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Relay and Socket Catalog

1. Electrical Life Curve Resistive Load RJ1 RJ1 High Capacity RJ2 A 1000 1000 A 2 3 250V AC 2 250V AC 2 250V AC Resistive Load Resistive Load 2 Resistive Load S 100 NO contact 100 NO contact S NO contact N Q Q Q o o S 30V DC Resistive Load S 30V DC Resistive Load S E NO Contact NO Contact x 10 x 10 x 8 1 1 0 1 1 12 0 1 1 16 i Load Current A Load Current A Load Current A o Maximum Switching Capacity Resistive Load RJ1 RJ1 High Capacity RJ2 AC Resistive NO Contact AC Resistive m 2 AC Inductive AC Resistive NO Contact 12 16 mi 10 lt 40 10 8 o DC Resistive D o D NO Contact o 3 g Resistive NC Contact 2 5 1 9 1 Inductive NO Contact 1 DC Inductive DC Resistive NO Contact NC Contact DC Resistive NO Contact 0 1 EM 1 10 100 250 1 10 100 250 us 1 10 100 250 Load Voltage
2. RU2 Resistive Load RU4 Resistive Load RU42 Resistive Load Sa be 5 35 00 mmm mmm SOV Dn 30V DC En 1000 1000 i il e _ TT TIN N 72 o S 100 ll 111 2 100 ead E 3 5 5 LIN S 1 1 1 0 1 0 5 1 5 10 0 1 05 1 3 6 0 02 01 05 1 3 6 Load Current A Load Current A Load Current A RU2 Inductive Load RU4 Inductive Load RU42 Inductive Load 250V AC 30V DC 220 220 2292 4 3 30V DC MOD 110VD 1000 OV DC 0V DC amp 2m ao Li C3 1 LIII 11 5 1111 rT gt 5 8 S S 10 Se en E oe EE DC L R 7 ms AC 0 03 DC L R 7 ms i 107 0 1 0 5 1 5 10 0 02 0 1 0 5 0 02 0 1 0 5 Load Current A Load Current A Load Current A 2 Maximum Switching Current RU2 RU4 RU42 Bifurcated AU rESISUVE AC resistive AC resistive AC inductive AC inductive AC induct
3. Part Number Selection e 5 Part Number a Qo Coil Voltage Code az Contact Model Standard With Latching Lever With Momentary Lever Standard Stock in bold 8 be DPDT 10A M A24 A110 A220 3 10A Standard RU2S C RU2S RU2S M 06 D12 024 048 D110 T With RC AC coil only RU2S CR RU2S R RU2S MR A110 A220 mE With diode DC coil only RU2S CD RU2S D RU2S MD D6 D12 D24 D48 D110 gt A24 A110 A220 m 06 012 024 048 0110 3 6A A24 A110 A220 Standard RUAS C RUAS RU4S M D6 D12 D24 048 0110 With RC AC coil only RU4S CR RU4S R RU4S MR A110 A220 With diode DC coil only RU4S CD RU4S D RU4S MD D6 D12 D24 D48 D110 A24 A110 A220 NE o bind Bue D6 012 024 048 D110 JJ 4PDT Bifurcated 3A I TUE A24 A110 A220 eh Standard RU42S C RU42S RU42S M D6 D12 D24 048 0110 2 Qo With RC AC coil only RU42S CR RU42S R RU42S MR A110 A220 ce With diode DC coil only RU42S CD RU42S D RU42S MD D6 D12 D24 D48 D110 5 PCB RU42V NF 06 012 024 048 0110 1 Plug in terminal models have LED indicator and mechanical indicator as standard A 2 PCB models do not have an LED indicator or a mechanical indicator Ordering Informat
4. Qui m OE Om at o On _ d TOP VIEW TOP VIEW 25 Finger safe DIN Rail Mount Sockets lt go SJ1S 07LW SJ2S 07LW M3 Teminal Screws M3 Terminal Screws x gical DL LIS ie es 1O 3 o 4 3 TOP VIEW TOP VIEW m 501 07 502 07 o 40 9 25 8 e 3 UJ 501 07 12A 300VAC 7 E 22 TOP VIEW TOP VIEW 800 262 IDEC 4332 USA amp Canada Relays amp Sockets g Dimensions con t mm PC Mount Sockets SJIS 61 5425 61 D Eam 4 7 4559 6 0 Em x n 01 2 Pasce 1 5 0 5 Terminal Arrangement gt ee EN Terminal Arrangement 5 3 View _ 7 Bottom View NJ 2 es m 2 5 75 5 E 97 2 a S01V 63 N re zx 7 o N n o c Terminal Blocks Contactors Timers Circuit Breakers 768 n DEC www IDEC com Relays amp Sockets RQ Series PCB Relays e IDEC relays are low profile PCB relays in a compact package Size equals value RO relays are small ye
5. Terminal Blocks Contactors Timers Circuit Breakers Relays amp Sockets Sockets Standard DIN Finger safe DIN Relays Rail Mount Rail Mount Through Panel Mount PCB Mount 5 25 05 SY2S 05C SY2S 51 SY2S 61 RM2 5 25 05 5 25 056 5 25 51 SYAS 61 RY4S SY4S 05 SY4S 05C SY4S 51 5745 52 Hold Down Springs amp Clips Appearance Item Relay RY2S e S Pullover Wire spring RY4S RY2S Leaf Spring side latch RM2 45 RY2S Leaf Spring N top latch me RY4S 1 Not available for PCB mount socket SY4S 62 A 2 Order 2 pieces per relay Accessories Item Appearance Aluminum DIN Rail 1 meter length DIN Rail End Stop Replacement Hold Down Spring Anchor ki DIDEC For DIN For Through Panel amp Mount Socket PCB Mount Socket SY2S 02F1 SY4S 51F1 SYAS 51F1 SYAS b1F1 SFA 202 SFA 302 SFA 101 SFA 301 Use with Part No Remarks The BNDN1000 is designed to accommodate DIN mount sockets Made of durable extruded aluminum the BNDN1000 measures 0 413 AL CUN rell 10 5mm in height and 1 37 35mm in width DIN standard Standard length is 39 1 000mm DIN rail BNL5 9 1 mm wide Horseshoe clip for all DIN rail For use on DIN rail mount socket when using pullover wire hold down Y778 011 sockets spring 2 pieces included with each socket www IDEC com Relays amp Soc
6. N 2 2 7 63 5 A Total length from panel surface including relay socket o 7 SR3B 05 73 76 SR3B 51 56 60 max N gt lt b ce Dimensions in the include a hold down spring E I Standard DIN Rail Mount Sockets FL 89 BNDN E DIN Rail M3 5 Terminal BNDN i 8 25 5 Screw one BNDN Terminal Arrangement 2 04 2 Mounting Holes M3 5 Terminal 2 04 2 Mounting Holes 2 LA Y or M4 Tapped Holes Screw m or M4 Tapped Holes S 9 P aa 11 7 29 E j 33 04 2 hole i 4 9 max 5 min 16 5 ESTES 04 2 hole a 33 18 Top View 28 5 m 22 7 9 max 63 6 min 42 59 DIN Rail DIN Rail 8 5 Terminal 35 BNDN 8 M3 5 Terminal BNDN Screw Terminal Arrangement Screw E er a 2 04 2 Mounting Holes 18 Tapped Holes o 35 D OOA 34 33 1 04 2 hole 4A max 5min 4 9 max 5 min 34 16 5 e i 20 33 18 Top View 9 max 28 5 T 22 95 5 03 6 788 n DEC www IDEC com Relays amp Sockets Standard Rail Mount Sockets 8 5838 05 Qo 79 31 5 DIN Rail Terminal Arrangement
7. 62 45 eor 4 8 min 4 2 9l 75 i 17 31 5 8 DIN Rail Terminal 18 BNDN Y 2 04 2 Mounting Holes E or M4 Tapped Holes 14 5 25 5 9 max 23 2 min 5 45 05 30 6 M3 Terminal Screw 2 04 2 Mounting Holes or M4 Tapped Holes 62 Finger safe DIN Rail Mount Sockets SY2S 05C 17 2 35 5 30 Terminal Arrangement Terminal Relays amp Sockets Dimensions SM2S 05 0 7 Screw Ly Poe ire ei ba Top View A eg 26 hz el 62 Terminal Arrangement PUB JE eem ol Top View SM2S 05C 31 5 DIN Rail BNDN 2 94 2 Mounting Holes or M4 Tapped Holes ree PE amp M3 Terminal DIN Rail DIN Rail 25 BNDN Terminal Arrangement M3 Terminal BNDN 2 04 2 Mounting Holes AN Screw Terminal Arrangement or M4 Tapped Holes 9 2 0211 2 04 2 Mounting Holes E W Q or M4 Tapped Holes 7 j M P La L l 16 pto 22 7 _ d 5 t 1 _ 26 P C al fo Ring terminals cannot be used Tap view Ring terminals 2 18 2 cannot be used Top View 29 29 o 5 SY4S 05C 4 35 5 M3 Terminal DIN Rail Screw BNDN Terminal Arrangement 2 04 2 Mounting Holes OO 9 M4
8. i Release Time zi SIBI APDT 2595 maximum 5 SPDT 1 1VA 50Hz 60Hz DC 0 8W power Consumption DPDT 1 4VA 50Hz 1 2VA 60Hz DC 0 9W approx JPDT AC 2VA 50H7z 1 7VA 60Hz DC 1 5W APDT AC 2 5VA 50Hz 2VA 60Hz DC 1 5W Insulation Resistance 100 minimum 500V DC megger gt Between live and dead parts 2 000V AC 1 minute 2 SPDT Between contact and coil 2 000V AC 1 minute Between contacts of the same pole 1 000V 1 minute ty Dielectric Strength pppr Between live and dead parts 2 000V AC 1 minute 3PDT Between contact and coil 2 000V AC 1 minute APDT Between contacts of different poles 2 000V AC 1 minute Between contacts of the same pole 1 000V AC 1 minute Electrical 1 800 operations hour maximum Mechanical 18 000 operations hour maximum Damage limits 10 to 55Hz amplitude 0 5 mm 2 Operating extremes 10 to 55Hz amplitude 0 5 mm Damage limits 1 000m s 1006 Shock Resistance Operating extremes 200m s 20G SPDT DPDT 100m s 10G 3PDT 4PDT Mechanical Life 50 000 000 operations minimum DPDT 500 000 operations minimum 120V AC 10A Electrical Life SPDT EM JPDT 200 000 operations minimum 120V AC APDT SPDT Operating DPDT S Temperature 3PDT 25 to 70 no freezing APDT Operating Humidity 45 to 85 RH no condensation m Weight approx SPDT 24g
9. N 50 TN 75 AMP SCR OUTPUT ce 7 ie e 09cW 5 0 5 C M HEODOW A 0 7 C W oN 0 1 09 lt 0 1 5 lt 1 5 C W 5 5 5 l 2 S Ambient Temperature C Ambient Temperature C gt 90 AMP SCR OUTPUT o q 5 _ 9 MIS E lt DNIT B 0 4 C W 5 w 2 ZEE Q9 0 7 C W 3 LTT Ty pt LLLLLLLLLLLLLELE 2 3 LEE LTTE 2 TET LETT 1 2 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 c Ambient Temperature C www IDEC com Relays amp Sockets Dimensions mm E 8 32 Pan Head Screw 1 9 48 26mm Large Saddle Clamp 1 75 44 5 90 187 1 1 27 9mm 4 5mm El 3 EIS 5 E S sz 2 gt N 7 un 6 32 Head Screw 71 07 25 4mm 4 8mm E i he Small Saddle Clamp 0 265 6 7mm RSS CVR Optional Fingersafe Cover 0 79 1 075 20 07mm 27 31mm 29 D lt go e gt o 0 5 12 70mm 0 09 2 3 0 37 9 40 510120107 519 1 5420 51848814 112117 800 262 IDEC 4332 USA amp Canada E
10. DNE Mee ACBV AC12V AC24V 10 AC120V With Check Button RY2S UC AC220V AC240V 3 DC6V DC12V D24V DC48V DC110V With Indicator Check Button RY2S ULC o Top Bracket Mounting RY2S UT 5 With Diode DC coil only RY2S UD RY2V UD DC6V DC12V DC24V DC48V DC110V 2 Standard RM2S U RM2V U DPDT Wide 5A With Indicator RM2S UL RM2V UL RYAC6V AC12V AC24V AC110 120V AC220 240V UA Enh Cie BITE RM2S UC DCBV DC12V DC24V DC48V DC100 110V With Indicator and Check Button RM2S ULC Top Bracket Mounting RM2S UT With Diode DC coil only RM2S UD DC6V DC12V DC24V DC48V DC100 110V With Indicator and Diode DC coil only RM2S ULD standard RY4S U RY4V U APDT 5A Wien indicator YAS UL AU AC2AV ACTI0 120V With Check Button RY4S UC AC220 240V With Indicator and Check Button RY4S ULC S Top Bracket Mounting RY4S UT With Diode DC coil only RY4S UD DC6V DC12V DC24V DC48V DC100 110V With Indicator and Diode DC coil only RYAS ULD Top mount models are designed to mount directly to a panel and do not require a socket A Ordering Information When ordering specify the Part No and coil voltage code example RY4S U Part No Coil Voltage Code 3 2 e UJ 5 800 262 IDEC 4332 USA amp Canada E DEC 199 Switches amp Pilot Lights Signaling Lights N lt b 5 oe N 4
11. Contains diode to absorb the back emf 1 1 1 7 7 3 generated when the coil is de energized The eo ie mre ek release time is slightly longer Available for DC 9 9 12 9 10 12 9 10 11 12 coil only LO Diode Characteristics gt Reverse withstand voltage 1 000V Forward current 1A Terminal Blocks _ 3 kao o Circuit Breakers 718 n DEC www IDEC com Relays amp Sockets With Indicator LED amp Diode LD type 2 SPDT 4PDT DPDT Taur gt gt gt gt gt gt gt lt 9 5 i 2 S Below 2 r Below T 9 10 12 9 10 11 12 NE 12 a 00 00 24V AC 0 0 ee LP 2 ET p RUNE 2 Contains an LED indicator and SAM surge absorber and has the m same height as the basic type _ T T LED color of DPDT model is gt gt gt gt gt green 5 6 8 1 5 6 7 8 24V AC 5 8 100V DC P i i 9 10 12 9 10 11 1 9 12 d l ad gt J c el Dimensions mm RH1B U RH1B UL RH1B UD RH1B ULD Total length from panel surface including relay socket RH2B U RH2B UL RH2B UD RH2B U
12. m E 0H i 2 Bottom View Bottom View e e EL 22 iNM 924 holes S o 36 min when using Y hold down springs Tolerance 0 1 36 min when using IN Tolerance 0 1 ces c D hold down springs cc i Contactors Terminal Blocks Circuit Breakers n DEC www IDEC com Relays amp Sockets RR Series Power Relays 2 Key features o e SPDT through 3PDT 10A contacts sal e Midget power type relays a e Available in pin and blade terminal styles amp e Options include an indicator check button for test operations and side flange e DIN rail surface and panel mount sockets are available for wide a variety of zu mounting applications Wh G CC 5 Part Number Selection amp Part Number Coil Voltage Code Contact Model Pin Terminal Blade Terminal Standard Stock Items in Bold SPDT Standard RR1BA U With Indicator RR1BA UL a 2 With Check Button RR1BA UC Qo With Indicator and Check Button RR1BA ULC Side Flange Model RR1BA US 2 Standard RR2P U RR2BA U With Indicator
13. 3000VAC 1875VA 250 12 7 5A Standard 360W 180W 30V DC 12A 6A AC250V DC5V Type 3000V 1875VA 250V AC 12A 7 5 ES DC125V 100mA Tae 180W SOW 30V DC 6A 3A NO 4000V AC 2000VA 250V AC 16A 8 I E Ex 480W 240W 30V DC 16A 8A AC250V DC5V 2 I5 m 4000V AC 2000VA 250V AC 16A 8A DC125V 100mA 240W 120W 30V DC 8A 4A a NO 2000V AC 1000VA 250V AC 8A 4A 2 Mantes 240W 120W 30V DC 8A AA AC250V DC5V NC 2000V AC 1000VA 250V AC 8A 4A DC125V 10mA 120W 60W 30V DC 4A 2A 2 poles NO 250VA AC 100VA AC 250V AC 1A 0 4A 250V 1V DC bifurcated contacts NC 30W DC 15W DC 30V DC 1A 125V DC 00 2 IDEC www IDEC com Relays amp Sockets Agency Ratings e gt x 5 250V AC Z 30V DC 1A 1A co S RJ22 RJ1 RJ2 RJ22 RJ1 RJ2 RJ22 NO NC NO NC NO NC NO NC NO NC NO NC NO NC 250VAC 12A 12A 8A 75A 75 4A zi 30V DC 12 AA 1A 1A 6A 3A AA 2A 1A 1A 250V AC 30V DC 29 D lt 7 go e r 7 2A i According to the utilization categories of IEC60947 5 1 Socket Specifications i SJ1S 05BW screw with captive wire clam 250V 12A Maximum up to 2 14 AWG gt Maximum 1 2N E 0 6 1 0Nem SJ2S 05BW screw with captive wire clamp 250V Maximum up to 2 14 AWG Maximum 1 2N em RAM 0 6 1 0Nem zu
