Relays. Switching & Controls.

Transcription

1 Switching & Controls Selection Guide... 0 General Purpose Relays... RVH Series mm Interface Relays... RVS Series mm Interface Relays... RVH Series mm Interface Relays... RJ Series Slim Power Relays... RL Series Power Relays... RQ Series PCB Relays...9 RH Series Compact Power Relays... RR Series Power Relays...7 RU Series Universal Relays...79 RY/RM Series Miniature Relays... RFV Force Guided Relays...99 RFV Force Guided Relays Solid State Relays... 9 RSC Series Solid State Relays...9 RSS Series Panel Mount Solid State Relays..9 Relays Table of Contents LED Lighting - Pg. Automation & Sensing - Pg. 9 Safety - Pg. Switching & Controls - Pg. Index - Pg. 07

2 Selection Guide General Purpose Relays Selection Guide Series RV mm Series RVH mm Series RJ Series RQ Series RH Series RL Series Appearance Page Contact Configuration form C (SPDT) -pole : C (SPDT) -pole: C (DPDT) SPDT, SPST, DPDT, DPST SPDT, DPDT SPDT, DPDT, PDT, PDT RL: X (SPST, Double Make) RL: X (DPST, Double Make) Terminal Screw, Spring-clamp Screw, Spring Clamp Blade or PCB PCB Blade or PCB QuicK Connect/Screw Contact Rating (resistive) Contact Material A 0V DC/0V AC Silver-Nickel with gold plating -pole screw: A -pole spring: A -pole screw: A -pole spring: A -pole: Silver-Nickel -pole: Silver-Nickel with gold plating SPDT: A/A, 0V DC/0V AC DPDT: A, 0V DC/0V AC SPDT: A, A DPDT: A 0A, 0V DC/0V AC /HP, 0V AC /HP, 0V AC Silver-Nickel alloy Silver-Nickel alloy Silver-Cadmium Oxide Ag Alloy -pole: 0V AC 0A -pole: 0V AC A Approvals Class I Division Hazardous Locations (when using combination of RV relay and SV socket) Series RR Series RU Series RY/RM Series RFV Series Appearance Page Contact Configuration SPDT, DPDT, PDT DPDT, PDT DPDT, PDT DPDT PDT or PDT Terminal Pin or Blade Blade or PCB Blade or PCB Contact Rating (resistive) Contact Material 0A, 0V DC/ 0V AC /HP, 0V AC /HP, 0V AC Silver DPDT: 0A, 0V DC/0V AC PDT: A, 0V DC/0V AC /0 HP, 0V AC DPDT PDT Silver Tin Oxide Indium Gold-Silver Alloy on Silver RY: DPDT: A, 0V DC/0V AC PDT: A, 0V DC/0V AC A, 0V DC/0V AC A, 0V AC A 0V DC Gold plated silver Silver Silver alloy Approvals * *with socket

3 Selection Guide Bifurcated Contacts Relays Selection Guide con t Latching Relays Series RJ Series RU Series Series RRKP Series RYKS Series Appearance Appearance Page 79 Page visit Contact Configuration DPDT PDT Contact Configuration DPDT DPDT Terminal Blade or PCB Blade or PCB Terminal Pin Blade Contact Rating (resistive) A 0V AC/0V DC A 0V AC/0V DC Contact Rating (resistive) 0A, 0V DC 0A, 0V AC A, 0V DC A, 0V AC Contact Material Gold clad Gold Silver Alloy on Silver Contact Material Silver Silver, gold-plated Approvals Solid State Relays Series RVS Series RSC Series RSS Series Appearance Page 9 9 Output Configuration Form A (SPST-NO) Form A (SPST-NO) Form A (SPST-NO) Output Rating Output Approvals V:.A, V DC: 00mA, 0 V AC: A V - MOSFET, V DC Photo-transistor, 0V AC: Triac (when using combination of RV relay and SV socket) 0A, 0A, A - 00V AC Dual SCR (zero crossing) 0A, A, 0A, 7A, 90A - 0V AC IDEC () USA & Canada

4 RVH and RVS Key features: Class I, Division and Class I, Zone Hazardous Location options (electromechanical relays only) Solid State relay versions available Only 70mm in height from DIN rail Gold-plated contacts (electrical mechanical relays only) Pre-assembled relay and DIN mount socket Universal screw terminals (flat and phillips) or spring clamp terminals Universal AC/DC socket with built-in surge suppression and green LED A contact rating (electromechanical relays only) Lever for easy locking and removal of relay Operating temperature of -0ºC ~ +70 C (-0 C ~ +0 C for SSR) RoHS compliant RV Series mm Interface Relays Electromechanical CD (screw terminal) Solid State (spring clamp) (when using combination of RV relay and SV socket) Top view with marking plate 70 mm RVH Electromechanical Part Numbers Top view with marking plate 70 mm Electromechanical General Purpose and Hazardous Location (Class I, Division ) Relays Screw Terminals Spring Clamp Terminals Complete Unit Complete Unit Relay Only Relay Only DC Coil Voltage General Purpose Hazardous Location (CD) General Purpose Hazardous Location (CD) Complete Part Number Replacement (Relay Only) Complete Part Number Replacement (Relay Only) Complete Part Number Replacement (Relay Only) Complete Part Number Replacement (Relay Only) AC/DC V RVH-L-D RVH-G-D RVH-L-D-CD RVH-G-D-CD RVH-S-D RVH-G-D RVH-S-D-CD RVH-G-D-CD 9V RVH-L-D9 RVH-G-D9 RVH-L-D9-CD RVH-G-D9-CD RVH-S-D9 RVH-G-D9 RVH-S-D9-CD RVH-G-D9-CD V RVH-L-D RVH-G-D RVH-L-D-CD RVH-G-D-CD RVH-S-D RVH-G-D RVH-S-D-CD RVH-G-D-CD V RVH-L-D RVH-G-D RVH-L-D-CD RVH-G-D-CD RVH-S-D RVH-G-D RVH-S-D-CD RVH-G-D-CD V RVH-L-D RVH-G-D RVH-L-D-CD RVH-G-D-CD RVH-S-D RVH-G-D RVH-S-D-CD RVH-G-D-CD V RVH-L-AD RVH-G-D RVH-L-AD-CD RVH-G-D-CD RVH-S-AD RVH-G-D RVH-S-AD-CD RVH-G-D-CD V RVH-L-AD RVH-G-D RVH-L-AD-CD RVH-G-D-CD RVH-S-AD RVH-G-D RVH-S-AD-CD RVH-G-D-CD V RVH-L-AD RVH-G-D RVH-L-AD-CD RVH-G-D-CD RVH-S-AD RVH-G-D RVH-S-AD-CD RVH-G-D-CD V RVH-L-AD RVH-G-D RVH-L-AD-CD RVH-G-D-CD RVH-S-AD RVH-G-D RVH-S-AD-CD RVH-G-D-CD 0V RVH-L-AD0 RVH-G-D0 RVH-L-AD0-CD RVH-G-D0-CD RVH-S-AD0 RVH-G-D0 RVH-S-AD0-CD RVH-G-D0-CD 0V - V RVH-L-AD0 RVH-G-D0 RVH-L-AD0-CD RVH-G-D0-CD RVH-S-AD0 RVH-G-D0 RVH-S-AD0-CD RVH-G-D0-CD 0V - 0V RVH-L-AD0 RVH-G-D0 RVH-L-AD0-CD RVH-G-D0-CD RVH-S-AD0 RVH-G-D0 RVH-S-AD0-CD RVH-G-D0-CD RVH and RVS

5 RVH and RVS Electromechanical Coil Ratings DC AC/DC Rated Voltage Rated Current ±% (ma)* Circuit AC Resistance ±% (Ω)* Circuit DC Resistance ±% (Ω)* V - 70 Pickup Voltage Operating Characteristics Dropout Voltage Maximum Allowable Voltage Power Consumption 9V. - 0.W V % max 7% min 0% 0.W V W V W V V. 0.W V W V % max 7% min 0% 0.W 0V W 0V - V W 0V - 0V W *±0% for V, 9V and V Electromechanical Contact Ratings Allowable Contact Power Resistive Load 00VA, 0W DC Rated Load Resistive Load 0V AC A, 0V DC A Allowable Switching Current Allowable Switching Voltage Allowable Switching Power Minimum Applicable Load A 00V AC, V DC 00VA, 0W DC V DC/0mA 0.W 0.W IDEC () USA & Canada

6 RVH and RVS Screw Terminals RVS Solid State Relay Part Numbers Spring Clamp Terminals DC AC Input Voltage V V 0V 0V Output Voltage Complete Part Number Complete Part Number V DC,.A RVS-L-D-D RVS-S-D-D V DC, 0.A RVS-L-D-D RVS-S-D-D 0V AC, A zero cross RVS-L-A0Z-D RVS-S-A0Z-D 0V AC, A random RVS-L-A0-D RVS-S-A0-D V DC,.A RVS-L-D-D RVS-S-D-D V DC, 0.A RVS-L-D-D RVS-S-D-D 0V AC, A zero cross RVS-L-A0Z-D RVS-S-A0Z-D 0V AC, A random RVS-L-A0-D RVS-S-A0-D V DC,.A RVS-L-D-A0 RVS-S-D-A0 V DC, 0.A RVS-L-D-A0 RVS-S-D-A0 0V AC, A zero cross RVS-L-A0Z-A0 RVS-S-A0Z-A0 0V AC, A random RVS-L-A0-A0 RVS-S-A0-A0 V DC,.A RVS-L-D-A0 RVS-S-D-A0 V DC, 0.A RVS-L-D-A0 RVS-S-D-A0 0V AC, A zero cross RVS-L-A0Z-A0 RVS-S-A0Z-A0 0V AC, A random RVS-L-A0-A0 RVS-S-A0-A0 Solid State Output Ratings Typical Input Voltage V DC V DC 0V AC Output Device MOSFET Phototransistor Operating Voltage Range 0-V DC 0-V DC Triac -0V AC (7-Hz) Maximum Load Current.A 00mA A Minimum Load Current ma ma 70mA Maximum Blocking Voltage Maximum Surge Current 0V DC 0V DC 00V AC 9A (0ms) 00mA (0ms) 0A pk (.ms) Maximum lt for Fusing 0A² sec Typical On-State Leakage Current 0.V V.V (peak) Maximum Off-State Leakage Current 0.00mA 0.00mA ma Switching Configuration Normally Open Normally Open Normally Open Solid State Input Ratings Type Zero Crossing Random Crossing Control Voltage Range Output / Input Voltage Pickup Voltage Dropout Voltage Input Current Maximum Operation Time Maximum Release Time.-V DC V DC / V DC.V DC.V DC 0mA±0%(±VDC) 0μs 00μs 9.-0V DC V DC / V DC 9.V DC V DC 9mA±0%(±VDC) 0μs 00μs 9-V AC V DC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms ms 9-V AC V DC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms ms.-v DC V DC / V DC.V DC.V DC ma±0%(±vdc) 0μs 00μs 9.-0V DC V DC / V DC 9.V DC V DC 7mA±0%(±VDC) 0μs 00μs 9-V AC V DC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms ms 9-V AC V DC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms ms.-v DC 0V AC / V DC.V DC V DC ma±0%(±vdc) 0ms 0ms 9.-0V DC 0V AC / V DC 9.V DC V DC 7mA±0%(±VDC) 0ms 0ms 9-V AC 0V AC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms 0ms 9-V AC 0V AC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms 0ms.-V DC 0V AC / V DC.V DC V DC ma±0%(±vdc) 00μs 0ms 9.-0V DC 0V AC / V DC 9.V DC V DC 7mA±0%(±VDC) 00μs 0ms 9-V AC 0V AC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms 0ms 9-V AC 0V AC / 0V AC 9V AC V AC 0mA±0%(±0VAC) ms 0ms

7 RVH and RVS Electromechanical Relays RVH-L Screw Terminal (mm) 7. A(-) Coil A(+) Coil Solid State Relays RVS-L Screw Terminal (mm) 7. A(-) Coil A(+) Coil NO (+) COM NO NC (+) COM NC RVH Replacement Electromechanical Relay (mm) Dimensions RVH-S Spring Clamp Terminal (mm) 7. A(-) Coil A(+) Coil RVS-S Spring Clamp Terminal (mm) 7. A(-) Coil A(+) Coil NO (+) COM NO Internal Connection bottom view (mm) A A (+) NC (+) COM NC IDEC () USA & Canada

