Slim Body with Automatic Sensitivity Setting. Long Sensing Range. The standard M4 fiber offers the sensing range of 600mm.

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1 PHOTOEECTRIC SENSOR SERIES Slim Body with Automatic Sensitivity Setting RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor Thickness : mm Just mm thick. Even a number of amplifiers save space. Only mm wide with units WH3.D9mm Sensitivity : Times Higher than Before The amplifier performs precise and accurate sensing times greater than a conventional model. It can be used not only to detect the presence of an object, but also to discriminate color, or find a thin film overlap. Complicated and sophisticated application needs are relied on the. The series also provides the green ED amplifier that is eligible for appliations much delicate. ong Sensing Range The standard fiber offers the sensing range of mm. mode standard long sensing range fiber FT-B With lens attachments (FX-EFT-FM) mm.m mode M standard long sensing range fiber FD-B mm Sensitivity Shift If either one of the ight state or the Dark state is unstable but the other is stationary, the threshold level can be shifted from the center between the set ON and OFF levels to the stationary side. Compact Size with Advanced Sensing Technology Number of blinks Margin (%) Margin near by ( threshold level ) Marked Conforming to EMC directive Automatic Sensitivity Setting Anyone can set on optimum sensitivity by just pressing buttons. Even if its power is turned off, the EEPROM memory saves your set sensitivity. Press the ON button with an object Press the OFF button with no object Stability Margin Indication The number of blinks of the stability indicator represents the stability margin that you have set the sensitivity. 3 3 Under to to to to Over Easily detects translucent film overlap. Phone:.9. - Fax: Web: info@clrwtr.com

2 APPICATIONS Detecting wafer The FD- convergent sensing fiber securely detects a wafer without any affection of color or glossiness of the surface. Wafer FD- Detecting clock hands The FD-EG fiber and the FX-MR3 spot lens produce the smallest projection area of.3mm diameter. Normal operation Timer operation Synchronizing sensor Sensor for detection FX-MR3 Sensing output External synchronization input ON OFF ON OFF FD-EG External Synchronization ( only) The is incorporated with the trigger function, either gate or edge trigger is available. With only a synchronizing sensor directly connected to the, the synchronous detection is realized without any other controller. <For IC orientation detection> Off-delay Timer ( & 7 only) Each of the and the 7 is incorporated with the OFF-delay timer, for approx. ms fixed. It is useful when the output signals are so quick and short that a connected device can not take in, for example, by slow scanning time of a device or miniature object detection on a fast production line. Wafer in vacuum chamber The vaccum fiber kit composed of the inner fiber, the joint fiber, and the outer fiber detects a wafer inside a vacuum chamber with air-tightness. FT-J FD- PC, switch, etc. Violet Blue FT-V FV-BR Vacuum chamber Presence of glass board The FD- securely detects the nearest glass board only. Test Input ( only) Glass board cassette Glass board The is incorporated with the test input that makes beam emission s. It is useful to check for the operability before start-up. <When using thru-beam fiber> New s The FD- for detecting glass boards, the FD- for detecting wafers or specular objects, the FT-K for detecting wafers in a cassette by the sharp beam (opening angle ), and the FT-KV as the side-view type of the FT-K. PC, switch, etc. Pink Violet Blue Detecting wafers in cassette The opening angle of the FT-K or the FT-KV is only so that it securely detects wafers in a cassette individually. FT-KV Seam on can The FD-AFME array fiber accurately detects a seam on a can because of its line focusing. FD-AFME Remote Sensitivity Adjustment (7 only) As the sensitivity can be set with two remote switches from the amplifier, your production change-over becomes smooth. Plug-in Connector Type The amplifier with the plug-in connector on the tail can be connected with the S-BM or the S-BX of the sensor & wire-saving link system S-INK; the S-BMW or the S-BW of the sensor block for simple wiring; or the CN--C or the CN--C mating cable at a touch. Refer to the details of the S-INK system on P.l, the sensor block for simple wiring on P.l. PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Approx. ms Phone:.9. - Fax: Web: info@clrwtr.com 37

3 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor ORDER GUIDE For general use fibers [ mode (One pair of two fibers a set)] Sensing range (*) Min. sensing object Type Shape of fiber (mm) [on optimum condition (*)] cable : Red ED type : Red ED type [ : Green ED type ] Features length Model No. R : Green ED type G ong sensing range Standard Small fiber Flexible Small diameter ". ". ". ". ". ". M3 M3 M3 ". M3 ". mm mm mm 7mm mm mm mm 7mm mm 9mm mm m mm R ".mm opaque object G ".mm opaque object 3m 3m 3m R ".mm opaque object G ".mm opaque object R ".mm opaque object G ".mm opaque object R ".mm opaque object G ".3mm opaque object R ".mm opaque object G ".mm opaque object R ".mm opaque object G ".mm opaque object R ".mm opaque object G ".mm opaque object R ".mm opaque object G ".mm opaque object Twice longer sensing range than before Free-cut type Environmental-resistant fibers [ mode (One pair of two fibers a set)] Miniature but the same sensing range as the standard type Mountable in a tight area or a narrow space Free-cut type Small diameter fiber with coiled cable Allowable bending radius : Rmm or more Bending durability : One million times or more Sensing range (*) Min. sensing object [on optimum condition (*)] cable Type Shape of fiber (mm) : Red ED type : Red ED type Features Model No. R : Green ED type [ : Green ED type ] length G Chemicalresistant Vacuum Heat-resistant ens applicable ens applicable With sleeve ens applicable With sleeve ens applicable Small diameter ens applicable Small diameter Small diameter ens applicable With sleeve ens applicable ens applicable m 37mm mm 7mm 3m R ".m opaque object G ".mm opaque object R ".m opaque object G ".m opaque object,mm R "mm opaque object 3mm m R "mm opaque object R ".mm opaque object R ".mm opaque object Heat-resistant : 3C Cold-resistant : C Flexible cable with silicon jacket Heat-resistant : C Cold-resistant : C Heat-resistant : 3C Cold-resistant : C Free-cut type Applicable in chemical solvent Heat-resistant specification (C) ong sensing range with lenses Applicable in chemical solvent Heat-resistant specification (C) Side-view type Applicable in vacuum chamber Heat-resistant : C (*) : The free-cut fibers may reduce the sensing ranges % lower than the above specified according to how they are cut off. m m Bending R : 3mm ( ) m Bending R : m ) m Bending R : 3mm ) ( ( FT-B FT-FM FT-FMS With sleeve 9mm FT-FMS With sleeve mm FT-SFM FT-T FT-NFM FT-NFMS With sleeve 9mm FT-NFMS With sleeve mm FT-SNFM FT-C FT-P FT-P FT-P (*3) FT-H3-M FT-H3-MS With sleeve mm FT-H-M FT-H3-FM FT-Y FT-VY FT-V FT-V (*) : The optimum condition is specified that the sensitivity is adjusted to have the operation indicator exactly light up at a certain distance in the ight-on mode. (*3) : Its model No. has been changed because the shorter plug attachments are provided for the connection. The specifications including the sensing range are identical as before. The vacuum fiber must be used with both the followings. FT-J : Outer fibers in the atmosphere (One pair of two fibers a set) FV-BR : Terminal joints (One pair of two joints a set) 3 Phone:.9. - Fax: Web: info@clrwtr.com