14. Bracket Mounting RH2B UT With Diode DC coil only RH2B UD RH2V2 UD E DC6V DC12V DC24V DC48V DC100 110V With Indicator and Diode DC coil only RH2B ULD RH2V2 ULD Standard RH3B U RH3V2 U 2 With Indicator RH3B UL RH3V2 UL ACBV AC12V AC2AV AC110V ACT20V B With Check Button RH3B UC m AC220V AC240V DC6V DC12V DC24V With Indicator and Check Button RH3B ULC Bracket Mounting RH3B UT With Diode DC coil only RH3B UD DC6V DC12V DC24V DC48V DC110V With Indicator and Diode DC coil only RH3B ULD i Standard RHAB U RHAV2 U With Indicator RH4B UL RH4V2 UL ACBV AC12V AC2AV AC110V ACT20V With Check Button RH4B UC 220 240 DC6V DC12V DC24V DC48V 2 With Indicator and Check Button RH4B ULC Bracket Mounting RH4B UT With Diode DC coil only RH4B UD RH4V2 UD DC6V DC12V DC24V DC48V DC110V With Indicator and Diode DC coil only RH4B ULD 52 Es PCB terminal relays are designed to mount directly to a circuit board without any socket Ordering Information S When ordering specify the Part No and coil voltage code CD example RH3B U 7 7 oil Voltage Code 800 262 IDEC 4332 gt USA 4 Canada Switches amp Pilot Lights Signaling Lights N lt b o N gt Terminal Blocks Contactors Timers Circuit Breakers Relays amp
15. Screw DIN Rail Terminal Arrangement eon pu 2 llc 2 04 2 Mounting Holes LD or M4 Tapped Holes T 1 JER E De 3 x Ring terminals 183 z 29 5 DIN Rail BNDN 2 04 2 Mounting Holes or M4 Tapped Holes d ES 5 p 5 36 Top View M3 5 Terminal 36 7 Screw Terminal Arrangement Ring terminals cannot be used Through Panel Mount Socket SH1B 51 Panel Thickness 1 12 4 I Terminal Arrangement gm 44 LO T x GE Bottom View No of sockets mounted 11 B t iri 18 7 10 4 min when using hold down springs Panel Thickness one 30 4 109 1 to 2 Terminal Arrangement Hag 2 Bagi e X ol 09010121 a A o y t Bottom Vien x N No of sockets mounted c 0 10 4 min when using hold down springs SH2B 05C 22 36 7 3 5 Terminal 25 Screw OO DIN Rail BNDN 49 2 04 2 Mounting Holes or M4 Tapped Holes Terminal Arrangement P2 li 9 9 9 p 18 7 Ring terminals Top View cannot be used 29 5 When using 42 BAA BAP 33 DIN Rail Terminal Arrangement M d y xs 2 Mounting Holes M4 Tapped Holes I T M
16. 46 N lt b o N gt XU Standard DIN Rail Mount Sockets SH1B 05 SH2B 05 17 31 5 31 5 8 DIN Rail DIN Rail M3 5 Terminal BNDN Terminal Arrangement M3 5 Terminal Terminal Arrangement J Screw 2 04 2 Mounting Holes FA Screw m Tapped Holes 2 04 2 Mounting Holes a or M4 Tapped Holes T T EN 5 ONI M3 Terminal 4 8 min 5 4 Screw 4 BA Top View Top View 23 6 min 23 2 min 5 9 max For terminals 1 5 and 9 For terminals 13 and 14 gt SH4B 05 4 42 31 5 M3 5 Terminal Terminal Arrangement 8 BER Terminal ENN Terminal Arrangement 2 crew Sore 04 2 Mounting Holes o 6 D le Pol or M4 Tapped Holes 9 P 9 o ii 210 E fo A LL L1 L1 msi 46 gt C 0 j 4 4 max 5 5 min 4 4 4 5 5 min 2 pou 8 View View 7 9 co 7 9 max 19 23 6 min 93 6 gt c 780 n DEC www IDEC com Relays amp Sockets Dimensions mm Finger safe DIN Rail Mount Sockets SH1B 05C M3 5 Terminal
17. Pushbutton 3 6 wes m E EST 7 7 9 7 8 9 Contacts can be operated by pressing the f check button gt A B A B A B 1 8 With Indicator UL type RR2P RR3PA RR1BA RR2BA RR3B AC DC When the relay is energized the indicator goes on e An LED protection diode is not contained in relay coils below 100V DC Coil 100V AC DC and over Coils below 100V use LED indicator while coils above 100V use neon lamp indicator 800 262 IDEC 4332 gt USA 4 Canada S4461 8 51967 BuijeuBis 29 D lt o Qo N gt o 510128107 5420 51848814 112117 Relays amp Sockets Dimensions mm RR2P U RR2P UL RR3PA U RR3PA UL Total length from panel surface including relay socket Total length from panel surface including relay socket d SR2P 05 84 5 87 5 max SR2P 511 63 68 max 05 84 5 87 5 max 511 63 68 max c N L 55 5 max 13 55 5 13 Dimensions the Dimensions in the include a hold down spring include a hold down spring RR1BA U RR2BA UL RR2BA U a RR2BA UL RR3B U RR3B UL RR1BA US RR2BA US RR3B US 2 63 5 zl 3 0 Y 02 0 oblong hole 2 04 5 Mounting Holes
18. CSA Ratings 30V DC 5 2 5 gm Resistive General use 240V AC 5A 1 2A 4PDT RY4 5A 217 2 Voltage DPDT DPDT DPDT 150W DC SUA DE 30V DC 5A 2A Slim Wide Slim Wide i Note Inductive load for the rated load cos 0 3 L R 7 ms 240V AC 0 2 120V AC 3A 5 TUV Ratings 100vDC 02A 04A Voltage APDT 30V DC 3A 5A 1 5A 2 5 Slim Wide 240V 3A 5 5A 30V DC 3A 5A 5A i AC cos 0 1 0 DC L R 0 ms 02 DIDEC www IDEC com 4PDT 5 0 2 5 4PDT 9A 0 2A 1 5A Relays amp Sockets Socket Specifications e Sockets Terminal d Electrical Rating Wire Size Torq ue zi DIN Rail 5 25 05 3 screws with captive wire clamp 300V 7A Maximum up to 2 1 4AWG 55 9inelbs 3 Mount 5 25 05 3 screw with captive wire clamp 300V 10A Maximum up to 2 14AWG 5 5 9 inelbs Sockets 5 45 05 3 screw with captive wire clamp 300V 7A Maximum up to 2 14AWG 5 5 9 inelbs Finger safe SY2S 05C screws with captive wire clamp fingersafe 300V 7A Maximum up to 2 14AWG 55 9 inelbs z DIN Rail SM28 05C screw with captive wire clamp fingersafe 300V 10A Maximum up to 2 14AWG 55 9 inelbs Sam SY4S 05C M3 screw with captive wire clamp fingersafe 300V 7A Maximum up to 2 14AWG 5 5 9 inelbs Through 9725 51 Solder 250V 7A Panel Mount 25 51 Solder 250V 10A zi Socket
19. yx d 5 zz L NN 444 A NN 414 5 4 2 12 4 11 3 14 Ba Eu 2 12 4 11 3 14 2x 1 A2 A2 A2 1 22 6 21 5 24 7 22 6 21 5 24 Coil voltage 24V DC and below Coil voltage greater than 24V DC Coil voltage 24V DC and below Coil voltage greater than 24V DC 3 D 2 00 D 5 800 262 IDEC 4332 0 amp Canada E DEC 165 Relays amp Sockets Dimensions mm Blade Relay mm RJ1S RJ2S RJ22S Switches amp Pilot Lights Signaling Lights N lt b o N gt XU All dimensions in mm PCB Relay mm RJ1V C RJ1V A E 9 10 10 To N 15 z i 10 5 1 0 0 3 0 5 1 m 29 28 8 ae RJ1V CH RJ2V C RJ1V AH RJ2V A S 2 2 804 5 E a T 2 RJ22V C RJ22V A LO LO N o E www IDEC com Relays amp Sockets Dimensions mm Standard DIN Rail Mount Sockets SJ1S 05BW J2S 05BW M3 Terminal Screws ye e e 0 ER UN JE I PTS as c d M eL Seri e 24 51467 10114 59421116 e v 3
20. 19818 Immunity to radio frequency in common mode to ENV CEI Level 1000 4 6 Conducted and radiated noise for industrial environments Class CISPR 11 Pollution Degree 2 Overvoltage Category Ill Model 20A 30A 45A Input voltage V 4 32V DC 90 140V AC Turn off voltage 1 10 5 controlled current mA 20 6 2 Min input current mA 16 5 S Turn on time ms 8 33 60Hz 10 50 2 30 m Max turn off time ms 8 33 60Hz 10 bOHz 30 1 LED is not an absolute indicator of power being present A 2 45A model is 180 260V AC Model 20A 30A Voltage range Vrms max 48 600 48 600 Non rep peak voltage 1100 1100 A vus leakage at Vmax 120 120 Current max 40 C A 20 30 Minimum current mA 100 100 E On state voltage drop at max Vpeak 1 2 lt Pt t 10 ms A s 50 60 Hz 1225 1020 2850 2350 amp Static off state dv dt V us 500 500 HP ratings at 120V 1 2 3 4 HP ratings at 240V 1 2 HP ratings at 480V Utilization category 51 20 30 Utilization Category AC 53 A 6 9 1 5 surge T 25 C 100 150 non rep 1 cycle surge T 25 C 495 750 329 DIDEC 45A 180 280V AC 10 8 6 30 30 45A 48 600 1100 120 45 100 1 35 3200 2600 200 1 5 3 5 45 10 160 800 www IDEC com N Pe N N 5 ec Switches amp Pilot Lights Dimensions mm
21. 20A 30A Models Signaling Lights Relays amp Sockets 45A Model Timers Contactors Terminal Blocks Circuit Breakers 800 262 IDEC 4332 gt USA 4 Canada Relays amp Sockets 2 RSS Series Panel Mount Solid State Relays Key features o e nput status LED Indicator E Dual SCR output 5 e Direct bond copper substrate e Internal transient protection built in snubber e EMC compliant level 3 e Photo isolation e 1200 Volt blocking voltage 4000 Volt optical isolation Zero voltage turn on 2 e High surge capability e Optional fingersafe terminal cover RSS CVR UL Recognized VAY File No E194577 2 zx o 2 Part Number Selection Specifications 2 input Continuous Series RSSDN RSSAN Output Current Voltage Range 4 to 32V DC 90 to 280V AC Ius rosae TUA Input Current current regulated 10mA AC Input Pick Up Voltage AV DC 90V es Drop Out Voltage 1V DC 10V 75A RSSAN 75A 2 c Dielectric Strength 90A RSSAN 90A Input Output Base bL S 10 RSSDN 10A Capacitance Input to Output 8pF 8pF DC Input 25A RSSDN 25A Rev Voltage Protection Yes 32VDC N A 4 32V DC 50 RSSDN 50A Current continuous 10A 25 90A m RSSDN 75A 1 Cycle Surge Current 150A 300A 1000A 1200A 90A
22. contacts Compact power type relays e Miniature power relays with a large capacity E e 10A contact capacity Compact size saves space A f T C US 5 E Part Number Selection Part Number Blade PCB Termi Contact Model Coil Voltage Code Terminal nal Standard Stock in bold Standard RH1B U RH1V2 U 29 D ae ACBV AC12V AC24V AC110V AC120V ri With Check Button RH1B UC AC220V AC240V DC6V DC12V DC24V With Indicator and Check Button RH1B ULC 5 Bracket Mounting RH1B UT With Diode DC coil only RH1B UD RH1V2 UD DC6V DC12V DC24V DC48V DC110V With Indicator and Diode DC coil only RH1B ULD DC12V DC24V DC48V DC110V Standard RH2B U RH2V2 U 4 p With Indicator RH2B UL RH2V2 UL ACBV AC12V AC24V AC110 120V 5 With Check Button RH2B UC AC220 240V a With Indicator and Check Button RH2B ULC
23. 10 i T zi 2 38 4 5 6 7 8 89 U 2 3 4 5 6 7 8 9 i 3 Load Current A Load Current A a 4000 4000 120V AC resistive fags 500 500 30V DC resistive T 30V DC inductive S 8 S 100 100 5 e X 2 50 50 20 240V inductive 20 100V DC resistive EM c4 240V AC resistive 100V DC inductive MEM 120V inductive 10 1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10 Load Current A Load Current A Maximum Switching Capacity zi RH1 RH2 RH3 RH4 10 0 10 0 AC resistive AC resistive 2 AC inductive 5 0 AC inductive DC resistive 5 DC resistive 5 S 1 0 a 1 0 E DC inductive 05 DC inductive 05 L L UJ 0 1 LIII LIII 1 5 10 50 100 200 300 ur d 50 200 300 Load Voltage V Load Voltage V 800 262 IDEC 4332 USA amp Canada n DEC 777 Relays amp Sockets Continuous Load Current vs Operating Temperature Curve Basic Type With Check Button and Top Bracket Mounting Type g 5 RHI P anle o e Si BH e ee 90 90 90 80 80 80 22 Col DC Coil 70 60 50 AC Coil 7 ACDC coi f Operating Temperature C Operating Temperature C Operating Temperature
24. 3 5 When two or more sockets 35 mounted side by side L 38 1 35 5 2 N No of sockets mounted gt N UJ gt D 800 262 IDEC 4332 USA amp Canada E DEC 189 Relays amp Sockets E RU Series Universal Relays Key features e Full featured universal miniature relays e Designed with environment taken into consideration e Two terminal styles plug in and PCB mount e Non polarized LED indicator No internal wires lead free construction e Cadmium free contacts e Mechanical flag indicator Manual latching lever with color coding for AC or DC coil 2 e Snap on yellow marking plate optional marking plates are available in four other colors e Maximum contact ratings 10A 802 6A RU4 RU42 A e UL Recognized CSA Certified EN Compliant Aius EN61810 1 With Latching or Momentary Lever Latching and Momentary Lever Using the lever operation can be checked without energiz ing the coil The lever is color coded for AC and DC coils N s o N gt XU Mechanical 4 The contact position can be confirmed through the five small windows T Latching Momentary AC coil Orange Red Marking Plat ween DC coil Green Blue Standard yellow markin
25. 37 4 3 3 7 25 5 0 60Hz Coil Coil Operating Characteristics Rated Voltage Voltage EME Power Code Without LED With LED ohms 10 Pickup Dropout Maximum Consumption at 20 C Voltage Voltage Allowable Voltage 12V D12 44 2 48 0 2 1 ene A sis a S 70 10 min une 0 53W 100 110V D100 5 3 5 8 2200 18 870 160 5 05 106 47 2 6V D6 88 3 67 9 m Bes FP soos 48V D48 11 0 4 340 100 110V D100 5 3 58 18 870 160 5 05 106 110 47 2 eee 12V D12 44 2 48 0 2 1 170 TN Models 24V D24 22 1 25 7 1 080 70 max 10 min 053 to 48V D48 11 10 7 4 340 MN 100 110V D100 5 3 5 8 52 5 18 870 160 LED Indicator is only available on Blade or Bifurcated relays 2 Operating characteristics are at 20 C maximum allowable voltage is the maximum value which can be applied to the relay coils Contact Ratings Allowable Contact Power Rated Load Allowable Allowable Minimum Model Contact Resistive Resistive Inductive Load Switching Switching Applicable Load Load coso 0 3L R 7ms Current Voltage Load an NO 3000V AC 1875VA 250V AC 12 75 16A AC250V DC5V 5 4 300VAC 1875VA 250VAC 12A 6A DC30V 100mA 5 Poles NO 2000V AC 1000VA 250V AC 8A 4A 4A AC250V DC5V 2000V AC 1000VA 250V AC 8A 4A 4A DC30V 10mA c poles NO 250VA AC 100VA AC 250V AC 1A 0 4A 250V AC 1V DC bifurcated contacts NC 30W DC 15W DC 30V DC 1A 0 5A 125V DC 100uA NEM
26. 90A 9 48 48 660V AC a Output Dual SCR zero crossing UJ A o 800 262 IDEC 4332 USA amp Canada E DEC 155 Relays amp Sockets 2 RV8H Series Interface Relays Key features e Space saving 6mm width o e Only 70mm in height from DIN rail E Gold plated contacts 5 e Pre assembled relay and DIN mount socket e Universal screw terminals flat and Phillips Spring clamp terminals e Universal AC DC socket with built in surge suppression and green LED Lever for easy locking and removal of relay e Wide input voltage range 6 to 240V High dielectric strength and impulse withstand voltages a 5 Reverse Polarity protected C 0 400 AC maximum switching voltage LISTED when using combination of e 1500VA maximum switching power RV relay and SV socket RoHS compliant E Part Numbers Complete Part Numbers Relay amp Socket Accessories Marking Plates 70 Part Number Item Color Part Number Item Part Number Engraving N 5 Coil Voltage Standard Stock in bold Jumper 20 combs Black SV9Z J20B SV9Z PW10 blank id Ter zd Gray SV9Z J20W 1 _ _SV9Z PW10 O1 10 1 10 5 svoz Pwio O11 20 1