8 RVH and RVS Jumpers, Spacer, and Screwdriver Item Color Part Number Jumper (0 combs) Note,, Black SV9Z-J0B Spacer (circuit separator) Note, Gray Blue SV9Z-J0W SV9Z-J0S - SV9Z-SAW Accessories Marking Plates (Blank and Pre-marked) Item Part Number Engraving Horizontal Orientation SV9Z-PW0 blank SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀ SV9Z-PW0-➀ Marking Plate Placement Marking Plate Locking Lever RV Insert Screwdriver - BCS-SD0. Jumper combs come with 0 points, if shorter lengths are needed simply cut off the excess points.. Ensure that the total current to the jumper does not exceed the overall rated current (Rated current: A).. Width of spacer: mm. When using a cut jumper, please use a spacer on the cut side. For additional information see instruction sheet. Vertical Orientation SV9Z-PW0-➀ SV9Z-PW0-➀ SV9Z-PW0-➀A-J A-J SV9Z-PW0-➀K-T K-T SV9Z-PW0-➀U-Z U-Z SV9Z-PW0- ➀GROUND SV9Z-PW0-➀AC. In place of ➀ insert orientation code: V=Vertical, H=Horizontal. Each unit has 0 pieces (marking plates). Dimensions (mm) SV9Z-PW0* Marking Plate SV9Z-SAW Spacer.0 Cut *Available blank or pre-marked. SV9Z-J0* Jumper *Available in black, gray and blue

9 RVH and RVS RVH Replacement Electromechanical Relay Maximum Switching Power AC Contact Current (A) V DCV DC AC Resistive load AC Inductive load (p. f=0.) Contact Voltage (V) Characteristics Maximum Switching Power DC Contact Current (A) DC Inductive load (L/R = ms) Solid State Continuous Load Current vs. Ambient Temperature Curves V DCV V DC DC Load Current (Amperes) Load Current (Amperes) Load Current (Amperes) Load Current (Amperes) 0V AC.0 0V AC Zero Cross Zero Cross Load Current (Amperes) Load Current (Amperes) No air gap. No air gap.. Air gap. Air mm gap. mm No air gapno air gap Air gap Air. gap mm. mm Load Current (Amperes) Load Current (Amperes) V AC 0V 0V Zero AC AC Cross Zero Zero Cross Cross Ambient Ambient Temperature Temperature ( C) ( C) No air gapno air gap Air gap. Air mm gap. mm No air gapno air gap Air gap Air. gap mm. mm Legend Ambient Ambient Temperature Temperature ( C) ( C) Ambient Ambient Temperature Temperature ( C) ( C) Ambient Ambient Temperature Temperature ( C) ( C) DC Resistive load Contact Voltage (V) V DCV DC V DC 0.0 V DC Load Current (Amperes) Load Current (Amperes) No minimum No minimum air gap required air gap required V AC Random.0 0V AC Random Cross Cross Load Current (Amperes) Load Current (Amperes) Ambient Ambient Temperature Temperature ( C) ( C) No spacing required between units. Spacing of.mm minimum required between units Not Recommended Load Current (Amperes) Load Current (Amperes) Load Current (Amperes) Load Current (Amperes) V 0V AC 0V Random AC AC Random Random Cross Cross Cross No minimum No minimum air gap required air gap required Ambient Ambient Temperature Temperature ( C) ( C) Ambient Ambient Temperature Temperature ( C) ( C) Ambient Ambient Temperature Temperature ( C) ( C) IDEC () USA & Canada 7

10 RVH pole and pole Top View with Marking Plate Screw Terminal Spring Clamp Terminal RV Series mm Interface Relays With the addition of a mm version, IDEC offers a complete line of RV interface relays. Ideal for panels with limited room, these low-profile relays provide up to a 0% reduction in DIN rail space when compared with standard plug-ins. RV relays are good for higher load switching applications, panels with high I/O content and commercial HVAC panels. UL listed when paired with a corresponding socket, it s easy to save space with new RV models. Only 70mm in height from DIN rail (when using combination of RV relay and SV socket) Only 70mm in height from DIN rail Specifications Key Features Space-saving mm width. Universal AC/DC socket with built-in surge suppression and green LED Indicator Gold plated contacts (-pole model only) Pre-assembled relay and DIN mount socket Universal screw terminals (flat and Philips) or spring clamp terminals Only 70 mm in height from DIN rail Release lever for easy locking and removal of relay Wide input voltage range: to 0V High dielectric strength and impulse withstand voltages. Reverse polarity protected RoHS compliant Number of Poles -pole -pole Contact Configuration C (SPDT) C (DPDT) Contact Material AgNi AgNi (Au-plated) Degree of Protection IP0 IP0 Between contact and coil,000v AC for minute,000v AC for minute Dielectric strength Vibration Resistance Shock Resistance Between contacts of the same pole Between contact sets Operating extremes,000v AC for minute,000v AC for minute -,00V AC for minute 0 to Hz, amplitude 0.7mm (NO contact), 0.7mm (NC contact) 0 to Hz, amplitude 0.7mm (NO contact), 0.mm (NC contact) Damage limits 0 to Hz, amplitude 0.7mm (NO contact), 0.7mm (NC contact) 0 to Hz, amplitude 0.7mm (NO contact), 0.mm (NC contact) Operating extremes 9m/s² (NO) 9m/s² (NO) Damage limits 90m/s² 90m/s² Electrical Life - Screw terminal Electrical Life - Spring Clamp terminal Mechanical Life (no load) Operating Temperature AC load:0,000 operations minimum (0V AC, A resistive load, operation frequency 0 operation per hour) AC load:0,000 operations minimum (0V AC, A resistive load, operation frequency 0 operation per hour) 0,000,000 operations minimum (Operation frequency,000 operations per hour) RVH-L-D, D9, D, D, D, AD, AD, AD, AD, AD0, AD0 : -0 to +70 C (Contact current A max, A per terminal) no freezing : -0 to + C (Contact current A max, A per terminal) no freezing RVH-L- AD0 : -0 to + C (Contact current A max, A per terminal) no freezing RVH-S-D, D9, D, D, D, AD, AD, AD, AD, AD0, AD0 : -0 to +70 C (Contact current A max, A per terminal) no freezing RVH-S- AD0 : -0 to + C (Contact current A max, A per terminal) no freezing Operating Humidity to % (no condensation) to % (no condensation) Weight Screw Terminal: Approx.g Spring Clamp Terminal: Approx. 9g AC load:00,000 operations minimum (0V AC, A resistive load, operation frequency 0 operation per hour) AC load:00,000 operations minimum (0V AC, A resistive load, operation frequency 0 operation per hour) 0,000,000 operations minimum (Operation frequency,000 operations per hour) RVH-L-D, D9, D, D, D, AD, AD, AD, AD, AD0, AD0 : -0 to +70 C (Contact current A max) no freezing : -0 to + C (Contact current A max) no freezing RVH-L- AD0 : -0 to + C (Contact current A max) no freezing RVH-S-D, D9, D, D, D, AD, AD, AD, AD, AD0, AD0 : -0 to +70 C (Contact current A max) no freezing RVH-S- AD0 : -0 to + C (Contact current A max) no freezing Screw Terminal: Approx. g Spring Clamp Terminal: Approx. 9g RVH pole and pole

11 RVH pole and pole Input voltage DC AC/DC Complete Part Number Complete Unit Screw Terminals Relay Only Part Numbers Complete Unit Spring Clamp Terminals Relay Only -pole -pole -pole -pole Replacement (Relay Only) Complete Part Number Replacement (Relay Only) Complete Part Number Replacement (Relay Only) Complete Part Number Replacement (Relay Only) V RVH-L-D RVH-HG-D RVH-L-D RVH-G-D RVH-S-D RVH-HG-D RVH-S-D RVH-G-D 9V RVH-L-D9 RVH-HG-D9 RVH-L-D9 RVH-G-D9 RVH-S-D9 RVH-HG-D9 RVH-S-D9 RVH-G-D9 V RVH-L-D RVH-HG-D RVH-L-D RVH-G-D RVH-S-D RVH-HG-D RVH-S-D RVH-G-D V RVH-L-D RVH-HG-D RVH-L-D RVH-G-D RVH-S-D RVH-HG-D RVH-S-D RVH-G-D V RVH-L-D RVH-HG-D RVH-L-D RVH-G-D RVH-S-D RVH-HG-D RVH-S-D RVH-G-D V RVH-L-AD RVH-HG-D RVH-L-AD RVH-G-D RVH-S-AD RVH-HG-D RVH-S-AD RVH-G-D V RVH-L-AD RVH-HG-D RVH-L-AD RVH-G-D RVH-S-AD RVH-HG-D RVH-S-AD RVH-G-D V RVH-L-AD RVH-HG-D RVH-L-AD RVH-G-D RVH-S-AD RVH-HG-D RVH-S-AD RVH-G-D V RVH-L-AD RVH-HG-D RVH-L-AD RVH-G-D RVH-S-AD RVH-HG-D RVH-S-AD RVH-G-D 0V RVH-L-AD0 RVH-HG-D0 RVH-L-AD0 RVH-G-D0 RVH-S-AD0 RVH-HG-D0 RVH-S-AD0 RVH-G-D0 0V - V 0V - 0V Coil Ratings Rated Voltage DC Minimum Pickup Voltage (at C) RVH-L-AD0 RVH-HG-D0 RVH-L-AD0 RVH-G-D0 RVH-S-AD0 RVH-L-AD0 RVH-HG-D0 RVH-L-AD0 RVH-G-D0 RVH-S-AD0 Operating Characteristics (Against Rated Voltage) Dropout Voltage (at C) Maximum Allowable Voltage (at C) Maximum Continuous Applied Voltage (Note ) Operation time Release time DC Ratings Power Consumption (W) AC (0Hz) V V V 0% V V AC (0Hz) V 0% V 0% max 7% min ms max ms max (Note ) V V V 0% V - V V - 0V.0.. Note : At rated operating temperature Note : Rated Voltage AC/DC 0V : 0% AC/DC UL Ratings Resistive RVH- HG-D0 RVH- HG-D0 Contact Ratings Allowable contact power Rated Load Resistive load Inductive load Resitive load Inductive load Allowable Switching Current Allowable Switching Power Minimum Applicable Load (reference value) RVH-S-AD0 RVH-S-AD0 Screw Terminal -pole,000va -pole,000va B00 (pilot duty) -pole 0V AC, A (A per terminal) at C, A (A per terminal) at 70 C -pole 0V AC, A at C, A at 70 C B00 (pilot duty) -pole A (A per terminal) at C, A (A per terminal) at 70 C -pole A at C, A at 70 C -pole,000va -pole,000va -pole VDC 00mA -pole VDC 0mA Screw Terminal Spring Clamp Terminal Voltage -Pole -Pole -Pole -Pole 0V AC A (A per terminal) at C A at C - - A (A per terminal) at 70 C A at 70 C A (A per terminal) at 70 C A at 70 C RVH-G-D0 RVH-G-D0 Spring Clamp Terminal -pole,000va -pole,00va B00 (pilot duty) -pole 0V AC, A (A per terminal) at 70 C -pole 0V AC, A at 70 C B00 (pilot duty) -pole A (A per terminal) at 70 C -pole A at 70 C -pole,000va -pole,00va -pole VDC 00mA -pole VDC 0mA IDEC () USA & Canada 9

12 RVH pole and pole Item Color Part Number Jumper ( combs, with -combs per relays, or discrete relays.) Note,, Spacer (circuit separator) Note, Screwdriver Black Gray Blue Light Grey SV9Z-JB SV9Z-JW SV9Z-JS SV9Z-SAW - BCS-SD0 Accessories Marking Plates (Blank and Pre-marked) Horizontal Orientation Vertical Orientation Item Part Number Engraving SV9Z-PW0 blank SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀-0-0 SV9Z-PW0-➀ SV9Z-PW0-➀ SV9Z-PW0-➀ SV9Z-PW0-➀ SV9Z-PW0-➀A-J A-J SV9Z-PW0-➀K-T K-T SV9Z-PW0-➀U-Z U-Z SV9Z-PW0- ➀GROUND SV9Z-PW0-➀AC Marking Plate Placement Marking Plate Locking Lever RV Insert. In place of ➀ insert orientation code: V=Vertical, H=Horizontal. Jumper combs come with pairs of combs, if shorter lengths are needed simply cut off the excess points.. Ensure that the total current to the jumper does not exceed the overall rated current (Rated current: A for spring-clamp terminals and A for screw type terminations).. Width of spacer: mm. When using a cut jumper, please use a spacer on the cut side. For additional information see instruction sheet.. Each unit has 0 pieces (marking plates). Dimensions (mm) SV9Z-PW0* Marking Plate.0 Cut SV9Z-SAW Spacer *Available blank or pre-marked. SV9Z-J* Jumper P.0 *Available in black, gray and blue

