Solid-state Timer. DIN 48 x 48-mm Multifunctional Timer with Many Time Ranges and Operating Modes, and Wide Power Supply Ranges

Transcription

1 Solid-sae Timer DIN 48 x 48-mm Mulifuncional Timer wih Many Time Ranges and Operaing Modes, and Wide Supply Ranges A wider power range reduces he number of imer models kep in sock. An 11-pin or 8-pin model handles a wide range of applicaions hrough six or four operaing modes. Reduced power consumpion. Enables easy sequence checks hrough insananeous oupus for a zero se value a any ime range. Only 80 mm long, or shorer when panel-mouned wih a Socke. Time Seing Rings enable consisen seings and limi he seing range. Panel Covers enable various panel designs. Conforms o EN (VDE0435/P2021) and EN (VDE0110) 4 kv/2. EMC sandards (EN and EN ) Approved by UL, and CSA. Lloyds/NK approvals. PNP inpu models available. Rich variey of inpus: Sar, rese, and gae funcions (11-pin models and -AP models ) Six-language insrucion manual provided. Ordering Informaion 11-pin Models Oupu Supply volage Inpu ype Time range Operaing mode Model (see noe 2) Conac 100 o 240 VAC (50/60 Hz)/ No-volage inpu 0.05 s o 300 h Six muli-modes: A, 100 o 125 VDC B, B2, C, D, E 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 100 o 240 VAC (50/60 Hz)/ Dual-modes: G, J o 125 VDC 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 100 o 240 VAC (50/60 Hz)/ Volage inpu Six muli-modes: A, P 100 o 125 VDC B, B2, C, D, E 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 100 o 240 VAC (50/60 Hz)/ No-volage inpu 0.1 s o 600 h o 125 VDC 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC Transisor (Phoocoupler) 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 0.05 s o 300 h S 4

2 8-pin Models Conac Oupu Supply volage Inpu ype Time range Operaing mode (see noe 2) Transisor (Phoocoupler) Time-limi conac and insananeous conac 100 o 240 VAC (50/60 Hz)/ 100 o 125 VDC 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 100 o 240 VAC (50/60 Hz)/ 100 o 125 VDC 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 24 o 48 VAC (50/60 Hz)/ 12 o 48 VDC 100 o 240 VAC (50/60 Hz)/ 100 o 125 VDC 24 o 48 VDC/VAC (50/60 Hz) No-inpu available 0.05 s o 300 h Four muli-modes: A, B2, E, J ( sar) ) Model s o 600 h s o 300 h 8S 8E Noe: 1. Specify boh he model number and volage when ordering. Example: 100 o 240 VAC (50/60 Hz)/100 o 125 VDC Supply volage 2. The operaing modes are as follows A: ON-delay D: Signal OFF-delay B: Flicker OFF sar E: Inerval B2: Flicker ON sar G: Signal ON/OFF-delay C: Signal ON/OFF-delay J: One-sho Model Number Legend: Number of Pins None: 11-pin models 8: 8-pin models 2. Inpu Type for 11-pin Models None: No-volage inpu (NPN ype) P: Volage inpu (PNP ype) Accessories (Order Separaely) Flush Mouning Adaper Y92F-30 Y92F-73 Y92F-74 Socke 8-pin 11-pin Track Mouning/ P2CF-08 P2CF-11 Fron Connecing Socke Back Connecing Socke P3G-08 P3GA-11 Mouning Track 50 cm ( ) x 7.3 mm () PFP-50N 1 m ( ) x 7.3 mm () PFP-100N 1 m ( ) x 16 mm () PFP-100N2 End Plae PFP-M Spacer PFP-S 3. Oupu None: Relay oupu (DPDT) S: Transisor oupu (NPN/PNP universal use) E: Relay oupu (SPDT) wih insananeous relay oupu (SPDT) 4. Suffix 300: Dual mode models (signal ON/OFF-delay and one-sho) 301: Double ime scale (range) models (0.1 s o 600 h) Time Seing Ring Seing a specific ime Limiing he Seing Range Panel Cover Y92S-27 Y92S-28 Color (Munsell No.) Model Ligh Gray (5Y7/1) Y92P-48GL Black (N1.5) Y92P-48GB Medium Gray (5Y5/1) Y92P-48GM Noe: The Time Seing Ring and Panel Cover are sold ogeher. Hold-down Clip Specificaion For PL08 and PL11 Sockes For PF085A Socke Y92H-7 Y92H-8 Model Proecive Cover Y92A-48B 5