4 ORDER GUIDE For special use fibers [ mode (One pair of two fibers a set)] M ". m m mm mm 7,mm,mm mm mm mm mm m Sensing range (*) Min. sensing object [on optimum condition (*)] cable Type Shape of fiber (mm) : Red ED type R : Red ED type Features Model No. : Green ED type [ : Green ED type ] length G ong sensing range with lenses Ultra-small Narrow beam diameter Side-view Elbow Array Top sensing Side sensing ens applicable R ".mm opaque object G ".mm opaque object R ".mm opaque object G ".mm opaque object R ".mm opaque object ".3mm opaque object G ".3mm opaque object ".3mm opaque object R ".mm opaque object ".3mm opaque object G ".3mm opaque object ".3mm opaque object R ".mm opaque object G ".mm opaque object arge lenses on the s of the fiber s expand the sensing range significantly. cable length m each Small fiber s of ".mm with lenses expand the sensing range. The wide beam stripe detects an object at any place within the area. The fiber is bent at a right angle of mm radius at the neck. FT-FM FT-SFM FT-AFM FT-AFME FT-R Small " mm R ".mm opaque object m FT-V (*3) diameter. ". Sleeve can not be bent. (" for FT-V) mm R ".mm opaque object The side-view sensing FT-V enables to use in a tight ". ". m ".mm opaque object space. R. m FT-SFMSV G ".mm opaque object Sleeve can not be bent. ". "3 Ultra-small diameter s mm R ".mm opaque object produce the sharp beam Sleeve can not be bent. envelope of ".mm. ". "3 Ultra-small diameter s mm R ".3mm opaque object produce the sharp beam Sleeve can not be bent. envelope of ".mm. mm m FT-E (*3) FT-E (*3) "3 mm ".3mm copper wire Beam-opening angle R Equivalent quality as the mm m G ".3mm copper wire laser ray FT-K "3 Beam-opening angle 7mm R ".3mm copper wire Side-view type m FT-KV " The narrow beam-opening M3 angle, one-sixth of a conventional model, reduces cross- m R ".mm opaque object m FT-KMS Sleeve can not be bent. talking. (*) : The free-cut fibers may reduce the sensing ranges % lower than the above specified according to how they are cut off. (*) : The optimum condition is specified that the sensitivity is adjusted to have the operation indicator exactly light up at a certain distance in the ight-on mode. (*3) : Its model No. has been changed because the shorter plug attachments are provided for the connection. The specifications including the sensing range are identical as before. Semi-standard fibers (Custom-order made) The standard fibers can be modified in fiber cable length or in sleeve length based on your request. Select the fiber cable length (symbolized with ) or the sleeve length (symbolized with ) you need from the below table. Type Basic model No. Correlation between attenuation factor of sensing range Standard of threaded (Free-cut) With sleeve With large diameter lens Small diameter of threaded with sleeve (Free-cut) C heat-resistant 3 C heat-resistant FT-FM FT-FM -S FT-FM FT-NFM-S FT-H-M FT-H3-M cable length (Unit : m) Sleeve length (Unit : cm) 3,,,,,,, 3 (*), 3,,,,,,, 3,, 3,,,, 7,, 9,,,, 3, 3 3,, 3,,,, 7,, 9,,, (*) : The standard fiber features in fiber cable length and cm or 9cm in sleeve length. and fiber cable length The longer the fiber cable is the shorter the sensing range becomes. Sensing range attenuation factor cable length (m) PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Phone:.9. - Fax: Web: info@clrwtr.com 39

5 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor ORDER GUIDE For general use fibers [ mode] Sensing range (*) (*) Min. sensing object [at the maximum sensitivity (*3)] cable Type Shape of fiber (mm) : Red ED type R : Red ED type Features Model No. : Green ED type [ G : Green ED type ] length ong sensing range Standard Flexible Small diameter Small fiber ". ". ". M M M M M M M3 M M "3 ". M M3 ". mm mm.mm mm m mm mm mm mm mm 3mm 3mm mm Environmental-resistant fibers [ mode] mm 3mm 3mm 3mm R ".mm gold wire G ".mm copper wire R ".mm gold wire G ".mm copper wire R ".mm gold wire G ".mm copper wire R ".mm gold wire G ".mm copper wire R ".mm gold wire G ".mm copper wire R ".mm gold wire G ".mm copper wire R ".mm gold wire G ".mm stainless steel bar R ".mm gold wire R ".mm gold wire G ".mm copper wire ong sensing range Suitable for green ED type Free-cut type Miniature but the same sensing range as the standard type Mountable in a tight area or a narrow space Free-cut type Allowable bending radius : Rmm or more Bending durability : One million times or more mm m FD-B FD- (*) FD-FM FD-FMS With sleeve 9mm FD-FMS With sleeve mm FD-T FD-T FD-S FD-NFM FD-NFMS With sleeve 9mm FD-NFMS With sleeve mm FD-SNFM FD-P FD-P FD-P (*) Sensing range (*) (*) Min. sensing object [at the maximum sensitivity (*3)] Type Shape of fiber (mm) : Red ED type Features cable Model No. R : Red ED type : Green ED type [ : Green ED type ] length G Vacuum Heat-resistant Coaxial With sleeve Small diameter With sleeve Small diameter Small diameter Coaxial With sleeve Coaxial 9mm mm mm mm mm R ".mm gold wire G ".mm gold wire R ".mm gold wire G ".mm stainless steel bar R ".mm copper wire Heat-resistant : 3C Cold-resistant : C Flexible cable with silicon jacket Heat-resistant : C Cold-resistant : C Heat-resistant : 3 C Cold-resistant : C Free-cut type Applicable in vacuum chamber Heat-resistant : C m m FD-H3-M FD-H3-MS With sleeve mm FD-H-M FD-H3-FM (*) : The sensing range is specified with using white non-glossy (mm). (FD-B : mm, FD-SFMSV : 33mm, FD-KMS : mm) (*) : The free-cut fibers may reduce the sensing ranges % lower than the above specified according to how they are cut off. (*3) : The minimum sensing object is obtainable with the maximum sensitivity, but at the ideal sensing distance within the rated sensing range. (*) : Its model No. has been changed because the shorter plug attachments are provided for the connection. The specifications including the sensing range are identical as before. The vacuum fiber must be used with both the followings. FT-J : Outer fibers in the atmosphere (One pair of two fibers a set) FV-BR : Terminal joints (One pair of two joints a set) FD-V Phone:.9. - Fax: Web: info@clrwtr.com