13 RVH pole and pole Internal Connections AC/DC Type (-Pole) DC Type (-Pole) RVH Replacement Relay A COIL A COIL circuit / NO / COM / NC NO COM NC NO COM NC A(-) COIL A(+) COIL circuit AC/DC Type (-Pole) DC Type (-Pole) -Pole A COIL A COIL Screw Terminals circuit RVH Replacement Relay (mm) x x0..7 / NO / COM / NC NO COM NC NO COM NC A(-) COIL.7 A(+) COIL circuit Dimensions (mm) / NO / NO / COM / COM / NC / NC NO COM NC NO COM NC Spring Clamp Terminals NO COM NC NO COM NC -Pole A A A A IDEC () USA & Canada

14 RVH pole and pole Electrical Life Curve (AC Load) 000 Operations (x0,000 operations) 00 0 Pole Pole Characteristics 0 0 Contact Rating AC Contact Current (A) DC Contact Current (A) 0 Pole Pole Contact Current (A) 0 Pole Pole Contact Voltage (V) Contact Voltage (V)

15 RJ RJ Series Slim Power Relays Key features: Compact and rugged power relays. Large switching capacity Compact housing only.7-mm wide. Large contact rating RJ (-pole): A (UL general use AC) RJ (-pole): A Non-polarized LED indicator available on blade type. IDEC s unique light guide structure enables high visibility of coil status from any direction. The smallest width for -pole/bifurcated contact relay Excellent electrical and mechanical life. Electrical life: 00,000 operations (AC load) Mechanical life: 0 million operations (AC coil) RoHS directive compliant (EU directive 00/9/EC). Contains no lead, cadmium, mercury, hexavalent chromium, PBB or PBDE. Diode model: Diode reverse withstand voltage: 000V UL recognized, CSA certified, EN compliant. UL0 UL File No. E99 CSA C. No. 0 CSA File No. LR Part Number Selection EN0- VDE (REG.-Nr B) Style Terminal Contact Model Part Number Blade PCB EN0- EC Low Voltage Directive Coil Voltage Code (Standard Stock in bold) Standard RJS-C-0 A, A0, A0, A0, A0, with LED RJS-CL-0 D, D, D, D00 SPDT with Surge Suppresion Diode RJS-CD-0 D, D, D, D00 with LED & Surge Suppresion Diode RJS-CLD-0 Standard RJS-C-0 A, A0, A0, A0, A0, with LED RJS-CL-0 D, D, D, D00 with Surge Suppresion Diode RJS-CD-0 D, D, D, D00 with LED & Surge Suppresion Diode RJS-CLD-0 DPDT Standard Bifurcated contacts (without LED indicator) RJS-C-0 A, A, A0, A0, Bifurated contacts (with LED indicator) RJS-CL-0 D, D, D, D00 Bifurcated contacts diode (without LED indicator) RJS-CD-0 Bifurcated contacts diode (with LED indicator) RJS-CLD-0 D, D, D, D, D00 SPDT Standard RJV-C-0 High Capacity RJV-CH-0 SPST-NO Standard RJV-A-0 A, A0, A0, A0, A0, High Capacity RJV-AH-0 D, D, D, D, D, D00 DPDT Standard RJV-C-0 DPST-NO Standard RJV-A-0 DPDT Bifurcated contacts RJV-C-0 A, A, A0, A0, DPST-NO Bifurcated contacts RJV-A-0 D, D, D, D, D00 Ordering Information When ordering, specify the Part No. and coil voltage code: (example) RJS-C- A0 Part No. Coil Voltage Code IDEC () USA & Canada RJ

16 RJ Coil Voltage Table Coil Voltage Code A A A0 A0 A0 A0 D D D D D D00 Coil Rating V AC V AC 0V AC 0V AC 0V AC 0V AC V DC V DC V DC V DC V DC 00-0V DCV DC Sockets Relays Standard DIN Rail Mount Finger-safe DIN Rail Mount PCB Mount Blade Models PCB Models Accessories RJS (Std) SJS-0BW SJS-07LW SJS- RJS (Std)/RJS SJS-0BW SJS-07LW SJS- RJV (Std) SQV-07B* SQV-* RJV (HC) RJV/RJV SQV-07B* SQV-* Shown with optional marking plate. *Hold-down clip or spring must be removed to use with RJ PCB relays. Item Appearance Use with Part No. Remarks Aluminum DIN Rail ( meter length) DIN Rail End Stop All DIN rail sockets BNDN000 DIN rail BNL 9. mm wide. Replacement Hold Down Springs Part Number Used With Socket SJ9Z-CM SJS-0BW, SJS-07LW, SJS-0BW, SJS-07LW SQ9Z-C SQV-07B, SQV-07B SQ9Z-C SQV-, SQV- Jumpers for SJ Sockets Poles Part Number Quantity SJ9Z-JF Must SJ9Z-JF purchase in SJ9Z-JF quantities 0 SJ9Z-JF0 of 0. The BNDN000 is designed to accommodate DIN mount sockets. Made of durable extruded aluminum, the BNDN000 measures 0. (0.mm) in height and.7 (mm) in width (DIN standard). Standard length is 9 (,000mm). Marking Plate Finger safe sockets (ONLY) SJ9Z-PWPN0 0 pieces per pack

17 RJ Specifications Model RJ RJ RJS RJV Number of Poles -pole -pole Contact Configuration SPDT DPDT DPDT bifurcated contacts Contact Material Silver-nickel alloy AgNi (gold clad) DPDT (bifurcated), DPST-NO (bifurcated) Degree of Protection IP0 Flux-tight structure Contact Resistance (initial value) Operating Time Release Time Dielectric Strength Vibration Resistance Shock Resistance Electrical Life (rated load) Mechanical Life (no load) Operating Temperature Operating Humidity Weight (approx.) 0 mω maximum ms maximum (with diode: 0 ms maximum) 0 ms maximum (with diode: 0 ms maximum) Between contact and coil 000V AC, minute Between contacts of the same pole 000V AC, minute Between contacts of different poles 000V AC, minute Operating extremes 0 to Hz, amplitude 0.7 mm Damage limits 0 to Hz, amplitude 0.7 mm Operating extremes NO contact: 00 m/s, NC contact: 00 m/s Damage limits 000 m/s Note: Above values are initial values.. Measured using V DC, A voltage drop method.. Measured at the rated voltage (at 0 C), excluding contact bounce time.. 00% rated voltage. AC load: 00,000 operations minimum (operation frequency 00 operations per hour) DC load: 00,000 operations minimum (operation frequency 00 operations per hour) AC coil: 0,000,000 operations minimum (operation frequency,000 operations per hour) DC coil: 0,000,000 operations minimum (operation frequency,000 operations per hour) 9g (blade type), 7g (PCB form C type), g (PCB form A type) AC load: 00,000 operations minimum (operation frequency,00 per hour) DC load: 00,000 operations minimum (operation frequency,00 per hour) AC load: 0 million operations minimum (operating frequency,000 operations per hour) DC load: 0 million operations minimum (operating frequency,000 operations per hour) 0 to +70 C (no freezing) to % RH (no condensation) 9g DPDT: 7g, DPST-NO: g IDEC () USA & Canada

18 RJ Coil Ratings AC DC Rated Voltage Blade & PCB Models Bifurcated Models Rated Voltage Blade Models PCB Models Bifurcated Models Coil Voltage Code Rated Current (ma) Coil Operating Characteristics ±% (at 0ºC) Resistance Without LED With LED (ohms)±0% Pickup Dropout Maximum 0Hz 0Hz 0Hz 0Hz (at 0ºC) Voltage Voltage Allowable Voltage Power Consumption V A V A ,00 0.9VA (0Hz) 0V A ,70 V A % max 0% min 0% Approx. V A VA (0Hz) 0V A , to.va 0V A ,70 (0Hz) Coil Voltage Code Rated Current (ma) ±% (at 0ºC) Coil Resistance Without LED With LED (ohms)±0% Pickup (at 0ºC) Voltage Operating Characteristics Dropout Voltage Maximum Allowable Voltage V D..0 7 V D..7,00 70% 70% max 0% min V D.0 0.7,0 00-0V D ,70 0% V D 0 7. V D. 7.9 V D. 7 70% 70% max 0% min V D.,00 V D.0,0 00-0V D00. -.,70 0% V D V D..0 7 V D..7,00 V D 0.7,0 70% max 0% min 00-0V D ,70 0% Power Consumption 0.W 0.-0.W 70% Approx. 0. to 0.W. LED Indicator is only available on Blade or Bifurcated relays.. Operating characteristics are at 0ºC.. The maximum allowable voltage is the maximum value which can be applied to the relay coils. Contact Ratings Blade Models PCB Models Model pole poles poles (bifurcated contacts) pole poles Standard Type High Capacity Type poles (bifurcated contacts) Allowable Contact Power Rated Load Allowable Allowable Contact Resistive Resistive Inductive Load Switching Switching Inductive Load Voltage Load Load cosø=0. L/R=7ms Current Voltage NO 000VA 7VA 0V AC A 7.A A AC0V NC 000VA 7VA 0V AC A 7.A A DC0V NO 000VA 000VA 0V AC A A A AC0V NC 000VA 000VA 0V AC A A A DC0V NO 0VA AC 00VA AC 0V AC A 0.A 0V AC A NC 0W DC W DC 0V DC A 0.A V DC NO 000VA 7VA 0V AC A 7.A A 0W 0W 0V DC A A AC0V NC 000VA 7VA 0V AC A 7.A DCV A 0W 90W 0V DC A A NO 000VA 000VA 0V AC A A A 0W 0W 0V DC A A AC0V NC 000VA 000VA 0V AC A A DCV A 0W 0W 0V DC A A NO 000VA 000VA 0V AC A A A 0W 0W 0V DC A A AC0V NC 000VA 000VA 0V AC A A DCV A 0W 0W 0V DC A A NO 0VA AC 00VA AC 0V AC A 0.A 0V AC A NC 0W DC W DC 0V DC A 0.A V DC Minimum Applicable Load DCV 00mA DCV 0mA V DC 00μA DCV 00mA DCV 00mA DCV 0mA V DC 00μA

19 RJ Agency Ratings Voltage General Use UL Resistive RJ RJ RJ RJ NO NC NO NC NO NC NO NC 0V AC A A A A A A 0V DC A A A A A A Voltage General Use Resistive Inductive CSA RJ RJ RJ RJ RJ RJ RJ NO NC NO NC NO NC NO NC NO NC NO NC NO NC 0V AC A A A A A A 7.A 7.A A A 0V DC A A A A A A A A A A A A Voltage Resistive VDE AC-, DC-* RJ RJ RJ RJ RJ NO NO NO NC NO NO 0V AC A A A A A A 0V DC A A A A.A A *According to the utilization categories of IEC097-- Socket Specifications DIN Rail/ Panel Mount Finger-safe DIN Rail/Panel Mount PCB Mount Socket Terminal Electrical Rating Wire Size Torque SJS-0BW M screw with captive wire clamp 0V, A Maximum up to - # AWG N m (Maximum.N m) SJS-0BW M screw with captive wire clamp 0V, A Maximum up to - # AWG N m (Maximum.N m) SJS-07LW M screw with captive wire clamp, fingersafe 0V, A Maximum up to - # AWG N m (Maximum.N m) SJS-07LW M screw with captive wire clamp, fingersafe 0V, A Maximum up to - # AWG N m (Maximum.N m) SQV-07B M screw with box clamp, fingersafe 00V, A Maximum up to - # AWG.0N m Maximum SQV-07B M screw with box clamp, fingersafe 00V, 0A Maximum up to - # AWG.0N m Maximum SJS- PCB mount 0V, A SJS- PCB mount 0V, A SQV- PCB mount 00V, A SQV- PCB mount 00V, A IDEC () USA & Canada 7