3 Specificaions General Iem /-AS P 8/-A8S 8E Operaing mode A: ON-delay B: Flicker OFF sar B2: Flicker ON sar C: Signal ON/OFF-delay D: Signal OFF-delay E: Inerval G: Signal ON/OFF-delay (Only for -300) J: One-sho (Only for -300) Pin ype 11-pin 8-pin Inpu ype No-volage inpu Volage inpu --- Time-limi oupu ype Insananeous oupu ype Mouning mehod Approved sandards A: ON-delay (power sar) B2: Flicker ON sar (power sar) E: Inerval (power sar) J: One-sho (power sar) /-A8/-AP: Relay oupu (DPDT) Relay oupu (SPDT) S/-A8S: Transisor oupu (NPN/PNP universal)* --- Relay oupu (SPDT) DIN rack mouning, surface mouning, and flush mouning UL508, CSA C22.2 No.14, NK, Lloyds Conforms o EN (VDE0435/P2021), IEC (VDE0110) 4kV/2, EN (conac oupu), and EN (non-conac oupu). *The inernal circuis are opically isolaed from he oupu. This enables universal applicaion as NPN or PNP ransisor. Time Ranges Noe: When he ime seing knob is urned below 0 unil he poin where he ime seing knob sops, he oupu will operae insananeously a all ime range seings. Sandard (0.05-s o 300-h) Models Time uni s (sec) min h (hrs) x10 h (10 h) Full scale o o o 12 seing o 3 3 o o o o o 300 Double (0.1-s o 600-h) Models Time uni s (sec) min h (hrs) x10 h (10 h) Full scale o o o 24 seing o 6 6 o o o o o 600 6

4 Raings Raed volage (see noe 1) 100 o 240 VAC (50/60 Hz)/100 o 125 VDC, 24 o 48 VAC (50/60 Hz)/12 o 48 VDC (24 o 48 VAC/VDC for 8E) (see noe 2) Operaing volage range 85% o 110% of raed volage (90% o 110% a 12 VDC) rese Minimum power-opening ime: 0.1 s Inpu No-volage Inpu ON impedance: 1 kω max. ON residual volage: 1 V max. OFF impedance: 100 kω min. Volage Inpu Max. permissible capaciance beween inpus lines (erminals 6 and 7 or 6 and 8): 1,200 pf Load connecable in parallel wih inpus (erminals 6 and 7 or 6 and 8). 100 o 240 VAC/100 o 125 VDC High (logic) level: 85 o 264 VAC/85 o VDC Low (logic) level: 0 o 10 VAC/0 o 10 VDC 24 o 48 VAC/12 o 48 VDC High (logic) level: 20.4 o 52.8 VAC/10.8 o 52.8 VDC Low (logic) level: 0 o 2.4 VAC/0 o 1.2 VDC consumpion /-A8 100 o 240 VAC/100 o 125 VDC (When a 240 VAC, 60 Hz) Relay ON: approx. 2.1 VA (1.6 W) Relay OFF: approx. 1.3 VA (1.1 W) 24 o 48 VAC/12 o 48 VDC (When a 24 VDC) Relay ON: approx. 0.8 W Relay OFF: approx. 0.2 W P (see noe 3) 100 o 240 VAC/100 o 125 VDC (When a 240 VAC, 60 Hz) Relay ON: approx. 2.5 VA (2.2 W) Relay OFF: approx. 1.8 VA (1.7 W) 24 o 48 VAC/12 o 48 VDC (When a 24 VDC) Relay ON: approx. 0.9 W Relay OFF: approx. 0.3 W 8E 100 o 240 VAC/100 o 125 VDC (When a 240 VAC, 60 Hz) Relay ON/OFF: approx. 2 VA (1 W) 24 o 48 VAC/VDC (When a 24 VDC) Relay ON/OFF: approx. 0.9 W S/-A8S 24 o 48 VAC/12 o 48 VDC (When a 24 VDC) Oupu ON: 0.3 W Oupu OFF: 0.2 W Conrol oupus Time limi conacs: 5 A a 250 VAC/30 VDC, resisive load (cosφ = 1) Transisor oupu: Open collecor (NPN/PNP), 100 ma max. a 30 VDC max., residual volage: 2 V max. Insananeous conac: 5 A a 250 VAC, resisive load (cosφ = 1) Noe: 1. DC ripple rae: 20% max. if he power incorporaes a single-phase, full-wave recifier. 2. Each 24-o-48-VAC/12-o-48-VDC model causes an inrush curren of approximaely 0.85 A. Pay careful aenion when aemping o urn ON power o such a model wih non-conac oupu from a device such as a sensor. 3. The values are for when he erminals 2 and 7 and erminals 10 and 6 are shor-circuied, and include he consumpion curren of he inpu circui. 7

