contact. Selective Plating The application of metal PTING to selective areas of the contact, particularly those areas subject to wear. Precious metal platings may be applied selectively to those contact surfaces responsible for the electrical connection, reducing the contact cost without sacrificing electrical performance. Shell The outside case of a connector into which the insulator and contacts are situated. standard system developed for military circular connectors for indicating the diameter of the shell. The system is based upon 1 16 increments, that is, a size 16 shell is one inch in diameter. Shield ffectiveness The ability of a shield to screen out undesirable signals. Shock n abrupt impact applied to a stationary object. It is usually expressed in gravities (g). Socket female contact. See SOKT ONTT. Socket ontact The contact which has an opening at the engagement end to accept the pin contact. Solder ontact contact which is terminated to the wire with solder. Solder contacts are normally bonded into the insulator and can not be removed by the user. The alternative is crimp contacts to which a wire is attached by crimping. rimp contacts can usually be inserted and removed by the user. Solder up The end of a SOR ONTT is designed to accept a wire which will then be soldered to the contact. Stamped and ormed ontact ontacts made by stamping and forming a sheet of metal rather than by machining metal stock. lso see SR MHIN ONTTS. 280 imensions are shown in mm (inch) imensions subject to change

283 Subminiature Glossary of Terms Glossary of Terms Star lip One of several designs used for screw machine socket contacts. tiny plated star shaped clip is captivated inside a solid barrel into which the pin contact fits. The clip creates a multi-point area of mechanical and electrical continuity between the mated contacts. Stripper tool to remove insulation from a wire. Test Voltage The range of voltages over which the connector has been tested per the perimeters in the applicable specification. Thermoplastic plastic material that can be softened by heat and rehardened into a solid state by cooling. This process can be accomplished using a variety of techniques. Thermoset plastic material which hardens when heat and pressure are applied. Unlike thermoplastic, it cannot be remelted or remolded. Through (lso known as a clearance hole) mounting hole without threads. Turret n interchangeable device which is attached to a RIMP TOO that allows the tool to crimp a range of contacts. ach turret is made to crimp a specific style contact or a range of contacts and/or wire gauges. See OTOR. U bbreviation for Underwriter s aboratories, a corporation supported by a group of underwriters for the purpose of establishing safety standards covering certain types of equipment and components in the United States. U 94V-O flammability performance rating set by Underwriter s aboratories for plastics. V Symbol for volt. Vac Volts, alternating current. Vdc Volts, direct current. Vibration continuously reversing change in the magnitude of a given force. Volt The unit of measurement of electromotive force. It is equivalent to the force required to produce a current of 1 ampere through a resistance of one ohm. Voltage The force which causes current to flow through an electrical conductor. Its symbol is. The greatest effective difference in potential between and two conductors of a circuit. Voltage rop The difference in voltage between two points in a circuit due to the loss of electrical pressure as a current flows through an impedance. Voltage Rating The maximum voltage which a connector can sustain without breaking down or varying from design specifications. Voltage Standing ave Ratio If a signal is sent down a transmission line any discontinuity will send a reflection back in the opposite direction. ire Sealing Grommet resilient disc with holes in it to accommodate the individual wires entering the rear of the connector. ach cavity forms a tight seal against the wire insulation (as long as wires within the specified diameter are used). The grommet seals the back of the connector against moisture, dirt, and air. The grommet is normally held in place and compressed by a backshell and/or ferrule. It is usually a separate component, but may be part of the insulator itself. lso see GROMMT VITY. ire Size numerical designation for conductor diameter. This catalog uses merican ire Gauge (G) which is based on the approximate circular mil area of the wire. See G and mm 2. rap Post ontact type of contact which is terminated by wrapping wire around a post in a manner that deforms the wire and creates a gastight connection between the wire and the post. This method is slow and labor intensive. If used at all, it is used in prototype work. R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 281

284 Subminiature Reader s Resource Obsolete Products General pplication onnectors * *P urgun with snap-in, rear release machined or stamped crimp contacts. Refer to *U products. 90 connectors for I/O applications, U 94V-0 rated. Refer to *U products *P * Straight and 90 P applications, U 94V-0 rated. Refer to * products. Part number change only. Refer to Z* products. *11148 *(SMT) *P1 *T SMT Surface Mount, no replacement, only through holes available. Refer to Z* products. Machined pressfit replaced by stamped pressfit. Refer to *NG products. Part number change only. Refer to * products. vailable Products Not isted ithin This Publication General pplication onnectors Special pplication onnectors *U *S urgun with snap-in, rear release machined or stamped crimp contacts, U 94V-0 rated. Speedy for I ribbon cable, U 94V-0 rated, accomodates Sizes G cable on 1,27 (.050) conductor spacing. *M Z* Military specification quality removable crimp style contacts for high performance applications. ow cost, stamped contacts, high density 90 P connectors. G* * Grommet environmentally sealed, crimp, snap-in, rear release contacts. nvironmentally sealed, cast aluminium shell. Product not intermatable with M24308 type Subminiature connectors. ommercial pplications Only Military or ommercial pplications onsult factory for details. R e a d e r s R e s o u r c e 282 imensions are shown in mm (inch) imensions subject to change

285 Subminiature Index Page Page Page Page , , , , , , , , , , T TP-750HM...84 TP-M , , , , , P-02-K P-15N-K P-16N-K P-17N-K P-18N-K P-19N-K P-1N-K P-1N-K P-1JN-K P-1ON-K P-1TN-K P-1UN-K P-1VN-K P-1N-K P-179-K PK S S-15N S-16N S-17N S-18N S-19N S-1N S-1N S-1JN S-1ON S-1TN S-1UN S-1VN S-1N S S , , , PK S PK87O S197O PK S PK S S U P-02-K PK S S JK15P*-10N JK15P*-15N JK15P*-16N JK15P*-17N JK15P*-18N JK15P*-19N JK15P*-1N JK15P*-1N JK15P*-1GN JK15P*-1HN JK15P*-1JN JK15P*-1PN JK15P*-1TN JK15P*-1UN JK15P*-1VN JK15P*-1N JK15P*-1U0N JK15P*-1U7N JK15P*-1U7N JK15P*-O JK15S*-10N JK15S*-15N JK15S*-16N JK15S*-17N JK15S*-18N JK15S*-19N JK15S*-1N JK15S*-1N JK15S*-1GN JK15S*-1HN JK15S*-1JN JK15S*-1PN JK15S*-1TN JK15S*-1UN JK15S*-1VN JK15S*-1N JK15S*-1U0N JK15S*-1U7N JK15S*-1U7N JK15S*-O JK15P*-10N JK15P*-1U0N JK15P*-O JK15P*-O JK15S*-10N JK15S*-1U0N JK15S*-O JK15S*-O JKX15P*-10N JKX15P*-O JKX15P*-O JKX15S*-10N JKX15S*-O JKX15S*-O JT15P JT15S* JT33P JT33P1-10N JT33P1-O JT33P JT33P5-10N JT33P5-O JT33P JT33P6-10N JT33P6-O JT33P JT33P9-10N JT33P9-O JT33S JT33S1-10N JT33S1-O JT33S JT33S5-1ON JT33S5-O JT33S JT33S6-10N JT33S6-O JT33S JT33S9-10N JT33S9-O JT3K3P JT3K3P1-10N JT3K3P1-O JT3K3P JT3K3P5-10N JT3K3P5-O JT3K3P JT3K3P6-10N JT3K3P6-O JT3K3P JT3K3P9-10N JT3K3P9-O JT3K3S JT3K3S1-10N JT3K3S1-O JT3K3S JT3K3S5-1ON JT3K3S5-O JT3K3S JT3K3S6-10N JT3K3S6-O JT3K3S JT3K3S9-10N JT3K3S9-O JT15P JT15S* JT33P JT33P1-10N JT33P1-O JT33P JT33P5-10N JT33P5-O JT33P R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 283