27. Ambient Temperature C Ambient Temperature C Ambient Temperature C amp The above temperature rise curves show characteristics when 100 the rated coil voltage is applied The slanted dashed line indicates allowable temperature rise for the coil at different ambient temperatures 2 Internal Connection View from Bottom E RJ1 C Standard RJ2 C RJ22 C Standard RJ22V A 5 mo ms dm 34 A1 1 i 1 212 3011 409 ae 4 8 5 212 411 3 14 A2 u A2 722 6 21 5 24 2 _6 21 5 24 RJ1 CL With LED Indicator RJ2 CL RJ22 CL With LED Indicator a _ e 77 ____ 1 1 1 1 At a At 5 b 202 3011 4 14 202 3011 4014 5 212 401 304 5 212 401 304 i u a u ag 6 21 5 24 A2 7 22 6 21 5 24 E Coil voltage 24V AC DC and below Coil voltage greater than 24V AC DC Coil voltage 24V AC DC and below Coil voltage greater than 24V AC DC RJ1 CD With Diode RJ2 CD RJ22 CD With Diode iem 1 rur 1 EN M M 212 3 11 4 14 22 212 401 304 A2 A2 1 22 6 21 5 24 E a MEE E cs E E RJ1 CLD With LED Indicator and Diode RJ2 CLD RJ22 CLD With LED Indicator and Diode S ___ ______ _ ____ _ 1 pex N ee Aly M 7 4 M
28. DPDT 37g 3PDT 50g 4PDT 74g Note Above values are initial values 9 A 1 Measured using 5V DC 1A voltage drop method 2 Measured at the rated voltage at 20 C excluding contact bouncing Release time of relays with diode 40 ms maximum 5 3 Relays with indicator or diode 1000V AC 1 minute 4 For use under different temperature conditions refer to Continuous Load Current vs Operating Temperature Curve The operating temperature range relays with indicator diode 25 to 40 C i3 776 DEC www IDEC com Relays amp Sockets Characteristics Reference Data e Electrical Life Curves Load DC Load 1000 1000 RH1 120V AC resistive RH1 500 500 _ 2 E 2 o 30V DC resistive 8 100 S 100 co o e x D 2 50 50 5 100V DC resistive 30V DC inductive 20 20 be a 100 DC inductive Sene 10 10 2 3 5 5 7 8 9 10 Load Current Load Current A RH2 RH2 RH2 120V AC resistive RH2 1000 30V DC resistive 2 500 500 B 2 E E S I 5 8 8 a 100 100 ke o 5 30V DC 50 u 90 100V DC resistive inductive 7 240V AC inductive 240V AC resistive O 120V AC inductive 100V DC inductive 20 20 1 21 d
29. Dt iP os es bo p 2 2 03 2 03 2 240 1 Mounting Holes Mounting Holes Lidge are pred J Ring terminals Top View Ring terminals Top View Co cannot be used cannot be used E o Standard DIN Rail Mount Sockets 30 31 5 30 EL DIN Rail M3 T inal ermina BNDN inal Terminal BNDN Terminal Arrangement a f Screw 2 04 2 Mounting Hol ormina Arrangament Screw a Arrang 04 2 Mounting Holes 6 OOG 4 Q9 2 04 2 Mounting Holes 9 i ee Tepper ko oko Oo 2 5 il f 2 3 T 5 f E 4 3 9 4L 5222 Bu 1 7 UJ le e 4 max 4 8 min 5 ik 4 IS B I p pas pe ag Top View Top View 5 9 max 23 2 C UJ N 800 262 IDEC 4332 USA amp Canada E DEC 197 Relays amp Sockets Dimensions mm C DIN Rail Mount Sockets SM2S 05C SY4S 05C 30 35 5 6 DIN Rail M3 Terminal 35 DIN Rail ee Terminal BNDN Screw BNDN Terminal Arrangement ator 2 04 2 Mounting Holes P 2 94 2
30. RY2S Total length from panel surface including relay socket SY2S 05 61 5 63 5 max SY2S 51 39 6 41 6 max Dimensions in the 3 x 61 2 oblong hole include a hold down spring gt 27 5 8 01 holes 7 15 27 5 a 35 6 max 4 4 RY2S UT 3 91 2 oblong hole Relays amp Sockets Dimensions mm RY4S Total length from the panel surface including relay socket SY4S 05 61 5 63 5 max SY4S 51 39 6 41 6 max Dimensions in the 2 2 x 21 2 oblong hole include hold down spring 35 6 max 14 01 holes RY4S UT 43 2 38 800 262 IDEC 4332 gt USA 4 Canada RM2S Total length from the panel surface including relay socket SM2S 05 61 5 63 5 max SM2S 51 39 6 41 6 Dimensions in the include a hold down spring 2 2 21 2 hole 8 01 hole 12 7 Vy gy 51467 10114 59421116 51967 BuijeuBis 29 D lt Qo N gt 7 5420 510201007 SJOWI 51848814 112117 Switches amp Pilot Lights Signaling Lights N o N gt XU ce Standard DIN Rail Mount Sockets SY2S 05 Kl N X T C LJ M 16 4
31. Sockets Sockets for Blade Terminal Models Relays Standard DIN Rail Mount Finger safe DIN Rail Mount RH1B SH1B 05 SH1B 05C RH2B SH2B 05 SH2B 05C RH3B SH3B 05 SH3B 05C RH4B SH4B 05 SH4B 05C Through Panel Mount PCB Mount SH1B 51 SH1B 62 SH2B 51 SH2B 62 1 DIN Rail mount socket A comes with two SH3B 51 SH3B 62 horseshoe clips Do SHAB 51 SHAB 62 not use unless you plan to insert pullover wire spring Replace ment horseshoe clip part number is Y778 011 Hold Down Springs amp Clips e Rela For DIN For Through Panel amp PP Mount Socket PCB Mount Socket RH1B S2502 2 Must use horseshoe clip when 3 me SYAS F1 A mounting in DIN mount socket c l Replacement horseshoe clip how Pullover Wire Spring er Meer SY4S 51F1 part number is 3 Two required per relay RH4B SH4B 02F1 2 Leaf Spring side latch RH1B RH2B RH3B RH4B SFA 202 SFA 302 3 im Leaf Spring top latch RH1B RH2B RH4B SFA 101 SFA 301 3 AC Coil Ratings Rated Current mA 15 at 20 C Coil Resistance 0 Operation Characteristics Voltage AC 50Hz AC 60Hz 10 at 20 C against rated values at 20 C V SPDT 3PDT 4PDT SPDT 3PDT 4PDT SPDT orem spoT coon M Continuous Pickup Dropout Applied Voltage Voltage Voltage 6 170 240 330 387 150 200 280 330 330 9 4 6 4 5 4 12 86 121 165 196 75 100 140 165 165 39 3 25
32. minimum S e Finger safe DIN rail mount socket and PC board mount socket Aplicable Standard Marking Certification Organization File Number UL508 g CSA C222 No 14 CAA US G b UL c UL File No E55996 EN50205 o EN61810 1 TUV SUD 5 ce Part Number Selection Part Number Contact Without LED Indicator With LED Indicator Rated Coil Voltage RF1V 2A2B D12 RF1V 2A2BL D12 12V DC 2NO 2NC RF1V 2A2B D24 RF1V 2A2BL D24 24V DC RF1V 2A2B D48 RF1V 2A2BL D48 48V DC 4 pole RF1V 3A1B D12 RF1V 3A1BL D12 12V DC 1 RF1V 3A1B D24 RF1V 3A1BL D24 24V DC RF1V 3A1B D48 RF1V 3A1BL D48 48V DC RF1V 4A2B D12 RF1V 4A2BL D12 12V DC 4NO 2NC RF1V 4A2B D24 RF1V 4A2BL D24 24V DC 2 RF1V 4A2B D48 RF1V 4A2BL D48 48V DC E RF1V 5A1B D12 RF1V 5A1BL D12 12V DC S 6 pole 5NO 1NC RF1V 5A1B D24 RF1V 5A1BL D24 24V DC RF1V 5A1B D48 RF1V 5A1BL D48 48V DC RF1V 3A3B D12 RF1V 3A3BL D12 12V DC JNO 3NC RF1V 3A3B D24 RF1V 3A3BL D24 24V DC RF1V 3A3B D48 RF1V 3A3BL D48 48V DC 2 Sockets Certification for Sockets z Style No of Poles Ordering Type Frost Wenn Certification Organization ja File Number 4 SF1V 4 07L UL508 VAY DIN Rail GR File No 62437 A ari neat CSA 22 2 No 14 C US 6 SF1V 6 07L N TUV TUV SUD i EN147000 7 D 4 SF1V 4 61 x PC Board EN147100 NUS 9 Low Voltage Directive ea s 6 SF1V 6 61 w DIN rail mount sockets
33. odel Current Resistive Inductive Voltage Res _Ind Load Load V Load Load 240V AC 10A 75 75 7 55A WSHP TS MP 110AC 10 7A 120VAC 10A 10 75A 75A 1 6HP 1 6HP 1540 990VA SPDT 10A 300W 210W 220 7 4 5A 30V DC 10A 10 7A or m 30 DC 10A 7A 28VDC 10A 2 m DPDT 110 10 7 5A CSA Rati atings 10A 220 AC 75 5 9 S 4PDT 000 LSU Horse 30 DC 10 Resistive General Use power a Note Inductive load for the rated load cos g 0 3 L R 7 ms Voltage Rating E A SEEN E us M RH2 RH2 RH1 2 3 __6__6_ _ 240V AC 10 10 75A 7 7A 7A 5 1 3 HP TUV Ratings 120VAC 10A 108 10 10 75 75 75A Voltage RH2 RH3 30VDC 10 10 10 10 7 75 240V AC 10A 10A 7 5A 7 5A D 30V DC 10A 10A 10A 10A cd AC cos 1 0 DC L R 0 ms Socket Specifications Sockets Terminal Electrical Rating Wire Size Torque Coil screws 5 5 9 inelbs DIN Rail contact M3 5 screws with captive wire clamp 9 11 51 Mount SH2B 05 5 Sockets SH3B 05 3 5 screws with captive wire clamp 300V 10A Maximum up to 2 12AWG 9 11 5 inelbs a SH4B 05 coil M3 screws 5 5 9 inelbs Finger safe c
34. 0 Self extinguishing polycarbonate Heat sink material Anodized aluminum black C un z Protection IEC 60529 Casing IP20 E 2 wire size stranded and 16 AWG to 24 AWG 45A RSCA2N 45A Input terminal tightening torque Nm 0 5 Input control voltage is 180 260V AC Output terminal wire size stranded 8 AWG to 16 AWG A Output terminal wire size solid 10 AWG to 16 AWG Output terminal tightening torque Nm 1 3 Weight g 225 400 800 262 IDEC 4332 USA amp Canada DDEC 8 seuouMs 51967 BuijeuBis 29 D lt Qo N gt T 510128107 5420 51840814 112117 Switches amp Pilot Lights Signaling Lights re e 7 o N n Ai Terminal Blocks Contactors Timers Circuit Breakers Specifications con t Model Conformity to standards Vibrations according to IEC EN60068 2 6 20A IEC 62314 IEC 60947 4 2 AC 53a TUV certified per EN 60950 UL recognized per UL 508 35 mm 10 55 Hz Relays amp Sockets 30A IEC 60947 4 3 AC 51 CE compliant with LVD 73 23 EEC c UR C22 2 no 14 95 Shock test IEC 60068 2 27 156 11 ms Immunity to electrostatic discharges IEC EN 61000 4 2 Immunity to electrostatic fields Level ENV 50140 204 IEC 1000 4 3 S dingi
35. 09 WN Electrical Life Curves Maximum Switching Capacity o 801 8 RO1 High Capacity RO2 801 High Capacity amp 02 5 107 107 909 200 gt 106 106 8 2 2 5 5 S 5 5 D T 8 8 10 10 30 RQ2 RQ1 HC Harc 104 104 10 0 2 4 6 8 10 12 14 16 0 2 4 6 8 10 12 14 16 0 1 0 2 05 1 2 5 10 20 Load Current A Load Current A Load Current A e o Internal Connection View from Bottom 8 ROI RO2 RQ1 HC NC 54 8 NC m C NO 3 2 D a 5 UJ A 800 262 IDEC 4332 gt USA amp Canada n DEC 771 Relays amp Sockets Dimensions mm RO2 RO1 HC __ s 3 24 05 og 0 8 ER 78 AE 27 _ 20 0 3 5 130 o 29 0 gt 50 Socket Domensions 501 078 SQ2V 07B S atte 1616 SEAS 5 e Ey 40 9 25 8 N lt b e N 4 so 2 m 1 7 1 gu 75 7 e e 999 e TOP viem TOP VIEW 0 0 SQ1V 63 PCB Pin Layout 501 63 502 63 PCB Pin Layout 502 63 c 2 2 is 772 n DEC www IDEC com Relays amp Sockets RH Series Compact Power Relays 2 Key features SPDT through 4PDT 10
36. 12 AWG 9 11 5inelbs SR3B 05 screw with captive wire clamp 300V 15A 10A CSA rating Maximum 2 12 AWG 9 11 5inelbs Through SR2P 51 Solder 300V 10A Panel Mount SR3P 51 Solder 300V 10A SOCKGIS SR3B 51 Solder 300V 10A 2 gt 22 5 2 5 736 IDEC www IDEC com Electrical Life Curves AC Load 1000 500 5 100 110V AC resistive gt 50 220 AC resistive m 110V AC inductive 20 220V AC inductive 10 0 1 05 1 5 10 Load Current A Maximum Switching Capacity Relays amp Sockets Characteristics Reference Data DC Load 30V DC resistive Life 10 000 operations 1 0 01 0 05 0 1 0 5 1 5 10 Load Current A Continuous Load Current vs Operating Temperature Curve Standard Type With Check Button and Side Flange Type 10 0 ac NY 100 inductive 80 5 E 70 B 60 E 1 0 E 05 40 20 10 15 10 30 50 100 200 300 0 1 2 3 1 5 6 7 8 9 10 Load Voltage V Load Current A Internal Connection View from Bottom Standard Type RR2P U RR3PA U RR1BA U RR2BA U RR3B U With Check Button 7 5 2 1 1 2 Front a
37. 14 2 5 6 9 10 13 14 2 5 6 9 10 13 14 2NO 2NC Contact 3NO 1NC Contact 4NO 2NC Contact 5NO 1NC Contact Contact With LED Indicator With LED Indicator m 1 3 4 7 8 1 3 4 7 8 ry e Oe depot poen Cu TG VO Tes um Di l n l hi 5 2 5 Er 5 4 3 5 4 5 T ALME M ONE NON 8 _6 6 6 5 8 56 2 es 628 565 gt 56 916 2 56 940 2 5 6 9 10 13 14 2 5 6 9 10 13 14 2 5 6 9 10 13 14 E 2NO 2NC Contact 3NO1NC Contact 4NO 2NC Contact 5NO 1NC Contact Contact 22 EB 2 2 5 914 n DEC www IDEC com Relays amp Sockets SF1V DIN Rail Mount Socket Dimensions mm 2 SF1V 4 07L 4 pole SF1V 6 07L 6 pole 2 Internal Connection Internal Connection 79 T wen 3 a M3 Terminal T D 8 Screw 2 Top View lt 2 2 _ BOOT 5 62 4 62 4 29 D lt Qo N gt o Panel Mounting Hole Layout Panel Mounting Hole Layout 2 3 5 or 04 holes 80 0302 2 M3 5 or 04 holes 80 0 202 SJauil 14 5202 Top View Top View m 5420 5101201007 51848814 112117 800 262 IDEC 4332 0 amp Canada E DEC 015 Relays amp Sockets SF1V PC Board Mount Sockets SF1V 4 07L 4 pole SF1V 6 07L 6 pole Switches amp Pilot Lights Signaling Lights 3 03 2 ho
38. 3 21 2 24 42 60 5 81 98 37 50 70 83 83 153 103 84 5 110 9 6 18 1 21 6 8 4 15 5 18 2 18 2 2 200 1 800 0 0 10 10 oan _ 110 10 8 maximum minimum 120 8 6 16 4 19 5 15 14 2 16 5 16 5 10 800 7 360 220 47 8 8 10 7 4 91 Gal 10 800 7 360 220 240 4 7 5 4 4 0 4 6 18 820 240 49 8 2 9 8 43 7 1 8 3 8 3 12 100 9 120 DC Coil Ratings Coil Resistance 0 Operation Characteristics 0 Voltage 10 20 against rated values at 20 C V Seam wei See sar SPOT Seo negar Applied Voltage Voltage Voltage 6 128 150 240 250 4 40 25 24 12 64 75 120 125 188 160 100 96 24 32 369 60 62 70 650 400 388 80 10 Standard coil volt 110 ae ages are in BOLD 48 18 18 5 30 31 2 660 2 600 1 600 1550 maximum minimum 100 110 8 2 9 0 12 250 110 8 12 8 15 13 800 8 600 7 340 DIDEC www IDEC com Relays amp Sockets Contact Ratings UL Ratings e Maximum Contact Capacity Resistive General Use Horsepower Rating S E MM MM 3 4 Voltage Allowable Contact Power Rated Load RHI mu PU PH RH3 Qo M Continuous l RH2 RH2 RH2 79
39. 30V DC inductive T S 500 5 5 100 50 100V DC resistive 100V DC inductive 2 Ug 1 2 3 4 Load Current 5 904 n DEC www IDEC com Relays amp Sockets Maximum Switching Capacity D RY 4 AC resistive RY2 AC inductive v 3 LE 2 inductive DC resistive 5 5 ir T pee E DC inductive DC resistive S S 05L zu UE DC inductive 0 3 c 0 2 5 2 ee a o 1 10 20 30 50 100 200 300 Load Voltage V Load Voltage V RM2 AC resistive AC inductive 5 DC e DC inductive resistive 29 zy lt D go c o 71 0 1 Lilir 71 5 10 50 100 200 300 Load Voltage Continuous Load Current vs Operating Temperature Curve Standard Type With Check Button and Top Bracket Mounting Type RY2 100 RY4 90 90 80 80 80 e a S 5 DC Coil a 70 5 5 D 8 60 2 5 zm 2 gt 40 gt 40 S 5 aso gt e e 20 20 107 10 C 0 5 i 0 1 2 3 0 1 2 3 4 5 5 Load Current Load Current A Load Current A a v UJ o ZA N 2 800 262 IDEC 4332 USA amp Canada n DEC Switches amp Pilot Lights Signaling Lights