5 Characerisics Accuracy of operaing ime Seing error Rese ime Rese volage ±0.2% FS max. (±0.2%±10 ms max. in a range of 1.2 s) ±5% FS ±50 ms (see noe) Min. power-opening ime: 0.1 s max. Min. pulse widh: 0.05 s (/-AS) 10% max. of raed volage Influence of volage ±0.2% FS max. (±0.2%±10 ms max. in a range of 1.2 s) Influence of emperaure Insulaion resisance Dielecric srengh Impulse wihsand volage ±1% FS max. (±1%±10 ms max. in a range of 1.2 s) 100 MΩ min. (a 500 VDC) 2,000 VAC (1,000 VAC for S), 50/60 Hz for 1 min (beween curren-carrying meal pars and exposed non-curren-carrying meal pars) 2,000 VAC (1,000 VAC for S), 50/60 Hz for 1 min (beween conrol oupu erminals and operaing circui) 2,000 VAC, 50/60 Hz for 1 min (beween conacs of differen polariies) 1,000 VAC, 50/60 Hz for 1 min (beween conacs no locaed nex o each oher) 2,000 VAC, 50/60 Hz for 1 min (beween inpu and conrol oupu erminals and operaion circui) 3 kv (beween power erminals) for 100 o 240 VAC/100 o 125 VDC, 1 kv for 24 o 48 VAC/12 o 48 VDC 4.5 kv (beween curren-carrying erminal and exposed non-curren-carrying meal pars) for 100 o 240 VAC/100 o 125 VDC, 1.5 kv for 24 o 48 VAC/12 o 48 VDC and 24 o 48 VAC/VDC Noise immuniy ±1.5 kv (beween power erminals) and ±600 V (beween no-volage inpu erminals), square-wave noise by noise simulaor (pulse widh: 100 ns/1 µs, 1-ns rise) Saic immuniy Malfuncion: 8 kv Desrucion: 15 kv Vibraion resisance Desrucion: 10 o 55 Hz wih 0.75-mm double ampliude each in 3 direcions for 2 hours each Malfuncion: 10 o 55 Hz wih 0.5-mm double ampliude each in 3 direcions for 10 minues each Shock resisance Desrucion: 1,000 m/s 2 3 imes each in 6 direcions Malfuncion: 100 m/s 2 3 imes each in 6 direcions Ambien Operaing: 10 C o 55 C (wih no icing) emperaure Sorage: 25 C o 65 C (wih no icing) Ambien humidiy Operaing: 35% o 85% Life expecancy Mechanical: 20,000,000 operaions min. (under no load a 1,800 operaions/h) Elecrical: 100,000 operaions min. (5 A a 250 VAC, resisive load a 1,800 operaions/h) EMC (EMI) EN Emission Enclosure: EN55011 Group 1 class A Emission AC Mains: EN55011 Group 1 class A (EMS) EN Immuniy ESD: EN : 4 kv conac discharge (level 2) 8 kv air discharge (level 3) Immuniy RF-inerference from AM Radio Waves: ENV50140: 10 V/m (80 MHz o 1 GHz) (level 3) Immuniy RF-inerference from Pulse-modulaed Radio Waves: ENV50204: 10 V/m (900±5 MHz) (level 3) Immuniy Conduced Disurbance: ENV50141: 10 V (0.15 o 80 MHz) (level 3) Immuniy Burs: EN : 2 kv power-line (level 3) 2 kv I/O signal-line (level 4) Immuniy Surge: EN : 1 kv line o line 2 kv line o ground (level 3) Case color Ligh gray (Munsell 5Y7/1) Degree of proecion IP40 (panel surface) Weigh Approx. 90 g Noe: The value is ±5% FS +100 ms o 0 ms max. when he C, D, or G mode signal of he P is OFF. 8

6 Engineering Daa 10,000 Swiching operaions (x 10 3 ) 5,000 1, VDC L/R = 7 ms 250 VAC (cosφ = 0.4) 250 VAC/30 VDC (cosφ = 1) Reference: A maximum curren of 0.15 A can be swiched a 125 VDC (cosφ = 1) and a maximum curren of 0.1 A can be swiched if L/R is 7 ms. In boh cases, a life of 100,000 operaions can be expeced. The minimum applicable load is 10 ma (100 ma for 8E) a 5 VDC (failure level: P). Load curren (A) Nomenclaure Oupu indicaor (orange) (Li when oupu) indicaor (green) (Flashes when Timer operaes; li when Timer sops operaing) Operaing mode display window Operaing mode selecor Selec a mode from: A, B, B2, C, D, and E (, -AP, and -AS) A, B2, E and J (8, -A8S, and -A8E) G and J (-300) Time range selecor (selec one from 1.2, 3, 12, and 30 a full scale; wih he -301, selec from 2.4, 6, 24, or 60 a full scale. ) Time seing knob (se ime) Scale range display windows Time uni display window Time uni selecor (selec one from sec, min, hrs, and 10h) 9

7 Operaion Block Diagrams /AS AC (DC) inpu Zero seing deecion circui Time range/ uni selecors Operaing mode selecor circui Oscillaion circui Couning circui Oupu circui Rese inpu, sar inpu, and gae inpu Inpu circui Indicaor circui -ON indicaor Oupu-ON indicaor P AC (DC) inpu Zero seing deecion circui Time range/ uni selecors Operaing mode selecor circui Oscillaion circui Couning circui Oupu circui Sar Inpu circui Indicaor circui -ON indicaor Oupu-ON indicaor 10