20 RJ Electrical Life Curve (Resistive Load) ( 0,000 operations) RJ RJ High Capacity RJ V DC Resistive Load (NO Contact) 0V AC Resistive Load (NO contact) ( 0,000 operations) V DC Resistive Load (NO Contact) 0V AC Resistive Load (NO contact) ( 0,000 operations) V DC Resistive Load (NO Contact) 0V AC Resistive Load (NO contact) Load Current (A) Load Current (A) Load Current (A) Maximum Switching Capacity (Resistive Load) RJ RJ High Capacity RJ Load Current (A) 0 AC Resistive (NO Contact) Load Current (A) 0 DC Resistive (NC Contact) DC Inductive (NO Contact) AC Resistive DC Resistive (NO Contact) AC Inductive Load Current (A) 0 AC Resistive (NO Contact) DC Resistive (NO Contact) DC Inductive (NC Contact) DC Resistive (NO Contact) Load Voltage (V) Load Voltage (V) Load Voltage (V) 0 Operating Temperature and Coil Temperature Rise RJ (AC Coil, 0 Hz) RJ (AC Coil, 0 Hz) RJ (DC Coil) Temperature Rise (C) AC Coil (0 Hz) Load Current A pole No Load Current Ambient Temperature (C) Temperature Rise (C) AC Coil (0 Hz) Load Current A pole No Load Current Ambient Temperature (C) RJ (AC Coil, 0 Hz) RJ (AC Coil, 0 Hz) RJ (DC Coil) Temperature Rise (C) DC Coil Load Current A poles No Load Current Ambient Temperature (C) 70 Temperature Rise (C) AC Coil (0 Hz) Load Current A poles No Load Current Ambient Temperature (C) Temperature Rise (C) Temperature Rise (C) DC Coil Load Current A pole No Load Current Ambient Temperature (C) DC Coil Load Current A poles No Load Current Ambient Temperature (C)

21 RJ RJ (AC Coil, 0 Hz) RJ (AC Coil, 0 Hz) RJ (DC Coil) Temperature Rise ( C) AC Coil (0 Hz) Load current A x poles No load current Ambient Temperature ( C) Ambient Temperature ( C) The above temperature rise curves show characteristics when 00% the rated coil voltage is applied. The slanted dashed line indicates allowable temperature rise for the coil at different ambient temperatures. Internal Connection (View from Bottom) Temperature Rise ( C) AC Coil (0 Hz) Load current A x poles No load current RJ-C-* Standard RJ-C/RJ-C-* Standard RJV-A-* (A) (A) RJ-CL-* With LED Indicator (A) (A) () () () () () () Coil voltage V AC/DC and below RJ-CD-* With Diode (A) (A) + () () () RJ-CLD-* With LED Indicator and Diode (A) (A) + () () () Coil voltage V DC and below (A) () () () (A) Coil voltage greater than V AC/DC (A) (A) + () () () Coil voltage greater than V DC (A) () Temperature Rise ( C) () () (A) 7() () () RJ-CL/RJ-CL-* With LED Indicator (A) () () () (A) 7() () () Coil voltage V AC/DC and below RJ-CD-/ RJ-CD-* With Diode (A) () () () DC Coil Load current A x poles No load current Ambient Temperature ( C) (A) (A) (A) (A) + 7() () () RJ-CLD/ RJ-CLD-* With LED Indicator and Diode (A) () () () + (A) 7() () () Coil voltage V DC and below 70 () () () () () () () (A) 7() () () Coil voltage greater than V AC/DC (A) (A) () () () + 7() () () Coil voltage greater than V DC IDEC () USA & Canada 9

22 RJ Blade Relay (mm) RJS Dimensions (mm) RJS/RJS ø. hole ø. hole All dimensions in mm. PCB Relay (mm) RJV-C-* RJV-A-*. max. (.) max. (.) max. (.7).0 -ø. holes.. (.) 7. (.9) 0.0. max. (.) max. (.) 0. max. (.7).0 (.) -ø. holes (.9) RJV-CH-*/RJV-C-* RJV-AH-*/RJV-A-*. max. (.) 0. (.) -ø. holes max. (.) 0.. max. (.) 0. (.) -ø. holes max. (.) max. (.7).0 (.9) max. (.) 9 max. (.) 0. max. (.7).0 max. (.7).0 (.9) RJV-C-*. max. (.) RJV-A-*. max. (.) max. (.) 0. max. (.7) max. (.) 0. max. (.7)

23 RJ Standard DIN Rail Mount Sockets SJS-0BW.. 7 (A) (A) () (TOP VIEW) Finger-safe DIN Rail Mount Sockets SJS-07LW SQV-07B (A) (A) A A 7 () () (TOP VIEW) M Terminal Screws 9.7 M Teminal Screws. () () (TOP VIEW) ø. () ø Dimensions con t (mm) SJS-0BW SJS-07LW SQV-07B. M Terminal Screws (A) (A) () () 7 () () () () (A) (A) (TOP VIEW). 7 A A (TOP VIEW) () (TOP VIEW) M Terminal Screws. ø. 7 () 9.. () () () ().7 ø IDEC () USA & Canada

24 RJ PC Mount Sockets SJS-.0. (.7) ± ±0..0 ±0. ±0...0 ± ±0. -ø. holes Dimensions con t (mm) Terminal Arrangement (Bottom View) SJS-.0. (.).0..0 ± ±0..0 ±0. ±0..0 -ø. holes Terminal Arrangement (Bottom View) SQV- SQV

25 RL Series Power Relays RL RL Series Power Relays Specifications Number of poles pole poles Contact Configuration X (SPST, double make) X (DPST, double make) Contact material Ag Alloy Ag Alloy Operating Time and Release Time 0ms max 0ms max Degree of Protection IP0 IP0 Dielectric strength Vibration Resistance Shock Resistance Electrical Life (rated load). Operation frequency (00 operations per hour) Between contact and coil,000v AC for minute,000v AC for minute Between pole,000v AC for minute,000v AC for minute Between contact sets -,000V AC for minute Operating extremes Damage limits Frequency 0 to Hz, Amplitude 0.7mm Frequency 0 to Hz, Amplitude 0.7mm RL Frequency 0 to Hz, Amplitude 0.7mm Frequency 0 to Hz, Amplitude 0.7mm Operating extremes 00 m/s² (0G) 00 m/s² (0G) Damage limits,000 m/s² (00G),000 m/s² (00G) AC resistive load 00,000 operations min 00,000 operations min Inductive load 00,000 operations min 00,000 operations min Mechanical Life (without load),000,000 operations min,000,000 operations min Operating Temperature - to + C - to + C Operating Humidity Weight to % (without condensation) Between 90 and grams, depending on model Agency ratings RL RL Standard current ratings HP ratings FLA and LRA ratings Quick Connect Flange Mount 0 A, 77 Vac, General Use, 00,000 Cycles to % (without condensation) Between 90 and grams, depending on model Standards Compliance A, 77 Vac, General Use, 00,000 cycles. HP, 0 Vac, 0,000 Cycles. HP, 0 Vac, 0,000 Cycles HP, 77 Vac, 0,000 Cycles HP, 77 Vac, 0,000 Cycles 0 FLA, 0 LRA, 0 Vac, 0/0 Hz, 0,000 Cycles 7 FLA, 0 LRA, 77 Vac, 0/0 Hz, 0,000 Cycles Screw Terminal DIN Rail Mount 0 FLA, 0 LRA, 0 Vac, 0/0 Hz, 0,000 Cycles 7 FLA, 0 LRA, 77 Vac, 0/0 Hz, 0,000 Cycles Designed with a - and -pole HP/77V AC rating in an economical and compact package, 0A RL power relays are the superior choice for HVAC panels, energy management and applications requiring higher voltage loads and inductive kickback. Choose from panel or DIN rail mounting. Unlike the competition, when DIN rail mounted, RL relays don t require a socket or adaptor. Quick Connect terminals allow faster installation on commercial applications, while screw terminations are ideal for industrial applications. Key Features HP at 77VAC,.HP at 0VAC Single pole rated at 0A, double pole at A Double Make contacts Flange mount or DIN-rail mount with panel mount tabs #0 quick-connect or screw terminations AC or DC Coil Inputs Designed for Motor, Lighting, and Heater Loads Up to 700 VA maximum switching power RoHS compliant IDEC () USA & Canada

26 RL Series Power Relays DC Rated Voltage Coil Voltage Code Rated Current (ma) ±0% Coil Ratings Coil Resistance (Ω) Pickup Voltage Operating Characteristics at 0 C Dropout Voltage Maximum Allowable Voltage Power Consumption V D 0 7.9W V D % max % min 0%.9W AC (0-0Hz) Rated Voltage Flange Mount Coil voltage Coil Voltage Code Rated Current (ma) +% -% 0Hz 0Hz Coil Resistance (Ω) V A V - 0V 00V - 0V Pickup Voltage Operating Characteristics at 0 C Dropout Voltage Maximum Allowable Voltage Power Consumption.7-.VA A VA 0% max 0% min 0% A VA Contact Ratings Allowable Contact Power Resistive load 700VA 0VA Rated Load Resitive load 0VAC 0A, 0VDC 0A 0VAC A, 0VDC A Allowable Switching Current 0A A Allowable Switching Voltage Screw Terminal Pole Flange Mount RL Part Numbers Screw Terminal Pole Flange Mount 77VAC Quick Connect Terminal Pole Flange Mount RL Quick Connect Terminal Pole Flange Mount DC V RLN-T-D RLN-T-D RLB-T-D RLB-T-D V RLN-T-D RLN-T-D RLB-T-D RLB-T-D V RLN-T-A RLN-T-A RLB-T-A RLB-T-A AC 00V - 0V RLN-T-A00 RLN-T-A00 RLB-T-A00 RLB-T-A00 00V - 0V RLN-T-A00 RLN-T-A00 RLB-T-A00 RLB-T-A00 DIN Rail Mount with Panel Mount Tabs Coil voltage DC AC Screw Terminal Pole DIN Rail Screw Terminal Pole DIN Rail Quick Connect Terminal pole DIN Rail Quick Connect Terminal Pole DIN Rail V RLN-D-D RLN-D-D RLB-D-D RLB-D-D V RLN-D-D RLN-D-D RLB-D-D RLB-D-D V RLN-D-A RLN-D-A RLB-D-A RLB-D-A 00V - 0V RLN-D-A00 RLN-D-A00 RLB-D-A00 RLB-D-A00 00V - 0V RLN-D-A00 RLN-D-A00 RLB-D-A00 RLB-D-A00 Part Number Structure Series Name Contact Arrangement : Form X : Form X Terminal Construction B : Quick Connect Terminal N : Screw Terminal RL B - T-A 00 Input Voltage : V : V 00 : 00-0V 00 : 00-0V Voltage D : DC (Voltage:, V) A : AC 0/0Hz (Voltage:, 00-0, 00-0V) Mounting T : Flange Mount D: DIN Rail Mount with panel mount tabs

27 RL Series Power Relays RLN-T Screw Terminal Pole Flange Mount. -M M Dimensions RLN-T Screw Terminal Pole Flange Mount. -M. Recommended tightening torque: Coil terminals (M.): N m, Contact terminals (M):.0 -. N m RLB-T Quick Connect Terminal Pole Flange Mount (All dimensions in mm, except where noted.) #0 quick connect 0. terminations M RLB-T Quick Connect Terminal Pole Flange Mount #0 quick connect 0. terminations IDEC () USA & Canada

28 RL Series Power Relays RLN-D Screw Terminal Pole DIN Rail Mount -ø M RLN-D Screw Terminal Pole DIN Rail Mount -ø M M M.. 0 Recommended tightening torque: Coil terminals (M.): N m, Contact terminals (M):.0 -. N m RLB-D Quick Connect Terminal Pole DIN Rail Mount RLB-D Quick Connect Terminal Pole DIN Rail Mount -ø.0.. -ø #0 quick connect 0. terminations #0 quick connect 0. terminations

29 RL Series Power Relays Accessories Description Color Part Number Finger-safe terminal cover Applicable for screw terminal models only Terminal Arrangements (Top View) Screw Terminal Pole Flange Mount Screw Terminal Pole Flange Mount Mounting Hole Dimensions Flange Mount -M or ø. mounting holes 0 ±0. Recommended tightening torque: N m Clear Quick Connect Terminal Pole Flange Mount Quick Connect Terminal Pole Flange Mount RL9Z-C DIN Rail Mount with Panel Mount Tabs ±0.. ±0. Screw Terminal Pole DIN Rail Mount Screw Terminal Pole DIN Rail Mount -M or ø. mounting holes Quick Connect Terminal Pole DIN Rail Mount Quick Connect Terminal Pole DIN Rail Mount IDEC () USA & Canada 7

30 RL Series Power Relays Recommended ring or fork terminations for screw terminals. Contact Terminals 9. max. ø. min. 9. max.. min. Coil Terminals.0 max. ø. min..0 max.. min.. max. 7. min.. max. 7. min.. max. 7. min.. max. 7. min. Electrical Life Curves RL pole 000 RL poles 000 Life( 0,000 operations) 00 0 AC0V DC0V Life( 0,000 operations) 00 0 AC0V DC0V 0 0 Contact Current (A) 0 0 Contact Current (A) Maximum Switching Capacity RL pole Contact Current (A) AC Inductive load (p.f=0.) DC Resistive AC Resistive Load Contact Voltage (V) RL poles Contact Current (A) AC Inductive load (p.f=0.) DC Resistive AC Resistive Load Contact Voltage (V)