40. 4 2 18 230 6 D6 155 40 12 D12 80 160 DC 24 D24 44 7 605 11096 80 maximum 1096 minimum 48 D48 18 2 560 110 D110 8 9 12 100 i 1 The rated current includes the current of the LED indicator Surge Suppressor Ratings UL and c UL Ratings Model Ratings MET Resistive General Use Horse Power Rating a AC Coil With RC ip RU2 RU42 RU2 8042 802 8042 ee 250VAC 10 110P S Tu Diode reverse voltage 1000V DC Coil With Diode Ue Tr 30V 0 10 5 CSA Ratings TUV Ratings Contact Ratings or Resistive Resistive Inductive oltage 8042 J RU2 RU4 RUA2 RUZ RUA RUZ2 popa aS CE Voltage USO 250VAC 250V 10A 6A 5A 08A Current Resistive Load Inductive Load V Res Load Ind Load 30V DC 3A 30VDC 10 BA 15A 15 3 2500VA AC 12b50VA AC 250 AC 10A DPDT 10A UJ 300W DC 150W DC 30 DC 10A 5A 1500VA AC 600VA AC 250 AC 08 4PDT 6A 180W DC 90W DC 30 DC 6A 1 5A APDT 7 AC 200VAAC 250 AC 08 m bifurcated 90W DC 45W DC 30 DC 3A 1 5A 1 On 4PDT relays the maximum allowable total current of neighboring two poles is 6A At the rated load make sure that the total current of neighboring
41. 4 d 8 37 Example RF1V 2A2B D24 T 2 5 6 9 10 e f the NO contact 7 8 or 9 10 welds the NC contact 3 4 or 5 6 remains open even when the relay coil is de energized maintain ing a gap of 0 5 mm The remaining unwelded NO contact 9 10 or 7 8 is either open or closed e f the NC contact 3 4 or 5 6 welds the NO contact 7 8 or 9 10 remains open even when the relay coil is energized maintaining a gap of 0 5 mm The remaining unwelded NC contact 5 6 or 3 4 is either open or closed 1 8 SBYDUMS 51967 BuijeuBis 29 D lt Qo N gt 7 510120107 519 1 5420 51848814 112117 Relays amp Sockets RF1V Dimensions mm RF1V 4 pole RF1V 6 pole PC Board Terminal type Mounting Hole Layout Bottom View 40 max 50 max RF1V 4 pole Switches amp Pilot Lights 1 83 5 08 0 138 9720 11 43 30 1 3 5 3 5 Signaling Lights 24 max 24 max 23 n 10 1629 lt B 10 16 0 1 5 08 20 1 2 11 43 01 7 e E Internal Connection View from Bottom With Indicator and Diode LD type RF1V 4 pole RF1V 6 pole Without LED Indicator Without LED Indicator 1 3 4 7 8 3 4 8 e OUS fee SONUS CU 2 2 i RII Wut 0 Ted 2 5 1 Qu NE und E M te p e E Cd p E c NE CM ns o 2 56 910 2 568 910 2 5 6 9 10 13
42. 41 5 14 6 24 7 34 8 44 9 11 10 21 1131 12 41 13 1 14 24V DC coil or less 1 12 2 22 3 32 4 42 5 14 6 24 7 34 8 44 9 11 10021 11 31 12 41 Nu _ m 19 AL 14 A2 Over 24V DC coil Dimensions mm Over 24V AC DC coil RU2S Z Marking Plate Removal Slot dg dg 01 2 2 2 Hole E 5 o 48 27 5 Marking plate removal slot is provided only on one side Insert flat screwdriver into the slot to remove the marking plate 2 2 2 5 36 IDEC RU2V Marking Plate Removal Slot All dimensions in mm www IDEC com Relays amp Sockets Dimensions mm eo RU4S RU42S RU4V RU42V z N Qo RS Marking Plate Marking Plate Removal Slot Z Removal Slot N 2 5 E 21 2 x 2 2 Hole m e EY aL Marking plate removal slot is provided only on one side Insert a flat screwdriver into the slot to remove the marking plate 29 D lt Qo N gt o All dimensions in mm Spring Clamp DIN Rail Mount Sockets SU2S 11L SU4S 11L I Terminal Arrangement Terminal Arrangement
43. DC 3 2 D 5 Resistive 5 AC Resistive load 5 28 5 2 2 2 Inductive AG Inductive Ipad f 0 35 s 51 5 1 i 8 05 0 5 B 3 DE Resistive gt 0 2 0 2 02 E i 10 20 30 00 200 300 400 uj 10 20 30 00 200 400 0 1 res 300 B Contact Voltage V Contact Voltage V uis pw T 5 800 262 IDEC 4332 gt USA 4 Canada Relays amp Sockets Dimensions mm lt RV1H G Relay RV8H L Screw Terminal o E 8 E 2 1 Coil 2 11 13 COM A2 Coil 1 2 1 Note Drawings not to scale s ed 2 Internal Connection bottom view 5 5 Al A2 12 11 14 13 SV9Z SA2W RV8H S Spring Clamp Terminal z A1 Coil 74 2 Contactors SV9Z PW10 Marking Plate Placement Marking Plate 22 Insert E RV8H o 2 Available in black gray and blue i3 758 n DEC www IDEC com Relays amp Sockets RJ Series Slim Power Relays 2 Key features E e Compact and rugged power relays Large switching capacity Compact housing only 12 7 mm wide 79 Large contact rating RJ1 1 pole 16A UL general use rating 250V AC 3 RJ2 2 pole 8A d e Non polarized LED indicat
44. Description S09Z C Replacement retaining clip 5097 10 Diode plug in modules for DIN socket RQ1 SQ1V 07B SQ1V 63 Replacement hold down spring RC plug in module 110 230V AC for c 5097 6063 SQ9Z LR 202 i for SQ PCB sockets DIN socket E HC 502 078 S02V 63 5092 8 8 pt jumper for DIN socket SQ9Z P Replacement marking plate gt 1 Comes with hold down spring A 2 Comes with retaining clip and marking plate c e Accessories Item Appearance Use with Part No Remarks IDEC offers a low profile DIN rail BNDN1000 The BNDN1000 is de signed to accommodate DIN mount sockets Made of durable extruded ae lene aluminum the BNDN1000 measures 0 413 10 5mm height and 1 37 2 9 35mm width DIN standard Standard length is 39 1 000mm 2 DIN Rail End 3 uw DIN rail BNL5 9 1 mm wide E xd Specifications Model Contact RQ1 RQ1 HC RQ2 No of poles 1 1 2 Contact Configuration SPDT SPDT DPDT Contact Rating 12A 16A Contact Material Silver Nickel alloy 1 Contact Resistance 1000 max Operating Time 12 ms Release Time 8 ms Between contact amp coil 5 000 1 minute IAM Between contacts 1 000VAC 1 minute 4 INO Damage limits 10 55 Hz amplitude 1 5mm Operating extremes 10 55 Hz amplitude 1 5mm Damage limits 100m s min 106 SEL TESS EN EE Operating extremes 1 000m s min 100G Mechanical Life 10
45. RJ2S C A24 A110 A120 A220 A240 with LED RJ2S CL Sus Blade with Surge Suppresion Diode RJ2S CD D12 D24 D48 D100 PEDE with LED amp Surge Suppresion Diode RJ2S CLD Standard Bifurcated contacts without LED indicator 228 A12 A24 A120 A240 S Bifurated contacts with LED indicator RJ22S CL 012 024 0100 S Bifurcated contacts diode without LED indicator RJ22S CD 05 012 024 048 D100 Bifurcated contacts diode with LED indicator RJ22S CLD Standard RJ1V C SPDT High Capacity RJ1V CH standard RU1V A A24 A110 A120 A220 A240 3 High Capacity RJTV AH D5 D6 D12 D24 D48 D100 DPDT Standard RJ2V C 2 DPST NO Standard RJ2V A DPDT Bifurcated contacts RJ22V C A12 A24 A120 A240 DPST NO Bifurcated contacts RJ22V A Ds D12 D24 048 D100 m Ordering Information 5 When ordering specify the Part No coil voltage code zi example RJ1S C Part No Coil Voltage Code D 800 262 IDEC 4332 gt USA 4 Canada 7 Relays amp Sockets Voltage Table Coil Voltage Code 12 24 110 120 220 240 D5 D6 D12 D24 D48 D100 a Coil Rating 12V AC 24V AC 110VAC 120VAC 220V AC 240V AC 5V DC 6V DC 12V DC 24V DC 48V DC 100 110V DCV DC 5 Sockets Replacement Hold Down Springs Relays Standard DIN Rail Mount Finger safe DIN Rail Mount PCB Mount Part Number Used With So
46. RR2P UL RR2BA UL a ACE AC12V AC24V 10 AC120V With Check Button RR2P UC RR2BA UC AC240V With Indicator and Check Button RR2P ULC RR2BA ULC Side Flange Model RR2BA US 3 Standard RR3PA U RR3B U With Indicator RR3PA UL RR3B UL With Check Button RR3PA UC RR3B UC With Indicator and Check Button RR3PA ULC RR3B ULC Side Flange Model RR3B US Blade type not TUV tested or CE marked zi A side flange model mounts directly to panel with no socket required Ordering Information When ordering specify the Part No coil voltage code example RR3B U Part No oil Voltage Code Sockets Relays Standard DIN Rail Mount Finger safe DIN Rail Mount Through Panel Mount SR2P 05 RR2P 06 SR2P 05C SR2P 51 3 D RR3PA a SR3P 05C SR3P 51 z SR3P 06 o RR1BA RR2BA SR3B 05 SR3B 51 RR3B m A UJ D AIl DIN rail mount sockets shown above can be mounted using DIN rail BNDN1000 800 262 IDEC 4332 USA amp Canada E DEC 183 Relays amp Sockets Hold Down Springs amp Clips Description _ Mount Socket PCB Mount Socket E RR2P SR2B 02F1 d SP3P 01F1 5 xd Pullover Wire SR3B 02F 1 hn Spring RR1BA RR2BA SR3B 02F1 SR3B 02F1 RR3B Leaf SFA 203 side latch 2a BN A Accessories E Item Appearance
47. SJ1S 07LW screw with captive wire clamp fingersafe 250V 12A Maximum up to 2 14 AWG Maximum 1 2N em 0 6 1 0Nem SJ2S 07LW screw with captive wire clamp fingersafe 250 Maximum up to 2 14 AWG Maximum 1 2N em SQ1V 07B screw with box clamp fingersafe 300V 12A Maximum up to 2 14 AWG 1 0Nem Maximum SQ2V 07B screw with box clamp fingersafe 300V 10A Maximum up to 2 14 AWG 1 0Nem Maximum 8 SJ1S 61 PCB mount 250V 12A 9925 61 PCB mount 250 501 63 PCB mount 300V 12A S02V 63 PCB mount 300V 12A 3 2 D 5 UJ 5 A o 800 262 IDEC 4332 USA amp Canada 4 Relays amp Sockets
48. Solder 250V 7A SY2S 61 PCB Mount 300V 7 SYAS 61 PCB Mount 300V 5 45 62 PCB Mount 250V 7A i When using only 2 poles of the 4 poles the UL recognized current is 10A 29 D lt Qo N gt o 510128107 519 1 542018 51948814 2102 17 800 262 IDEC 4332 USA amp Canada n DEC 50 Relays amp Sockets on Characteristics Reference Data 5 Electrical Life Curves AC Load RY2 RY4 Z 1000 _ 1000 2 1 5 500 110V AC resistive 500 E 220V AC resistive 8 S resistive amp 200r 200 2 2 10 mu w e 240V AC inductive D 2 50 1 a 507 g 20 20 e 110V AC inductive 10 N 220V AC inductive 10 0 1 2 3 0 1 2 3 4 5 Load Current A Load Current A R M 2 110V AC resistive 220V AC resistive o 1000 g 8 500 8 N gt 3 100 2 50 110V AC inductive 220V AC inductive Wo 1 2 3 4 5 Load Current A fab DC Load RY2 30V DC resistive RY4 1000 30V DC inductive 1000 500 LI 500 5 200 5 30V DC resistive 2 400 S 100 30V DC inductive 2 gt s 2 20 100V DC resistive 10 100V DC inductive 0 5 2 3 0 1 2 3 4 5 Load Current A Load Current A 2 o 30V DC resistive 1000
49. Use with Part No Remarks The BNDN1000 is designed to accommodate DIN mount sockets Aluminum Made of durable extruded aluminum the BNDN1000 measures 0 413 A length 10 5mm in height and 1 37 35mm in width DIN standard Standard 9 length is 39 1 000mm 7 g A TRES DIN BNLS 9 1 mm wide o Horseshoe clip for sockets Replacement 4 9838 05 SR2P 06 SR3P 06 1 99 For use on DIN rail mount socket when using pullover wire hold down cing 2 pi incl ith each socket Spring Anchor Chair clip for sockets spring 2 pieces included with each socke SR2P 05 C SR3P 05 C i Terminal Blocks Contactors Circuit Breakers 784 n DEC www IDEC com Relays amp Sockets Specifications 4 Contact Material Silver Contact Resistance 30 maximum Minimum Applicable Load 1V DC 10 mA Operating Time 25 ms maximum E Release Time 25 ms maximum z Power Consumption approx Hz 2 5 VA 60 Hz Insulation Resistance 100 MQ minimum 500V DC megger Between live and dead parts 1500V AC 1 minute 3 Between contact and coil 1500V AC 1 minute Between contacts of different poles 1500V AC 1 minute e Dielectric Between contacts of the same pole 1000V AC 1 minute Strength Between live and dead parts 2000V AC 1 minute Measured using 5V DC 1A voltage drop method Measured at the rate
50. at operating frequency of 120 operations min failure rate level reference value 5 Measured at the rated voltage 3 Measured at the rated voltage at 20 C excluding contact bouncing Release time of AC relays with RC 25 ms maximum Release time of DC relays with diode 40 ms maximum DIDEC www IDEC com Relays amp Sockets Accessories 2 Appearance Use with Part No Remarks Amine The 1000 is designed to accommodate DIN mount sockets Made of durable extruded aluminum the BNDN1000 measures 0 413 0 DIN et 10 5mm height and 1 37 35mm width DIN standard Standard 1 meter length r length is 39 1 000mm e DIN Rail End __ 3 DIN rail BNL5 9 1 mm wide Horseshoe clip for DIN rail For use on DIN rail mount socket when using pullover wire hold down E Hold Down 2 778 011 sockets spring 2 pieces included with each socket 5 spring Anchor 5 Coil Ratings Coil Operating Characteristics values at 20 C 15 at 20 C Coil Resistance 0 Rated Voltage V Voltage 10 at 20 C Maxi Conti Code 50 Hz 60 Hz E Pickup Voltage Dropout Voltage gt Applied Voltage 2 24 A24 49 3 42 5 164 D Au 110 120 A110 8 4 10 0 7 1 8 2 4 550 110 80 maximum 30 minimum 50 60 Hz 52 220 240 220 4 2 5 0 3 6
51. contact protection circuit will adversely affect switching characteristics Four typical examples of contact protection circuits are shown in the following table This protection circuit can be used when the load impedance is smaller than the RC impedance in an AC load power circuit e Resistor of approximately the same resistance value as the load e C 0 1 to 1 uF Power C R Ind Load RC This protection circuit can be used for both AC and DC load power circuits R Resistor of approximately the same resistance value as the load C 0 1 to 1 pF Power nd Loa This protection circuit can be used for DC load power circuits Use a diode with the following ratings Reverse withstand voltage Power voltage of the load circuit x 10 Forward current More than the load current 1 Diode Power D Ley This protection circuit can be used for both AC and DC load power circuits t For a best result when using a power voltage of 24 Power Ind Load Load 7 Varistor Varistor to 48V AC DC connect a varistor across the load Do not use a contact protection circuit as shown below This protection circuit is very effective in arc suppression when opening the contacts But the capacitor is charged while the contacts are opened When the contacts are closed the capacitor is discharged through the contacts increasing the possibility of contact welding When using a