8 8/A8S AC (DC) inpu Zero seing deecion circui Time range/ uni selecors Operaing mode selecor circui Oscillaion circui Couning circui Oupu circui Indicaor circui -ON indicaor Oupu-ON indicaor 8E AC (DC) inpu Zero seing deecion circui Time range/ uni selecors Operaing mode selecor circui Oscillaion circui Couning circui Oupu circui Indicaor circui -ON indicaor Oupu-ON indicaor Insananeous oupu circui I/O Funcions Inpus Sar Sars ime-measuremen. (for -A/-AS models) Rese Inerrups ime-measuremen and reses ime-measuremen value. No ime-measuremen is made and conrol oupu is OFF while he rese inpu is ON. Gae Prohibis ime-measuremen. Oupus Conrol oupu Oupus are urned ON according o designaed oupu mode when prese value is reached. Noe: P incorporaes Sar inpu only. 11

9 Basic Seing Seing of Selecor The selecors can be urned clockwise and counerclockwise o selec he desired ime uni, ime range, or operaing mode. Each selecor has a snap mechanism ha secures he selecor a a given posiion. Se he selecor a a posiion a which i is secured. Do no se i midway beween wo securing posiions or a malfuncion could resul from improper seing. Operaing mode selecor Operaing mode display window Selecion of Time Uni and Time Range The desired ime uni (sec, min, hrs, or 10h) is displayed in he window below he ime seing knob by urning he ime uni selecor locaed a he lower righ corner of he fron panel. A ime range (1.2, 3, 12, or 30/2.4, 6, 24, or 60 for -301) is seleced wih he ime range selecor a he lower lef corner of he fron panel, and he seleced ime range appears (in he window a he lower righ par) wihin he plasic frame of he ime seing knob. Time seing knob Groove for screwdriver Time range selecor Time uni selecor Scale range display window Selecion of Operaing Mode Turn he operaing mode selecor wih a screwdriver unil he desired operaing mode (/AP/AS: A, B, B2, C, D, or E, 8/A8S/A8E: A, B2, E or J, -300: G or J) appears in he display window locaed above he selecor. Time uni display window Seing of Time Use he ime seing knob o se he desired ime. Using he Time Seing Ring Seing a Specific Time Moun he Panel Cover on he Timer, se he desired ime wih he ime seing knob, and place Time Seing Ring A ono he ime seing knob so ha he ime seing noch of Time Seing Ring A is in he cener of he rese lock posiion of he Panel Cover. Time seing noch Rese lock posiion Time seing noch Seing posiion Time Seing Ring A Panel cover Example: To se he ime o 10 s. Limiing he Seing Range Example: To se a range of 10 and 20 s. Moun he Panel Cover on he Timer, se he ime seing knob o 10 s (he lower limi of he seing range), and place Time Seing Ring C ono he ime seing knob so ha he sopper of Time Seing Ring C is on he righ edge of he rese lock posiion of he Panel cover. Nex, se he ime seing knob o 20 s (he upper limi of he seing range), place Time Seing Ring B ono he ime seing knob so ha he sopper of Time Seing Ring B is on he lef edge of he rese lock posiion of he Panel Cover. Sopper Rese lock posiion Range Time Seing Ring B Time Seing Ring C Panel cover 12

10 Timing Char Noe: 1. The minimum power-opening ime ( R ) is 0.1 s and he minimum pulse widh is 0.05 s. 2. The leer in he iming chars sands for he se ime and a means ha he period is less han he ime se. /-AS/-AP Operaing mode A: ON-delay Sar Timing char Basic operaion Rese B: Flicker OFF sar (NO) (Oupu indicaor) indicaor Sar Sar Oupu Basic operaion B2: Flicker ON sar Rese (NO) (Oupu indicaor) indicaor Sar Oupu Basic operaion Sar Rese (NO) (Oupu indicaor) indicaor Sar Oupu C: Signal ON/OFFdelay Basic operaion Sar Rese (NO) (Oupu indicaor) indicaor Sar Oupu 13

11 Operaing mode Timing char D: Signal OFF-delay Sar Basic operaion E: Inerval Rese (NO) (Oupu indicaor) indicaor Sar Oupu Basic operaion Sar G: Signal ON/OFFdelay Rese (NO) (Oupu indicaor) indicaor Sar Sar Oupu Basic operaion Rese J: One-sho oupu (NO) (Oupu indicaor) indicaor Sar a a Sar Oupu Basic operaion Rese (NO) (Oupu indicaor) indicaor 1±0.6 s (Fixed) 1±0.6 s (Fixed) Sar Oupu 1±0.6 s (Fixed) 14

12 Gae Signal Inpu Sar Gae Rese ON OFF ON OFF ON OFF ON OFF 1 2 ON OFF Noe: Oupu relay 1. This iming char indicaes he gae inpu in operaing mode A (ON-delay operaion). 2. The se ime is he sum of 1 and 2. 15

13 8/-A8S Operaing mode Timing char A: ON-delay B 2 : Flicker ON sar (NO) (oupu indicaor) indicaor R R a Basic operaion Oupu Basic operaion E: Inerval J: One-sho oupu (NO) (oupu indicaor) indicaor (NO) (oupu indicaor) indicaor (NO) (oupu indicaor) indicaor R R a Oupu Oupu Basic operaion Basic operaion Oupu 1±0.6 s (Fixed) 16