286 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page JT33P6-10N JT33P6-O JT33P JT33P9-10N JT33P9-O JT33S JT33S1-10N JT33S1-O JT33S JT33S5-1ON JT33S5-O JT33S JT33S6-10N JT33S6-O JT33S JT33S9-10N JT33S9-O JT3K3P JT3K3P1-10N JT3K3P1-O JT3K3P JT3K3P5-10N JT3K3P5-O JT3K3P JT3K3P6-10N JT3K3P6-O JT3K3P JT3K3P9-10N JT3K3P9-O JT3K3S JT3K3S1-10N JT3K3S1-O JT3K3S JT3K3S5-1ON JT3K3S5-O JT3K3S JT3K3S6-10N JT3K3S6-O JT3K3S JT3K3S9-10N JT3K3S9-O JTX15P JTX15S* JTX33KP1-10N JTX33P JTX33P1-10N JTX33P1-O JTX33P JTX33P5-10N JTX33P5-O JTX33P JTX33P6-10N JTX33P6-O JTX33P JTX33P9-10N JTX33P9-O JTX33S JTX33S1-10N JTX33S1-O JTX33S JTX33S5-1ON JTX33S5-O JTX33S JTX33S6-10N JTX33S6-O JTX33S JTX33S9-10N JTX33S9-O JTX3K3P JTX3K3P1-O JTX3K3P JTX3K3P5-10N JTX3K3P5-O JTX3K3P JTX3K3P6-10N JTX3K3P6-O JTX3K3P JTX3K3P9-10N JTX3K3P9-O JTX3K3S JTX3K3S1-10N JTX3K3S1-O JTX3K3S JTX3K3S5-1ON JTX3K3S5-O JTX3K3S JTX3K3S6-10N JTX3K3S6-O JTX3K3S JTX3K3S9-10N JTX3K3S9-O M-111P-10N-K M-111P-17N-K M-111P-NM M-111P-NM M-111P-NM M-111P-NM M-111P-O2-K M-111P-O4-K M-111S-10N M-111S-17N M-111S-NM M-111S-NM M-111S-NM M-111S-NM M-111S-O M-111S-O M-15S-NM M-15S-NM M-33P-10N-K M-33P-17N-K M-33P-NM M-33P-NM M-33P-O2-K M-33P-O4-K M-33S-10N M-33S-17N M-33S-NM M-33S-O M-33S-O M-3K3P-10N-K M-3K3P-17N-K M-3K3P-O2-K M-3K3P-O4-K M-3K3S-10N M-3K3S-17N M-3K3S-O M-3K3S-O M-72P-10N-K M-72P-17N-K M-72P-NM M-72P-NM M-72P-NM M-72P-O2-K M-72P-O4-K M-72S-10N M-72S-17N M-72S-NM M-72S-NM M-72S-O M-72S-O M111P10NNMK M111P17NNMK M111P19NNMK M111P179NMK M111PK M111PNM M111PNMK M111PO3NMK M111S10NNMK M111S17NNMK M111S19NNMK M111S M111S179NMK M111SNM M111SNMK M111SO3NMK M15P M15P10NNMK M15P17NNMK M15P19NNMK M15P M15P M15P M15P M15P M15P M15P M15P M15P179NMK M15PG M15PH M15PK M15P M15PNM M15PM M15PNM M15PNM*17N M15PNM*19N M15PNM*1ON M15PNM M15PNM M15PNMK M15PNM M15PNM M15PO3NM M15PO3NMK M15PP M15PR M15PS M15P M15PX M15PZ M15S M15S10NNMK M15S17NNMK M15S19NNMK M15S M15S M15S M15S M15S M15S M15S M15S M15S179NMK M15SG M15SH M15SK M15S M15SNM M15SM M15SNM M15SNM*17N M15SNM*19N M15SNM*1ON M15SNM M15SNMK M15SO3NM M15SO3NMK M15SP M15SR M15SS M15S M15SX M15SZ M33P-NM M33PK M33PNM M33PNMK M33PNM M33PO3NMK M33S-NM M33S M33SNM M33SNM M33SNM M33SNMK M3K3PK M3K3PNM M3K3S M3K3SNM M M72P10NNMK M72P17NNMK M72P19NNMK M72P179NMK M72PK M72PNM M72PNMK M72PO3NMK M72S-NM M72S10NNMK M72S17NNMK M72S19NNMK M72S M72S179NMK M72SNM M72SNMK M72SO3NMK M15PNM M15PNMK M15SNM M15SNMK M26PNM M26SNM MY15PNM MY15SNM MY26PNM MY26SNM M-111S-NM M-15S-NM M-72S-NM M-72S-NM M15SNM M15SNM M111PJK M111PVK M111SJ M111SV M11H1PJK M11H1SJ M11P1PVK M11P1SV M15PJK M15SJ M33PJK M33PVK M33SJ M33SV M3K3PJK87TM...44 M3K3PVK87TM...50 M3K3SJ197TM...45 M3K3SV197TM...51 M3H3PJK M3H3SJ M3HK3PJK87TM...60 M3HK3SJ197TM...61 M3P3PVK M3P3SV M3PK3PVK87TM...64 M3PK3SV197TM...65 M72PJK M72PVK M72SJ M72SV M7H2PJK M7H2SJ M7P2PVK M7P2SV M111PJK M111PVK M111SJ M111SV M11H1PJK M11H1SJ M11P1PVK M11P1SV M15PJK M15SJ M33PJK M33PVK M33SJ M33SV M3K3PJK87TM...44 M3K3PVK87TM...50 M3K3SJ197TM...45 M3K3SV197TM...51 M3H3PJK M3H3SJ M3HK3PJK87TM...60 M3HK3SJ197TM imensions are shown in mm (inch) imensions subject to change

287 Subminiature Index Page Page Page Page M3P3PVK M3P3SV M3PK3PVK87TM...64 M3PK3SV197TM...65 M72PJK M72PVK M72SJ M72SV M7H2PJK M7H2SJ M7P2PVK M7P2SV M111PK M111S M15P M15S M33PK M33S M3K3PK M3K3S M72PK M72S MG111PJK MG111PVK MG111SJ MG111SV MG11H1PJK MG11H1SJ MG11P1PVK MG11P1SV MG15PJK MG15SJ MG33PJK MG33PVK MG33SJ MG33SV MG3K3PJK87TM...44 MG3K3PVK87TM...50 MG3K3SJ197TM...45 MG3K3SV197TM...51 MG3H3PJK MG3H3SJ MG3HK3PJK87TM...60 MG3HK3SJ197TM...61 MG3P3PVK MG3P3SV MG3PK3PVK87TM...64 MG3PK3SV197TM...65 MG72PJK MG72PVK MG72SJ MG72SV MG7H2PJK MG7H2SJ MG7P2PVK MG7P2SV MM111P MM111S MM15P MM15P MM15P MM15P MM15P MM15P MM15P MM15P MM15P MM15PG MM15PH MM15PK MM15P MM15PM MM15PP MM15PR MM15PS MM15P MM15PX MM15PZ MM15S MM15S MM15S MM15S MM15S MM15S MM15S MM15S MM15S MM15SG MM15SH MM15SK MM15S MM15SM MM15SP MM15SR MM15SS MM15S MM15SX MM15SZ MM33P MM33S MM3K3P MM3K3S MM72P MM72S MM111PJ MM111SJ MM11H1PJ MM11H1SJ MM33PJ MM33SJ MM3K3PJ MM3K3SJ MM3H3PJ MM3H3SJ MM3HK3PJ MM3HK3SJ MM72PJ MM72SJ MM7H2PJ MM7H2SJ MM111PJ MM111SJ MM11H1PJ MM11H1SJ MM33PJ MM33SJ MM3K3PJ MM3K3SJ MM3H3PJ MM3H3SJ MM3HK3PJ MM3HK3SJ MM72PJ MM72SJ MM7H2PJ MM7H2SJ MM111P MM111S MM15P MM15S MM33P MM33S MM3K3P MM3K3S MM72P MM72S MMG111PJ MMG111SJ MMG11H1PJ MMG11H1SJ MMG33PJ MMG33SJ MMG3K3PJ MMG3K3SJ MMG3H3PJ MMG3H3SJ MMG3HK3PJ MMG3HK3SJ MMG72PJ MMG72SJ MMG7H2PJ MMG7H2SJ MMN111PN MMN111SN MMN11H1PN MMN11H1SN MMN11V1PN MMN11V1SN MMN33PN MMN33SN MMN3K3PN MMN3K3SN MMN3H3PN MMN3H3SN MMN3HK3PN MMN3HK3SN MMN3V3PN MMN3V3SN MMN3VK3PN MMN3VK3SN MMN72PN MMN72SN MMN7H2PN MMN7H2SN MMN7V2PN MMN7V2SN MMP111PJ MMP111SJ MMP11H1PJ MMP11H1SJ MMP33PJ MMP33SJ MMP3K3PJ MMP3K3SJ MMP3H3PJ MMP3H3SJ MMP3HK3PJ MMP3HK3SJ MMP72PJ MMP72SJ MMP7H2PJ MMP7H2SJ MMV111PN MMV111SN MMV11H1PN MMV11H1SN MMV11V1PN MMV11V1SN MMV33PN MMV33SN MMV3K3PN MMV3K3SN MMV3H3PN MMV3H3SN MMV3HK3PN MMV3HK3SN MMV3V3PN MMV3V3SN MMV3VK3PN MMV3VK3SN MMV72PN MMV72SN MMV7H2PN MMV7H2SN MMV7V2PN MMV7V2SN MMY111P MMY111S MMY15P MMY15S MMY33P MMY33S MMY3K3P MMY3K3S MMY72P MMY72S MMZ111PN MMZ111SN MMZ11H1PN MMZ11H1SN MMZ11V1PN MMZ11V1SN MMZ33PN MMZ33SN MMZ3K3PN MMZ3K3SN MMZ3H3PN MMZ3H3SN MMZ3HK3PN MMZ3HK3SN MMZ3V3PN MMZ3V3SN MMZ3VK3PN MMZ3VK3SN MMZ72PN MMZ72SN MMZ7H2PN MMZ7H2SN MMZ7V2PN MMZ7V2SN MN111PNK MN111PYK MN111SN MN111SY MN11H1PNK MN11H1PYK MN11H1SN MN11H1SY MN15PNK MN15SN MN33PNK MN33PYK MN33SN MN33SY MN3K3PNK87TM...52 MN3K3PYK87TM...56 MN3K3SN197TM...53 MN3K3SY197TM...57 MN3H3PNK MN3H3PYK MN3H3SN MN3H3SY MN3HK3PNK87TM...66 MN3HK3PYK87TM...70 MN3HK3SN197TM...67 MN3HK3SY197TM...71 MN72PNK MN72PYK MN72SN MN72SY MN7H2PNK MN7H2PYK MN7H2SN MN7H2SY MP111PJK MP111PVK MP111SJ MP111SV MP11H1PJK MP11H1SJ MP11P1PVK MP11P1SV MP15PJK MP15SJ MP33PJK MP33PVK MP33SJ MP33SV MP3K3PJK87TM MP3K3PVK87TM...50 MP3K3SJ197TM...45 MP3K3SV197TM...51 MP3H3PJK MP3H3SJ MP3HK3PJK87TM...60 MP3HK3SJ197TM...61 MP3P3PVK MP3P3SV MP3PK3PVK87TM...64 MP3PK3SV197TM...65 MP72PJK MP72PVK MP72SJ MP72SV MP7H2PJK MP7H2SJ MP7P2PVK MP7P2SV MV111PNK MV111PYK MV111SN MV111SY R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 285