52. f 3 SH2B 51 Panel Thickness T Ea 187 Terminal al View Panel Thickness 1102 tone 2 ae 800 262 IDEC 4332 gt USA 4 Canada Pond Ring type crimping terminals cannot be used 0 2 0 2 5 6 5 4 min Top View 0 5 E N 1 21 4 Eum A N No of sockets mounted 1 10 4 min when using hold down springs ast N 1 39 4 i N No of sockets mounted 10 4 min when using hold down springs DDEC 51467 10114 594201116 51967 BuijeuBis 29 D lt o Qo N gt o 5420 510201007 SJOWI 51848814 112117 Relays amp Sockets 2 Dimensions mm 5 Mount Sockets 1 62 SH2B 62 N Terminal 3 02 4 holes 6 8 tiii Terminal Gel 285 21 5 min E al ix 5 amp ous L _ Bottom View 212 Bottom View 1 11 E m LE eL E 1t 5 15 E 12 2 ee 34 min when using eas j Tolerance 0 1 hold down springs 5 S o SH3B 62 SH4B 62 Terminal Arrangement S 6 85 E 5 a 8 ald ME BEBE Gm iid
53. only i3 www IDEC com Relays amp Sockets Coil Ratings 2 gt N 79 a 12V DC 30 400 E N 2N0 2NC 24V DC 15 1600 48V DC 75 6400 mE moen lt lt Approx 0 36W 12V DC 30 400 3NO INC 24V DC 15 1600 48V DC 75 6400 12V DC 417 288 ANO 2NC 24V DC 20 8 1152 75 maximum 10 minimum 110 48V DC 10 4 4608 12V DC 417 288 5 1 24V DC 20 8 1152 Approx 0 5W 48V DC 10 4 4608 ce 12V DC 417 288 5 3NO 3NC 24V DC 20 8 1152 48V DC 10 4 4608 3 7 1 Forrelays with LED indicator the rated current increases by approx 2 mA A 2 Maximum continuous applied voltage is the maximum voltage that can be applied to relay coils Accessories Aluminum Length 1m Weight Approx 250g Width 35 I zi o DIN Rail BNL5 Metal zinc plated steel 0 End Clip pe Weight Approx 15g BNL6 832014 510128107 51848814 1In2JI 800 262 IDEC 4332 USA amp Canada E DEC 1 Switches amp Pilot Lights Signaling Lights N Ld 22 o d Terminal Blocks Contactors Timers Circuit Breakers Specifications Number of Poles Contact Configuration Contact Resistance initial value Contact Material Rated Load resistive load Allowable Switching Power resistive load Allowable Switching Voltage Allowable Switching Current Minimum A
54. subject to an excessive external surge voltage the surge absorb m ing element may be damaged Add another surge absorbing provision to the e DC relays with a diode have a polarity in the coil terminals Apply the DC volt relay to prevent damage age to the correct terminals 818 n DEC www IDEC com Relays amp Sockets RSC Series Solid State Relays Key features olim design allows for DIN rail or panel mounting Built in heat sink maximizes current output capability Epoxy free design Choice of 20A 30A and 45A models LED indicator Finger safe terminals Zero voltage switching Back to back SCR output Direct Bond Copper DBC substrate construction Built in transient protection TVS 100k cycle UL508 endurance rating UL Recognized TUV Approved CE Marked Lead free and RoHS compliant EMC Level 3 amp IEC 62314 compliant UL Recognized File No E194577 US SR A Part Number Selection Specifications Input Control Voltage in Model 20A 30A 45A 20 to 80 20A RSCDN 20A Operating temperature C 20 to 60 90 140 V AC input 4 32V DC 30A RSCDN 30A models 45A RSCDN 45A Storage temperature C 40 to 100 20A RSCA1N 20A Input to Output isolation voltage Vrms 4200 90 140V AC 30A RSCA1N 30A to ground isolation voltage 1000 45A RSCA1N 45A o Operating frequency Hz 47 to 63 180 280V AC ET 20A RSCA2N 20A 2 Housing material 0194
55. ventilation Use 6 32 screws flat washers and lock washers to secure mounting on heat sinks m Vertical mounting is recommended to allow air to flow unimpeded Horizontal or inverted mounting is possible but the SSR must be derated according to the derating curves on the following page Additional Information Do not exceed the load voltage and current specifications A small capacity load may not turn off due to the leakage current present after the SSR has turned off If this is the case use a resistor in parallel with the load to m shunt the leakage current Observe the polarity of input terminals Failure to do so may cause damage to the SSR zi 3 When the SSR output is subjected to a higher than rated voltage a varistor or other element should be connected to the output terminals to absorb the over voltage When the input signal contains a ripple voltage the lowest ripple amplitude should exceed the minimum pick up voltage of 4V 4 E Lowest Voltage OV 5 UJ 800 262 IDEC 4332 USA amp Canada E DEC 025 Relays amp Sockets Temperature Derating Curves RSS Series 10 AMP SCR OUTPUT 25 AMP SCR OUTPUT a 3 g 8 2 gt 9 1 0 C W PSN EE a a ia 2 a 5 E sd O lib 8 5 05 30 3 4 4 0 5 0 6 70 8 g Ambient Temperature C Ambient Temperature C 5 D
56. 0 1 od od o E 19 2 min when using P Tolerance 0 1 BEES 17 2 min when using a hold down spring o hold down springs 43 2 min when using hold down spring for ___________ the relay with check button c Through Panel Mount Socket Panel Thickness 27 N 1 21 4 05 Terminal e N Ut 5 E N S Bottom View No of sockets mounted 18 7 10 4 min when using hold down springs 7 fab fab www IDEC com ns IDEC Relays amp Sockets RY RM Series Miniature Relays 2 5 Key features e RY2 RY4 5A RM2 5A a e General purpose miniature relays or 5A contact capacity E e Wide variety of terminal styles and coil voltages meet a wide range of applications e All types have arc barriers m d Part Number Selection Part Number 71 Contact Model Plug in Terminal PC Board Terminal Coil Voltage Code standard RY2S U RY2V U DPDT Slim 3A
57. 000 000 operations 9 Electrical Life Full Rated Load 100 000 operations c5 Operating Temperature 40 to 85 C Operating Humidity 45 to 85 RH S Dimensions H x W x D mm 29x 127 x 15 Weight Approx 15g B 5 70 n DEC www IDEC com Relays amp Sockets Coil Ratings 2 Nominal Current Coil Power Consumption Rated Voltage Resi Pickup Voltage Dropout Voltage Max Allowable Voltage m 50HZ 60HZ esisiance 50HZ 60HZ Qo 12V 33 3mA 3600 o DC 24V 16 7mA 1 4400 0 40W 80 Max 5 Min 130 amp 110V 41 26 5300 a 24V 29 75 25 35mA 3500 0 71W 0 61W m AC 115V 7 65mA 6 3mA 8 1000 0 88W 0 73W 80 Max 30 Min 130 230V 3 42mA 2 2mA 32 5000 0 79W 0 63W 2 2 ificati 3 Socket Specifications Relays Terminal Electrical Rating Wire Size Torque SQ1V 07B M3 screw with box clamp 300V 12A Maximum up to 2 14 AWG 1 0 Maximum DIN Rail Sockets SQ2V 07B M3 screw with box clamp 300V 8A Maximum up to 2 14 AWG 1 0N em Maximum SQ1V 63 PCB mount 300V 12A PCB Mount Socket 502 63 PCB mount 300V 12A 5 D
58. 0Hz at 20 C against rated values at 20 C Voltage V DPDT DPDT Wide amp DPDT DPDT Wide amp DPDT DPDTWide amp Max Continuous Pickup Dropout Slim Slim Slim APDT Applied Voltage Voltage Voltage 6 170 240 150 200 18 8 94 12 96 121 75 100 76 8 39 3 24 42 60 5 37 50 300 153 110 9 6 8 4 6 950 110 120 9 4 10 8 8 0 9 2 4 290 110 80 maximum _ S0 minimum 120 8 6 7 5 8 100 220 47 4 1 25 892 220 240 4 1 5 4 4 0 4 6 18 820 240 49 4 3 26 710 m DC Coil Ratings Rated Current mA Coil Resistance Operation Characteristics 15 at 20 C 10 at 20 C against rated values at 20 C Voltage V mmm Slim DPDTWide amp 4PDT DPDTSlim DPDTWide amp 4PDT vontinuous ome popu Applied Voltage Voltage Voltage 6 128 150 47 40 12 64 75 188 160 24 32 36 9 750 650 80 maximum 10 minimum 48 18 18 5 2 660 2 600 100 110 8 2 9 0 12 250 110 8 13 800 Contact Ratings UL Ratings Maximum Contact Capacity Resistive General use contact Continuous Allowable Contact Power Rated Load Voltage DPDT ontac Current Resistive Load Inductive Load Voltage V Res Load Ind Load EC Ae 110V AC 1 240V AC 3A 5A 5A 0 8A 2A 0 30V DC 3A 1 5A 110V 2 30V DC 3A 3A DPDT Wide 1100VA AC 440VA AC 2 9 150W DC 75W DC LA aa
59. 1 20 a 5 SV9ZPWI10 O21 30 21 30 RV8H L D9 RV8H S D9 Spacer circuit separator 97 10 4031 40 31 40 DC V RV8H L D12 RV8H S D12 2 SV9Z SA2W i 18V RV8H L D18 RV8H S D18 97 10 51 60 51 60 24V RV8H L D24 RV8H S D24 SV97 PW10 G61 70 61 70 E 12V RV8H L AD12 RV8H S AD12 V97 PW10 O71 80 71 80 Screwdriver 18V RV8H L AD18 RV8H S AD18 E BC1S SD0 5 SV9Z PW10 81 90 81 90 24 RV8H L AD24 RV8H S AD24 8 V97 PW10 091 100 91 100 EE 4 5 5 SV9Z PW10 OA J A J DC RVBH S ADA8 1 Jumper combs come with 20 points if shorter lengths are 60V RV8H L AD60 RV8H S AD60 A needed simply cut off the excess points 5 SV9ZPW10 OK T K T 2 Width of spacer 2mm 5 EXE 2 110V 125V RV8H L AD110 RV8H S AD110 Note When using a cut jumper please use a spacer on the cut EL 8 2201 240 RV8H L AD220 RV8H S AD220 side For additional information see instruction sheet SV9Z PW10 GROUND GROUND Standard stock models in bold 5 3 10 1 In place of insert orientation code V Vertical H Horizontal 2 Each unit has 10 pieces marking plates Replacement Parts m Complete Part Applicable Socket Applicable Relay Complete Part Applicable Socket Applicable Relay Number Part Number Part Number Number Part Number Part Number 9 RV8H L D6 RV1H G D5 RV8H S D6 RV1H G D5 5 RV8H L D9 RV1H G D9 RV8H S D9 RV1H G D9 2 RV8H L D12 SV1H 07L 5 RV1H G D12 RV
60. 10 minimum 48 30 1 600 110 13 8 460 UJ A 4 800 262 IDEC 4332 gt USA 4 Canada Relays amp Sockets Contact Ratings UL Ratings Maximum Contact Capacity Voltage Resistive General use Horse Power Rating Allowable Contact Power Rated Load 240V AC 10A 7A 1 3 HP p leas Resisti Inducti 120V AC 10A 1 4 HP a Voltage V Res Load Load E ug s 30V DC 10A 7A 110 AC 10A 7 5 1650VA AC 1100VA AC CSA Ratinas 10A 300W DC 150W DC 220 AC 7 5A 5A 9 30 DC 10A Voltage Resistive General use LE E Note Inductive load for the rated load cos 8 0 3 L R 7 ms a iras ds 5 120V AC 10A 75A _ 100V DC 0 5A TUV Ratings 30V DC 10A 75 22 Voltage es is AC cos g 1 0 DC L R 0 ms 30V DC 10A A ze Socket Specifications 5 Relays Terminal Electrical Rating Wire Size Torque E SR2P 05 M3 screw with captive wire clamp 300V 10A Maximum 2 12 AWG 9 11 5inelbs SR2P 05C M3 screw with captive wire clamp fingersafe 300V 10A Maximum 2 12 AWG 9 11 5inelbs SR2P 06 screw with captive wire clamp 300V 10A Maximum 2 12 AWG 9 11 5inelbs aes SR3P 05 3 screw with captive wire clamp 300V 10A Maximum 2 12 AWG 9 11 5inelbs SR3P 05C M3 screw with captive wire clamp fingersafe 300V 10A Maximum 2 12 AWG 9 11 5inelbs SR3P 06 3 screw with captive wire clamp 300V 10A Maximum 2
61. 8H S D12 SV1H 07LS 5 RV1H G D12 E RV8H L D18 RV1H G D18 RV8H S D18 RV1H G D18 E RV8H L D24 RV1H G D24 E RV8H S D24 RV1H G D24 mu E RV8H L AD12 RV1H G D12 RV8H S AD12 RV1H G D12 RV8H L AD18 SV1H 07L 1 RV1H G D18 5 RV8H S AD18 SV1H 07LS 1 RV1H G D18 T E RV8H L AD24 RV1H G D24 amp RV8H S AD24 RV1H G D24 RV8H L AD48 RV1H G D48 co RV8H S AD48 RV1H G D48 SV1H 07L 2 SV1H 07LS 2 ca RV8H L AD60 RV1H G D60 RV8H S AD60 RV1H G D60 a RV8H L AD110 SV1H 07L 3 RV1H G D60 RV8H S AD110 SV1H 07LS 3 RV1H G D60 RV8H L AD220 SV1H 07L 4 RV1H G D60 RV8H S AD220 SV1H 07LS 4 RV1H G D60 6 IDEC www IDEC com Relays amp Sockets Specifications 2 Number of Poles 1 pole Contact Ratings D Contact Configuration 1 form C SPDT Allowable contact postive load 1500VA 180W power Contact material AgNi Au plating aa Rated Load Resistive load 250V AC 6A 30V DC 6A a Degree of Protection 20 Allowable Switching Current 6A Dielectric Between contact and coil 4 000V AC for 1min T Allowable Switching Voltage 125VDC _ st
62. AKW 50 3KW eKW Solenoid Valves and Contactors RSS relays use high noise immunity circuitry with a built in snubber to handle the electrical noise generated by inductive loads 5 o Recommended Loads SSR Rating at 120V AC at 240V AC _ 10A 900W 1 800W 25A 2 100W 4 200W 50A 3 800W 7 500W S n RSS series relays provide a highly reliable means of switching AC loads when applied properly Read the technical notes on the following page prior to installing solid state relays a 3 2 D a 2 c UJ o 800 262 IDEC 4332 USA amp Canada E DEC 823 Switches amp Pilot Lights Signaling Lights s e N 4 An ce Terminal Blocks Contactors Timers Circuit Breakers Relays amp Sockets UL Motor Load Ratings HP Ratings Part Number 120V 240V 1a10V 10A 1 2 3 4 3 4 25 1 2 3 4 3 4 50 3 4 1012 11 2 75 3 4 5 5 90A 3 4 9 5 Lamp Loads Zero voltage switching is ideal for driving incandescent lamps since the cold filament will not be subjected to a large inrush current Using a zero switched SSR will reduce inrush current and prolong lamp life Recommended Loads SSR Rating at 120V AC at 240V AC 10A 1KW 2KW 25A 2KW AKW 50A 3KW 6KW Internal Circuit Block Diagram AC INPUT EQUIVALENT CIRCUIT DC INPUT EQUIVALENT CIRCUIT 824 n DEC www IDEC com Relays amp Sockets Technical Notes 2 Environm