14 8E Operaing mode Timing char A: ON-delay R R a B 2 : Flicker ON sar (NO) (oupu indicaor) Insananeous oupu relay Insananeous oupu relay (NO) indicaor Basic operaion Oupu (NO) (oupu indicaor) Insananeous oupu relay Insananeous oupu relay (NO) Basic operaion Oupu indicaor E: Inerval R R a J: One-sho oupu (NO) (oupu indicaor) Insananeous oupu relay Insananeous oupu relay (NO) indicaor Basic operaion Oupu (NO) (oupu indicaor) Insananeous oupu relay Insananeous oupu relay (NO) indicaor Basic operaion Oupu 1±0.6 s (Fixed) 17

15 Dimensions Noe: All unis are in millimeers unless oherwise indicaed. P S dia x pins 8 8S 8E dia x pins Dimensions wih Se Ring dia. Dimensions wih Flush Mouning Adaper Y92F-30 Time Seing Ring Panel cover Panel Panel Cuou Noe: 1. The Adapers for wo or more imers mouned in a verical line are differen in orienaion from hose mouned in a horizonal line. 0.5 R max (N) N can be obained as follows (n: he number of H3CR models arranged side by side) Wihou a Cover: N = (48n 2.5) +1 / 0 Wih he Proecive Cover: N = (51n 5.5) +1 / 0 Wih he Panel Cover: N = (50n 4.5) +1 / 0 2. The mouning panel hickness should be 1 o 5 mm

16 Dimensions wih Flush Mouning Adaper Y92F-73 Panel Panel Cuou Adaper mouning hole Two, 4.5 dia. R0.5 max. 52 o ± o 66 76±0.2 45± Dimensions wih Flush Mouning Adaper Y92F Panel Noe: The mouning panel hickness should be 1 o 3.2 mm. R0.5 max ± ± Noe: The mouning panel hickness should be 1 o 3.2 mm. Dimensions wih Fron Connecing Socke P2CF-08/P2CF * S * 87.6 P2CF * P2CF * *These dimensions vary wih he kind of DIN rack (reference value). Dimensions wih Back Connecing Socke P3G-08/P3GA S + Adaper Y92F-30 P3GA Adaper Y92F-30 P3G-08 19

17 Accessories (Order Separaely) Track Mouning/ Fron Connecing Socke P2CF-08 Eigh, M3.5 x 7.5 sems Terminal Arrangemen/ Inernal Connecions (Top View) Surface Mouning Holes Two, 4.5 dia. or wo, M4 70 max Two, 4.5 dia. holes 40±0.2 P2CF max. Eleven, M3.5 x 7.5 sems max Two, 4.5 dia. mouning holes 70 max ±0.2 Two, 4.5 dia. holes 4 50 max max. Back Connecing Socke P3G dia. Terminal Arrangemen/ Inernal Connecions (Boom View) P3GA dia Mouning Track PFP-100N, PFP-50N PFP-100N ± ±0.3 27± ± * L L L: Lengh 1 m PFP-100N 50 cm PFP-50N 1 m PFP-100N2 20

18 End Plae PFP-M Spacer PFP-S M4 x 8 pan head screw Proecive Cover Y92A-48B The proecive cover proecs he fron panel, paricularly he ime seing secion, agains dus, dir, and waer. I also prevens he se value from being alered due o accidenal conac wih he ime seing knob. Noe: 1. The Y92A-48B Proecive Cover is made of a hard plasic and herefore i mus be removed o change he imer se value. 2. The Proecive Cover canno be mouned if he Panel Cover (sold separaely) is used on he Timer. 3. When using a fron cover for flush mouning, use he Y92F-30 Adaper. The Y92F-73 or Y92F-74 Flush Mouning Adaper canno be used. Y92A-48B Time Seing Ring/Panel Cover There are hree ypes of Panel Covers (Y92P-48GL, Y92P-48GB, and Y92P-48GM), all of which are available in hree colors. Use he mos suiable ype of Panel Cover wih he design of he scaling plae according o he applicaion. When seing a given ime for he Timer, use of he Y92S-27 or Y92S-28 Time Seing Ring faciliaes he ime seing operaion and minimizes possible seing errors by operaors. The Y92F-73 or Y92-F-74 Flush Mouning Adaper or he Proecive Cover canno be used. Y92S-27 Time Seing A Y92S-28 Time Seing B Y92S-28 Time Seing C The Time Seing Ring and Panel Cover should be used as a pair. Seing a specific ime Limiing he seing range Y92P-48GL Ligh Gray Time Seing Ring A (Y92S-27) and Panel Cover (Y92P-48GL, -48GB, or -48GM) Time Seing Ring B or C (Y92S-28), and Panel Cover (Y92P-48GL, -48GB, or -48GM) Y92P-48GB Black Y92P-48GM Medium Gray Hold-down Clip Y92H-7 For PL08 and PL11 Sockes Y92H-8 For PF085A Socke 21