31 RQ RQ Series PCB Relays IDEC RQ relays are low-profile, PCB relays in a compact package. Size equals value. RQ relays are small, yet maintain high contact ratings and long operational life. For larger power needs, a A model is also available. Key features: Low profile: 9 x.7 x mm Contact rating: A (DPDT) and A (SPDT) High capacity model with A (SPDT) contact rating Operational life: 00K cycles at full resistive load 0 million cycles, no load LED/Diode Plug-in modules available with DIN rail socket UL Recognized File No. E90 R Part Number Selection Part Number Contact Model Pin Terminal Coil Voltage Code SPDT A SPDT A DPDT A Basic RQV-CM-0 A, A, A0, D, D HIgh Capacity (HC) RQV-CH-0 A, A, A0, D, D, D0 Basic RQV-CN-0 A, A, A0, D, D, D0 Ordering Information When ordering, specify the Part No. and coil voltage code: (example) RQV-CM A Part No. Coil Voltage Code IDEC () USA & Canada 9

32 RQ Coil Voltage Table Coil Voltage Code A A A0 D D D0 Coil Rating V AC 0-0V AC 0-0V AC V DC V DC 0V DC Sockets Relays Finger-safe DIN Rail Mount PCB Mount RQ SQV-07B SQV-* RQ RQ HC SQV-07B SQV-* Replacement Parts & Accessories Part Number Description Part Number Description SQ9Z-C Replacement retaining clip SQ9Z-LD Diode plug in modules for DIN socket SQ9Z-C Replacement hold-down spring for SQ PCB sockets SQ9Z-LR RC plug-in module (0-0V AC) for DIN socket SQ9Z-J pt jumper for DIN socket SQ9Z-P Replacement marking plate. *Comes with hold down spring. Comes with retaining clip and marking plate. Accessories Item Appearance Use with Part No. Remarks Aluminum DIN Rail ( meter length) All DIN rail sockets BNDN000 IDEC offers a low-profile DIN rail (BNDN000). The BNDN000 is designed to accommodate DIN mount sockets. Made of durable extruded aluminum, the BNDN000 measures 0. (0.mm) in height and.7 (mm) in width (DIN standard). Standard length is 9 (,000mm). DIN Rail End Stop DIN rail BNL 9. mm wide. Specifications Model (Contact) RQ RQ HC RQ No. of poles Contact Configuration SPDT SPDT DPDT Contact Rating A A A Contact Material Silver-Nickel alloy Contact Resistance Operating Time Release Time Dielectric Strength Vibration Resistance Shock Resistance Mechanical Life Electrical Full Rated Load Operating Temperature Operating Humidity Between contact & coil Between contacts Damage limits Operating extremes Damage limits Operating extremes 00mΩ max ms ms,000vac, minute,000vac, minute 0- Hz, amplitude.mm 0- Hz, amplitude.mm 00m/s min (0G),000m/s min (00G) 0,000,000 operations 00,000 operations -0 to º C to % RH Dimensions (H x W x D mm) 9 x.7 x Weight (Approx.) g

33 RQ Coil Ratings Rated Voltage DC AC Nominal Current Coil Power Consumption 0HZ 0HZ Resistance 0HZ 0HZ V.mA 0Ω V.7mA,0Ω 0V.mA,0Ω V 9.7mA.mA 0Ω 0.7W 0.W V 7.mA.mA,00Ω 0.W 0.7W 0V.mA.7mA,00Ω 0.79W 0.W Socket Specifications DIN Rail Sockets PCB Mount Socket Electrical Life Curves Pickup Voltage Dropout Voltage Max Allowable Voltage 0.0W 0% Max % Min 0% 0% Max 0% Min 0% Relays Terminal Electrical Rating Wire Size Torque SQV-07B M screw with box clamp 00V, A Maximum up to - # AWG.0N m Maximum SQV-07B M screw with box clamp 00V, A Maximum up to - # AWG.0N m Maximum SQV- PCB mount 00V, A SQV- PCB mount 00V, A Maximum Switching Capacity RQ & RQ High Capacity RQ RQ, RQ High Capacity & RQ Operat ions Load Current (A) RQ Internal Connection (View from Bottom) RQ-HC Operat ions Load Current (A) RQ RQ RQ HC NC C NO NC NC C C Bottom View NO NO NC C NO (V) load of Volt age RQ RQ RQ-HC Load Current (A) IDEC () USA & Canada

34 RQ RQ Dimensions (mm) RQ/RQ HC SQ Socket Domensions SQV-07B SQV-07B A A A A (TOP VIEW) (TOP VIEW) SQV- PCB Pin Layout SQV- SQV- PCB Pin Layout SQV Ø.0 Ø

35 RH Key features SPDT through PDT, 0A contacts Compact power type relays Miniature power relays with a large capacity 0A contact capacity Compact size saves space Contact SPDT DPDT PDT PDT RH Series Compact Power Relays Model Part Number Selection Blade Terminal Part Number PCB Terminal Standard RHB-U 0 RHV-U 0 With Indicator RHB-UL 0 With Check Button RHB-UC 0 With Indicator and Check Button RHB-ULC 0 Top Bracket Mounting RHB-UT 0 Coil Voltage Code (Standard Stock in bold) ACV, ACV, ACV, AC0V, AC0V, AC0V, AC0V DCV, DCV, DCV, DCV, DC0V With Diode (DC coil only) RHB-UD 0 RHV-UD 0 DCV, DCV, DCV, DCV, DC0V With Indicator and Diode (DC coil only) RHB-ULD 0 DCV, DCV, DCV, DC0V Standard RHB-U 0 RHV-U 0 With Indicator RHB-UL 0 RHV-UL 0 With Check Button RHB-UC 0 With Indicator and Check Button RHB-ULC 0 Top Bracket Mounting RHB-UT 0 With Diode (DC coil only) RHB-UD 0 RHV-UD 0 With Indicator and Diode (DC coil only) RHB-ULD 0 RHV-ULD 0 Standard RHB-U 0 RHV-U 0 With Indicator RHB-UL 0 RHV-UL 0 With Check Button RHB-UC 0 With Indicator and Check Button RHB-ULC 0 Top Bracket Mounting RHB-UT 0 With Diode (DC coil only) RHB-UD 0 With Indicator and Diode (DC coil only) RHB-ULD 0 Standard RHB-U 0 RHV-U 0 With Indicator RHB-UL 0 RHV-UL 0 With Check Button RHB-UC 0 With Indicator and Check Button RHB-ULC 0 Top Bracket Mounting RHB-UT 0 With Diode (DC coil only) RHB-UD 0 RHV-UD 0 With Indicator and Diode (DC coil only) RHB-ULD 0 PCB terminal relays are designed to mount directly to a circuit board without any socket. ACV, ACV, ACV, AC0-0V, AC0-0V DCV, DCV, DCV, DCV, DC00-0V DCV, DCV, DCV, DCV, DC00-0V ACV, ACV, ACV, AC0V, AC0V, AC0V, AC0V DCV, DCV, DCV, DCV, DC0V DCV, DCV, DCV, DCV, DC0V ACV, ACV, ACV, AC0V, AC0V, AC0V, AC0V DCV, DCV, DCV, DCV, DC0V DCV, DCV, DCV, DCV, DC0V Ordering Information When ordering, specify the Part No. and coil voltage code: (example) RHB-U AC0V Part No. Coil Voltage Code IDEC () USA & Canada

36 RH Sockets (for Blade Terminal Models) Relays Standard DIN Rail Mount Finger-safe DIN Rail Mount Through Panel Mount PCB Mount RHB SHB-0 SHB-OC SHB- SHB- RHB SHB-0 SHB-0C SHB- SHB- RHB SHB-0 SHB-0C SHB- SHB- RHB SHB-0 SHB-0C SHB- SHB- Hold Down Springs & Clips Appearance Item Relay Pullover Wire Spring For DIN Mount Socket RHB SYS-0F RHB SYS-0F RHB SHB-0F RHB SHB-0F For Through Panel & PCB Mount Socket SYS-F Leaf Spring (side latch) RHB, RHB, RHB, RHB SFA-0 SFA-0. DIN Rail mount socket comes with two horseshoe clips. Do not use unless you plan to insert pullover wire spring. Replacement horseshoe clip part number is Y Must use horseshoe clip when mounting in DIN mount socket. Replacement horseshoe clip part number is Y Two required per relay. Leaf Spring (top latch) RHB, RHB, RHB, RHB SFA-0 SFA-0 AC Coil Ratings Voltage (V) Rated Current (ma) ±% at 0 C AC 0Hz AC 0Hz Coil Resistance (Ω) ±0% at 0 C SPDT DPDT PDT PDT SPDT DPDT PDT PDT SPDT DPDT PDT PDT ,00, ,00 7, ,00 7, , ,00 9,0 Operation Characteristics (against rated values at 0ºC) Max. Continuous Applied Voltage 0% Pickup Voltage 0% maximum Dropout Voltage 0% minimum DC Coil Ratings Voltage (V) Rated Current (ma) ±% at 0 C Coil Resistance (Ω) ±0% at 0 C SPDT DPDT PDT PDT SPDT DPDT PDT PDT Max. Continuous Applied Voltage Operation Characteristics (against rated values at 0ºC) Pickup Voltage Dropout Voltage ,0,00,00, ,0 0.,00,00 7,0 0% 0% maximum 0% minimum Standard coil voltages are in BOLD

37 RH Contact Ratings Model SPDT DPDT PDT PDT Continuous Current 0A Maximum Contact Capacity Allowable Contact Power Resistive Load 0VA 00W Inductive Load 990VA 0W Voltage (V) Rated Load Res. Load Ind. Load 0 AC 0A 7A 0 AC 7A.A 0 DC 0A 7A 0 AC 0A 7.A 0A 0VA 00VA 00W W 0 AC 7.A A 0 DC 0A 7.A Note: Inductive load for the rated load cos ø = 0., L/R = 7 ms TÜV Ratings Voltage RH RH RH RH 0V AC 0A 0A 7.A 7.A 0V DC 0A 0A 0A 0A AC: cos ø =.0, DC: L/R = 0 ms UL Ratings Voltage RH RH Resistive General Use Horsepower Rating RH RH RH RH RH RH RH RH 0V AC 0A 7.A 7.A 7A.A A / HP / HP 0V AC 0A 0A 7.A 7.A / HP / HP 0V DC 0A 0A 7A V DC 0A CSA Ratings Horsepower Voltage Resistive General Use Rating RH RH RH RH RH RH RH RH RH,, 0V AC 0A 0A 7.A 7A 7A 7A A / HP 0V AC 0A 0A 0A 0A 7.A 7.A 7.A / HP 0V DC 0A 0A 0A 0A 7A 7.A Socket Specifications Sockets Terminal Electrical Rating Wire Size Torque DIN Rail Mount Sockets Finger-safe DIN Rail Mount Through Panel Mount Socket PCB Mount Socket SHB-0 SHB-0 SHB-0 SHB-0 SHB-0C (Coil) M screws (contact) M. screws with captive wire clamp 0V, 0A Maximum up to #AWG RH. - 9 in lbs 9 -. in lbs M. screws with captive wire clamp 00V, 0A Maximum up to #AWG 9 -. in lbs (coil) M screws (contact) M. screws with captive wire clamp, fingersafe 0V, 0A Maximum up to #AWG. - 9 in lbs 9 -. in lbs SHB-0C SHB-0C SHB-0C M. screws with captive wire clamp, fingersafe 00V, 0A Maximum up to #AWG 9 -. in lbs SHB- SHB- SHB- Solder 00V, 0A SHB- SHB- PCB mount 0V, 0A SHB- SHB- PCB mount 00V, 0A SHB- Accessories Item Appearance Use with Part No. Remarks Aluminum DIN Rail ( meter length) DIN Rail End Stop Replacement Hold-Down Spring Anchor All DIN rail sockets BNDN000 DIN rail BNL 9. mm wide. DIN mount sockets and hold down springs. Y77-0 RH The BNDN000 is designed to accommodate DIN mount sockets. Made of durable extruded aluminum, the BNDN000 measures 0. (0.mm) in height and.7 (mm) in width (DIN standard). Standard length is 9 (,000mm). For use on DIN rail mount socket when using pullover wire hold down spring. pieces included with each socket IDEC () USA & Canada