6 ORDER GUIDE For special use fibers [ mode] 9 "..7 Sleeve can not be bent.. Sleeve can not be bent. "3 " " M3 ". M3 ". " M3 M Sleeve can not be bent. " " M. to mm (Center : mm) 3 to 3mm (Center : mm) Center : m mm mm m.mm 9mm 3mm mm 3mm mm mm mm mm m Sensing range (*) (*) Min. sensing object [at the maximum sensitivity (*3)] Type Shape of fiber (mm) : Red ED type Features cable Model No. R : Red ED type : Green ED type [ : Green ED type ] length G Convergent reflective Side-view Elbow Array High precision Ultra-small diameter Narrowview iquid level detection Glass board detection Wafer or specular object detection Mountable on pipe ens applicable Coaxial ens applicable Coaxial Small diameter Top sensing Side sensing Small diameter Sleeve can not be bent. Coaxial Sleeve can not be bent. Coaxial Applicable pipe diameter : " to " mm PFA (Fluorine resin) or the equivalent bearing the same transparency thickness mm R ".mm gold wire R ".m copper wire R ".mm copper wire R ".mm gold wire R ".mm gold wire R G ".mm gold wire ".mm copper wire ".mm copper wire ".mm stainless steel bar R ".mm gold wire G ".mm stainless steel bar R ".m gold wire R ".m gold wire G ".mm stainless steel bar R ".mm gold wire R ".mm gold wire R ".m gold wire R (iquid) R (iquid) The optical system cancels affection by color or surface condition of an object. Just mm thick Glass board is securely detected. Just 3mm thick Wafer is securely detected. The coaxial fiber gives precise and symmetrical sensing. The combination with the FX-MR3 lens gives the smallest spot diameter of approx. ".3mm. Its wide and flat detection area enables to detect objects traveling through inexactly. The fiber is bent at a right angle of mm radius at the neck. The side view sensing enables to use in a tight space. Mountable in a complex area The coaxial fiber gives precise and symmetrical sensing. The narrow beam-opening angle, one-sixth of a conventional model, makes a small detecting area. iquid drop on the never affects the sensing. iquid surface is securely detected from the outside of a pipe. mm mm mm FD-ENS FD-ENMS FD-KMS FD-FY Phone:.9. - Fax: Web: info@clrwtr.com m m FD- FD- FD- FD-G FD-G FD-EG FD-AFM FD-AFME FD-R FD-V FD-SFMSV (*) : The sensing range is specified with using white non-glossy (mm). (FD-B : mm, FD-SFMSV : 33mm, FD-KMS : mm) (*) : The free-cut fibers may reduce the sensing ranges % lower than the above specified according to how they are cut off. (*3) : The minimum sensing object is obtainable with the maximum sensitivity, but at the ideal sensing distance within the rated sensing range. Type Standard of threaded (Free-cut) With sleeve Small diameter of threaded with sleeve (Free-cut) Basic model No. FD-FM FD-FM -S FD-NFM-S [ ] Semi-standard fibers (Custom-order made) The standard fibers can be modified in fiber cable length or in sleeve length based on your request. Select the fiber cable length (symbolized with ) or the sleeve length (symbolized with ) you need from the below table. cable length (Unit : m) 3,,,,, (*), 3,,,,, Sleeve length (Unit : cm),, 3,,,, 7,, 9,,,,, 3,,,, 7,, 9,,, C heat-resistant 3 C heat-resistant FD-H-M FD-H3-M, 3 3 (*) : The standard fiber features in fiber cable length and cm or 9cm in sleeve length. FD-F FD-F9 Correlation between attenuation factor of sensing range and fiber cable length. The longer the fiber cable. is, the shorter the sensing. range becomes.. Sensing range attenuation factor.. cable length (m) PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ-