19 Insallaion Terminal Arrangemen Noe: The delayed conac of convenional Timers was indicaed as The conac symbol of he is indicaed as 8). 11-pin Models (Conac Oupu) because is operaing mode is five muli-modes (four muli-modes for he 8-pin Models 8 (Conac Oupu) Rese inpu Sar inpu Gae inpu ( ) (~) (+) (~) ( )(~) (+)(~) S (Transisor Oupu) 8S (Transisor Oupu) Rese inpu Sar inpu Gae inpu ( ) (~) (+) (~) ( )(~) (+)(~) Noe: Terminals 1, 3, 4, and 8 are empy. Terminals 2, 5, 6, 7, and 10 are he same as for he. P (Conac Oupu) Noe: Terminals 1, 3, 4, and 5 are empy. Terminals 2 and 7 are he same as for he 8. 8E (Conac Oupu) Sar inpu ( ) (~) (+) (~) ( )(~) (+)(~) Noe: Terminal 5 is empy. 22

20 Inpu Connecions /-AS The inpus of he /-AS are no-volage (shor-circui or open) inpus. No-volage Inpus No-conac Inpu (Connecion o NPN open collecor oupu sensor.) 12 o 24 VDC (sensor power ) + DC power Conac Inpu No-conac Inpu (Connecion o a volage oupu sensor.) 12 o 24 VDC (sensor power ) + DC power Sensor Timer 5 Gae 6 Sar 7 Rese Timer 5 Gae 6 Sar 7 Rese Sensor Timer 5 Gae 6 Sar 7 Rese 2 Inpu (0 V) 2 Inpu (0 V) 2 Inpu (0 V) Operaes wih ransisor ON Operaes wih relay ON Operaes wih ransisor ON No-volage Inpu Signal Levels No-conac inpu Conac inpu 1. Shor-circui level Transisor ON Residual volage: 1 V max. Impedance when ON: 1 kω max. 2. Open level Transisor OFF Impedance when OFF: 100 kω min. Use conacs which can adequaely swich 0.1 ma a 5 V 23

21 P The sar inpu of he P is volage inpu. (Volage imposiion or open) Volage Inpus No-conac Inpu (Connecion o PNP open collecor oupu sensor) 12 o 24 VDC (sensor power ) + DC power Sensor Timer 10 (+) 6 Sar 7 Inpu 0V No-conac Inpu (Connecion o NPN open collecor oupu sensor) 12 o 24 VDC (sensor power ) + DC power Sensor Timer 10 (+) 6 Sar 7 Inpu 0V Conac Inpu AC power DC power Sar Timer 10 (+) 6 Sar 7 Inpu 0V 2 ( ) 2 ( ) 2 ( ) Operaes wih PNP ransisor ON Operaes wih NPN ransisor ON Operaes wih relay ON Noe: The inpu circui is isolaed from he power circui. Thus, an NPN ransisor can be conneced. Noe: Refer o he signal levels in he following able and be aware of he minimum applicable load of he relay. Volage Inpu Signal Levels No-conac inpu 1. Transisor ON Residual volage: 1 V max. The volage beween erminals 6 and 7 mus be 10.8 VDC min. 2. Transisor OFF Leakage curren: 0.01 ma max. The volage beween erminals 6 and 7 mus be 1.2 VDC max. Conac inpu Use conacs ha can adequaely swich 0.1 ma a each operaing volage. The volage beween erminals 6 and 7 wih conacs ON or OFF mus saisfy he specified value. Conacs ON 100-o-240-VAC and 100-o-125-VDC models: 85 o 264 VAC or 85 o VDC 24-o-48-VAC and 12-o-48-VDC models: 20.4 o 52.8 VAC or 10.8 o 52.8 VDC Conacs OFF 100-o-240-VAC and 100-o-125-VDC models: 0 o 10 VAC or 0 o 10 VDC 24-o-48-VAC and 12-o-48-VDC models: 0 o 2.4 VAC or 0 o 1.2 VDC 24

22 Applicaion Examples A Mode: ON-delay ON-delay operaion (A mode) is a basic mode. 1. -ON Sar/-OFF Rese The -ON sar/-off rese operaion is a sandard operaing mehod. 3. Conrol of Inegraed Time wih Gae Signal Wih a gae signal, he -ON sar operaion and Signal sar operaion can be conrolled (he operaion can be inerruped) : se ime (2 and 10) (2 and 10) Sar (2 and 6) Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) Gae (2 and 5) Conrol oupu: NO (9 and 11) NO (1 and 3) Conrol oupu: NC (8 and 11) NC (1 and 4) indicaor Flashing Li Conrol oupu: NO (9 and 11) NO (1 and 3) Exernally shor-circuied indicaor Flashing Li Gae signal (The operaion is inerruped wih he gae signal if he Timer deecs an abnormal signal.) Exernally shor-circuied 2. Signal Sar/Signal Rese The Signal sar/signal rese operaion is useful for remoe conrol of he Timer. (2 and 10) Sar (2 and 6) B/B2 Mode: Flicker The flicker operaion in he B and B2 modes can be effecively applied o lamp or buzzer (ON and OFF) alarms or he monioring of an inermien operaion wih a display. 1. -ON Sar/-OFF Rese (in B Mode) Rese (2 and 7) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) indicaor Li Flashing Li (2 and 10) Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) Sar signal (remoe conrol possible) Rese signal (remoe conrol possible) indicaor Flashing Exernally shor-circuied ( coninuously supplied) 25