63. C 20 20 2 107 10 1 1 L 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 071284567 8 910 6 310 12 34 5 6 7 8 9 10 Load Current A Load Current A Load Current A Em Internal Connection View from Bottom Basic Type SPDT DPDT 3PDT 4PDT With Check Button Front Pushbutton UU UU Contacts can be operated by pressing the check button N E s o c gt KU ce With Indicator L type SPDT 3PDT 4PDT DPDT rx mm ri SM o Below i 85 Below When the relay is energized D 2 9 10 12 9 10 12 9 12 ae 100V 9 Ju T 24V AC qu the indicator goes on AC DC mo DC Bo qe Relay coils less than 100V l 1 _ BE DC do not contain a protec Lo HEN tion diode except DPDT F Relay coils below 100V 4 2 use LED indicator coils gt AES above 100V use neon lamp 100V 5 To eee Dna 5 8 indicator AC DC _7 y 8 e LED color of DPDT model E ai E 130 204 c With Diode D type 02 SPDT DPDT 3PDT 4PDT
64. DEC 027 v T o N gt S cc 51467 10114 SBYIUMS 51467 Buljeubis 594205 9 s ej y SJOWI J012061U07 5 20 4 51848814 102 17 e
65. LD Total length from panel surface including relay socket RH3B U RH3B UL RH3B UD RH3B ULD Total length from panel surface including relay socket SH1B 05 61 5 63 5 max SH1B 51 39 6 41 6 max SH2B 05 61 5 63 5 max SH2B 51 39 6 41 6 max Dimensions in the include a hold down spring SH3B 05 61 5 63 5 max SH3B 51 39 6 41 6 max Dimensions in the include a hold down spring 02 6 ho Dimensions the include hold down spring 29 D lt Qo N gt o 10 N 3 RH4B U RH4B UL RH4B UD RH4B ULD RH1B UT RH2B UT m Total length from panel surface including relay socket 61 5 63 5 max SH4B 51 39 6 41 6 max Dimensions in the e include a hold down spring 926hoe 5 Mo N 3 5 14 5 3 5 el 35 6 6 4 5 m UJ o RH3B UT RH4B UT 1 3 5 92 6 hole 2 2 E rt 2 UJ 98 E zig 800 262 IDEC 4332 gt USA 4 Canada Relays amp Sockets 2 Dimensions mm RH1V2 U RH1V2 UD RH2V2 U RH2V2 UL RH2V2 UD 8 02 4 holes ime Y 7 P AY 47 13 15 a a 5 41 35 6
66. Mounting Holes ED or M4 Tapped Holes o or M4 Tapped Holes 1919 0 9 Lo Baek Ki 26 E _ 26 _ 5 l lo Ring terminals eae Ring terminals Top View cannot be used Top View cannot be used E 5 c 2 PCB Mount Sockets SM2S 61 SM2S 62 2 Terminal Arrangement 13 8 min d 32 8 2 min e un Terminal 5 BH EENAT 5 e m 9 t pis ec isi d ex C eS s CR ch 3 sjm 11 ace f d gt Ee ee Bottom View 21 2 3 Bottom View i E Cm E 15 E i em y Tolerance 0 1 19 2 min when using hold down springs 17 2 min when using a hold down spring 13 2 min when using a hold down spring for the relay with check button SY4S 62 7 D 13 2 13 8 min 132 8 8 8 8 4 4 Terminal 1 Arango S pope NEST ur Im y QUE gett a 8 08H et T alag 1 ln iai S 6666 a 12 SD T 2 0 aa E y B 22 oe 4 22422 25 J 21 2 3 Bottom View 52 Bottom View i 11 E 15 N 22711 15 02 holes 15 n j posed y Tolerance
67. N lt b o N gt ce Terminal Blocks Contactors Timers Circuit Breakers Relays amp Sockets Internal Connection View from Bottom Standard Type DPDT Slim RY2 DPDT Wide RM2 With Indicator L type DPDT Slim RY2 DPDT Wide RM2 4PDT RY4 100V Coil 100V AC DC and over RY4 With Check Button aaa Front LN Pushbutton 5 6 7 8 B B Contacts can be operated by pressing the 23 check button Coil 24V AC DC 0 0 5 0 and over When the relay is energized the indicator goes on e An LED protection diode Is not contained in relays for coils below 100V DC e f coil polarity is reversed LED will not light With Diode D type DPDT Slim RY2 DPDT Wide RM2 With Indicator and Diode LD type Coil Below 24V DC LIDEC Over DPDT Wide RM2 22 ug 2 3 T 9 IN 12 Contains a diode to absorb the back emf gener ated when the coil is de energized The release time Is slightly longer Diode Characteristics Reverse withstand voltage 1 000V Forward current 1A DPDT Wide RM2 4PDT RY4 Contains an LED indicator and a surge absorber www IDEC com
68. RM Series RF1V Series N ce Appearance gt 793 810 Contact Configuration DPDT 4PDT DPDT 4PDT DPDT 4PDT or 5 Terminal Blade or PCB Blade or PCB Contact Rating 2 2 RY DPDT 3A 30V DC 240V AC 30V DC 240V AC 6A 250V AC resistive 1 10 HP 240V AC 4PDT 30V DC 240V 6A 250V DC silver Tin Oxide Indium Contact Material Gold plated silver Silver silver alloy APDT Gold Silver Alloy on Silver 5 gt 2 5 2 5 754 n DEC www IDEC com Relays amp Sockets Selection Guide con t e Bifurcated Contacts Relays o Series RJ22 Series RU42 Series E E 159 790 c Contact Configuration DPDT 4PDT E Terminal Blade or PCB Blade or PCB E y ontact 1A 250V AC 30V DC 3A 250V AC 30V DC resistive Contact Material Gold clad Gold Silver Alloy on Silver Latching Relays Series RR2KP Series RY2KS Series e a visit www IDEC com relays Contact Configuration DPDT DPDT Terminal Pin Blade CD Contact Rating 10A 30V DC 3A 30V DC resistive 10A 240V AC 3A 240V AC Contact Material Silver Silver gold plated Solid State Relays Series RSC Series RSS Series e o Appearance o Page 819 822 Output Configuration 1 Form SPST NO 1 Form A SPST NO D ORAN 20A 30A 45A 10A 25A 50A 75A
69. RSSDN 90A 1 Second Surge Current 30A 75A 225A 300A 4 Minimum Holding Current 50 50 100mA 100 Voltage Drop at Rated Current 1 6V maximum Voltage Range 48 660V AC gt 5 Output Dual SCR 0 Over Voltage Rating 1200 PIV mE Frequency Range 47 to 80Hz Off State Leakage at Rated Voltage 20mA maximum 9 Turn On Time 1 2 cycle 60Hz Turn Off Time 1 2 cycle 60Hz Zero Voltage Switching Yes E Static DV DT 200V usec Commutating DV DT snubbed for 0 5 power factor at rated load Weight 10g 2 5 822 n DEC www IDEC com Relays amp Sockets Recommended Loads e Transformer Loads o Transformer loads sometimes result in severe inrush current when the transformer saturates during the first cycle Use a relay rated for this surge which has a 1 2 29 cycle surge current greater than the maximum applied line voltage the transformer s primary resistance approximately 10x rated current Recommended Loads SSR Rating at 120V AC at 240V AC 10A 500VA 1KVA 25A 1KVA 2KVA 8 50A 2KVA AKVA T Heater Loads When using solid state relays for driving heaters where the load is switched on and off rapidly and continuously severe thermal stress will result In such cases use an SSR relay at no more than 75 of the rating i Recommended Loads 5 SSR Rating at 120V AC at 240V AC d 10A 1KW 2KW 3 25A 2KW
70. Switching amp Controls Selection Guide D Qo 79 rmt rmt N General Purpose Relays RV8H Series 6mm Interface Relays RJ Series Slim Power Relays RO Series PCB Relays RH Series Compact Power Relays RR Series Power Relays RU Series Universal Relays RY RM Series Miniature Relays RF1V Force Guided Relays 51467 Solid State Relays RSC Series Solid State Relays RSS Series Panel Mount Solid State AE RIETI Relays 510128107 D D 25 eo EipEC www IDEC com relays Table of Contents LED Machine Lighting Pg 1 Automation amp Sensing Pg 27 Safety Pg 255 Switching amp Controls Pg 449 Index Pg 933 51810814 9 Relays amp Sockets Selection Guide E General Purpose Relays Series RV8H Series RJ Series RQ Series RH Series RR Series E E Page 156 TES 769 773 783 Contact Configuration 1 form C SPDT SPDT SPST DPDT DPST SPDT DPDT SPDT DPDT 3PDT 4PDT SPDT DPDT 3PDT E Terminal Screw Blade or PCB PCB Blade or PCB Pin or Blade 2 SPDT 12A 16A 30V 10A 30V DC 240V 10A 30V DC 240V AC 30VDC 250VAC DC 250V AC 1 3HP 240V AC 1 3HP 240V AC DPDT 8A 30V DC 250V AC 1 6HP 120V AC 1 4HP 120V AC Contact Material ee Silver Nickel alloy Silver Nickel alloy Silver Cadmium Oxide Silver 5 Series RU Series RY
71. Tapped Holes OO eee 26 lh it ence 2 Ring terminals Top Vi o op View cannot be used Z 29 E D o Y gt 808 n DEC www IDEC com Through Panel Mount Socket SY2S 51 Panel Thickness Terminal Arrangement Relays amp Sockets E 1 12 4 1102 sof 5 9 2 amp E amy a 3 Bottom View No of sockets mounted 11 L t 18 7 10 4 min when husing hold down springs Panel Thickness 27 N 1 21 4 05 1102 Terminal Tu _ 4 eee gt 5 6 ae 27 Bottom View x N No of sockets mounted 11 18 7 x 10 4 min when using hold down springs PCB Mount Sockets SY2S 61 5 25 51 Panel Thickness Terminal Arrangement Vien SY4S 61 N 25 4 Ee JE BE 27 N 1 21 4 0 5 of sockets mounted 1 10 4 min when using hold down springs 51467 10114 594211116 51967 BuijeuBis 29 D lt go c gt 7 13 2 13 8 T
72. Terminal BNDN crew e 2 04 2 Mounting Holes M4 Tapped Holes A 4 4 as 1 J I 4 4 max 5 5 min Top View 27 7 9 max 145 D 25 5 Qo Finger safe DIN Rail Mount Sockets SR2P 05C SR3P 05C 36 5 DIN Rail BNDN 36 5 DIN Rail Terminal Arrangement BNDN 2 04 2 Mounting Holes or M4 Tapped Holes es 2 04 2 Mounting Holes 3 or M4 Tapped Holes E 5 29 x 9 po J 34 72 g Ri Top View ing type crimping 21 5 terminals cannot be used an 30 21 5 Ring type crimping 30 terminals cannot be used Through Panel Mount Socket SR2P 51 3 2 03 5 Mounting Holes 2 03 5 Mounting Holes M3 Tapped Holes M3 Tapped Holes Terminal Arrangement 4 Terminal Arrangement e Bottom View 34 2 5 10 11 gt 2 5 C2 35 5 ier fiat Holes 75 14 111 Terminal Arrangement 675 22 M4 Tapped Holes eo 1 2 3 g d 4 5 6 hp 8 9 S rs y EN 3 6 5 2 Bottom View Tolerance 0 3 o
73. V Load Voltage V Load Voltage V o Operating Temperature and Coil Temperature Rise RJ1 AC Coil 60 Hz RJ1 AC Coil 50 Hz RJ1 DC Coil AC Coil 60 Hz AC Coil 50 Hz DC Coil 0 130 0 120 m 110 MI _ 100 gt 2 lt lt Ss 2 80 2 Load Current 12 1 pole oc 70 2 e 5 60 a S 50 z D 40 __ No Load Current E A No Load Current 10 Load turren 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 Ambient Temperature C Ambient Temperature C Ambient Temperature C RJ2 AC Coil 60 H2 RJ2 AC Coil 50 Hz RJ2 DC Coil DC Coil AC Coil 50 Hz DC Coil 0 0 0 gt 2 E E 8 x S m 8 E oles 5 5 E U Load Current No Load Current 2 D 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 m Ambient Temperature C Ambient Temperature C Ambient Temperature C 5 74 www IDEC com Relays amp Sockets co RJ22 AC Coil 60 Hz RJ22 AC Coil 50 Hz RJ22 DC Coil AC Coil 60 Hz AC Coil 50 Hz DC Coil A N Qo 79 2 B 82 9 o D o fo fo fo m 2 a 2 5 Load current 1A x 2 poles 5 5 No load current load current F Load current 1A x 2 poles T LT E E 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70
74. Voltage Insulation Resistance Dielectric Strength screw Terminal Style Applicable Wire Recommended Screw Tightening Torque Terminal Strength Vibration Resistance Shock Resistance Operating Temperature Operating Humidity Storage Humidity Degree of Protection Weight approx SF1V 4 07L SF1V 6 07L 6A 250V AC DC 1000 minimum 500V DC megger between terminals 2500V AC 1 minute between terminals SF1V 4 61 SF1V 6 61 M3 slotted Phillips screw 0 7 to 1 65 mm 18 AWG to 14 AWG 0 5 to 0 8 N m Wire tensile strength 50N min Damage limits 10 to 55 Hz amplitude 0 75 mm Resonance 10 to 55 Hz amplitude 0 75 mm 1000 m s 40 to 85 C no freezing 5 to 85 RH no condensation 40 to 85 C IP20 finger safe screw terminals 40g 550 i 1 When using at 70 to 85 C reduce the switching current by 0 1A C Characteristics Maximum Switching Capacity Electrical Life Curve Load Current A Resistive Load 250V AC Resistive Load DC Resistive Load Life x10 000 operations E Load Voltage V 100 250 800 262 IDEC 4332 USA amp Canada Applicable Crimping Terminals Specifications i Note Ring tongue terminals cannot be used Notes on Contact Gaps except Welded Contacts 1 Oo 3
75. ation 19g blade type 17g PCB form type 7 Weight approx 160 PCB form A type 190 DPDT 17g DPST NO 160 Note Above values are initial values A 1 Measured using 5V DC 1A voltage drop method 2 Measured at the rated voltage at 20 C excluding contact bounce time 3 100 rated voltage 2 D e 3 2 m o E A e 800 262 IDEC 4332 USA amp Canada EipEC Switches amp Pilot Lights Signaling Lights N gt e o gt cc Terminal Blocks Contactors Timers Circuit Breakers Coil Ratings Coil Ratings A Contact Ratings Rated Current mA Relays amp Sockets Coil 15 a Coil Operating Characteristics Rated Voltage Voltage Without B 1 TE PUE Code ohms 1096 Pickup Dropout Maximum Consumption 50Hz 60Hz 50Hz 60Hz at 20 C Voltage Voltage Allowable Voltage Blade 24V A24 439 375 475 411 243 amp PCB 120V A120 8 8 7 5 8 7 74 6 400 0 9VA 60Hz Models 240V A240 43 37 43 37 25 570 lt 12 12 87 3 75 0 91 1 788 62 5 80 max 30 min 140 Approx Bifurcated 24V A24 43 9 37 5 475 41 1 243 1 1VA 5082 Models 120V A120 8 8 7 5 8 7 74 6 400 0 9 to 1 2VA 240V A240 43
76. chanical Life 50 000 000 operations N 100 000 operations 220V 5 Electrical Life 200 000 operations 220V AC 500 000 operations 220V AC 5A 200 000 operations 220V Operating Temperature 25 to 55 C no freezing 25 to 45 C no freezing 25 to 55 C no freezing Operating Humidity 45 to 85 RH no condensation Weight approx 23g 35g 34g Note Above values are initial values 3 For use under different temperature conditions refer to Continuous Load A 1 Measured using 5V DC 1A voltage drop method Current vs Operating Temperature Curve The operating temperature range 2 Measured at the rated voltage at 20 C excluding contact bouncing of relays with indicator or diode is 25 to 40 C 5 Release time of relays with diode 40 ms maximum 4 When the total current of 4 contacts is less than 15A the operating tem perature range is 25 to 70 o 3 2 m E A o 800 262 IDEC 4332 USA amp Canada n DEC Switches amp Pilot Lights Signaling Lights N 5 o N gt Am ce Terminal Blocks Contactors Timers Circuit Breakers Relays amp Sockets AC Coil Ratings Rated Current mA 15 at 20 C Coil Resistance 0 10 Operation Characteristics AC 50Hz AC 6