7 PHOTOEECTRIC SENSOR ORDER GUIDE Amplifiers Functions ( : Incorporated) RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor Type Appearance Model No. Emitting element Output Standard type External synchronization input type Remote sensitivity adjustment type FB- MS-AJ-F P G GP G 7 7G For thread For M3 thread For M thread For thread Applicable fibers Sensitivity shift Stability margin indication External synchronization FT-B FT-FM FT-FMS FT-FMS FT-T FT-NFM FT-NFMS FT-NFMS FD-B FD-FM FD-FMS FD-FMS FD-T FD-NFM FD-NFMS FD-NFMS Test input FT-P FT-H3-FM FT-P FD-T FD-P The protective tube made of non-corrosive stainless steel protects the inner fiber cable from any stress. The fiber bender curves the sleeve of the fiber at the proper radius. (*) assemblies (For M3, or M threaded fiber) Remote sensitivity adjustment FD-P FD-H3-FM OFF-delay timer Crosstalk prevention Red ED Green ED Red ED Green ED Red ED Green ED With the lateral arm, the sensor can look down an object. 3 NPN open-collector transistor PNP open-collector transistor NPN open-collector transistor PNP open-collector transistor NPN open-collector transistor Plug-in connector type Integrated plug-in connector is available on the standard type. (Standard : Cable type) Model No. : J, PJ (Red ED type) GJ, GPJ (Green ED type) Applicable with the S-BM or the S-BX of the sensor & wire-saving link system S-INK; the S-BMW or the S-BW of the sensor block for simple wiring; or the CN--C or the CN--C mating cable. J GJ Sensor & wire-saving link system, S-INK Refer to P. for details. PNP output type amplifier can not be connected. OPTION ( ) J, PJ GJ, GPJ Designation Model No. Description Protective tube For thru-beam fiber ( ) Protective tube For reflective ( fiber ) bender Universal sensor mounting stand (*) FTP- (.m) FTP- (m) FTP- (.m) FTP-N (.m) FTP-N (m) FTP-N (.m) FDP- (.m) FDP- (m) FDP- (.m) FDP-N (.m) FDP-N (m) FDP-N (.m) Sensor block for simple wiring S-BMW/S-BW Refer to P. ( for details. ) J, PJ GJ, GPJ Protective tube bender Mating cable CN--C ( long) CN--C (m long) Universal sensor mounting stand Height adjustment : Approx. mm (*) : Do not bend the sleeve of any side-view fiber, ultra-small diameter fiber, or narrow-view fiber. (*) : Refer to P.l for details of the universal sensor mounting stand. Phone:.9. - Fax: Web: info@clrwtr.com

8 OPTION Designation Model No. Description PHOTOEECTRIC SENSOR For thru-beam fiber For reflective fiber Expansion lens Super-expansion lens Side-view lens Expansion lens for vacuum fiber Pinpoint spot lens Zoom lens Finest spot lens Zoom lens (Side-view type) FX-E FX-E FX-SV FV-E FX-MR FX-MR FX-MR3 FX-MR Screw-in depth Distance to focal point Distance to focal point Distance to focal point Spot diameter Spot diameter Screw-in depth Six times longer Sensing range (mm) [Two lenses on both sides] or more Applicable amplifier Red ED type Green ED type Ambient temperature : to3c FT-B, 3 FT-FM, FT-T, FT-C, 9 FT-P, FT-H3-M, FT-H-M, FT-R, 9 The farthest Sensing range (mm) [Two lenses on both sides] expansion with large aperture Applicable amplifier Red ED type Green ED type lenses FT-B 3, (*), Ambient temperature : FT-FM 3, (*),7 to3c FT-P 3, (*),3 FT-H3-M 3, (*3), FT-H-M, (*),9 FT-H3-FM 3, (*), FT-R 3, (*), Beam axis is bent by 9. Ambient temperature : to3c Sensing range (mm) [Two lenses on both sides] Applicable amplifier Red ED type Green ED type FT-B 7 FT-FM 3 FT-T 3 FT-C FT-P 3 FT-H3-M 3 FT-H-M 3 Six times longer Sensing range (mm) [Two lenses on both sides] or more Applicable amplifier Red ED type Ambient temperature : to3c FT-V, FT-V, Pinpoint spot of ".mm Applicable amplifiers : Red ED type Distance to focal point : mm Applicable fibers : FD-G or FD-G Ambient temperature : to3c The spot diameter is adjustable from ".7 to "m according to how much it is screwed in. Applicable amplifiers : Red ED type Applicable fibers : FD-G & FD-G Ambient temperature : to7c Finest spot of ".3mm (with FD-EG) Applicable amplifiers : Red ED type Applicable fibers : FD-EG & FD-G Ambient temperature : to7c The side-view spot lens FX-MR contributes space saving. Applicable amplifiers : Red ED type Applicable fibers : FD-G & FD-G Ambient temperature : to7c Screwin depth Distance to focal point Spot diameter 7mm Approx..mm ".7mm m Approx..7mm ".m mm Approx..3mm ".mm Screw- Distance to in depth focal point Spot diameter FD-EG 7..mm Approx.".3mm FD-G 7..mm Approx.".mm Screwin depth Distance to focal point Spot diameter mm Approx.3mm ".mm mm Approx.mm ".mm mm Approx.3mm "3.mm Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Spot diameter (*) : The fiber cable length practically limits the sensing range at 3,mm long (FT-H-M :,mm). (*) : The sensing range can be expanded up to.m with fiber cables m long each. (*3) : The sensing range can be expanded up to.m with fiber cables 3m each. Phone:.9. - Fax: Web: info@clrwtr.com 3