23 2. Signal Sar/Signal Rese (in B Mode) If here is an abnormal signal, flashing sars. When he abnormal condiion is resored, a rese signal sops he display flashing. 2. Signal-ON-OFF Sar/Insananeous Operaion/Time-limi Rese (2 and 10) (2 and 10) Sar (2 and 6) Rese (2 and 7) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) indicaor Li Flashing Li Sar signal Rese signal Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) indicaor Li Flashing Li Flashing Li Flashing Li Sar signal (The operaion sars wih he signal ON or OFF) ( coninuously supplied) C Mode: Signal ON/OFF-delay The Signal ON-/OFF-delay operaion (C mode) is useful for he conrol of disribuion of producs on a producion line ino boxes by he specified number or ime. 1. -ON Sar/Insananeous Operaion/Time-limi Rese A se of hese funcions is useful for he operaion of a machine for a specified period when power is ON. ( coninuously supplied) D Mode: Signal OFF-delay Signal OFF-delay operaion (D mode) can be effecively used o keep a load operaing for a cerain period. For example, his funcion enables he cooling fan for a lamp or heaer o operae for a cerain period afer he lamp or heaer is swiched OFF. 1. -ON Sar/Insananeous Operaion/Time-limi Rese (2 and 10) (2 and 10) Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) indicaor Li Flashing Li Sar signal (NC o NO) Sar signal (NC o NO) 26

24 2. Signal Sar/Insananeous Operaion/Time-limi Rese (2 and 10) Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) 2. Signal Sar/Insananeous Operaion/Time-limi Rese This funcion is useful for he repeiive conrol such as he filling of liquid for a specified period afer each Signal sar inpu. (2 and 10) Sar (2 and 6) Conrol oupu: NO (9 and 11) NO (1 and 3) Conrol oupu: NC (8 and 11) NC (1 and 4) indicaor Li Flashing Li Conrol oupu: NO (9 and 11) NO (1 and 3) Sar signal (NO o NC o NO) Sar signal ( coninuously supplied) ( coninuously supplied) E Mode: Inerval 1. -ON Sar/Insananeous Operaion/Time-limi Rese This funcion is useful for he operaion of a machine for a specified period afer power is ON. (2 and 10) Sar (2 and 6) Conrol oupu: NC (8 and 11) NC (1 and 4) Conrol oupu: NO (9 and 11) NO (1 and 3) Sar signal (NC o NO) 27

25 Precauions Changing he Seing Do no change he ime uni, ime range, or operaion mode while he Timer is in operaion, oherwise he Timer may malfuncion. The ime uni and ime range can be se wih he respecive selecors urned clockwise or counerclockwise. The selecors are of noched so ha hey will snap when hey are properly se. Do no se he selecors midway beween noches, oherwise he Timer may break or malfuncion. Supplies Pay he umos aenion no o make misakes in polariy when wiring he Timer. The H3CR Series uses a ransformerless power. Do no ouch he inpu erminals while he volage is applied, oherwise an elecric shock may be received. A DC power can be conneced if is ripple facor is 20% or less and he mean volage is wihin he raed operaing volage range of he Timer. Be aware ha he operaing volage will rise by 5% if he raed volage is applied o he Timer coninuously while he ambien emperaure is close o he maximum permissible ambien emperaure. For he power of an inpu device of he /-AS, use an isolaing ransformer wih he primary and secondary windings muually isolaed and he secondary winding no grounded. Example: Inpu/Oupu Relaionship beween Inpu and Supply Circuis (/-AS) The /-AS uses ransformerless power. When connecing a relay or ransisor as an exernal signal inpu device, pay aenion o he following poins o preven shor-circuiing due o a sneak curren o he ransformerless power. If a relay or ransisor is conneced o wo or more Timers, he inpu erminals of hose Timers mus be wired properly so ha hey will no differ in phase, oherwise he erminals will be shor-circuied o one anoher. Incorrec Conac or ransisor for exernal inpu signal Shor-circui curren Correc Inpu erminal Inpu erminal Inpu erminal Inpu erminal Circui Recifier circui Inpu erminal Isolaing ransformer is no required. The /-AS s power erminal 2 is a common erminal for inpu signals o he Timer. Do no disconnec he wires on erminal 2, oherwise he inernal circuiry of he /-AS will be damaged. I is impossible o provide wo independen power swiches as shown below regardless of wheher or no he Timers are differen in phase. 5, 6, 7 G, S, R Inpu erminal Inpu erminal Close Inpu erminal An AC power can be conneced o he power inpu erminals wihou regard o polariy. A DC power mus be conneced o he power inpu erminals as designaed according o he polariy of he erminals. Make sure ha he volage is applied wihin he specified range, oherwise he inernal elemens of he Timer may be damaged. Connec he power volage hrough a relay or swich in such a way ha he volage reaches a fixed value a once, oherwise he Timer may no be rese or a imer error may resul. 28