288 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page MV11H1PNK MV11H1PYK MV11H1SN MV11H1SY MV15PNK MV15SN MV33PNK MV33PYK MV33SN MV33SY MV3K3PNK87TM...52 MV3K3PYK87TM...56 MV3K3SN197TM...53 MV3K3SY197TM MV3H3PNK MV3H3PYK MV3H3SN MV3H3SY MV3HK3PNK87TM...66 MV3HK3PYK87TM...70 MV3HK3SN197TM...67 MV3HK3SY197TM...71 MV72PNK MV72PYK MV72SN MV72SY MV7H2PNK MV7H2PYK MV7H2SN MV7H2SY MY111PK MY111PNM MY111S MY111SNM MY15P MY15PNM MY15PNM*1ON MY15PO3NM MY15S MY15SNM MY15SNM*1ON MY15SO3NM MY33PK MY33PNM MY33S MY33SNM MY3K3PK MY3K3PNM MY3K3S MY3K3SNM MY72PK MY72PNM MY72S MY72SNM MZ111PNK MZ111PYK MZ111SN MZ111SY MZ11H1PNK MZ11H1PYK MZ11H1SN MZ11H1SY MZ15PNK MZ15SN MZ33PNK MZ33PYK MZ33SN MZ33SY MZ3K3PNK87TM...52 MZ3K3PYK87TM MZ3K3SN197TM...53 MZ3K3SY197TM...57 MZ3H3PNK MZ3H3PYK MZ3H3SN MZ3H3SY MZ3HK3PNK87TM...66 MZ3HK3PYK87TM...70 MZ3HK3SN197TM MZ3HK3SY197TM...71 MZ72PNK MZ72PYK MZ72SN MZ72SY MZ7H2PNK MZ7H2PYK MZ7H2SN MZ7H2SY NG15P-P1...4 NG15S-P1...5 NG15P-P1...4 NG15S-P1...5 NG15P-P1...4 NG15S-P1...5 NGX15P-P1...4 NGX15S-P1...5 NGZ15P-P1...4 NGZ15S-P P* P*G S* S*G P* P*G S* S*G...39 X15P-02-K X15PK X15S X15S , , , , , P-02-K P-15N-K P-16N-K P-17N-K P-18N-K P-19N-K P-1N-K P-1N-K P-1JN-K P-1ON-K P-1TN-K P-1UN-K P-1VN-K P-1N-K P-179-K PK S S-15N S-16N S-17N S-18N S-19N S-1N S-1N S-1JN S-1ON S-1TN S-1UN S-1VN S-1N S S PK S PK S PK S PK87O S197O PK S PK S S U P-02-K PK S S JK25P*-10N JK25P*-15N JK25P*-16N JK25P*-17N JK25P*-18N JK25P*-19N JK25P*-1N JK25P*-1N JK25P*-1GN JK25P*-1HN JK25P*-1JN JK25P*-1PN JK25P*-1TN JK25P*-1UN JK25P*-1VN JK25P*-1N JK25P*-1U0N JK25P*-1U7N JK25P*-1U7N JK25P*-O JK25S*-10N JK25S*-15N JK25S*-16N JK25S*-17N JK25S*-18N JK25S*-19N JK25S*-1N JK25S*-1N JK25S*-1GN JK25S*-1HN JK25S*-1JN JK25S*-1PN JK25S*-1TN JK25S*-1UN JK25S*-1VN JK25S*-1N JK25S*-1U0N JK25S*-1U7N JK25S*-1U7N JK25S*-O JK25P*-10N JK25P*-1U0N JK25P*-O JK25P*-O JK25S*-10N JK25S*-1U0N JK25S*-O JK25S*-O JKX25P*-10N JKX25P*-O JKX25P*-O JKX25S*-10N JKX25S*-O JKX25S*-O JT25P JT25S* JT25P JT25S* JTX25P JTX25S* M-133P-10N-K M-133P-17N-K M-133P-NM M-133P-NM M-133P-O2-K M-133P-O4-K M-133S-10N M-133S-17N M-133S-NM M-133S-NM M-133S-O M-133S-O M-172P-10N-K M-172P-17N-K M-172P-NM M-172P-NM M-172P-O2-K M-172P-O4-K M-172S-10N M-172S-17N M-172S-NM M-172S-NM M-172S-O M-172S-O M-211P-10N-K M-211P-17N-K M-211P-NM M-211P-NM M-211P-O2-K M-211P-O4-K M-211S-10N M-211S-17N M-211S-NM M-211S-NM M-211S-NM M-211S-O M-211S-O M-25S-NM M-25S-NM M-25S-NM M-55P-10N-K M-55P-17N-K M-55P-NM M-55P-NM M-55P-NM M-55P-O2-K M-55P-O4-K M-55S-10N M-55S-17N M-55S-NM M-55S-NM M-55S-NM M-55S-NM M-55S-O M-55S-O M-94P-10N-K M-94P-17N-K M-94P-NM M-94P-NM M-94P-O2-K M-94P-O4-K M-94S-10N M-94S-17N M-94S-NM M-94S-NM M-94S-O M-94S-O M133P-NM M133P10NNMK M133P17NNMK M133P19NNMK M133P179NMK M133PK M133PNM M133PNMK M133PO3NMK M133S-NM M133S10NNMK M133S17NNMK M133S19NNMK M133S imensions are shown in mm (inch) imensions subject to change

289 Subminiature Index Page Page Page Page M133S179NMK M133SNM M133SNMK M133SO3NMK M172P-NM M172P10NNMK M172P17NNMK M172P19NNMK M172P179NMK M172PK M172PNM M172PNM M172PNMK M172PO3NMK M172S10NNMK M172S17NNMK M172S19NNMK M172S M172S179NMK M172SNM M172SNM M172SNMK M172SO3NMK M211P10NNMK M211P17NNMK M211P19NNMK M211P179NMK M211PK M211PNM M211PNMK M211PO3NMK M211S10NNMK M211S17NNMK M211S19NNMK M211S M211S179NMK M211SNM M211SNMK M211SO3NMK M25P M25P10NNMK M25P17NNMK M25P19NNMK M25P M25P M25P M25P M25P M25P M25P M25P M25P179NMK M25PG M25PH M25PK M25P M25PNM M25PM M25PNM M25PNM*17N M25PNM*19N M25PNM*1ON M25PNM M25PNM M25PNMK M25PNM M25PNM M25PO3NM M25PO3NMK M25PP M25PR M25PS M25P M25PX M25PZ M25S M25S10NNMK M25S17NNMK M25S19NNMK M25S M25S M25S M25S M25S M25S M25S M25S M25S179NMK M25SG M25SH M25SK M25S M25SNM M25SM M25SNM M25SNM*17N M25SNM*19N M25SNM*1ON M25SNMK M25SO3NM M25SO3NMK M25SP M25SR M25SS M25S M25SX M25SZ M55PNM M55PNMK M55S M55SNM M55SNMK M94P10NNMK M94P17NNMK M94P19NNMK M94P179NMK M94PK M94PNM M94PNMK M94PO3NMK M94S10NNMK M94S17NNMK M94S19NNMK M94S M94S179NMK M94SNM M94SNMK M94SO3NMK M25PNM M25PNMK M25SNM M25SNMK M44PNM M44SNM MY25PNM MY25SNM MY44PNM MY44SNM M-172S-NM M-25S-NM M-25S-NM M-25S-NM M25SNM M133PJK M133PVK M133SJ M133SV M13H3PJK M13H3SJ M13P3PVK M13P3SV M172PJK M172PVK M172SJ M172SV M17H2PJK M17H2SJ M17P2PVK M17P2SV M211PJK M211PVK M211SJ M211SV M21H1PJK M21H1SJ M21P1PVK M21P1SV M25PJK M25SJ M55PJK M55PVK M55SJ M55SV M5H5PJK M5H5SJ M5P5PVK M5P5SV M94PJK M94PVK M94SJ M94SV M9H4PJK M9H4SJ M9P4PVK M9P4SV M133PJK M133PVK M133SJ M133SV M13H3PJK M13H3SJ M13P3PVK M13P3SV M172PJK M172PVK M172SJ M172SV M17H2PJK M17H2SJ M17P2PVK M17P2SV M211PJK M211PVK M211SJ M211SV M21H1PJK M21H1SJ M21P1PVK M21P1SV M25PJK M25SJ M55PJK M55PVK M55SJ M55SV M5H5PJK M5H5SJ M5P5PVK M5P5SV M94PJK M94PVK M94SJ M94SV M9H4PJK M9H4SJ M9P4PVK M9P4SV M133PK M133S M172PK M172S M211PK M211S M25P M25S M55PK M55S M94PK M94S MG133PJK MG133PVK MG133SJ MG133SV MG13H3PJK MG13H3SJ MG13P3PVK MG13P3SV MG172PJK MG172PVK MG172SJ MG172SV MG17H2PJK MG17H2SJ MG17P2PVK MG17P2SV MG211PJK MG211PVK MG211SJ MG211SV MG21H1PJK MG21H1SJ MG21P1PVK MG21P1SV MG25PJK MG25SJ MG55PJK MG55PVK MG55SJ MG55SV MG5H5PJK MG5H5SJ MG5P5PVK MG5P5SV MG94PJK MG94PVK MG94SJ MG94SV MG9H4PJK MG9H4SJ MG9P4PVK MG9P4SV MM133P MM133S MM172P MM172S MM211P MM211S MM25P MM25P MM25P MM25P MM25P MM25P MM25P MM25P MM25P MM25PG MM25PH MM25PK MM25P MM25PM MM25PP MM25PR MM25PS MM25P MM25PX MM25PZ MM25S MM25S MM25S MM25S MM25S MM25S MM25S MM25S MM25S MM25SG MM25SH MM25SK MM25S MM25SM MM25SP MM25SR MM25SS MM25S MM25SX MM25SZ MM55S MM94P MM94S MM133PJ MM133SJ R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 287