38 RH Specifications Contact Material Silver cadmium oxide Contact Resistance 0mΩ maximum Minimum Applicable Load V DC, 0 ma; V DC, 00 ma (reference value) SPDT DPDT 0ms maximum Operating Time PDT PDT ms maximum SPDT DPDT 0ms maximum Release Time PDT PDT ms maximum SPDT AC:.VA (0Hz), VA (0Hz) DC: 0.W Power Consumption DPDT AC:.VA (0Hz),.VA (0Hz) DC: 0.9W (approx.) PDT AC: VA (0Hz),.7VA (0Hz) DC:.W PDT AC:.VA (0Hz), VA (0Hz) DC:.W Insulation Resistance 00MΩ minimum (00V DC megger) Between live and dead parts:,000v AC, minute SPDT Between contact and coil:,000v AC, minute Between contacts of the same pole:,000v AC, minute Dielectric Strength Between live and dead parts:,000v AC, minute DPDT Between contact and coil:,000v AC, minute PDT Between contacts of different poles:,000v AC, minute PDT Between contacts of the same pole:,000v AC, minute Operating Frequency Electrical:,00 operations/hour maximum Mechanical:,000 operations/hour maximum Vibration Resistance Damage limits: 0 to Hz, amplitude 0. mm Operating extremes: 0 to Hz, amplitude 0. mm Damage limits:,000m/s (00G) Shock Resistance Operating extremes: 00m/s (0G - SPDT, DPDT) 00m/s (0G - PDT, PDT) Mechanical Life 0,000,000 operations minimum DPDT 00,000 operations minimum (0V AC, 0A) Electrical Life SPDT PDT 00,000 operations minimum (0V AC, 0A) PDT Operating Temperature Operating Humidity Weight (approx.) SPDT DPDT PDT PDT to +70 C (no freezing) to % RH (no condensation) SPDT: g, DPDT: 7g, PDT: 0g, PDT: 7g Note: Above values are initial values.. Measured using V DC, A voltage drop method. Measured at the rated voltage (at 0 C), excluding contact bouncing Release time of relays with diode: 0 ms maximum. Relays with indicator or diode: 000V AC, minute. For use under different temperature conditions, refer to Continuous Load Current vs. Operating Temperature Curve. The operating temperature range of relays with indicator or diode is to +0 C

39 RH Electrical Life Curves AC Load (RH) (RH) (RH/RH) Life (x 0,000 operations) Life (x 0,000 operations) Life (x 0,000 operations) V AC resistive 0V AC inductive 0V AC inductive Load Current (A) Characteristics (Reference Data) 0V AC resistive Load Current (A) 0V AC inductive 0V AC resistive 0V AC inductive 0V AC resistive 0V AC resistive 0V AC inductive 0V AC resistive 0V AC inductive Load Current (A) DC Load (RH) (RH/RH) Life (X 0,000 operations) (RH) 000 Life (X 0,000 operations) Life (X 0,000 operations) V DC resistive 0V DC inductive 00V DC inductive 0V DC resistive Load Current (A) 00V DC resistive 00V DC inductive 0V DC resistive 0V DC inductive Load Current (A) 0V DC resistive 00V DC resistive 00V DC inductive 0V DC inductive Load Current (A) IDEC () USA & Canada 7

40 RH Maximum Switching Capacity Load Current (A) (RH) AC resistive AC inductive DC resistive DC inductive Load Current (A) (RH/RH/RH) AC resistive AC inductive DC resistive DC inductive Load Voltage (V) Load Voltage (V) Continuous Load Current vs. Operating Temperature Curve (Basic Type, With Check Button, and Top Bracket Mounting Type) (RH) Operating Temperature ( C) Note: The rated voltage is applied to the coil. AC Coil DC Coil Load Current (A) Internal Connection (View from Bottom) Basic Type (RH) Operating Temperature ( C) Note: The rated voltage is applied to the coil. AC Coil DC Coil Load Current (A) (RH/RH) SPDT DPDT PDT PDT With Check Button Operating Temperature ( C) Note: The rated voltage is applied to the coil. AC/DC Coil Load Current (A) ( ) ( + ) Front Pushbutton Contacts can be operated by pressing the check button. With Indicator (-L type) SPDT PDT PDT DPDT Below 00V AC/DC 00V AC/DC and over 9 ( ) ( + ) 9 ( ) ( + ) 9 0 ( ) ( + ) 9 0 ( ) ( + ) ( ) ( + ) ( ) ( + ) Below V AC/ DC V AC/ DC and over 9 ( ) ( + ) 9 ( ) ( + ) When the relay is energized, the indicator goes on. Relay coils less than 00V DC do not contain a protection diode (except DPDT). Relay coils below 00V use LED indicator, coils above 00V use neon lamp indicator. LED color of DPDT model is green With Diode (-D type) SPDT DPDT PDT PDT ( ) ( + ) ( ) ( + ) ( ) ( + ) ( ) ( + ) Contains a diode to absorb the back emf generated when the coil is de-energized. The release time is slightly longer. Available for DC coil only. Diode Characteristics Reverse withstand voltage:,000v Forward current: A

41 RH With Indicator LED & Diode (-LD type) Below 00V DC 00V DC and over SPDT PDT PDT DPDT 9 ( ) ( + ) 9 ( ) ( + ) Dimensions (mm) Below V AC/ DC V AC/ DC and over 9 ( ) ( + ) 9 ( ) ( + ) Contains an LED indicator and a surge absorber, and has the same height as the basic type. LED color of DPDT model is green. RHB-U/RHB-UL/RHB-UD/RHB-ULD RHB-U/RHB-UL/RHB-UD/RHB-ULD RHB-U/RHB-UL/RHB-UD/RHB-ULD Total length from panel surface including relay socket SHB-0:. (.) max., SHB-: 9. (.) max. Dimensions in the ( ) include a hold-down spring.. max. ø. hole Total length from panel surface including relay socket SHB-0:. (.) max., SHB-: 9. (.) max. Dimensions in the ( ) include a hold-down spring.. max. ø. hole RHB-U/RHB-UL/RHB-UD/RHB-ULD RHB-UT RHB-UT RHB-UT. Total length from panel surface including relay socket SHB-0:. (.) max., SHB-: 9. (.) max. Dimensions in the ( ) include a hold-down spring.. max. ø. hole ø. hole.7... max RHB-UT ø. hole max.. ø. hole max.. max Total length from panel surface including relay socket SHB-0:. (.) max., SHB-: 9. (.) max. Dimensions in the ( ) include a hold-down spring.. max.. ø. hole ø. hole max IDEC () USA & Canada 9

42 RH RHV-U/RHV-UD 0. 9 Dimensions con t (mm) RHV-U/RHV-UL/RHV-UD. max ø holes ø. holes ø. holes RHV-U/RHV-UL/RHV-D. -ø. holes 0 0. max.. RHV-U/RHV-UL/RHV-UD max max ø. holes Standard DIN Rail Mount Sockets SHB-0 SHB M. Terminal Screw 7. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Terminal Arrangement 7. M. Terminal Screw 7. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Terminal Arrangement. 0 M Terminal Screw.. max. 7.9 max.. min.. min. max. ø. min..9 max. 9 (Top View) ø. min max.. min. 7.9 max. ø. min. 9 (Top View) (For terminals,, and 9) (For terminals and ) SHB-0. M. Terminal Screw. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) SHB-0 Terminal Arrangement. M. Terminal Screw. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Terminal Arrangement max.. min. 7.9 max. ø. min. 0 9 (Top View). 0.. max.. min. 7.9 max. ø. min. 0 9 (Top View)

43 RH Finger-safe DIN Rail Mount Sockets SHB-0C. 0 SHB-0C M Terminal Screw ø. M. Terminal Screw ø Through Panel Mount Socket SHB- SHB- DIN Rail (BNDN) DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. Dimensions con t (mm) Terminal Arrangeme (Top View) Terminal Arrangement 0 9 (Top View) SHB-0C SHB-0C.7 9 SHB- SHB- 0 M. Terminal Screw ø. 7 ø When using BAA/BAP:.7 9. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. DIN Rail (BAA/BAP) -ø. Mounting Holes (or M Tapped Holes) Ring type crimping terminals cannot be used. Terminal Arrangement 7 9 (Top View) Terminal Arrangement 0 (Top View) IDEC () USA & Canada 7

44 RH PCB Mount Sockets SHB-. SHB Terminal Arrangement 9 (Bottom View) -ø. holes.7.9. min.* * min. when using hold-down springs.9 Dimensions con t (mm). min.. -ø holes (Tolerance ±0.) SHB- 9. SHB- 0.. Terminal Arrangement 9 (Bottom View) min.*. * min. when using hold-down springs. 0. min. -ø. holes (Tolerance 0.) Terminal Arrangement 9 0 (Bottom View).7.. min.* * min. when using hold-down springs 7.. min ø. holes (Tolerance 0.) Terminal Arrangement (Bottom View) * min. when using hold-down springs. min.*..7.. min ø. holes (Tolerance 0.)

45 RR RR Series Power Relays Key features: SPDT through PDT, 0A contacts Midget power type relays Available in pin and blade terminal styles. Options include an indicator, check button for test operations and side flange. DIN rail, surface and panel mount sockets are available for a wide a variety of mounting applications. Part Number Selection Part Number Contact Model Pin Terminal Blade Terminal* SPDT Standard RRBA-U 0 With Indicator RRBA-UL 0 With Check Button RRBA-UC 0 With Indicator and Check Button RRBA-ULC 0 Side Flange Model RRBA-US 0 DPDT Standard RRP-U 0 RRBA-U 0 With Indicator RRP-UL 0 RRBA-UL 0 With Check Button RRP-UC 0 RRBA-UC 0 With Indicator and Check Button RRP-ULC 0 RRBA-ULC 0 Side Flange Model RRBA-US 0 PDT Standard RRPA-U 0 RRB-U 0 With Indicator RRPA-UL 0 RRB-UL 0 With Check Button RRPA-UC 0 RRB-UC 0 With Indicator and Check Button RRPA-ULC 0 RRB-ULC 0 Side Flange Model RRB-US 0 *Blade type not TUV tested or CE marked. Side flange model mounts directly to panel with no socket required. Sockets Relays Standard DIN Rail Mount Finger-safe DIN Rail Mount Through Panel Mount RRP RRPA RRBA RRBA RRB SRP-0 SRP-0 SRP-0 SRP-0 SRP-0C SRP-0C SRP- SRP- SRB-0 SRB- Coil Voltage Code (Standard Stock Items in Bold) ACV, ACV, ACV, AC0V, AC0V, AC0V, DCV, DCV, DCV, DCV, DC0V Ordering Information When ordering, specify the Part No. and coil voltage code: (example) RRB-U AC0V Part No. Coil Voltage Code All DIN rail mount sockets shown above can be mounted using DIN rail BNDN IDEC () USA & Canada 7

46 RR Hold Down Springs & Clips Appearance Description Relay Pullover Wire Spring RRP RRPA RRBA, RRBA, RRB For DIN Mount Socket SRB-0F SRB-0F SRB-0F For Through Panel & PCB Mount Socket SRP-0F SRB-0F Leaf Spring (side latch) RRP, RRPA SFA-0 Accessories Item Appearance Use with Part No. Remarks Aluminum DIN Rail ( meter length) DIN Rail End Stop Replacement Hold-Down Spring Anchor All DIN rail sockets BNDN000 DIN rail BNL 9. mm wide. Horseshoe clip for sockets SRB-0, SRP-0, SRP-0 Chair clip for sockets SRP-0(C), SRP-0(C) Y77-0 Y70-0 Specifications Contact Material Silver Contact Resistance 0 mω maximum Minimum Applicable Load V DC, 0 ma Operating Time ms maximum Release Time ms maximum Power Consumption (approx.) AC: VA (0 Hz),. VA (0 Hz) DC:.W Insulation Resistance 00 MΩ minimum (00V DC megger) Between live and dead parts: 00V AC, minute Pin Terminal Between contact and coil: 00V AC, minute Between contacts of different poles: 00V AC, minute Dielectric Between contacts of the same pole: 000V AC, minute Strength Between live and dead parts: 000V AC, minute Blade Terminal Between contact and coil: 000V AC, minute Between contacts of different poles: 000V AC, minute Between contacts of the same pole: 000V AC, minute Operating Frequency Electrical: 00 operations/h maximum Mechanical:,000 operations/h maximum Vibration Resistance Damage limits: 0 to Hz, amplitude 0. mm Operating extremes: 0 to Hz, amplitude 0. mm Shock Resistance Damage limits: 000 m/s (00g) Operating extremes: 00 m/s (0G) Mechanical Life 0,000,000 operations Electrical Life 00,000 operations (0V AC, A) Operating Temperature to +0 C (no freezing) Operating Humidity to % RH (no condensation) Weight (approx.) (Standard type) RRP: 90g, RRPA: 9g, RRBA/RRBA/RRB: g The BNDN000 is designed to accommodate DIN mount sockets. Made of durable extruded aluminum, the BNDN000 measures 0. (0.mm) in height and.7 (mm) in width (DIN standard). Standard length is 9 (,000mm). For use on DIN rail mount socket when using pullover wire hold down spring. pieces included with each socket.. Measured using V DC, A voltage drop method. Measured at the rated voltage (at 0 C), excluding contact bouncing. For use under different temperature conditions, refer to Continuous Load Current vs. Operating Temperature Curve