9 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SPECIFICATIONS s Item Type Allowable bending radius Ambient temperature Ambient humidity Material core Sheath Accessories Standard, Small fiber, Small diameter, Flexible, ong sensing range with lenses, Array, Elbow, High precision, of ultra-small diameter ( Rmm or more Flexible : Rmm or more, of ultra-small diameter : Rmm or more to7 C (FD-EG : to C) Acrylic Polyethylene of urtrasmall diameter and Flexible except for FT-C and FD-P : Vinyl chloride Brass : Threaded of Nickel standard, ( plated ) Threaded of small diameter, High precision, FT-C, Threaded of thru-beam of ultra-small diameter, FT-P, FD-P, Array, Threaded of FT-R SUS : FT-SFM, Small fiber, FT-SNFM, FD-SNFM, FT-SFM, FT-P, FT-P, FD-P, FD-P, Sleeve of sleeve-attached fiber ABS : FT-FM (ens : Acrylic) Zinc alloy die-casted : Threaded of FD-R to3 C (*) SUS Heat-resistant 3C type C type 3C type Chemicalresistant R3mm or more Protective tube : Brass Brass Fluorine (Nickel plated) (Nickel plated) resin (*) Vacuum Rm or more FT-V : ( R3mm or more Aluminum Convergent reflective Rmm or more Rmm or FT-K and more FT-KV : ) ( Rmm ) or more Polyethylene of narrowview type : Polyurethane, FT-K and FT-KV : Polyolefine ABS : FD-, FD-, (ens : Acrylic) Aluminum : FD- (ens : Acrylic) Side-view, Narrow beam, Narrow-view, of ultra-small diameter to C FT-V, FD-V, FT-K, and FT-KV : to7 C to C to3 C to C to C FD- : ( to C) to C Multi-component glass (*3) Acrylic Quartz glass (*3) ( ) Silicone Fluorine Fluorine SUS spiral ( resin resin tube inside) ( ) ) 3 to %RH (No dew condensation nor icing allowed) sheath : Polypropylene ( ) SUS FT-KV and Threaded of FD-ENS, FD-ENMS, FT-KMS and FD-KMS : Brass ens of FT-K : Glass ens of FT-KV : Acrylic Protective tube : Rmm or more cable : Rmm or more Acrylic iquid level detection to C (*) Protective tube : Fluorine resin Sheath : Polypropylene Mountable on pipe Rmm or more to C (*) Polypropylene Polyetherimido Threaded fiber : pcs. of nuts (thru-beam type : pcs.) and pc. of toothed lock washer (thru-beam type : pcs.) Free-cut type, flexible coiled fiber, chemical-resistant fiber and liquid level detection fiber : pc. of FX-CT ( cutter) Small diameter of free-cut fiber, convergent reflective fiber, high precision of free-cut fiber, FD-F and FD-F9 : sets of plug attachments (FD-, FD-, FD-F and FD-F9 : set of attachments) FD-F and FD-F9 : pcs. of tying bands and pcs. of anti-slip tubes FD- : pcs. of M.m screws with washers and pcs. of nuts (*) : If the fiber is used under3c, its resistable maximum temperature drops toc. If the side-view lens FX-SV is put on the fiber, the allowable maximum temperature comes down to3c. (The ambient temperature range of the FX-SV is from to3c.) (*) : With the liquid level detection fiber, also make sure of the temperature of the liquid in which the fiber is immersed. (*3) : Keep the fiber composed of multi-component glass or quarts glass from vibration or impact. Phone:.9. - Fax: Web: info@clrwtr.com

10 SPECIFICATIONS Amplifiers Type Item Model No. Supply voltage Current consumption Sensing output Utillization category Output operation Short-circuit protection Self-diagnosis output Output operation Short-circuit protection Response time Operation indicator Stability indicator NPN output PNP output Standard type External synchronization input type Remote sensitivity adjustment type Standard type G G 7 7G P GP to V DC % Ripple P-P % or less 3mA or less NPN open-collector transistor Maximum sink current : ma Applied voltage : 3V DC or less Residual voltage :.V or less (at ma sink current).v or less (at ma sink current) DC- or DC-3 Selectable either ight-on or Dark-ON with the order of pressing ON and OFF buttons (Selectable with the external inputs on the 7 or the 7G) Incorporated NPN open-collector transistor Maximum sink current : ma Applied voltage : 3V DC or less Residual voltage :.V or less (at ma sink current).v or less (at ma sink current) ON under the unstable sensing condition and it is restored automatically after approx. ms; also ON if the sensing output is short-circuited until it is removed (The remote sensitivity adjustment type makes it turned ON for approx. ms after the remote sensitivity input is received.) Green ED Green ED.ms or less (.7ms or less when the crosstalk prevention function is used) Red ED (lights up when the sensing output is activated) PNP open-collector transistor Maximum source current : ma Applied voltage : 3V DC or less Residual voltage :.V or less (at ma source current).v or less (at ma source current) PNP open-collector transistor Maximum source current : ma Applied voltage : 3V DC or less Residual voltage :.V or less (at ma source current).v or less (at ma source current) RUN mode : ights up at the stable ight condition or the stable Dark condition SET mode : Blinks twice when the difference between ON and OFF levels is greater than the hysteresis, but times when it is equal to or less than the hysteresis after the completion of the sensitivity setting. Also blinks twice after the crosstalk prevention is set SET moden SIF or RUN mode : Blinks from to times according to the operation margin Test input function Incorporated External synchronization function Incorporated Either gate or edge ( trigger is selectable ) Remote sensitivity adjustment function Incorporated Sensitivity shift function Shifts the sensitivity setting level Crosstalk prevention function Incorporated Timer function Fixed OFF-delay timer approx. ms switchable either effective Fixed OFF-delay timer approx. ms ( or ineffective ) (switchable either effective or ineffective) Pollution degree 3 (Industrial environment) Ambient temperature to C (No dew condensation nor icing allowed), Storage : to 7C Ambient humidity 3 to %RH, Storage : 3 to % RH Ambient illuminance (Extraneous light immunity) Sun light :,x at the light-receiving face, Incandescent light : 3,x at the light-receiving face EMC Emission : EN-, Immunity : EN- Voltage withstandability,v AC for one min. between all terminals connected and encloure (*) Insulation resistivity MΩ or more at V DC Megger between all terminals connected and enclosure (*) Vibration-proof to Hz frequency,.7mm amplitude, and X, Y, and Z s each for two hours (unenergized) Shock-proof 9m/s acceleration (approx. G), and X, Y, and Z s each for five times (unenergized) Emitting element Red ED (modulated) Green ED (modulated) Red ED (modulated) Green ED (modulated) Red ED (modulated) Green ED (modulated) Red ED (modulated) Green ED (modulated) Material Enclosure : Heat-resistant ABS, Case cover : Polycarbonate, lock lever : PPS Cable Cabtyre cable long with six.mm conductors (, G, P or PX-7GP : four.m conductors) Cable extension Maximum extension is m overall with an equivalent cable with conductors.3mm or more Weight Approx. g Accessory MS-DIN- (Mounting bracket) : pc. (*) : The voltage withstandability and the insulation resistivity described in the above table are inherent in the amplifier only. Environmental resistance Green ED ( ) PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Phone:.9. - Fax: Web: info@clrwtr.com