290 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page MM13H3PJ MM13H3SJ MM172PJ MM172SJ MM17H2PJ MM17H2SJ MM211PJ MM211SJ MM21H1PJ MM21H1SJ MM55PJ MM55SJ MM5H5PJ MM5H5SJ MM94PJ MM94SJ MM9H4PJ MM9H4SJ MM133PJ MM133SJ MM13H3PJ MM13H3SJ MM172PJ MM172SJ MM17H2PJ MM17H2SJ MM211PJ MM211SJ MM21H1PJ MM21H1SJ MM55PJ MM55SJ MM5H5PJ MM5H5SJ MM94PJ MM94SJ MM9H4PJ MM9H4SJ MM133P MM133S MM172P MM172S MM211P MM211S MM25P MM25S MM55P MM55S MM94P MM94S MMG133PJ MMG133SJ MMG13H3PJ MMG13H3SJ MMG172PJ MMG172SJ MMG17H2PJ MMG17H2SJ MMG211PJ MMG211SJ MMG21H1PJ MMG21H1SJ MMG55PJ MMG55SJ MMG5H5PJ MMG5H5SJ MMG94PJ MMG94SJ MMG9H4PJ MMG9H4SJ MMN133PN MMN133SN MMN13H3PN MMN13H3SN MMN13V3PN MMN13V3SN MMN172PN MMN172SN MMN17H2PN MMN17H2SN MMN17V2PN MMN17V2SN MMN211PN MMN211SN MMN21H1PN MMN21H1SN MMN21V1PN MMN21V1SN MMN55PN MMN55SN MMN5H5PN MMN5H5SN MMN5V5PN MMN5V5SN MMN94PN MMN94SN MMN9H4PN MMN9H4SN MMN9V4PN MMN9V4SN MMP133PJ MMP133SJ MMP13H3PJ MMP13H3SJ MMP172PJ MMP172SJ MMP17H2PJ MMP17H2SJ MMP211PJ MMP211SJ MMP21H1PJ MMP21H1SJ MMP55PJ MMP55SJ MMP5H5PJ MMP5H5SJ MMP55P MMP94PJ MMP94SJ MMP9H4PJ MMP9H4SJ MMV133PN MMV133SN MMV13H3PN MMV13H3SN MMV13V3PN MMV13V3SN MMV172PN MMV172SN MMV17H2PN MMV17H2SN MMV17V2PN MMV17V2SN MMV211PN MMV211SN MMV21H1PN MMV21H1SN MMV21V1PN MMV21V1SN MMV55PN MMV55SN MMV5H5PN MMV5H5SN MMV5V5PN MMV5V5SN MMV94PN MMV94SN MMV9H4PN MMV9H4SN MMV9V4PN MMV9V4SN MMY133P MMY133S MMY172P MMY172S MMY211P MMY211S MMY25P MMY25S MMY55P MMY55S MMY94P MMY94S MMZ133PN MMZ133SN MMZ13H3PN MMZ13H3SN MMZ13V3PN MMZ13V3SN MMZ172PN MMZ172SN MMZ17H2PN MMZ17H2SN MMZ17V2PN MMZ17V2SN MMZ211PN MMZ211SN MMZ21H1PN MMZ21H1SN MMZ21V1PN MMZ21V1SN MMZ55PN MMZ55SN MMZ5H5PN MMZ5H5SN MMZ5V5PN MMZ5V5SN MMZ94PN MMZ94SN MMZ9H4PN MMZ9H4SN MMZ9V4PN MMZ9V4SN MN133PNK MN133PYK MN133SN MN133SY MN13H3PNK MN13H3PYK MN13H3SN MN13H3SY MN172PNK MN172PYK MN172SN MN172SY MN17H2PNK MN17H2PYK MN17H2SN MN17H2SY MN211PNK MN211PYK MN211SN MN211SY MN21H1PNK MN21H1PYK MN21H1SN MN21H1SY MN25PNK MN25SN MN55PNK MN55PYK MN55SN MN55SY MN5H5PNK MN5H5PYK MN5H5SN MN5H5SY MN94PNK MN94PYK MN94SN MN94SY MN9H4PNK MN9H4PYK MN9H4SN MN9H4SY MP133PJK MP133PVK MP133SJ MP133SV MP13H3PJK MP13H3SJ MP13P3PVK MP13P3SV MP172PJK MP172PVK MP172SJ MP172SV MP17H2PJK MP17H2SJ MP17P2PVK MP17P2SV MP211PJK MP211PVK MP211SJ MP211SV MP21H1PJK MP21H1SJ MP21P1PVK MP21P1SV MP25PJK MP25SJ MP55PJK MP55PVK MP55SJ MP55SV MP5H5PJK MP5H5SJ MP5P5PVK MP5P5SV MP55PK MP55PNM MP94PJK MP94PVK MP94SJ MP94SV MP9H4PJK MP9H4SJ MP9P4PVK MP9P4SV MV133PNK MV133PYK MV133SN MV133SY MV13H3PNK MV13H3PYK MV13H3SN MV13H3SY MV172PNK MV172PYK MV172SN MV172SY MV17H2PNK MV17H2PYK MV17H2SN MV17H2SY MV211PNK MV211PYK MV211SN MV211SY MV21H1PNK MV21H1PYK MV21H1SN MV21H1SY MV25PNK MV25SN MV55PNK MV55PYK MV55SN MV55SY MV5H5PNK MV5H5PYK MV5H5SN MV5H5SY MV94PNK MV94PYK MV94SN MV94SY MV9H4PNK MV9H4PYK MV9H4SN MV9H4SY MY133PK MY133PNM MY133S MY133SNM MY172PK MY172PNM MY172S MY172SNM MY211PK MY211PNM MY211S imensions are shown in mm (inch) imensions subject to change

291 Subminiature Index Page Page Page Page MY211SNM JK37P*-1N M-214S-NM MY25P JK37P*-1U0N M-214S-O MY25PNM JK37P*-1U7N M-214S-O MY25PNM*1ON JK37P*-1U7N M-2536-NM MY25PO3NM JK37P*-O M-253P-10N-K MY25S JK37S*-10N M-253P-17N-K MY25SNM JK37S*-15N M-253P-NM MY25SNM*1ON JK37S*-16N M-253P-O2-K MY25SO3NM , 195 JK37S*-17N M-253P-O4-K MY55PK JK37S*-18N M-253S-10N MY55PNM JK37S*-19N M-253S-17N MY55S JK37S*-1N M-253S-NM MY55SNM JK37S*-1N M-253S-NM MY94PK , 195 JK37S*-1GN M-253S-O MY94PNM JK37S*-1HN M-253S-O MY94S JK37S*-1JN M-272P-10N-K MY94SNM JK37S*-1PN M-272P-17N-K MZ133PNK JK37S*-1TN M-272P-O2-K MZ133PYK JK37S*-1UN M-272P-O4-K MZ133SN , 195 JK37S*-1VN M-272S-10N MZ133SY P-02-K JK37S*-1N M-272S-17N MZ13H3PNK P-15N-K JK37S*-1U0N M-272S-NM MZ13H3PYK P-16N-K JK37S*-1U7N M-272S-O MZ13H3SN P-17N-K JK37S*-1U7N M-272S-O MZ13H3SY P-18N-K JK37S*-O M-37P-NM MZ172PNK P-19N-K JK37P*-10N M-37S-NM MZ172PYK P-1N-K JK37P*-1U0N M-37S-NM MZ172SN P-1N-K JK37P*-O M-37S-NM MZ172SY P-1JN-K JK37P*-O M-88P-10N-K MZ17H2PNK P-1ON-K JK37S*-10N M-88P-17N-K MZ17H2PYK P-1TN-K JK37S*-1U0N M-88P-NM MZ17H2SN P-1UN-K JK37S*-O M-88P-NM MZ17H2SY P-1VN-K JK37S*-O M-88P-O2-K MZ211PNK P-1N-K JKX37P*-10N M-88P-O4-K MZ211PYK P-179-K JKX37P*-O M-88S-10N MZ211SN PK JKX37P*-O M-88S-17N MZ211SY S JKX37S*-10N M-88S-MN MZ21H1PNK S-15N JKX37S*-O M-88S-NM MZ21H1PYK S-16N JKX37S*-O M-88S-NM MZ21H1SN S-17N JT37P M-88S-O MZ21H1SY S-18N JT37S* M-88S-O MZ25PNK S-19N JT37P M136P10NNMK MZ25SN S-1N JT37S* M136P17NNMK MZ55PNK S-1N JTX37P M136P19NNMK MZ55PYK S-1JN JTX37S* M136P179NMK MZ55SN S-1ON M-136P-10N-K M136PK MZ55SY S-1TN M-136P-17N-K M136PNM MZ5H5PNK S-1UN M-136P-NM M136PNMK MZ5H5PYK S-1VN M-136P-NM M136PO3NMK MZ5H5SN S-1N M-136P-NM M136S10NNMK MZ5H5SY S M-136P-NM M136S17NNMK MZ94PNK S M-136P-O2-K M136S19NNMK MZ94PYK M-136P-O4-K M136S MZ94SN M-136S-10N M136S179NMK MZ94SY M-136S-17N M136SNM MZ9H4PNK M-136S-NM M136SNMK MZ9H4PYK M-136S-NM M136SNM MZ9H4SN PK M-136S-O M136SO3NMK MZ9H4SY S M-136S-O M175P10NNMK NG25P-P PK M-175P-10N-K M175P17NNMK NG25S-P PK87O...36 M-175P-17N-K M175P19NNMK NG25P-P S197O...37 M-175P-NM M175P179NMK NG25S-P PK M-175P-NM M175PK NG25P-P S M-175P-NM M175PNM NG25S-P P-02-K M-175P-O2-K M175PNM NGX25P-P PK M-175P-O4-K M175PNMK NGX25S-P S M-175S-10N M175PO3NMK NGZ25P-P S M-175S-17N M175S-NM NGZ25S-P1...5 JK37P*-10N M-175S-NM M175S10NNMK P* JK37P*-15N M-175S-NM M175S17NNMK P*G...38 JK37P*-16N M-175S-NM M175S19NNMK S* JK37P*-17N M-175S-O M175S S*G...39 JK37P*-18N M-175S-O M175S179NMK P* JK37P*-19N M-214P-NM M175SNM P*G...38 JK37P*-1N M-214S-NM M175SNMK S* JK37P*-1N M-214P-10N-K M175SO3NMK S*G...39 JK37P*-1GN M-214P-17N-K M214S-NM X25P-02-K JK37P*-1HN M-214P-NM M214P-NM X25PK JK37P*-1JN M-214P-NM M214P10NNMK X25S JK37P*-1PN M-214P-O2-K M214P17NNMK X25S JK37P*-1TN M-214P-O4-K M214P19NNMK , 218 JK37P*-1UN M-214S-10N M214P179NMK , 218 JK37P*-1VN M-214S-17N M214PK R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 289