77. cket 8915 Std SJ1S 05BW SJ1S O7LW SJ1S 61 SJ9Z CM SJ1S 05BW J1S 07LW 5 25 05 SJ2S 07LW 8025 514 8 225 SJ2S 05BW SJ2S 07LW SJ2S 61 lt 097 SO1V 07B SQ2V 07B 5 RJV Std SQ1V 07B SQ1V 63 5037 063 S01V 63 502V 63 RJ1V HC RJ2V RJ22V SQ2V 07B SQ2V 63 Jumpers for SJ Sockets Poles PartNumber Quantity 2 9J97 JF2 Must 5 5497 40 purchase In 8 SJ9Z JF8B quantities f 10 E i0 10 Shown with optional marking plate d Hold down clip or spring must be removed to use with RJ PCB relays ce Accessories Use with Part No Remarks m The BNDN1000 is designed to accommodate DIN mount sockets Made of durable extruded aluminum the BNDN1000 measures 0 413 JUS EL Al DUI Gell 10 5mm in height and 1 37 35mm in width DIN standard Standard 4 1 meter length er lt length is 39 1 000 E DIN BNL5 9 1 mm wide Stop Marking Plate Finger safe sockets ONLY SJ9Z PWPN10 10 pieces per pack 5 2 5 E jS i3 760 n DEC www IDEC com Electrical Life rated load Mechanical Life no load Relays amp Sockets AC load 200 000 operations minimum operation frequency 1800 operations per hour DC load 100 000 operations minimum operation frequency 1800 operations per hour AC coil 30 000 000 operations minimu
78. current causes coil release failure or adversely affects the vibration resistance and shock resistance Design a circuit as shown in the correct example Incorrect Q OE TE Surge suppression for transistor driving circuits When the relay coil is turned off a high voltage pulse is generated causing a transistor to deteriorate and sometimes to break Be sure to connect a diode to suppress the back electromotive force Then the coil release time becomes slightly longer To shorten the coil release time connect a Zener diode between the collector and emitter of the transistor Select a Zener diode with a Zener voltage slightly higher than the power voltage Backemf suppressing diode 800 262 IDEC 4332 USA amp Canada Protection for Relay Contacts 1 2 9 The contact ratings show maximum values Make sure that these values are not exceeded When an inrush current flows through the load the contact may become welded If this is the case connect a contact protection circuit such as a current limiting resistor Contact protection circuit When switching an inductive load arcing causes carbides to form on the contacts resulting in increased contact resistance In consideration of contact reliability contact life and noise suppression use of a surge absorbing circuit is recommended Note that the release time of the load becomes slightly longer Check the operation using the actual load Incorrect use of a
79. d voltage at 20 C excluding contact bouncing For use under different temperature conditions refer to Between contact and coil 2000V AC 1 minute Blade Terminal 3 Between contacts of different poles 2000V AC 1 minute Continuous Load Current vs Operating Temperature Curve 5 Between contacts of the same pole 1000V AC 1 minute lt Electrical 1800 operations h maximum os Operating Frequency 52 Mechanical 18 000 operations h maximum Damage limits 10 to 55 Hz amplitude 0 5 mm Vibration Resistance Operating extremes 10 to 55 Hz amplitude 0 5 mm 1000 m s 100g 100 m s 10G Damage limits Shock Resistance Operating extremes Mechanical Life 10 000 000 operations Electrical Life 200 000 operations 220V AC 5A 4 Operating Temperature 3 25 to 40 C no freezing Operating Humidity 5 to 85 RH no condensation Weight approx Standard type RR2P 90g RR3PA 96g RR1BA RR2BA RR3B 820 Coil Ratings m Rated Current mA 15 at 20 C Operating Characteristics values at 20 C Rated Voltage V Coil Resistance 0 va mum 50 Hz 60 Hz 10 at 20 C Pickup Voltage Dropout Voltage e Applied Voltage 12 245 210 18 2 24 121 105 79 ae 50 60 Hz m 53 T 0 80 maximum 30 minimum 120 24 20 5 2 100 240 12 1 10 5 8 330 i 6 240 25 5 12 120 100 m DC 24 60 400 110 80 maximum
80. e during normal operation To relay operation maintain the initial characteristics do not remove the relay cover Use the relay in environments free from condensation dust sulfur dioxide 50 and hydrogen sulfide 5 Make sure that the coil voltage does not exceed applicable coil voltage range Safety Precautions Turn off the power to the relay before starting installation removal wiring Precautions for the RU Relays maintenance and inspection of the relays Failure to turn power off may cause electrical shock or fire hazard e Before operating the latching lever of the RU relay turn off the power to the RU relay After checking the circuit return the latching lever to the origi Observe specifications and rated values otherwise electrical shock or fire nal position hazard may be caused e Do not use the latching lever as a switch The durability of the latching lever e Use wires of the proper size to meet voltage and current requirements Tight is minimum of 100 operations en the terminal screws on the relay socket to the proper tightening torque When using DC loads on 4PDT relays apply a positive voltage to terminals of e Surge absorbing elements on AC relays with RC or DC relays with diode are neighboring poles and a negative voltage to the other terminals of neighbor provided to absorb the back electromotive force generated by the coil When ing poles to prevent the possibility of short circuits the relay is
81. ent 2 Do not install SSRs near sources of excessive heat Make sure applications are dry and well ventilated If SSRs must installed in an environment subject to high temperatures or poor ventilation or if SSRs are mounted collectively reduce the load current so that it E does not approach the ambient temperature load current recommendation See the Temperature Derating Curves on the following page zi When SSRs are used with inductive loads suppress the inrush current to half of the peak surge current mm Heat Sinks 2 D Heat sinks are recommended for all solid state relays depending on ambient temperature and mounting position The recommended heat sink dimensions and mate are shown the table E y Output Rating Dimensions Material 10A 12 x 12 x 1 8 Aluminum black anodized 25 12 x 12 x 1 8 DC AC Aluminum black anodized 25A 15 x 15 x 1 8 AC AC Aluminum black anodized D 50A 15 x 15 x 1 8 Aluminum black anodized 2 o 75A 17 x17 x 1 8 Aluminum black anodized 5 90A 17 x17 x 1 8 Aluminum black anodized 5 D Using a thermal compound between the base of the SSR and the heat sink for heat dissipation is recommended Wiring Locate SSRs as far from motor leads as possible to prevent malfunction from induced current Use shielded wires for input leads when they are exposed to a source of induced current CD Mounting Provide sufficient
82. erminal Arrangement 8 8 _ T T 50 ma Terminal ih aa LII Mm MM an co mg IE NW a i y 3 LO d 1 EY 1 al E dd bees en C Dura L 0 9 9 18 3 Bottom View B A te bere x 1 Bottom View 11 5 oo m DI 15 A RES 1 15 02 holes 19 2 min when using Tolerance 0 1 15 m D 1 T og gd NEN 15 19 2 min when using Tolerance 0 1 hold down springs m 21 2 5 45 62 5 D 132 __8 2 8 8 d 4 4 ui Terminal Arrangement TEELE ob fan 4 8899 pe i BEZE N Boao H E 2 aj S j arco B 1 21 2 3 Bottom View 11 15 al E Tolerance 0 1 E Lis 17 2 min when using a hold down spring 43 2 min when using a hold down spring for the relay with check button gt C c UJ D e 800 262 IDEC 4332 USA amp Canada IDEC pg Relays amp Sockets 2 RF1V Force Guided Relays SF1V Relay Sockets 2 Key features e Compact and EN compliant RF1V force guided relays E e Force guided contact mechanism EN50205 Type A TUV approved Contact configuration E 4 pole 2NO 2NC 3NO 1NC 6 pole 4NO 2NC 5NO 1NC 3NO 3NC e Built in LED indicator available e Fast response time 8 ms maximum e High shock resistance 200 m s
83. g plate is easily replac d with optional marking plates in four colors for easy identification of relays E In Normal Operation LED Indie Stel Non polarized green LED indicator is standard provision for plug in terminal latching lever E types Note Turn off the power the relay coil when using the latching lever After checking the operation return the latching lever in the normal position 2 Standard without lever uM AC DC Color Marking ee ee eee ee ee ere ee ee a ere ioe ee eee For identification of AC or DC coils AC coil Yellow DC coil Blue o 2 Coil Voltage Tape Color Mechanical Indicator 24V White Marking Plate 100 to 1 10V Clear LED 1 110 to 120V AC Blue Non polarized green LED indicator is standard 200 to 220V AC Black E provision for plug in terminal types 220 to 240V AC Red 1 24V DC Green D i 5 AC Coil DC Coil 12 00 Voltage marking on 5 48V DC yellow tape Not available on PCB type 5 A 110V DC 790 n DEC www IDEC com Relays amp Sockets
84. ion When ordering specify the Part No and coil voltage code example RU2S C S 3 Part No oil Voltage Code Coil Voltage Table Coil Voltage Code A24 A110 A220 D6 D12 D24 D48 D110 Coil Rating 24V 110 120 220 240 AC 6VDC 12V DC 24V DC 48V DC 110V DC EN Sockets Spring Clamp Standard DIN Finger safe DIN Relays Mount Rail Mount Rail Mount NR aa 5 25 61 g RU2S DPDT SU2S 11L 5 25 05 SM2S 05C 8045 4PDT SYAS 61 20425 SU4S 11L SY4S 05 SY4S 05C SIDS RS a 3 v 2 UJ E DDEC 800 262 IDEC 4332 gt USA 4 Canada Relays amp Sockets Hold Down Springs amp Clips For Through Appearance Item Relay For DIN Panel amp PCB Mount Socket Mount Socket dia Pullover Wire RU2S RU4S 4 ullover Wire E E N m SYAS O2F 45 51 1 Mw Leaf Spring RUZS RUAS E pe WO E dans Leaf Spring RU2S RU4S N top latch 425 SFA 101 SFA 301 i Note Order 2 pieces for each relay Accessories Part Number Color Code Marking Plate RU9Z P A orange G green S blue W white Y yellow o e Specify a color code when ordering The marking plate can be removed from the relay by inserting o A a flat screwdriver under the marking plate 5 ce Specifications Model Co
85. ise for the coil at different ambient temperatures Load current 6A x 2 poles is for the RU4 models only 800 262 IDEC 4332 gt USA 4 Canada RU2 DC Coil 120 110 100 90 80 70 60 50 40 30 20 10 Temperature Rise C 0 0 20 30 40 60 70 Ambient Temperature RU4 RU42 DC Coil Load current 6A 2 poles a oS Temperature Rise C Load current 4 0 LL 20 30 40 50 60 70 Ambient Temperature C S4461 10114 8 51967 BuijeuBis 29 D lt o Qo N gt o 5420 5101201007 SJOWI 51848814 112117 Relays amp Sockets 2 Internal Connection View from Bottom 2 RU2S Standard RU2S R with RC Over 24V AC DC coil RU4S RU42S Standard 1 12 2 22 3 32 4 42 172 222 332 442 if if 4 6 24 7 34 8 44 911 1021 11 31 1241 EC 5 14 6 24 7 34 8 44 9 11 10 21 11 31 12 41 13 1 14 A2 24V AC DC coil or less N lt b o N gt XU 112 2 22 3 32 4 42 5 14 6 24 7 34 8 44 9 11 10021 11 31 12 41 13 14 2 RU2S D With Diode RU4S R RU42S R With RC RU2V NF Over 24V DC coil RU4S D RU42S D With Diode RU4V NF RU42V NF 112 2 22 3 32 4 42 12 222 L 5 14 6 24 7 911 1021 11 31 12
86. ive cos 0 3 0 0 3 cos 0 3 10 5 6 6 3 3 T DC resistive T T s en a E 5 S DC resistive G DC resistive 2 g 2 DC inductive DC inductive inductive 15 01 LR 7 ms 0 1 UR 7 ms L R 7 ms o 10 30 100 250 500 10 30 100 250 500 10 30 100 250500 Load Voltage V Load Voltage V Load Voltaae V 794 n DEC www IDEC com Relays amp Sockets Ambient Temperature vs Temperature Rise Curves RU2 AC Coil 50 Hz Load current 10A 2 poles Temperature Rise C Load current 2 poles 0 10 20 30 40 60 70 Ambient Temperature RU4 RU42 AC Coil 50 Hz 120 80 Load current 70 6A 2 poles Temperature Rise C 40 Load current 3A 4 poles 0 10 20 30 40 50 60 70 Ambient Temperature C RU2 AC Coil 60 Hz mw oe Load current cc 5 70 S 60 5 OSS 40 0 10 20 30 40 50 60 70 Ambient Temperature C RU4 RU42 AC Coil 60 Hz 120 110 100 90 Load current 6A 2 poles Temperature Rise C 30 Load current 3A 4 poles 0 10 30 40 50 60 70 Ambient Temperature C The above temperature rise curves show the characteristics when 100 the rated coil voltage is applied The heat resistance of the coil is 120 C The slant dashed line indicates the allowable temperature r
87. kets Specifications e Standard Contact 2 Contact Model RY2 Slim RM2 Wide RY4 4PDT Qo Contact Material Gold plated silver Silver Gold plated silver Contact Resistance 50 mQ maximum 30 maximum 50 maximum E 2 NT ATI 24N DC 5 mA 5V DC 24V DC 10 mA 5V DC 24N DC 5 mA 5V DC a 10 mA reference value 20 mA reference value 10 mA reference value Operating Time 20 ms maximum Release Time 20 ms maximum Power Consumption AC 1 1 VA 50 Hz 1 VA 60 Hz AC 1 4 VA 50 Hz 1 2 VA 60 Hz AC 1 4 VA 50 Hz 1 2 VA 60 Hz 8 DC 0 8W DC 0 9W DC 0 9W Insulation Resistance 100 minimum 500V DC megger Between live and dead parts 71 1500V AC 1 minute 2000V AC 1 minute 2000V AC 1 minute Between contact and coil 1500 AC 1 minute 2000V AC 1 minute 2000V AC 1 minute Dielectric Strength 29 Between contacts of different poles 1500V AC 1 minute 2000V AC 1 minute 2000V AC 1 minute Between contacts of the same pole 1000V AC 1 minute 1000V AC 1 minute 1000V AC 1 minute 5 Electrical 1800 operations h maximum j Mechanical 18 000 operations h maximum Damage limits 10 to 55 Hz amplitude 0 5 mm Vibration Resistance Operating extremes 101055 Hz amplitude 0 5 mm Damage limits 1000 m s Operating extremes 100 m s DPDT Slim 200 m s 4PDT Wide Me