11 PHOTOEECTRIC SENSOR I/O CIRCUIT AND WIRING DIAGRAMS G J GJ I/O circuit diagram Standard typenpn output Wiring diagram RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor Sensor circuit Sensor circuit Sensor circuit V V V ZD Tr ZD Tr D D kω kω ZD Tr ZD Tr Internal circuit D kω Internal circuit Color code (Brown)V (Black) oad Sensing output oad ma max. (Orange) Self-diagnosis output ma max. (Blue) V Users circuit Symbol... D : Reverse polarity protection diode ZD, ZD : Surge absorption zener diode Tr, Tr : NPN output transistor G G I/O circuit diagram Sensor circuit Color code Color code (Brown)V (Pink) Remote sensitivity ON input V kω (Violet) Test input oad oad ZD (Black) Sensing output ma max. Tr (Orange) Self-diagnosis output ZD ma max. Tr (Blue) V Internal circuit Tr ZD Tr ZD D (Brown)V (Pink) External synchronization input Users circuit Symbol... D : Reverse polarity protection diode ZD, ZD : Surge absorption zener diode Tr, Tr : NPN output transistor 7G 7G I/O circuit diagram (Violet) Remote sensitivity OFF input oad oad (Black) Sensing output ma max. (Orange) Self-diagnosis output ma max. (Blue) V Furnish a switch to control effectiveness of setting switch Users circuit Color code (Brown)V (Black) Sensing output ma max. (Orange) Self-diagnosis output oad ma max. (Blue) V oad to V DC % External synchronization input type Symbol... D : Reverse polarity protection diode ZD, ZD : Surge absorption zener diode Tr, Tr : NPN output transistor P GP PJ GPJ I/O circuit diagram Remote sensitivity adjustment type Standard typepnp output to V DC % m Develop short-circuit with a contact or NPN open-collector transistor to V DC % m to V DC % or ow : to V High :. to 3V or Open Wiring diagram Wiring diagram Develop short-circuit with a contact or NPN open-collector transistor or ow : to V High :. to 3V or Open Wiring diagram Brown oad Black Orange Blue Brown oad Black Orange m Pink Violet Blue Brown oad Black Orange m Pink Violet Blue Brown Black Orange oad Blue oad oad oad oad to V DC % to V DC % to V DC % to V DC % Internal circuit Users circuit Symbol... D : Reverse polarity protection diode ZD, ZD : Surge absorption zener diode Tr, Tr : PNP output transistor Phone:.9. - Fax: Web: info@clrwtr.com

12 SENSING FIEDS (TYPICA) Correlation between setting distance and excess gain Red ED type Green ED type Excess gain Green ED type Red ED type 3 Setting distance (mm) Red ED type Setting distance (mm) Setting distance (mm) eft Center Right Red ED type Setting distance (mm) 3 FT-FM Parallel deviations FT-B FT-NFM FT-NFMS FT-NFMS FT-SNFM Red ED type eft Center Right FT-P eft Center Right Sensing range (mm) eft Center Right Green ED type Setting distance (mm) Green ED type Green ED type Setting distance (mm) eft Center Right 3 eft Center Right Red ED type Green ED type Excess gain 3 Green ED type Red ED type Setting distance (mm) Red ED type Setting distance (mm) Setting distance (mm) Setting distance (mm) eft Center Right eft Center Right FD-FM FT-FM FT-FMS FT-FMS FT-SFM FT-T FT-C Red ED type FT-P Red ED type eft Center Right Green ED type Setting distance (mm) 3 eft Center Right Green ED type Setting distance (mm) eft Center Right Green ED type Setting distance (mm) eft Center Right PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Phone:.9. - Fax: Web: info@clrwtr.com 7

13 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SENSING FIEDS (TYPICA) Parallel deviations Setting distance (mm) eft Center Right Red ED type Setting distance (mm) Setting distance (mm) 3 eft Center Right eft Center Right Red ED type Setting distance (mm) FT-P Red ED type FT-H3-FM FT-V Red ED type FT-SFM eft Center Right Green ED type Setting distance (mm) Setting distance (mm) eft Center Right Green ED type Setting distance (mm) 3 eft Center Right eft Center Right Green ED type Setting distance (mm) FT-V Red ED type eft Center Right Red ED type Setting distance (mm) Red ED type, Setting distance (mm),,,, Setting distance (mm) eft Center Right Red ED type, Setting distance (mm) Setting distance (mm) FT-H3-M FT-H3-MS FT-H-M 3, eft Center Right eft Center Right FT-Y FT-FM FT-R Red ED type eft Center Right Setting distance (mm) Red ED type & vertical s 3 Setting distance (mm) Green ED type (Down)eft Center Right(Up), eft Center Right Green ED type Setting distance (mm) eft Center Right 3 FT-VY Green ED type eft Center Right Phone:.9. - Fax: Web: info@clrwtr.com

14 Setting distance (mm) & vertical s (Down)eft Center Right(Up) Red ED type Setting distance (mm) Setting distance (mm) SENSING FIEDS (TYPICA) Parallel deviations Setting distance (mm) eft Center Right Red ED type 3 FT-AFM Red ED type (Down)eft Center Right(Up) FT-V Red ED type FT-E FT-KV (Down) eft Center Right (Up) Green ED type Setting distance (mm) Setting distance (mm) Setting distance (mm) Setting distance (mm) & vertical s (Down)eft Center Right(Up) eft Center Right (Down)eft Center Right(Up) FT-V Red ED type FT-E Red ED type FT-KMS Red ED type eft Center Right Setting distance (mm) Setting distance (mm) (Down)eft Center Right(Up) & vertical s (Down)eft Center Right(Up) Red ED type Setting distance (mm) FT-AFME Red ED type FT-SFMSV Red ED type FT-K eft Center Right Setting distance (mm) (Down)eft Center Right(Up) Green ED type Setting distance (mm) Green ED type Setting distance (mm) & vertical s (Down)eft Center Right(Up) Green ED type eft Center Right PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Phone:.9. - Fax: Web: info@clrwtr.com 9

15 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SENSING FIEDS (TYPICA) Parallel deviations with FX-E (Expansion lens) applied on both sides Red ED type, Setting distance (mm) 3,,, ens ens Setting distance (mm) eft Center Right Red ED type Setting distance (mm) ens ens eft Center Right Red ED type, Setting distance (mm),, ens Setting distance (mm) Setting distance (mm) ens eft Center Right Red ED type, Setting distance (mm) 3,,, FT-B FT-C FT-R ens ens eft Center Right Green ED type ens ens eft Center Right Green ED type ens ens eft Center Right Green ED type ens ens eft Center Right Green ED type, Setting distance (mm),, ens Setting distance (mm) Setting distance (mm) Setting distance (mm) ens eft Center Right,,, ens ens eft Center Right Setting distance (mm) Setting distance (mm), ens ens eft Center Right,, ens ens eft Center Right Red ED type, Setting distance (mm) 3,,, FT-FM FT-T Red ED type FT-P Red ED type FT-H3-M FT-H-M Red ED type Parallel deviations with FX-E (Super-expansion lens) applied on both sides FT-B FT-FM ens ens Setting distance (mm) eft Center Right Green ED type ens ens eft Center Right ens ens eft Center Right Green ED type Green ED type ens ens eft Center Right Green ED type, Setting distance (mm),, ens ens eft Center Right Phone:.9. - Fax: Web: info@clrwtr.com