292 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page M214PNM M37S17NNMK M253SV M37P M214PNMK M37S19NNMK M25H3PJK M37S M214PO3NMK M37S M25H3SJ M88PK M214S-NM M37S M25P3PVK M88S M214S10NNMK M37S M25P3SV MG136PJK M214S17NNMK M37S M272PJK MG136PVK M214S19NNMK M37S M272PVK MG136SJ M214S M37S M272SJ MG136SV M214S179NMK M37S M272SV MG13H6PJK M214SNM M37S M27H2PJK MG13H6SJ M214SNMK M37S179NMK M27H2SJ MG13P6PVK M214SO3NMK M37SG M27P2PVK MG13P6SV M253P-NM M37SH M27P2SV MG175PJK M253P10NNMK M37SK M37PJK MG175PVK M253P17NNMK M37S M37SJ MG175SJ M253P19NNMK M37SNM M88PJK MG175SV M253P179NMK M37SM M88PVK MG17H5PJK M253PK M37SNM M88SJ MG17H5SJ M253PNM M37SNM*17N M88SV MG17P5PVK M253PNMK M37SNM*19N M8H8PJK MG17P5SV M253PO3NMK M37SNM*1ON M8H8SJ MG214PJK M253S10NNMK M37SNM M8P8PVK MG214PVK M253S17NNMK M37SNMK M8P8SV MG214SJ M253S19NNMK M37SO3NM M136PJK MG214SV M253S M37SO3NMK M136PVK MG21H4PJK M253S179NMK M37SP M136SJ MG21H4SJ M253SNM M37SR M136SV MG21P4PVK M253SNMK M37SS M13H6PJK MG21P4SV M253SO3NMK M37S M13H6SJ MG253PJK M272O3NMK M37SX M13P6PVK MG253PVK M272P-NM M37SZ M13P6SV MG253SJ M272P10NNMK M50P M175PJK MG253SV M272P17NNMK M88PK M175PVK MG25H3PJK M272P19NNMK M88PNM M175SJ MG25H3SJ M272P179NMK M88PNM M175SV MG25P3PVK M272PK M88PNMK M17H5PJK MG25P3SV M272PNM M88PNM M17H5SJ MG272PJK M272PNMK M88S M17P5PVK MG272PVK M272PO3NMK M88SNM M17P5SV MG272SJ M272S10NNMK M88SNM M214PJK MG272SV M272S17NNMK M88SNMK M214PVK MG27H2PJK M272S19NNMK M37PNM M214SJ MG27H2SJ M272S M37PNMK M214SV MG27P2PVK M272S179NMK M37SNM M21H4PJK MG27P2SV M272SNM M37SNMK M21H4SJ MG37PJK M272SNMK M62PNM M21P4PVK MG37SJ M37P M62SNM M21P4SV MG88PJK M37P10NNMK MY37PNM M253PJK MG88PVK M37P17NNMK MY37SNM M253PVK MG88SJ M37P19NNMK MY62PNM M253SJ MG88SV M37P MY62SNM M253SV MG8H8PJK M37P M-175S-NM M25H3PJK MG8H8SJ M37P M-37S-NM M25H3SJ MG8P8PVK M37P M-37S-NM M25P3PVK MG8P8SV M37P M37S-NM M25P3SV MM136P M37P M37S-NM M272PJK MM136S M37P M136PJK M272PVK MM175P M37P M136PVK M272SJ MM175S M37P179NMK M136SJ M272SV MM214P M37PG M136SV M27H2PJK MM214S M37PH M13H6PJK M27H2SJ MM247S M37PK M13H6SJ M27P2PVK MM253P M37P M13P6PVK M27P2SV MM253S M37PNM M13P6SV M37PJK MM272P M37PM M175PJK M37SJ MM272S M37PNM M175PVK M88PJK MM364S M37PNM*17N M175SJ M88PVK MM37P M37PNM*19N M175SV M88SJ MM37P M37PNM*1ON M17H5PJK M88SV MM37P M37PNM M17H5SJ M8H8PJK MM37P M37PNM M17P5PVK M8H8SJ MM37P M37PNMK M17P5SV M8P8PVK MM37P M37PNM M214PJK M8P8SV MM37P M37PO3NM M214PVK M136PK MM37P M37PO3NMK M214SJ M136S MM37P M37PP M214SV M175PK MM37PG M37PR M21H4PJK M175S MM37PH M37PS M21H4SJ M214PK MM37PK M37P M21P4PVK M214S MM37P M37PX M21P4SV M253PK MM37PM M37PZ M253PJK M253S MM37PP M37S M253PVK M272PK MM37PR M37S10NNMK M253SJ M272S MM37PS imensions are shown in mm (inch) imensions subject to change

293 Subminiature Index Page Page Page Page MM37P MM253S MMP253SJ MMZ253PN MM37PX MM272P MMP25H3PJ MMZ253SN MM37PZ MM272S MMP25H3SJ MMZ25H3PN MM37S MM364S MMP272PJ MMZ25H3SN MM37S MM37P MMP272SJ MMZ25V3PN MM37S MM37S MMP27H2PJ MMZ25V3SN MM37S MM432S MMP27H2SJ MMZ272PN MM37S MM471S MMP88PJ MMZ272SN MM37S MM88P MMP88SJ MMZ27H2PN MM37S MM88S MMP8H8PJ MMZ27H2SN MM37S MMG136PJ MMP8H8SJ MMZ27V2PN MM37S MMG136SJ MMV136PN MMZ27V2SN MM37SG MMG13H6PJ MMV136SN MMZ88PN MM37SH MMG13H6SJ MMV13H6PN MMZ88SN MM37SK MMG175PJ MMV13H6SN MMZ8H8PN MM37S MMG175SJ MMV13V6PN MMZ8H8SN MM37SM MMG17H5PJ MMV13V6SN MMZ8V8PN MM37SP MMG17H5SJ MMV175PN MMZ8V8SN MM37SR MMG214PJ MMV175SN MN136PNK MM37SS MMG214SJ MMV17H5PN MN136PYK MM37S MMG21H4PJ MMV17H5SN MN136SN MM37SX MMG21H4SJ MMV17V5PN MN136SY MM37SZ MMG253PJ MMV17V5SN MN13H6PNK MM432S MMG253SJ MMV214PN MN13H6PYK MM471S MMG25H3PJ MMV214SN MN13H6SN MM88P MMG25H3SJ MMV21H4PN MN13H6SY MM88S MMG272PJ MMV21H4SN MN175PNK MM136PJ MMG272SJ MMV21V4PN MN175PYK MM136SJ MMG27H2PJ MMV21V4SN MN175SN MM13H6PJ MMG27H2SJ MMV253PN MN175SY MM13H6SJ MMG88PJ MMV253SN MN17H5PNK MM175PJ MMG88SJ MMV25H3PN MN17H5PYK MM175SJ MMG8H8PJ MMV25H3SN MN17H5SN MM17H5PJ MMG8H8SJ MMV25V3PN MN17H5SY MM17H5SJ MMN136PN MMV25V3SN MN214PNK MM214PJ MMN136SN MMV272PN MN214PYK MM214SJ MMN13H6PN MMV272SN MN214SN MM21H4PJ MMN13H6SN MMV27H2PN MN214SY MM21H4SJ MMN13V6PN MMV27H2SN MN21H4PNK MM253PJ MMN13V6SN MMV27V2PN MN21H4PYK MM253SJ MMN175PN MMV27V2SN MN21H4SN MM25H3PJ MMN175SN MMV88PN MN21H4SY MM25H3SJ MMN17H5PN MMV88SN MN253PNK MM272PJ MMN17H5SN MMV8H8PN MN253PYK MM272SJ MMN17V5PN MMV8H8SN MN253SN MM27H2PJ MMN17V5SN MMV8V8PN MN253SY MM27H2SJ MMN214PN MMV8V8SN MN25H3PNK MM88PJ MMN214SN MMY136P MN25H3PYK MM88SJ MMN21H4PN MMY136S MN25H3SN MM8H8PJ MMN21H4SN MMY175P MN25H3SY MM8H8SJ MMN21V4PN MMY175S MN272PNK MM136PJ MMN21V4SN MMY214P MN272PYK MM136SJ MMN253PN MMY214S MN272SN MM13H6PJ MMN253SN MMY247S MN272SY MM13H6SJ MMN25H3PN MMY253P MN27H2PNK MM175PJ MMN25H3SN MMY253S MN27H2PYK MM175SJ MMN25V3PN MMY272P MN27H2SN MM17H5PJ MMN25V3SN MMY272S MN27H2SY MM17H5SJ MMN272PN MMY364S MN37PNK MM214PJ MMN272SN MMY37P MN37SN MM214SJ MMN27H2PN MMY37S MN88PNK MM21H4PJ MMN27H2SN MMY432S MN88PYK MM21H4SJ MMN27V2PN MMY471S MN88SN MM253PJ MMN27V2SN MMY88P MN88SY MM253SJ MMN88PN MMY88S MN8H8PNK MM25H3PJ MMN88SN MMZ136PN MN8H8PYK MM25H3SJ MMN8H8PN MMZ136SN MN8H8SN MM272PJ MMN8H8SN MMZ13H6PN MN8H8SY MM272SJ MMN8V8PN MMZ13H6SN MP136PJK MM27H2PJ MMN8V8SN MMZ13V6PN MP136PVK MM27H2SJ MMP136PJ MMZ13V6SN MP136SJ MM88PJ MMP136SJ MMZ175PN MP136SV MM88SJ MMP13H6PJ MMZ175SN MP13H6PJK MM8H8PJ MMP13H6SJ MMZ17H5PN MP13H6SJ MM8H8SJ MMP175PJ MMZ17H5SN MP13P6PVK MM136P MMP175SJ MMZ17V5PN MP13P6SV MM136S MMP17H5PJ MMZ17V5SN MP175PJK MM175P MMP17H5SJ MMZ214PN MP175PVK MM175S MMP214PJ MMZ214SN MP175SJ MM214P MMP214SJ MMZ21H4PN MP175SV MM214S MMP21H4PJ MMZ21H4SN MP17H5PJK MM247S MMP21H4SJ MMZ21V4PN MP17H5SJ MM253P MMP253PJ MMZ21V4SN MP17P5PVK R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 291