26 An appropriae inpu is applied o he inpu signal erminals of he /-AS when one of he inpu erminals is shor-circuied wih he common erminal (erminal 2) for he inpu signals. Do no aemp o connec he inpu erminal o any erminal oher han he common erminal or o apply volage across erminals oher han he specified inpu and common erminals, oherwise he inernal circuiry of he Timer will be damaged. If a relay or ransisor is conneced o wo or more Timers, he inpu erminals of hose Timers mus be wired properly so ha hey will no be differen in phase or he erminals will be shor-circuied o one anoher (refer o he figures below). Incorrec Conac or ransisor for exernal inpu signal (See noe 2.) P AC or DC power Inpu conac 5, 6, 7 G, S, R Inpu erminal (See noe 1.) P Noe: 1. erminal 2 is a common erminal for inpu signals o he Timer. Never use erminal 10 as he common erminal for his purpose, oherwise he inernal circui of he Timer will be damaged. 2. Do no connec a relay or any oher load beween hese erminals, oherwise he inernal circui of he Timer will be damaged due o he high-ension volage applied o he inpu erminals. Relaionship beween Inpu and Supply Circuis (P) Correc Conac or ransisor for exernal inpu signal P P AC/DC power Inpu circui circui P Since he inpu circui and he power circui are configured independenly, he inpu circui can be urned ON or OFF irrespecive of he ON/OFF sae of he power. I mus be noed ha a volage equivalen o he power volage is applied o he inpu circui. When connecing a relay as an exernal signal inpu device, pay aenion o he following poins o preven shor-circuiing due o a sneak curren o he ransformerless power. Common o All Models The inpu wires mus be as shor as possible. If he floaing capaciy of wires exceeds 1,200 pf (approx. 10 m for cables wih 120 pf/m), he operaion will be affeced. Pay paricular aenion when using shielded cables. The S ransisor oupu is isolaed from he inernal circuiry by a phoocoupler. Therefore, eiher NPN or PNP oupu is possible. The power circui of he Series (excep for S) is a swiching circui. If he power line conneced o he power circui has a ransformer wih high inducance, a couner-elecromoive volage will be induced. To suppress he volage, apply a CR filer o he power line. Do no se he dial o minimum in flicker mode, oherwise he conacs may be damaged. 29

27 Operaing Environmen Do no use he Timer in he following locaions. Locaions wih radical emperaure changes. Locaions wih high humidiy ha may resul in condensaion. Locaions wih excessive vibraion or shock. Locaions wih corrosive gas or dus. Locaions where he Timer is exposed o sprayed waer, oil, or chemicals. Organic solvens (such as pain hinner) as well as srong acid or alkali soluions will damage he ouer casing of he Timer. If he Timer is used in an area wih excessive elecronic noise, be sure o separae he Timer, wires, and inpu device as far as possible from he noise sources. Furhermore, i is recommended ha he inpu signal wiring be shielded o preven elecronic inerference. Precauions for EN (VDE) Conformance The Series as a buil-in imer conforms o EN (VDE0435/P2021) provided ha he following condiions are saisfied. Make sure ha no volage is applied o any erminals before dismouning he Timer from he Socke. The oupu secion of he is provided only wih basic isolaion. Provide supplemenary basic isolaion on he load side conneced o he oupu so ha reinforced isolaion required by he EN (VDE) sandards will be ensured. The iself is designed under he following condiions: Overvolage caegory III Polluion degree 2 Isolaion Operaion pars: Reinforced isolaion Wih clearance of 5.5 mm and creepage disance of 5.5 mm a 230 VAC Oupu: Basic isolaion (see noe) Wih clearance of 3 mm and creepage disance of 3 mm a 230 VAC Noe: The 11-pin model ensures basic isolaion by iself and also ensures basic isolaion wih he 11-pin model mouned o he OMRON P2CF-11 or P3GA-11 Socke. Connec he wo oupu conacs differen in polariy o he loads so ha hey will be he same in poenial. Ohers If he Timer is mouned o a conrol board, dismoun he Timer from he conrol board or shor-circui he conrol board circuiry before carrying ou a volage wihsand es beween he elecric circuiry and non-charged meal par of he Timer. This proecs he inernal circuiry of he Timer from damage. 30

28 31

29 ALL DIMENSIONS SHOWN ARE IN MILLIMETERS. To conver millimeers ino inches, muliply by To conver grams ino ounces, muliply by Ca. No. L084-E1-2 OMRON Corporaion Supervisory Conrol Devices Division 28h Fl., Crysal Tower Bldg., , Shiromi, Chuo-ku, Osaka Japan Phone: (81) Fax: (81) In he ineres of produc improvemen, specificaions are subjec o change wihou noice. Prined in Japan M (0696) 32