16 SENSING FIEDS (TYPICA) Parallel deviations with FX-E (Super-expansion lens) applied on both sides Red ED type, Setting distance (mm) 3,,, 3,,, ens ens eft Center Right Red ED type, Setting distance (mm) 3,, ens ens Green ED type, Setting distance (mm) eft Center Right Red ED type, Setting distance (mm) Setting distance (mm),, FT-P FT-H3-M FT-H3-FM ens ens eft Center Right Setting distance (mm) Setting distance (mm),,, ens ens eft Center Right Green ED type, ens ens eft Center Right Green ED type ens ens eft Center Right Red ED type Setting distance (mm) ens ens ens ens eft Center Right eft Center Right Red ED type, Setting distance (mm) Red ED type, Setting distance (mm) 3,,, 3,,, ens ens eft Center Right ens ens eft Center Right Red ED type Setting distance (m) FT-R FT-H-M FT-FM ens ens eft Center Right Parallel deviations with FV-E (Vacuum expansion lens) applied on both sides FT-V Red ED type FT-V Green ED type, Setting distance (mm) (Semi-standard fiber) Setting distance (mm),,, ens ens eft Center Right Green ED type ens ens eft Center Right Red ED type Setting distance (m) FT-H3-M3 (Semi-standard fiber) ens ens eft Center Right Phone:.9. - Fax: Web: info@clrwtr.com PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ-

17 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SENSING FIEDS (TYPICA) Parallel deviations with FX-SV (Side-view lens) applied on both sides Red ED type Setting distance (mm) Setting distance (mm) Setting distance (mm) & vertical s (Down)eft Center Right(Up) & vertical s (Down)eft Center Right(Up) (Down)eft Center Right(Up) Red ED type Setting distance (mm) FT-B FT-C Red ED type FT-H3-M FT-H-M Red ED type Sensing fields FD-B Setting distance (mm) Setting distance (mm) Green ED type Setting distance (mm) (Down)eft Center Right(Up) (Down)eft Center Right(Up) (Down)eft Center Right(Up) Green ED type Setting distance (mm) FT-P Red ED type Green ED type Setting distance (mm) Setting distance (mm) (Down)eft Center Right(Up) (Down)eft Center Right(Up) Red ED type Setting distance (mm) FT-FM FT-T Red ED type Green ED type FD- FD-FM FD-FMS FD-FMS FD-T FD-S Green ED type Setting distance (mm) Setting distance (mm) (Down)eft Center Right(Up) Green ED type eft Center Right eft Center Right eft Center Right eft Center Right Phone:.9. - Fax: Web: info@clrwtr.com

18 SENSING FIEDS (TYPICA) Sensing fields Red ED type Setting distance (mm) Setting distance (mm) 3 eft Center Right Red ED type Setting distance (mm) Setting distance (mm) eft Center Right FD-T FD-P Red ED type eft Center Right FD-P FD-H3-FM Red ED type eft Center Right Green ED type Setting distance (mm) Setting distance (mm) Setting distance (mm) 3.. eft Center Right Green ED type Setting distance (mm) eft Center Right Green ED type.. : Approaching of white nonglossy.... eft Center Right Green ED type eft Center Right Red ED type Setting distance (mm) Setting distance (mm) Setting distance (mm) Red ED type Setting distance (mm) FD-NFM FD-NFNS FD-NFMS FD-SNFM 3 eft Center Right eft Center Right FD-P Red ED type FD-H3-M FD-H3-MS FD-H-M Red ED type eft Center Right FD-V eft Center Right Green ED type Setting distance (mm) Setting distance (mm) Setting distance (mm).. eft Center Right Green ED type eft Center Right FD- Red ED type eft Center Right PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Phone:.9. - Fax: Web: info@clrwtr.com 3

19 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SENSING FIEDS (TYPICA) Sensing fields Red ED type Setting distance (mm) Setting distance (mm) Red ED type Setting distance (mm) t.3mm t.3mm glass board 3mm glass board m.. (Down)eft Center Right(Up) eft Center Right Red ED type Setting distance (mm) FD- FD-G Red ED type eft Center Right FD-R FD-SFMSV 3 & vertical s (Down)eft Center Right(Up) Red ED type (Wafer) Setting distance (mm) 3 Wafer.... Down Center Up Red ED type Setting distance (mm) Green ED type Setting distance (mm) Sensing range (mm) eft Center Right eft Center Right FD- FD-EG Green ED type : Approaching of white nonglossy.... (Down)eft Center Right(Up) Red ED type (Glass board) Setting distance (mm) 3 : Approaching of glass board Glass board.... Down Center Up Red ED type Setting distance (mm) Red ED type Setting distance (mm) & vertical s (Down)eft Center Right(Up) & vertical s (Down)eft Center Right(Up) Red ED type Setting distance (mm).. FD-AFM FD-AFME FD-V FD-ENS.. eft Center Right Setting distance (mm) Setting distance (mm) Red ED type Setting distance (mm) eft Center Right FD-G Red ED type Green ED type (Down)eft Center Right(Up) FD-ENMS eft Center Right Phone:.9. - Fax: Web: info@clrwtr.com