294 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page MP17P5SV MV8H8SN MZ8H8SY P-02-K MP214PJK MV8H8SY NG37P-P PK MP214PVK MY136PK NG37S-P S MP214SJ MY136PNM NG37P-P S MP214SV MY136S NG37S-P1...5 JK50P*-O MP21H4PJK MY136SNM NG37P-P1...4 JK50P*-O MP21H4SJ MY175PK NG37S-P1...5 JK50P*-O MP21P4PVK MY175PNM NGX37P-P1...4 JKX50P*-O MP21P4SV MY175S NGX37S-P1...5 JKX50P*-O MP253PJK MY175SNM NGZ37P-P1...4 M-247P-10N-K MP253PVK MY214PK NGZ37S-P1...5 M-247P-17N-K MP253SJ MY214PNM P* M-247P-NM MP253SV MY214S P*G...38 M-247P-NM MP25H3PJK MY214SNM S* M-247P-O2-K MP25H3SJ MY253PK S*G...39 M-247P-O4-K MP25P3PVK MY253PNM P* M-247S-10N MP25P3SV MY253S P*G...38 M-247S-17N MP272PJK MY253SNM S* M-247S-NM MP272PVK MY272PK S*G...39 M-247S-NM MP272SJ MY272PNM X37P-02-K M-247S-O MP272SV MY272S X37PK M-247S-O MP27H2PJK MY272SNM X37S M-364P-10N-K MP27H2SJ MY37P X37S M-364P-17N-K MP27P2PVK MY37PNM , 218 M-364P-NM MP27P2SV MY37PNM*1ON , 218 M-364P-O2-K MP37PJK MY37PO3NM M-364P-O4-K MP37SJ MY37S M-364S-10N MP88PJK MY37SNM M-364S-17N MP88PVK MY37SNM*1ON M-364S-NM MP88SJ MY37SO3NM M-364S-NM MP88SV MY88PK , 195 M-364S-O MP8H8PJK MY88PNM M-364S-O MP8H8SJ MY88S M-432P-10N-K MP8P8PVK MY88SNM M-432P-17N-K MP8P8SV MZ136PNK M-432P-O2-K MV136PNK MZ136PYK , 195 M-432P-O4-K MV136PYK MZ136SN M-432S-10N MV136SN MZ136SY M-432S-17N MV136SY MZ13H6PNK M-432S-NM MV13H6PNK MZ13H6PYK M-432S-NM MV13H6PYK MZ13H6SN M-432S-O MV13H6SN MZ13H6SY , 195 M-432S-O MV13H6SY MZ175PNK M-471P-10N-K MV175PNK MZ175PYK P-02-K M-471P-17N-K MV175PYK MZ175SN P-15N-K M-471P-O2-K MV175SN MZ175SY P-16N-K M-471P-O4-K MV175SY MZ17H5PNK P-17N-K M-471S-10N MV17H5PNK MZ17H5PYK P-18N-K M-471S-17N MV17H5PYK MZ17H5SN P-19N-K M-471S-NM MV17H5SN MZ17H5SY P-1N-K M-471S-O MV17H5SY MZ214PNK P-1N-K M-471S-O MV214PNK MZ214PYK P-1JN-K M-50P-NM MV214PYK MZ214SN P-1ON-K M-50S-NM MV214SN MZ214SY P-1TN-K M-50S-NM MV214SY MZ21H4PNK P-1UN-K M247P10NNMK MV21H4PNK MZ21H4PYK P-1VN-K M247P17NNMK MV21H4PYK MZ21H4SN P-1N-K M247P19NNMK MV21H4SN MZ21H4SY P-179-K M247P179NMK MV21H4SY MZ253PNK PK M247PK MV253PNK MZ253PYK S M247PNM MV253PYK MZ253SN S-15N M247PNM MV253SN MZ253SY S-16N M247PNMK MV253SY MZ25H3PNK S-17N M247PO3NMK MV25H3PNK MZ25H3PYK S-18N M247S10NNMK MV25H3PYK MZ25H3SN S-19N M247S17NNMK MV25H3SN MZ25H3SY S-1N M247S19NNMK MV25H3SY MZ272PNK S-1N M247S MV272PNK MZ272PYK S-1JN M247S179NMK MV272PYK MZ272SN S-1ON M247SNM MV272SN MZ272SY S-1TN M247SNM MV272SY MZ27H2PNK S-1UN M247SNMK MV27H2PNK MZ27H2PYK S-1VN M247SO3NMK MV27H2PYK MZ27H2SN S-1N M364P10NNMK MV27H2SN MZ27H2SY S M364P17NNMK MV27H2SY MZ37PNK S M364P19NNMK MV37PNK MZ37SN M364P179NMK MV37SN MZ88PNK M364PK MV88PNK MZ88PYK M364PNM MV88PYK MZ88SN M364PNMK MV88SN MZ88SY PK M364PO3NMK MV88SY MZ8H8PNK S M364S10NNMK MV8H8PNK MZ8H8PYK PK M364S17NNMK MV8H8PYK MZ8H8SN S M364S19NNMK imensions are shown in mm (inch) imensions subject to change

295 Subminiature Index Page Page Page Page M364S M50S M471S MM24H7PJ M364S179NMK M50S M50P MM24H7SJ M364SNM M50S M50S MM364PJ M364SNM M50S179NMK MG247PJK MM364SJ M364SNMK M50SG MG247SJ MM36H4PJ M364SO3NMK M50SH MG24H7PJK MM36H4SJ M432P-NM M50SK MG24H7SJ MM432PJ M432P10NNMK M50S MG364PJK MM432SJ M432P17NNMK M50SNM MG364SJ MM43H2PJ M432P19NNMK M50SM MG36H4PJK MM43H2SJ M432P179NMK M50SNM MG36H4SJ MM471PJ M432PK M50SNM*17N MG432PJK MM471SJ M432PNM M50SNM*19N MG432SJ MM47H1PJ M432PNMK M50SNM*1ON MG43H2PJK MM47H1SJ M432PO3NMK M50SNM MG43H2SJ MM247P M432S10NNMK M50SNM MG471PJK MM364P M432S17NNMK M50SNMK MG471SJ MM432P M432S19NNMK M50SO3NM MG47H1PJK MM471P M432S M50SO3NMK MG47H1SJ MM50P M432S179NMK M50SP MG50PJK MM50S M432SNM M50SR MG50SJ MMG247PJ M432SNMK M50SS MM247P MMG247SJ M432SO3NMK M50S MM364P MMG24H7PJ M471P-NM M50SX MM432P MMG24H7SJ M471P10NNMK M50SZ MM471P MMG364PJ M471P17NNMK M50PNM MM50P MMG364SJ M471P19NNMK M50PNMK MM50P MMG36H4PJ M471P179NMK M50SNM MM50P MMG36H4SJ M471PK M50SNMK MM50P MMG432PJ M471PNM M78PNM MM50P MMG432SJ M471PNMK M78SNM MM50P MMG43H2PJ M471PO3NMK MY50PNM MM50P MMG43H2SJ M471S10NNMK MY50SNM MM50P MMG471PJ M471S17NNMK MY78PNM MM50P MMG471SJ M471S19NNMK MY78SNM MM50PG MMG47H1PJ M471S M-247S-NM MM50PH MMG47H1SJ M471S179NMK M-50S-NM MM50PK MMN247PN M471SNM M-50S-NM MM50P MMN247SN M471SNMK M50S-NM MM50PM MMN24H7PN M471SO3NMK M50S-NM MM50PP MMN24H7SN M50P M247PJK MM50PR MMN24V7PN M50P10NNMK M247SJ MM50PS MMN24V7SN M50P17NNMK M24H7PJK MM50P MMN364PN M50P19NNMK M24H7SJ MM50PX MMN364SN M50P M364PJK MM50PZ MMN36H4PN M50P M364SJ MM50S MMN36H4SN M50P M36H4PJK MM50S MMN36V4PN M50P M36H4SJ MM50S MMN36V4SN M50P M432PJK MM50S MMN432PN M50P M432SJ MM50S MMN432SN M50P M43H2PJK MM50S MMN43H2PN M50P179NMK M43H2SJ MM50S MMN43H2SN M50PG M471PJK MM50S MMN43V2PN M50PH M471SJ MM50S MMN43V2SN M50PK M47H1PJK MM50SG MMN471PN M50P M47H1SJ MM50SH MMN471SN M50PNM M50PJK MM50SK MMN47H1PN M50PM M50SJ MM50S MMN47H1SN M50PNM M247PJK MM50SM MMN47V1PN M50PNM*17N M247SJ MM50SP MMN47V1SN M50PNM*19N M24H7PJK MM50SR MMP247PJ M50PNM*1ON M24H7SJ MM50SS MMP247SJ M50PNM M364PJK MM50S MMP24H7PJ M50PNM M364SJ MM50SX MMP24H7SJ M50PNMK M36H4PJK MM50SZ MMP364PJ M50PNM M36H4SJ MM247PJ MMP364SJ M50PO3NM M432PJK MM247SJ MMP36H4PJ M50PO3NMK M432SJ MM24H7PJ MMP36H4SJ M50PP M43H2PJK MM24H7SJ MMP432PJ M50PR M43H2SJ MM364PJ MMP432SJ M50PS M471PJK MM364SJ MMP43H2PJ M50P M471SJ MM36H4PJ MMP43H2SJ M50PX M47H1PJK MM36H4SJ MMP471PJ M50PZ M47H1SJ MM432PJ MMP471SJ M50S M50PJK MM432SJ MMP47H1PJ M50S10NNMK M50SJ MM43H2PJ MMP47H1SJ M50S17NNMK M247PK MM43H2SJ MMV247PN M50S19NNMK M247S MM471PJ MMV247SN M50S M364PK MM471SJ MMV24H7PN M50S M364S MM47H1PJ MMV24H7SN M50S M432PK MM47H1SJ MMV24V7PN M50S M432S MM247PJ MMV24V7SN M50S M471PK MM247SJ MMV364PN R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 293