47 RR Coil Ratings Rated Voltage (V) AC (0/0 Hz) DC Contact Ratings Continuous Current 0A Rated Current (ma) ±% (at 0 C) 0 Hz 0 Hz Coil Resistance (Ω) ±0% (at 0 C) ,0 0 0., , ,00 0,0 Maximum Contact Capacity Allowable Contact Power Resistive Load 0VA AC 00W DC Inductive Load 00VA AC 0W DC Note: Inductive load for the rated load cos ø = 0., L/R = 7 ms TÜV Ratings Voltage 0V AC 0V DC 0A 0A Rated Load Voltage (V) Res. Load Ind. Load 0 AC 0A 7.A 0 AC 7.A A 0 DC 0A A AC: cos ø =.0, DC: L/R = 0 ms Maximum Continuous Applied Voltage UL Ratings Operating Characteristics (values at 0 C) Pickup Voltage Dropout Voltage 0% 0% maximum 0% minimum 0% 0% maximum 0% minimum Voltage Resistive General use Horse Power Rating 0V AC 0A 7A / HP 0V AC 0A 7.A / HP 0V DC 0A 7A CSA Ratings Voltage Resistive General use 0V AC 0A 7A 0V AC 0A 7.A 00V DC 0.A 0V DC 0A 7.A Socket Specifications Relays Terminal Electrical Rating Wire Size Torque SRP-0 M screw with captive wire clamp 00V, 0A Maximum - # AWG 9 -.in lbs SRP-0C M screw with captive wire clamp, fingersafe 00V, 0A Maximum - # AWG 9 -.in lbs SRP-0 M screw with captive wire clamp 00V, 0A Maximum - # AWG 9 -.in lbs DIN Rail Sockets SRP-0 M screw with captive wire clamp 00V, 0A Maximum - # AWG 9 -.in lbs SRP-0C M screw with captive wire clamp, fingersafe 00V, 0A Maximum - # AWG 9 -.in lbs SRP-0 M screw with captive wire clamp 00V, 0A Maximum - # AWG 9 -.in lbs SRB-0 M screw with captive wire clamp 00V, A (0A)* (*CSA rating) Maximum - # AWG 9 -.in lbs Through SRP- Solder 00V, 0A Panel Mount SRP- Solder 00V, 0A Sockets SRB- Solder 00V, 0A IDEC () USA & Canada 7

48 RR Electrical Life Curves AC Load Life ( 0,000 operations) V AC resistive 0 0V AC resistive 0V AC inductive 0 0V AC inductive Maximum Switching Capacity Load Current (A) Characteristics (Reference Data) DC Load Life ( 0,000 operations) V DC resistive 00V DC inductive 0 0V DC resistive 0V DC inductive Load Current (A) Continuous Load Current vs. Operating Temperature Curve (Standard Type, With Check Button, and Side Flange Type) Load Current (A) DC resistive DC inductive AC resistive AC inductive Operating Temperature (C) AC Coil DC Coil Load Voltage (V) Load Current (A) Internal Connection (View from Bottom) Standard Type RRP-U RRPA-U RRBA-U RRBA-U RRB-U With Check Button Front Pushbutton With Indicator (-UL type) RRP RRPA RRBA RRBA RRB Contacts can be operated by pressing the check button. Coil Below 00V AC/DC Coil 00V AC/DC and over When the relay is energized, the indicator goes on. An LED protection diode is not contained in relay coils below 00V DC. Coils below 00V use LED indicator while coils above 00V use neon lamp indicator

49 RR RRP-U/RRP-UL Total length from panel surface including relay socket SRP-0:. (7.) max., SRP-: () max.. max. RRBA-U/RRBA-UL/RRBA-U RRBA-UL/RRB-U/RRB-UL 7. max Total length from panel surface including relay socket SRB-0: 7 (7) max., SRB-: (0) max ø.0 oblong hole Standard DIN Rail Mount Sockets SRP-0 SRP-0 9 M. Terminal Screw ø ø. hole M. Terminal Screw ø. hole ø A 7.. Dimensions in the ( ) include a hold-down spring. 7 9 Dimensions in the ( ) include a hold-down spring. DIN Rail (BNDN) 9 B. max. min. 7.9 max. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) ø. min. -ø. Mounting Hole (or M Tapped Holes). max. min. 7.9 max. ø. min. Dimensions (mm) RRPA-U/RRPA-UL RRBA-US/RRBA-US/RRB-US 7 (Top View).0. Terminal Arrangement Terminal Arrangement (Top View) SRP-0 0 SRP Total length from panel surface including relay socket SRP-0:. (7.) max., SRP-: () max... max max.. 7. M. Terminal Screw ø. hole ø 0. M. Terminal Screw ø. hole ø ø.0 oblong hole. A 7 9 DIN Rail (BNDN) 7.9 max.. 0. Dimensions in the ( ) include a hold-down spring. B 7 9 -ø. Mounting Holes. Terminal Arrangement -ø. Mounting Holes (or M Tapped Holes).9 max. min. DIN Rail (BNDN) ø. min. -ø. Mounting Holes (or M Tapped Holes).9 max. min. 7.9 max. ø. min. 7 (Top View) Terminal Arrangement (Top View) IDEC () USA & Canada 77

50 RR Standard DIN Rail Mount Sockets SRB-0 M. Terminal Screw.. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Terminal Arrangement 7 7. max.. min. B 9 A 7 7. Finger-safe DIN Rail Mount Sockets 7.9 max. ø. min. (Top View) SRP-0C SRP-0C. 9 7 ø ø. hole.. 0 DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) 9 Ring type crimping terminals cannot be used. Terminal Arrangement 7 (Top View). 7 ø ø. hole.. 0 DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Ring type crimping terminals cannot be used. Terminal Arrangement (Top View) Through Panel Mount Socket SRP- SRP-. Panel Surfarface Terminal Arrangement -ø. Mounting Holes (or M Tapped Holes). Panel Surfarface Terminal Arrangement -ø. Mounting Holes (or M Tapped Holes) 0 ø9 7 ø0 0 ø ø0. 0 (Bottom View). 0 (Bottom View).. SRB- 7. max. Terminal Arrangement.7.* -ø. Mounting Holes (M Tapped Holes) A B. min... (Bottom View) (Tolerance 0.). *When two or more sockets are mounted side by side: L = (N ) +. N: No. of sockets mounted

51 RU RU Series Universal Relays Key features: Full featured universal miniature relays Designed with environment taken into consideration Two terminal styles: plug-in and PCB mount Non-polarized LED indicator No internal wires, lead-free construction Cadmium-free contacts Mechanical flag indicator Manual latching lever with color coding for AC or DC coil Snap-on yellow marking plate; optional marking plates are available in four other colors Maximum contact ratings: 0A (RU), A (RU), A (RU) UL Recognized, CSA Certified, EN Compliant With Latching or Momentary Lever Mechanical Indicator* The contact position can be confirmed through the five small windows. Marking Plate Standard yellow marking plate is easily replaced with optional marking plates in four colors for easy identification of relays. LED Indicator* Non-polarized green LED indicator is standard provision for plug-in terminal, latching lever types Standard (without lever) Mechanical Indicator* Marking Plate LED Indicator* Non-polarized green LED indicator is standard provision for plug-in terminal types. *Not available on PCB type. EN0- AC/DC Color Marking For identification of AC or DC coils. AC coil: Yellow DC coil: Blue AC Coil DC Coil Latching and Momentary Lever Using the lever, operation can be checked without energizing the coil. The lever is color coded for AC and DC coils. Latching Momentary AC coil: Orange Red DC coil: Green Blue In Normal Operation Note: Turn off the power to the relay coil when using the latching lever. After checking the operation, return the latching lever in the normal position. Coil Voltage Tape Color V AC White 00 to 0V AC Clear 0 to 0V AC Blue 00 to 0V AC Black 0 to 0V AC Red V DC Green V DC V DC V DC Voltage marking on yellow tape 0V DC IDEC () USA & Canada 79

52 RU Part Number Selection Part Number Contact Model Standard With Latching Lever With Momentary Lever DPDT (0A) Standard RUS-C-0 RUS-0 RUS-M-0 PDT (A) PDT Bifurcated (A) With RC (AC coil only) RUS-CR-0 RUS-R-0 RUS-MR-0 A0, A0 Coil Voltage Code (Standard Stock in bold) A, A0, A0 D, D, D, D, D0 With diode (DC coil only) RUS-CD-0 RUS-D-0 RUS-MD-0 D, D, D, D, D0 PCB RUV-NF-0 Standard RUS-C-0 RUS-0 RUS-M-0 With RC (AC coil only) RUS-CR-0 RUS-R-0 RUS-MR-0 A0, A0 A, A0, A0 D, D, D, D, D0 A, A0, A0 D, D, D, D, D0 With diode (DC coil only) RUS-CD-0 RUS-D-0 RUS-MD-0 D, D, D, D, D0 PCB RUV-NF-0 Standard RUS-C-0 RUS-0 RUS-M-0 With RC (AC coil only) RUS-CR-0 RUS-R-0 RUS-MR-0 A0, A0 A, A0, A0 D, D, D, D, D0 A, A0, A0 D, D, D, D, D0 With diode (DC coil only) RUS-CD-0 RUS-D-0 RUS-MD-0 D, D, D, D, D0 PCB RUV-NF-0 A, A0, A0 D, D, D, D, D0. Plug-in terminal models have an LED indicator and a mechanical indicator as standard.. PCB models do not have an LED indicator or a mechanical indicator. Ordering Information When ordering, specify the Part No. and coil voltage code: (example) RUS-C A0 Part No. Coil Voltage Code Coil Voltage Table Coil Voltage Code A A0 A0 D D D D D0 Coil Rating V AC 0-0V AC 0-0V AC V DC V DC V DC V DC 0V DC Sockets Relays Spring Clamp DIN Rail Mount Standard DIN Rail Mount Finger-safe DIN Rail Mount RUS (DPDT) SUS-L SMS-0 SMS-0C RUS (PDT) RUS (PDT) SUS-L SYS-0 SYS-0C Panel Mount SYS- PCB Mount SMS- SMS- SYS- SYS

53 RU Hold Down Springs & Clips Appearance Item Relay Accessories Pullover Wire Spring Leaf Spring (side latch) Leaf Spring (top latch) RUS/RUS/ RUS RUS/RUS/ RUS RUS/RUS/ RUS For DIN Mount Socket SYS-0F SFA-0* SFA-0* Name Part Number Color Code * Marking Plate RU9Z-P* A (orange), G (green), S (blue), W (white), Y (yellow) For Through Panel & PCB Mount Socket SYS-F SFA-0* SFA-0* Specify a color code when ordering. The marking plate can be removed from the relay by inserting a flat screwdriver under the marking plate. Specifications Model (Contact) RU (DPDT) RU (PDT) RU (PDT-bifurcated) Contact Material Silver alloy Silver (gold clad) Silver-nickel (gold clad) Contact Resistance 0 mω maximum Minimum Applicable Load Operating Time Release Time V DC, ma (reference value) V DC, ma V DC, 0. ma 0 ms maximum 0 ms maximum Power Consumption AC:. to.va (0 Hz), 0.9 to.va (0 Hz) DC: 0.9 to.0w Insulation Resistance 00MΩ minimum (00V DC megger) Between contact and coil: 00V AC, minute Between contacts of different poles: Dielectric Strength 00V AC, minute 000V AC, minute Between contacts of the same pole: 000V AC, minute Operating Frequency Electrical: 00 operations/h maximum Mechanical:,000 operations/h maximum Vibration Resistance Damage limits: 0 to Hz, amplitude 0. mm Operating extremes: 0 to Hz, amplitude 0. mm Shock Resistance Damage limits: 000 m/s (00G) Operating extremes: 0 m/s (G) Mechanical Life AC: 0,000,000 operations DC: 00,000,000 operations 0,000,000 operations Electrical Life See table on page Operating Temperature Operating Humidity Weight PCB model: to +70 C (no freezing) Blade model: to +0 C (no freezing) to % RH (no condensation) Approx. g. Measured using V DC, A voltage drop method. Measured at operating frequency of 0 operations/min (failure rate level P, reference value). Measured at the rated voltage (at 0 C), excluding contact bouncing; Release time of AC relays with RC: ms maximum Release time of DC relays with diode: 0 ms maximum Note: Order pieces for each relay. Contact Load and Electrical Life (at ambient temperature 0 C). Measured at the rated voltage IDEC () USA & Canada