88. les for self tapping screws 39 970 24 8 6 93 5 08 13 9720 1 13 439 5 08 9 24 820 N lt b e N 4 10 1601 5 08221 10 167 1143901 Terminal Blocks Contactors Timers Circuit Breakers 816 n DEC www IDEC com Relays amp Sockets Operating Instructions Driving Circuit for Relays 1 To ensure correct relay operation apply rated voltage to the relay coil 2 Input voltage for the DC coil A complete DC voltage is best for the coil power to make sure of stable relay operation When using a power supply containing a ripple voltage suppress the ripple factor within 5 When power is supplied through a rectification circuit the relay operating characteristics such as pickup voltage and dropout voltage depend on the ripple factor Connect a smoothing capacitor for better operating characteristics as shown below Pulsation Smoothing Emin Emax Capacitor Emean Relay Emax Emin 0 ee Ripple Factor Emax Maximum of pulsating current Emin Minimum of pulsating current Emean DC mean value 100 Leakage current while relay is off When driving an element at the same time as the relay operation special consideration is needed for the circuit design As shown in the incorrect circuit below leakage current lo flows through the relay coil while the relay Is off Leakage
89. m operation frequency 18 000 operations per hour DC coil 50 000 000 operations minimum operation frequency 18 000 operations per hour AC load 100 000 operations minimum operation frequency 1 800 per hour DC load 200 000 operations minimum operation frequency 1 800 per hour AC load 10 million operations minimum operating frequency 18 000 operations per hour DC load 20 million operations minimum operating frequency 18 000 operations per hour Specifications e Model RJ1 RJ2 RJ22S RJ22V Number of Poles 1 pole 2 pole d Contact Configuration SPDT DPDT DPDT bifurcated contacts phar o i Contact Material Silver nickel alloy AgNi gold clad Degree of Protection IP40 Flux tight structure Contact Resistance initial value 50 maximum Operating Time 15ms maximum with diode 20 ms maximum Release Time 2 10 ms maximum with diode 20 ms maximum Between contact and coll 5000V AC 1 minute a Dielectric r Strength Between contacts of the same pole 1000V AC 1 minute E Between contacts of different poles 3000V AC 1 minute Vibration Operating extremes 10 to 55 Hz amplitude 0 75 mm Resistance Damage limits 10 to 55 Hz amplitude 0 75 mm Shock Operating extremes NO contact 200 m s NC contact 100 m s Resistance Damage limits 1000 m s 29 D lt Qo e gt 7 Operating Temperature 3 40 to 70 C no freezing Operating Humidity 5 to 85 RH no condens
90. ntact RU2 DPDT 4PDT RU42 4PDT bifurcated Contact Material Silver alloy Silver gold clad Silver nickel gold clad Contact Resistance 50 mQ maximum 5 Minimum 24V DC 5 mA Applicable Load reference value Operating Time 3 20 ms maximum Release Time 3 20 ms maximum _ Power Consumption 1 1 to 1 4VA 50 Hz 0 9 to 1 2VA 60 Hz DC 0 9 to 1 0W Insulation Resistance 00 minimum 500V DC megger Between contact and coil 2500V AC 1 minute Between contacts of different poles Dielectric Strength 2500 1 minute 2000 1 minute Between contacts of the same pole 1000 1 minute dneraina Electrical 1800 operations h maximum g req Mechanical 18 000 operations h maximum mE CDM Damage limits 10 to 55 Hz amplitude 0 5 mm Operating extremes 10 to 55 Hz amplitude 0 5 mm Damage limits 1000 52 1006 SHOCK Resistance Operating extremes 150 m s 15G i AC 50 000 000 operations E Mechanical Life DC 100 000 000 operations 50 000 000 operations E Electrical Life See table on page 794 Operating PCB model 55 to 70 no freezing m Temperature Blade model 55 to 60 C no freezing Operating Humidity 5 to 8596 RH no condensation A Weight Approx 35g 15 1 Measured using 5V DC 1A voltage drop method 4 Contact Load and Electrical Life at ambient temperature 20 C 5 2 Measured
91. ntacts 3 4 and 7 8 Between contacts 5 6 and 9 10 1500V AC 1 minute 20 ms maximum at the rated coil voltage excluding contact bounce time 8 ms maximum at the rated coil voltage excluding contact bounce time 20 ms maximum at the rated coil voltage excluding contact bounce time 10 to 55 Hz amplitude 0 75 mm 10 to 55 Hz amplitude 0 75 mm 200 m s when mounted on DIN rail mount socket 150 m s 1000 m s 250V AC 6A resistive load 100 000 operations minimum operating frequency 1200 per hour 30V DC 6A resistive load 100 000 operations minimum operating frequency 1200 per hour 250V AC 1A resistive load 500 000 operations minimum operating frequency 1800 per hour 30V DC 1A resistive load 500 000 operations minimum operating frequency 1800 per hour AC 15 240V AC 2A inductive load 100 000 operations minimum operating frequency 1200 per hour cos 9 0 3 DC 13 24V DC 1A inductive load 100 000 operations minimum operating frequency 1200 per hour L R 48 ms 10 million operations minimum operating frequency 10 800 operations per hour 40 to 85 C no freezing 5 to 8596RH no condensation 40 to 85 C 1200 operations per hour 20g 23g 3 Response time is the time until NO contact opens after the coil voltage is turned off 4 When using at 70 to 85 C reduce the switching current by 0 1A C www IDEC com Relays amp Sockets Socket Specifications Part Number Rated Current Rated
92. ontact M3 5 screws with captive wire clamp fingersafe DIN Rail SH2B 05C m Mount SH3B 05C M3 5 screws with captive wire clamp fingersafe 300V 10A Maximum up to 2 212AWG 9 11 5 inelbs SH4B 05C Through SH1B 51 Panel SH2B 51 Mount SH3B 51 Solder 300V 10A 5 Socket SH4B 51 a SH1B 62 PCB mount 250V 10A PCB Mount SH2B 62 socket SH3B 62 PCB mount 300V 10A SH4B 62 3 Accessories 3 Item Appearance Use with Part No Remarks Aluminum p The BNDN1000 is designed to accommodate DIN mount sockets Pp Made of durable extruded aluminum the BNDN1000 measures 0 413 e EIS p 10 5mm height and 1 37 35mm width DIN standard Standard 9 length is 39 1 000 DIN Rail End um Stop Fa DIN rail BNL5 9 1 mm wide 5 CD DIN mount sockets and hold For use on DIN rail mount socket when using pullover wire hold down 2 Hold Down _ 4 Y778 011 3 down springs spring 2 pieces included with each socket o spring Anchor 800 262 IDEC 4332 USA amp Canada E DEC 115 Relays amp Sockets Specifications Contact Material Silver cadmium oxide Contact Resistance 50mQ maximum o Minimum Applicable Load 24N DC 30 mA 5V DC 100 mA reference value E SPDT DPDT 20ms maximum Operating Time 25 5 maximum APDT 20ms maximum
93. or available on blade type IDEC s unique light guide structure enables high visibility of coil status from direction e The smallest width for 2 pole bifurcated contact relay a e Excellent electrical and mechanical life Electrical life 200 000 operations load Mechanical life 30 million operations AC coil RoHS directive compliant EU directive 2002 95 Contains lead cadmium mercury hexavalent chromium PBB or PBDE Diode model Diode reverse withstand voltage 1000V e UL recognized CSA certified EN compliant 1508 CSA 22 2 No 14 UL File No E55996 e 1608322 CSA File No LR35144 Part Number Selection EN61810 1 VDE REG Nr B312 EN61810 1 EC Low Voltage Directive Req Nr 8312 29 2 lt Qo N gt T Coil Voltage Code Style Terminal Contact Model Part Number Standard Stock in bold Standard RU1S C A24 A110 A120 A220 A240 with LED RJIS CL SPDT with Surge Suppresion Diode RJ1S CD 012 024 048 D100 with LED amp Surge Suppresion Diode RJ1S CLD standard
94. power voltage of 100 to 240V AC DC connect a varistor across the contacts Power This protection circuit is very effective in arc suppression when opening the contacts But when the contacts are closed a current flows to charge the capacitor causing contact welding C Load Power Generally switching a DC inductive load is more difficult than switching a DC resistive load Using an appropriate arc suppressor however will improve the switching characteristics of a DC inductive load Soldering 1 When soldering the relay terminals use a soldering iron of 30 60W and quickly complete soldering within approximately 3 seconds 2 Use a non corrosive rosin flux 8 seuouMs 51967 BuijeuBis 29 D lt Qo N gt T 510128107 5420 51848814 112117 Switches amp Pilot Lights Signaling Lights N e N 4 Terminal Blocks Contactors Timers Circuit Breakers Relays amp Sockets Operating Instructions Other Precautions 1 General notice 2 UL and CSA ratings may differ from product rated values determined by IDEC To maintain the initial characteristics do not drop or shock the relay T 3 Do not use relays in the vicinity of strong magnetic field as this may affect The relay cover cannot be removed from the bas
95. pplicable Load Power Consumption approx Insulation Resistance Between contact and coil Dielectric ifferent pol Strength Between contacts of different poles Between contacts of the same pole Operating Time at 20 C Response Time at 20 C Release Time at 20 C Vibration Operating Extremes Resistance Damage Limits Shock Operating Extremes half sine wave pulse 11 ms Resistance Damage Limits half sine wave pulse 6 ms Electrical Life Mechanical Life Operating Temperature Operating Humidity Storage Temperature Operating Frequency rated load Weight approx 1 Measured using 6V DC 1A voltage drop method A 2 Failure rate level P reference value s Relays amp Sockets 4 2NO 2NC 100 mQ maximum Au flashed 250V AC 6A 30V DC 1500 VA 180W 250V AC 30V DC 6A 5V DC 1 mA reference value 0 36W 0 5W 1000 minimum 500V DC megger same measurement positions as the dielectric strength 4000V AC 1 minute 6 pole 3NO 1NC 4NO 2NC 5NO 1NC 3NO 3NC 2500V AC 1 minute Between contacts 7 8 and 11 12 Between contacts 9 10 and 13 14 Between contacts 11 12 and 13 14 4000V AC 1 min Between contacts 3 4 and 5 6 Between contacts 3 4 and 7 8 Between contacts 5 6 and 9 10 Between contacts 7 8 and 9 10 2500V AC 1 minute Between contacts 7 8 and 9 10 4000V AC 1 min Between contacts 3 4 and 5 6 Between co
96. rength Between pole 1 000V AC for 1min um Allowable Switching Power 1500VA 180 NO Frequency 10 to 55Hz Amplitude 1 0mm Vibration do NC Frequency 10 to 55Hz Amplitude 0 4mm Minimum Applicable Load BVDC 10mA 5 2 Resistance NO Frequency 10 to 55Hz Amplitude 0 5mm 9 NC Frequency 10 to 55Hz Amplitude 0 2mm NO 49m s 5G Shock Operating extremes NC 29 4m s 36 T Resistance Damage limits 980m s 10G Mechanical Life without load Over 10 000 000 operations 40 to 70 without freezing Operating Temperature 40 to 55 C for RV8H L AD110 AD220 29 RV8H S AD110 0220 2 Operating Humidity 5 to 85 without condensation 5 Weight 30g RV8H L 26g RV8H S 5 1 Operation frequency 1800 operations per hour 2 Coil Ratings Circuit Circuit Operating Characteristics Rated Current Power Rated Voltage 7 AC Resistance DC Resistance Picku Dropout Maximum 15 mA Consumption 10 0 10 0 Voltage Voltage Allowable voltage _ 6V 35 170 0 21W 3 18 6 485 0 2W DC 12V 14 6 820 110 0 2W 18V 11 6 1550 0 2W 24V 10 6 2270 0 25W 12V 155 755 800 0 2 90 7 18 13 9 1365 1345 0 25W 24V 167 1730 1790 0 33W AC DC 48V 4 11880 12230 110 0 2W 8 60V 3 4 17600 17910 0 2W 110V 125V 34 39 31790 31890 32450 32900 0 5W 220V 240V 33 36 65670 66070 65940 68570 0 85W RV1H Relay Contact Ratings Maximum Switching Power AC Maximum Switching Power
97. t maintain high contact ratings and long operational life For larger power needs 16 model 15 also a available Key features E Low profile 29 x 12 7 x 15 mm e Contact rating 8A DPDT and 12A SPDT e High capacity model with 16A SPDT contact rating e Operational life 100K cycles at full resistive load 10 million cycles no load LED Diode Plug in modules available with DIN rail socket UL Recognized VAY File No E59804 C 05 PAN TUV Rheinland R500562600001 Part Number Selection 22 D lt Qo N gt o Part Number Contact Model Pin Terminal Coil Voltage Code SPDT 12A Basic RO1V CM A24 A115 A230 012 024 High Capacity HC RO1V CH A24 A115 A230 D12 D24 D110 o o DPDT 8A Basic RO2V CN A24 A115 A230 012 024 D110 2 D a 2 Ordering Information When ordering specify the Part No and coil voltage code example RO1V CM Part No Voltage Code Coil Voltage Table Coil Voltage Code A24 A115 A230 D12 D24 D110 zi Coil Rating 2AV AC 110 120V AC 220 240V AC 12V DC 24V DC 110V DC 2 m 800 262 IDEC 4332 USA amp Canada n DEC 556 Relays amp Sockets Sockets Replacement Parts amp Accessories m m 5 pos PCB Mount Part Number Description Part Number
98. two poles does not exceed 6A 2 Inductive load for the rated load cos g 0 3 L R 7 ms zi CD 800 262 IDEC 4332 USA amp Canada E DEC 193 Relays amp Sockets Socket Specifications Sockets Terminal Electrical Rating Wire Size Torque SU2S 11L Spring clamp terminals 250V 10A 24 16 AWG 2 5045 1711 Spring clamp terminals 250V 6A using RU4 using RU2 24 16 AWG DIN Mount 5 25 05 3 screw with captive wire clamp 300V 10A Maximum to 2 14AWG 5 5 8inelbs 2 Sockets SM2S 05C M3 screw with captive wire clamp fingersafe 300V 10A Maximum up to 2 14AWG 5 5 Jinelbs SY4S 05 M3 screw with captive wire clamp 300V 7A using RU4 10A using RU2 Maximum up to 2 14AWG 5 5 Sinelbs SY4S 05C screw with captive wire clamp fingersafe 300V 7A using RU4 10A using RUZ Maximum up to 2 14AWG 5 5 Sinelbs cdm SYAS 51 Solder 300V 7A gt 5 45 61 PCB mount 300V 7A PCB Mount Socket 5 45 62 PCB mount 250V 7A 2 Electrical Life Curves

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