296 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page MMV364SN MP24H7PJK MZ364PYK S-17N MMV36H4PN MP24H7SJ MZ364SN S-18N MMV36H4SN MP364PJK MZ364SY S-19N MMV36V4PN MP364SJ MZ36H4PNK S-1N MMV36V4SN MP36H4PJK MZ36H4PYK S-1N MMV432PN MP36H4SJ MZ36H4SN S-1JN MMV432SN MP432PJK MZ36H4SY S-1ON MMV43H2PN MP432SJ MZ432PNK S-1TN MMV43H2SN MP43H2PJK MZ432PYK S-1UN MMV43V2PN MP43H2SJ MZ432SN S-1VN MMV43V2SN MP471PJK MZ432SY S-1N MMV471PN MP471SJ MZ43H2PNK S MMV471SN MP47H1PJK MZ43H2PYK S MMV47H1PN MP47H1SJ MZ43H2SN PK87O MMV47H1SN MP50PJK MZ43H2SY S197O...37 MMV47V1PN MP50SJ MZ471PNK S MMV47V1SN MV247PNK MZ471PYK U MMY247P MV247PYK MZ471SN P-02-K MMY364P MV247SN MZ471SY PK MMY432P MV247SY MZ47H1PNK S MMY471P MV24H7PNK MZ47H1PYK S MMY50P MV24H7PYK MZ47H1SN JK9P*-10N MMY50S MV24H7SN MZ47H1SY JK9P*-15N MMZ247PN MV24H7SY MZ50PNK JK9P*-16N MMZ247SN MV364PNK MZ50SN JK9P*-17N MMZ24H7PN MV364PYK NG50P-P1...4 JK9P*-18N MMZ24H7SN MV364SN NG50S-P1...5 JK9P*-19N MMZ24V7PN MV364SY NG50P-P1...4 JK9P*-1N MMZ24V7SN MV36H4PNK NG50S-P1...5 JK9P*-1N MMZ364PN MV36H4PYK NG50P-P1...4 JK9P*-1GN MMZ364SN MV36H4SN NG50S-P1...5 JK9P*-1HN MMZ36H4PN MV36H4SY NGX50P-P1...4 JK9P*-1JN MMZ36H4SN MV432PNK NGX50S-P1...5 JK9P*-1PN MMZ36V4PN MV432PYK NGZ50P-P1...4 JK9P*-1TN MMZ36V4SN MV432SN NGZ50S-P1...5 JK9P*-1UN MMZ432PN MV432SY X50P-02-K JK9P*-1VN MMZ432SN MV43H2PNK X50PK JK9P*-1N MMZ43H2PN MV43H2PYK X50S JK9P*-1U0N MMZ43H2SN MV43H2SN X50S JK9P*-1U7N MMZ43V2PN MV43H2SY , 218 JK9P*-1U7N MMZ43V2SN MV471PNK , 218 JK9P*-O MMZ471PN MV471PYK JK9S*-10N MMZ471SN MV471SN JK9S*-15N MMZ47H1PN MV471SY JK9S*-16N MMZ47H1SN MV47H1PNK JK9S*-17N MMZ47V1PN MV47H1PYK JK9S*-18N MMZ47V1SN MV47H1SN JK9S*-19N MN247PNK MV47H1SY JK9S*-1N MN247PYK MV50PNK JK9S*-1N MN247SN MV50SN JK9S*-1GN MN247SY MY247PK JK9S*-1HN MN24H7PNK MY247PNM JK9S*-1JN MN24H7PYK MY247S JK9S*-1PN MN24H7SN MY247SNM , 195 JK9S*-1TN MN24H7SY MY364PK JK9S*-1UN MN364PNK MY364PNM JK9S*-1VN MN364PYK MY364S , 195 JK9S*-1N MN364SN MY364SNM JK9S*-1U0N MN364SY MY432PK JK9S*-1U7N MN36H4PNK MY432PNM JK9S*-1U7N MN36H4PYK MY432S JK9S*-O MN36H4SN MY432SNM JK9P*-10N MN36H4SY MY471PK JK9P*-1U0N MN432PNK MY471PNM JK9P*-O MN432PYK MY471S P-02-K JK9P*-O MN432SN MY471SNM P-15N-K JK9S*-10N MN432SY MY50P P-16N-K JK9S*-1U0N MN43H2PNK MY50PNM P-17N-K JK9S*-O MN43H2PYK MY50PNM*1ON P-18N-K JK9S*-O MN43H2SN MY50PO3NM P-19N-K JKX9P*-10N MN43H2SY MY50S P-1N-K JKX9P*-O MN471PNK MY50SNM P-1N-K JKX9P*-O MN471PYK MY50SNM*1ON P-1JN-K JKX9S*-10N MN471SN MY50SO3NM P-1ON-K JKX9S*-O MN471SY MZ247PNK P-1TN-K JKX9S*-O MN47H1PNK MZ247PYK P-1UN-K JT9P MN47H1PYK MZ247SN P-1VN-K JT9S* MN47H1SN MZ247SY P-1N-K JT9P MN47H1SY MZ24H7PNK P-179-K JT9S* MN50PNK MZ24H7PYK PK JTX9P MN50SN MZ24H7SN S JTX9S* MP247PJK MZ24H7SY S-15N M-51P-10N-K MP247SJ MZ364PNK S-16N M-51P-17N-K imensions are shown in mm (inch) imensions subject to change