20 SENSING FIEDS (TYPICA) Sensing fields Setting distance (mm) Setting distance (mm) Setting distance (mm).. eft Center Right Screw-in depth 7mm ens eft Center Right FD-KMS Red ED type FD-G Red ED type Sensing fields with FX-MR (Zoom lens) applied ens.. eft Center Right Red ED type Setting distance (mm) Setting distance (mm) Screw-in depth mm ens eft Center Right Sensing fields with FX-MR3 (Finest spot lens) applied FD-G Red ED type FD-EG Red ED type ens.. eft Center Right Setting distance (mm) Setting distance (mm) :Approaching of white nonglossy ens.. eft Center Right FD-G Red ED type Screw-in depth 7mm ens eft Center Right Setting distance (mm) Setting distance (mm)... ens.... eft Center Right Red ED type Screw-in depth mm ens Sensing fields with FX-MR (Pinpoint spot lens) applied FD-G Red ED type FD-G Red ED type eft Center Right PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Phone:.9. - Fax: Web: info@clrwtr.com

21 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SENSING FIEDS (TYPICA) Sensing fields with FX-MR (Side-view type zoom lens) applied Setting distance (mm) Setting distance (mm) Setting distance (mm) Setting distance (mm) 3 ". ".3 ". ". Gold wire or copper wire eft Center Right 3 ". ".3 ". ". Gold wire or copper wire eft Center Right FD-G FD-G Red ED type Screw-in depth mm (mm) ". ".3 ". Screw-in depth.. Down Center Up FD-B ". Gold wire or copper wire eft Center Right Red ED type Screw-in depth mm Setting distance (mm) Setting distance (mm) Setting distance (mm) Setting distance (mm) 3 ". ".3 ". ". Gold wire or copper wire eft Center Right ". ".3 ". ". ". ".3 ". ". (mm) Screw-in depth Down Center Up Gold wire or copper wire eft Center Right Gold wire or copper wire eft Center Right Red ED type Setting distance (mm) Setting distance (mm) Setting distance (mm) ". ".3 ". ". Gold wire or copper wire eft Center Right ". ".3 ". Gold wire ". or copper wire eft Center Right 3 ". ".3 ". ". (mm) Gold wire or copper wire eft Center Right Screw-in depth Screw-in depth mm Down Center Up Correlation between diameter of an object and sensing field (Red ED type) Setting distance (mm) 3 FD- FD-FM FD-T FD-S FD-T FD-NFM FD-P FD-P FD-P FD-G FD-G FD-EG FD-AFM Setting distance (mm) Setting distance (mm) Setting distance (mm) ". ".3 ". ". Gold wire or copper wire eft Center Right 7 3 FD- ".3 ". ". ". ".3 ". ". Gold wire or copper wire.. eft Center Right Gold wire or copper wire eft Center Right Phone:.9. - Fax: Web: info@clrwtr.com

22 SENSING FIEDS (TYPICA) Correlation between diameter of an object and sensing field (Red ED type) Setting distance (mm) Setting distance (mm) Setting distance (mm). ". ".3 ". ". Gold wire or copper wire.. eft Center Right, 3, 3 FD-R FD-V FD-SFMSV Crosstalk area Possible setting area Setting distance (mm), 3,,, Distance between fibers (mm) FT-K Setting distance (mm) Crosstalk area ". ".3 ". ". Possible setting area FT-KV FT-KV 3 Distance between fibers (mm) Gold wire or copper wire eft Center Right FD-ENS Setting distance (mm) Setting distance (mm) Setting distance (mm) ". ".3 ". ". Gold wire or copper wire eft Center Right 3 Crosstalk area Possible setting area 3 Distance between fibers (mm) Crosstalk area ". ".3 ". Gold wire or copper wire ". eft Center Right Possible setting area Distance between fibers (mm) Setting distance (mm) Setting distance (mm) Setting distance (mm) Setting distance (mm) ".3 ". ". ". Gold wire or copper wire.. eft Center Right 3 Gold wire or copper ". wire Crosstalk area Crosstalk area ".3 ". ". eft Center Right FD-ENMS FD-KMS Possible setting area Possible setting area Distance between fibers (mm) 3 Distance between fibers (mm) Setting distance (mm) Crosstalk area Crosstalk characteristics (Red ED type) The following graphs are specified that two sensors are set at the same emitting frequency. If they are set at the distinct frequencies, they can be mounted close together. FT-FM FT-H3-FM FT-K FT-KV FT-KMS FT-AFM FT-AFME Other thrubeam fibers Possible setting area Distance between fibers (mm) Phone:.9. - Fax: Web: info@clrwtr.com 7 PHOTOEECTRIC SENSOR Sensor RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ-

23 PHOTOEECTRIC SENSOR RX-S RX EX- EQ-3 EQ- EX- CX-ND3R CX-3 CX- FX-A FX- FZ- Sensor SENSING FIEDS (TYPICA) Crosstalk characteristics (Red ED type) The following graphs are specified that two sensors are set at the same emitting frequency. If they are set at the distinct frequencies, they can be mounted close together. Setting distance (mm) Setting distance (mm) FD-H3-FM Crosstalk area DIN rail or the attached mounting bracket Possible setting area Distance between fibers (mm) 3 FD-AFM FD-AFME Crosstalk area Possible setting area 7 Distance between fibers (mm) Setting distance (mm) 3 FD- Crosstalk area The fibers can be mounted closely. PRECAUTIONS FOR PROPER USE Amplifier Possible setting area Distance between fibers (mm) This product is not a safety sensor. Its use is not intended or designed to protect life and prevent body injury or property damage from dangerous s of machinery. It is a normal object detection sensor. Mounting Hook the rear to the attached mounting bracket (MS-DIN-) or DIN rail. Press the amplifier down on the bracket or DIN rail. m To remove the amplifier, push it forward and lift up the front side. Keep the distance of mm or more. mm Setting distance (mm) Other reflective fibers Crosstalk area iber cables RUN SIF SET Mode selection switch Timer operation mode switch (*) Sensitivity setting buttons Possible setting area Distance between fibers (mm) lock lever 3 Sper NON OFD 7 ON ON button OFF button FD- FD- FD-KMS OFF STB OUT These fibers can be mounted closely. Refer to P.l for general cautions How to connect fiber cables The set of fiber cables is connected at a touch. Designation Snap the fiber lock lever down. Insert both fiber cables into the inlets slowly until fully deepend. 3 Snap the fiber lock lever up until a click is heard. Operation indicator (Red) Stability indicator (Green) (*) : The external synchronization selection switch is substituted for it on 7 or 7G. Phone:.9. - Fax: Web: info@clrwtr.com