297 Subminiature Index Page Page Page Page M-51P-NM M9SNM MM51P MMZ5V1SN M-51P-NM M9SNM*17N MM51S MN51PNK M-51P-NM M9SNM*19N MM9P MN51PYK M-51P-O2-K M9SNM*1ON MM9P MN51SN M-51P-O4-K M9SNM MM9P MN51SY M-51S-10N M9SNMK MM9P MN5H1PNK M-51S-17N M9SNM MM9P MN5H1PYK M-51S-NM M9SO3NM MM9P MN5H1SN M-51S-NM M9SO3NMK MM9P MN5H1SY M-51S-O M9SP MM9P MN9PNK M-51S-O M9SR MM9P MN9SN M-9P-NM M9SS MM9PG MP51PJK M-9S-NM M9S MM9PH MP51PVK M-9S-NM M9SX MM9PK MP51SJ M51P10NNMK M9SZ MM9P MP51SV M51P17NNMK M15PNM MM9PM MP5H1PJK M51P19NNMK M15PNMK47O MM9PP MP5H1SJ M51P179NMK M15SNM MM9PR MP5P1PVK M51PK M15SNMK47O MM9PS MP5P1SV M51PNM M25PNMK47O MM9P MP9PJK M51PNMK M25SNMK47O MM9PX MP9SJ M51PO3NMK M37PNMK47O MM9PZ MPPNM M51S10NNMK M37SNMK47O MM9S MV51PNK M51S17NNMK M50PNMK47O MM9S MV51PYK M51S19NNMK M50SNMK47O MM9S MV51SN M51S M9PNM MM9S MV51SY M51S179NMK M9PNMK47O MM9S MV5H1PNK M51SNM M9PNMK MM9S MV5H1PYK M51SNMK M9SNM MM9S MV5H1SN M51SO3NMK M9SNMK47O MM9S MV5H1SY M9P M9SNMK MM9S MV9PNK M9P10NNMK MK15PNMK47O MM9SG MV9SN M9P17NNMK MK15SNMK47O MM9SH MY51PK M9P19NNMK MK25PNMK47O MM9SK MY51PNM M9P MK25SNMK47O MM9S MY51S M9P MK37PNMK47O MM9SM MY51SNM M9P MK37SNMK47O MM9SP MY9P M9P MK50PNMK47O MM9SR MY9PNM M9P MK9PNMK47O MM9SS MY9PNM*1ON M9P MK9SNMK47O MM9S MY9PO3NM M9P MY15PNM MM9SX MY9S M9P MY15SNM MM9SZ MY9SNM M9P179NMK MY9PNM MM51PJ MY9SNM*1ON M9PG MY9SNM MM51SJ MY9SO3NM M9PH M-51S-NM MM5H1PJ MZ51PNK M9PK M-9S-NM MM5H1SJ MZ51PYK M9P M9S-NM MM51PJ MZ51SN M9PNM M9S-NM MM51SJ MZ51SY M9PM M9SNM MM5H1PJ MZ5H1PNK M9PNM M51PJK MM5H1SJ MZ5H1PYK M9PNM*17N M51PVK MM51P MZ5H1SN M9PNM*19N M51SJ MM51S MZ5H1SY M9PNM*1ON M51SV MM9P MZ9PNK M9PNMK M5H1PJK MM9S MZ9SN M9PNM M5H1SJ MMG51PJ NG9P-P1...4 M9PNM M5P1PVK MMG51SJ NG9S-P1...5 M9PO3NM M5P1SV MMG5H1PJ NG9P-P1...4 M9PO3NMK M9SJ MMG5H1SJ NG9S-P1...5 M9PP MP9PJK MMN51PN NG9P-P1...4 M9PR M51PJK MMN51SN NG9S-P1...5 M9PS M51PVK MMN5H1PN NGX9P-P1...4 M9P M51SJ MMN5H1SN NGX9S-P1...5 M9PX M51SV MMN5V1PN NGZ9P-P1...4 M9PZ M5H1PJK MMN5V1SN NGZ9S-P1...5 M9S M5H1SJ MMP51PJ P* M9S10NNMK M5P1PVK MMP51SJ P*G...38 M9S17NNMK M5P1SV MMP5H1PJ S* M9S19NNMK M9PJK MMP5H1SJ S*G...39 M9S M9SJ MMV51PN P* M9S M51PK MMV51SN P*G...38 M9S M51S MMV5H1PN S* M9S M9P MMV5H1SN S*G...39 M9S M9S MMV5V1PN X9P-02-K M9S MG51PJK MMV5V1SN X9PK M9S MG51PVK MMY51P X9S M9S MG51SJ MMY51S X9S M9S179NMK MG51SV MMY9P M , 195 M9SG MG5H1PJK MMY9S M , 195 M9SH MG5H1SJ MMZ51PN M , 195 M9SK MG5P1PVK MMZ51SN M , 195 M9S MG5P1SV MMZ5H1PN M , 195 M9SNM MG9PJK MMZ5H1SN M , 195 M9SM MG9SJ MMZ5V1PN M , 195 R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 295

298 Subminiature Index R e a d e r s R e s o u r c e Page Page Page Page M M M , 195 MSM-9S-Z11-VS M , 195 M , 195 M Z15P-1KN M M , 195 M Z15P M , 195 M M Z15P-O2...8 M M M Z15S-1KN M , 195 M , 195 M Z15S M M , 195 M Z15S-O2...9 M , 195 M , 195 M Z15P-O M M , 195 M Z15S-O M , 195 M M Z15P-1KN M M M Z15S-1KN M M M Z25P-1KN M M M Z25P M M M Z25P-O2...8 M M M Z25S-1KN M M M , 191 Z25S M M M , 191 Z25S-O2...9 M M M , 191 Z25P-O M M M Z25S-O M M M Z25P-1KN M M M Z25S-1KN M M M Z37P-1KN M M M Z37P M M M Z37P-O2...8 M M M Z37S-1KN M M M Z37S M M M Z37S-O2...9 M M , 195 M Z37P-O M M , 195 M Z37S-O M M , 195 M Z37P-1KN M M , 195 M , 191 Z37S-1KN M M M , 191 Z50P M M M , 191 Z50P-O2...8 M , 191 M M Z50S M M M Z50S-O2...9 M M M Z50P-O M , 191 M M Z50S-O M M M Z9P-1KN M M M24308/ Z9P M , 191 M M24308/ Z9P-O2...8 M M M85049/ Z9S-1KN M M M85049/ Z9S M M M85049/ Z9S-O2...9 M M , 195 M85049/ Z9P-O M M , 195 M85049/ Z9S-O M M , 195 M85049/ Z9P-1KN M M , 195 M85049/ Z9S-1KN M M M85049/ Z15P...18 M M M85049/ Z15S...19 M M M85049/ Z15P...18 M M M85049/ Z15S...19 M M M85049/ Z25P...18 M M M85049/ Z25S...19 M M M85049/ Z25P...18 M M M85049/ Z25S...19 M M M85049/ Z37P...18 M M M85049/ Z37S...19 M M M85049/ Z37P...18 M M M85049/ Z37S...19 M M MSM-15P-Z10-VR Z9P...18 M M MSM-15S-Z11-VS Z9S...19 M M MSM-18P-Z10-VR Z9P...18 M , 195 M MSM-25P-Z10-VR Z9S...19 M M , 195 MSM-25S-Z11-VS M M , 195 MSM-30P-Z10-VR M M , 195 MSM-9P-Z10-VR imensions are shown in mm (inch) imensions subject to change

299 Product Safety Information THIS NOT MUST R IN ONJUNTION ITH TH PROUT T SHT/TOG. IUR TO OSRV TH VI IN THIS INORMTION SHT N TH OPRTING ONITIONS SPII IN TH PROUT T SHT/TOG OU RSUT IN HZROUS SITUTIONS. 1 MTRI ONTNT N PHYSI ORM lectrical connectors do not usually contain hazardous materials. They contain conducting and non-conducting materials and can be divided into two groups. a) Printed circuit types and low cost audio types which employ all plastic insulators and casings. b) Rugged, ire arrier and High Reliability types with metal casings and either natural rubber, synthetic rubber, plastic or glass insulating materials. ontact materials vary with type of connector and also application and are usually manufactured from either: opper, copper alloys, nickel, alumel, chromel or steel. In special applications, other alloys may be specified. 2 IR HRTRISTIS N TRI SHOK HZR There is no fire hazard when the connector is correctly wired and used within the specified parameters. Incorrect wiring or assembly of the connector or careless use of metal tools or conductive fluids, or transit damage to any of the component parts may cause electric shock or burns. ive circuits must not be broken by separating mated connectors as this may cause arcing, ionisation and burning. Heat dissipation is greater at maximum resistance in a circuit. Hot spots may occur when resistance is raised locally by damage, e.g. cracked or deformed contacts, broken strands of wire. ocal overheating may also result from the use of the incorrect application tools or from poor quality soldering or slack screw terminals. Overheating may occur if the ratings in the product ata Sheet/atalog are exceeded and can cause breakdown of insulation and hence electric shock. If heating is allowed to continue it intensifies by further increasing the local resistance through loss of temper of spring contacts, formation of oxide film on contacts and wires and leakage currents through carbonisation of insulation and tracking paths. ire can then result in the presence of combustible materials and this may release noxious fumes. Overheating may not be visually apparent. urns may result from touching overheated components. 3 HNING are must be taken to avoid damage to any component parts of electrical connectors during installation and use. lthough there are normally no sharp edges, care must be taken when handling certain components to avoid injury to fingers. lectrical connectors may be damaged in transit to the customers, and damage may result in creation of hazards. Products should therefore be examined prior to installation/use and rejected if found to be damaged. 4 ISPOS Incineration of certain materials may release noxious or even toxic fumes. 5 PPITION onnectors with exposed contacts should not be selected for use on the current supply side of an electrical circuit, because an electric shock could result from touching exposed contacts on an unmated connector. Voltages in excess of 30 V ac or 42.5 V dc are potentially hazardous and care should be taken to ensure that such voltages cannot be transmitted in any way to exposed metal parts of the connector body. The connector and wiring should be checked, before making live, to have no damage to metal parts or insulators, no solder blobs, loose strands, conducting lubricants, swarf, or any other undesired conducting particles. ircuit resistance and continuity check should be made to make certain that there are no high resistance joints or spurious conducting paths. lways use the correct application tools as specified in the ata Sheet/atalog. o not permit untrained personnel to wire, assemble or tamper with connectors. or operation voltage please see appropriate national regulations. IMPORTNT GNR INORMTION (i) ir and creepage paths/operating voltage The admissible operating voltages depend on the individual applications and the valid national and other applicable safety regulations. or this reason the air and creepage path data are only reference values. Observe reduction of air and creepage paths due to P board and/or harnessing. (ii) Temperature ll information given are temperature limits. The operation temperature depends on the individual application. (iii) Other important information ITT annon continuously endeavours to improve their products. Therefore, ITT annon products may deviate from the description, technical data and shape as shown in this catalog and data sheets. ITT annon manufactures the highest quality products available in the marketplace; however these products are intended to be used in accordance with the specifications in this publication. ny use or application that deviates from the stated operating specifications is not recommended and may be unsafe. No information and data contained in this publication shall be construed to create any liability on the part of ITT annon. ny new issue of this publication shall automatically invalidate and supersede any and all previous issues. limited warranty applies to ITT annon products. xcept for obligations assumed by ITT annon under this warranty, ITT annon shall not be liable for any loss, damage, cost of repairs, incidental or consequential damages of any kind, whether or not based on express or implied warranty, contract, negligence or strict liability arising in connection with the design, manufacture, sale, use or repair of the products. Product availability, prices and delivery dates are exclusively subject to our respective order confirmation form; the same applies to orders based on development samples delivered. This publication is not to be construed as an offer. It is intended merely as an invitation to make an offer. y this publication, ITT annon does not assume responsibility or any liability for any patent infringements or other rights of third parties which may result from its use. Reprinting this publication is generally permitted, indicating the source. However, ITT annon s prior consent must be obtained in all cases. R e a d e r s R e s o u r c e imensions are shown in mm (inch) imensions subject to change 297

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