54 RU Accessories Item Appearance Use with Part No. Remarks Aluminum DIN Rail ( meter length) All DIN rail sockets BNDN000 The BNDN000 is designed to accommodate DIN mount sockets. Made of durable extruded aluminum, the BNDN000 measures 0. (0.mm) in height and.7 (mm) in width (DIN standard). Standard length is 9 (,000mm). DIN Rail End Stop DIN rail BNL 9. mm wide. Replacement Hold-Down Spring Anchor Coil Ratings Rated Voltage (V) AC (0/0 Hz) DC Coil Voltage Code Horseshoe clip for DIN rail sockets Rated Current (ma) ±% (at 0 C) Coil Resistance (Ω) ±0% (at 0 C) 0 Hz 0 Hz A A ,0 0-0 A ,0 D 0 D 0 0 D.7 0 D,0 0 D0.9,00. The rated current includes the current of the LED indicator. Y77-0 For use on DIN rail mount socket when using pullover wire hold down spring. pieces included with each socket. Maximum Continuous Applied Voltage Operating Characteristics (values at 0 C) Pickup Voltage Dropout Voltage 0% 0% maximum 0% minimum 0% 0% maximum 0% minimum Surge Suppressor Ratings UL and c-ul Ratings Model AC Coil With RC DC Coil With Diode Ratings RC series circuit R: 0 kω, C: 0.0 µf Diode reverse voltage: 000V Diode forward current: A Voltage Resistive General Use Horse Power Rating RU RU RU RU RU RU RU RU RU 0V AC 0A A A /0HP 0V DC 0A A A Contact Ratings Contact DPDT PDT Continuous Current 0A A Maximum Contact Capacity Allowable Contact Power Voltage Rated Load Resistive Load Inductive Load (V) Res. Load Ind. Load 00VA AC 0VA AC 0 AC 0A A 00W DC 0W DC 0 DC 0A A 00VA AC 00VA AC 0 AC A 0.A 0W DC 90W DC 0 DC A.A CSA Ratings Resistive Voltage RU 0V AC A 0V DC A TÜV Ratings Voltage Resistive Inductive RU RU RU RU RU RU 0V AC 0A A A A 0.A 0.A 0V DC 0A A A A.A.A PDT bifurcated A 70VA AC 00VA AC 0 AC A 0.A 90W DC W DC 0 DC A.A. On PDT relays, the maximum allowable total current of neighboring two poles is A. At the rated load, make sure that the total current of neighboring two poles does not exceed A (A + A = A).. Inductive load for the rated load cos ø = 0., L/R = 7 ms

55 RU Socket Specifications Sockets Terminal Electrical Rating Wire Size Torque SUS-L Spring clamp terminals 0V/0A - AWG SUS-L Spring clamp terminals 0V/A (using RU), 0A (using RU) - AWG DIN Rail Mount SMS-0 M screw with captive wire clamp 00V, 0A Maximum up to #AWG. - 9in lbs Sockets SMS-0C M screw with captive wire clamp, fingersafe 00V, 0A Maximum up to #AWG. - 9in lbs SYS-0 M screw with captive wire clamp 00V, 7A (using RU), 0A (using RU) Maximum up to #AWG. - 9in lbs SYS-0C M screw with captive wire clamp, fingersafe 00V, 7A (using RU), 0A (using RU) Maximum up to #AWG. - 9in lbs Through Panel Mount Socket SYS- Solder 00V, 7A PCB Mount Socket SYS- PCB mount 00V, 7A SYS- PCB mount 0V, 7A Electrical Life Curves RU (Resistive Load) RU (Resistive Load) RU (Resistive Load) ( 0,000 operations) V AC 0V DC 0V DC Load Current (A) 0 ( 0,000 operations) V AC 0V DC 0V DC Load Current (A) RU (Inductive Load) RU (Inductive Load) RU (Inductive Load) ( 0,000 operations) AC: cos ø = 0. DC: L/R = 7 ms 0V AC/0V DC 0V DC Load Current (A) Maximum Switching Current Load Current (A) ( 0,000 operations) 00 0 AC: cos ø = 0. DC: L/R = 7 ms 0.0 0V AC 0V DC 0V DC Load Current (A) ( 0,000 operations) ( 0,000 operations) V AC 0V DC 0V DC Load Current (A) AC: cos ø = 0. DC: L/R = 7 ms RU RU RU (Bifurcated) 0 0. DC resistive DC inductive L/R = 7 ms Load Voltage (V) AC resistive AC inductive (cos ø = 0.) 0.0 0V AC 0V DC 0V DC Load Current (A) IDEC () USA & Canada

56 RU Ambient Temperature vs. Temperature Rise Curves RU (AC Coil, 0 Hz) RU (AC Coil, 0 Hz) RU (DC Coil) Temperature Rise (C) Load current 0A poles Load current A poles 0 No load current Ambient Temperature (C) 0 70 Temperature Rise (C) Load current 0A poles Load current A poles No load current Ambient Temperature (C) Temperature Rise (C) Load current 0A poles Load current A poles RU/RU (AC Coil, 0 Hz) RU/RU (AC Coil, 0 Hz) RU/RU (DC Coil) Temperature Rise (C) Load current A poles Load current A poles No load current Temperature Rise (C) Load current A poles Load current A poles No load current Temperature Rise (C) No load current Ambient Temperature (C) Load current A poles Load current A poles No load current Ambient Temperature (C) Ambient Temperature (C) Ambient Temperature (C) 0 70 The above temperature rise curves show the characteristics when 00% the rated coil voltage is applied. The heat resistance of the coil is 0 C. The slant dashed line indicates the allowable temperature rise for the coil at different ambient temperatures. Load current A x poles is for the RU models only

57 RU Internal Connection (View from Bottom) RUS-* Standard RUS-*R with RC RUS-*D With Diode RUV-NF-* () () () () (9) () ()A V AC/DC coil or less () () (9) ()A ()A () () () ()A Over V AC/DC coil () () (9) ()A () () () ()A () () (9) ()A V DC coil or less () () () () (9) () ()A () () () ()A ()A Over V DC coil RUS-*/RUS-* Standard RUS-*R/RUS-*R With RC RUS-*D/RUS-*D With Diode RUV-NF-*/RUV-NF-* () () () () () () (7) () (9) (0) () () ()A () () () () () () (7) () (9) (0) () () ()A ()A V AC/DC coil or less ()A Over V AC/DC coil RUS Marking Plate Removal Slot () () (9) (0) () () ()A () ().0. () (7) () () ()A ø.. Hole Marking plate removal slot is provided only on one side. Insert a flat screwdriver into the slot to remove the marking plate. () () () () () () (7) () (9) (0) () () ()A V DC coil or less () () () () () () (7) () (9) (0) () () ()A Dimensions (mm). RUV ()A ()A Over V DC coil Marking Plate Removal Slot.0 7. Mounting Hole Layout ø Holes () () (9) ()A () () ()A All dimensions in mm. () () () (7) () () () ()A () () (9) (0) () () ()A IDEC () USA & Canada

58 RU RUS/RUS Dimensions con t (mm) RUV/RUV 9 7 Marking Plate Removal Slot.0 Marking Plate Removal Slot ø.. Hole Marking plate removal slot is provided only on one side. Insert a flat screwdriver into the slot to remove the marking plate. Mounting Hole Layout 7.0 -ø Holes All dimensions in mm. Spring Clamp DIN Rail Mount Sockets SUS-L SUS-L Terminal Arrangement 9 Terminal Arrangement ø. Mounting Holes.0 -ø. Mounting Holes Standard DIN Rail Mount Sockets Ring terminals cannot be used. (Top View).. Ring terminals cannot be used. (Top View) SMS-0 SYS M Terminal Screw.. DIN Rail (BNDN).9 max. -ø. Mounting Holes (or M Tapped Holes) max.. min. ø. min. Terminal Arrangement 9 (Top View) M Terminal Screw.. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) max.. min..9 max. ø. min. Terminal Arrangement (Top View)

59 RU Finger-safe DIN Rail Mount Sockets SMS-0C. 0. M Terminal Screw ø. PCB Mount Sockets SMS- 7. SYS Through Panel Mount Socket SYS Panel Thickness: to 0. DIN Rail (BNDN) Terminal Arrangement 9 (Bottom View) Terminal Arrangement ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. * 9. min. when using hold-down springs (Bottom View) * 9. min. when using hold-down springs. min.*. Terminal Arrangement (Bottom View). min.* min.*.. Dimensions con t (mm) Terminal Arrangement 9 (Top View).. min.. [7 (N ) +.] 9-ø holes (Tolerance 0.). min. -ø holes (Tolerance 0.) N: No. of sockets mounted * 0. min. when using hold-down springs SYS-0C. SMS- 9.. SYS M Terminal Screw ø DIN Rail (BNDN) Terminal Arrangement 9 (Bottom View) Terminal Arrangement (Bottom View) -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used min.*... Terminal Arrangement (Top View). min.** 9 9-ø holes (Tolerance 0.) * 7. min. when using a hold-down spring. **. min. when using a hold-down spring for the relay with check button min.* min.** 9 -ø holes (Tolerance 0.) * 7. min. when using a hold-down spring. * *. min. when using a hold-down spring for the relay with check button IDEC () USA & Canada 7

60 RY/RM RY/RM Series Miniature Relays Key features: RY (A), RY (A), RM (A) General purpose miniature relays A or A contact capacity Wide variety of terminal styles and coil voltages meet a wide range of applications All PDT types have arc barriers. Part Number Selection Part Number Contact Model Plug-in Terminal PC Board Terminal Coil Voltage Code DPDT (Slim) A DPDT (Wide) A PDT A Standard RYS-U 0 RYV-U 0 With Indicator RYS-UL 0 RYV-UL 0 With Check Button RYS-UC 0 With Indicator and Check Button RYS-ULC 0 Top Bracket Mounting RYS-UT 0 ACV, ACV, ACV, AC0V, AC0V, AC0V, AC0V DCV, DCV, DV, DCV, DC0V With Diode (DC coil only) RYS-UD 0 RYV-UD 0 DCV, DCV, DCV, DCV, DC0V Standard RMS-U 0 RMV-U 0 With Indicator RMS-UL 0 RMV-UL 0 With Check Button RMS-UC 0 With Indicator and Check Button RMS-ULC 0 Top Bracket Mounting RMS-UT 0 With Diode (DC coil only) RMS-UD 0 With Indicator and Diode (DC coil only) RMS-ULD 0 Standard RYS-U 0 RYV-U 0 With Indicator RYS-UL 0 RYV-UL 0 With Check Button RYS-UC 0 With Indicator and Check Button RYS-ULC 0 Top Bracket Mounting RYS-UT 0 With Diode (DC coil only) RYS-UD 0 With Indicator and Diode (DC coil only) RYS-ULD 0 RYACV, ACV, ACV, AC0-0V, AC0-0V DCV, DCV, DCV, DCV, DC00-0V DCV, DCV, DCV, DCV, DC00-0V ACV, ACV, ACV, AC0-0V, AC0-0V DCV, DCV, DCV, DCV, DC00-0V DCV, DCV, DCV, DCV, DC00-0V Top mount models are designed to mount directly to a panel and do not require a socket. Ordering Information When ordering, specify the Part No. and coil voltage code: (example) RYS-U AC0-0V Part No. Coil Voltage Code

61 RY/RM Sockets Relays Standard DIN Rail Mount Finger-safe DIN Rail Mount Through Panel Mount RYS SYS-0 SYS-0C SYS- SYS- RM SMS-0 SMS-0C SMS- RYS SYS-0 SYS-0C SYS- Hold Down Springs & Clips Appearance Item Relay Pullover Wire Spring Leaf Spring (side latch) For DIN Mount Socket RYS SYS-0F SYS-F RM RYS RYS RM, RYS RYS Leaf Spring RM (top latch) RYS. Not available for PCB mount socket SYS-.. Order pieces per relay. SYS-F SFA-0 SFA-0 SYS- SYS- For Through Panel & PCB Mount Socket SYS-F SFA-0 SFA-0 PCB Mount Accessories Item Appearance Use with Part No. Remarks Aluminum DIN Rail ( meter length) DIN Rail End Stop Replacement Hold-Down Spring Anchor All DIN rail sockets BNDN000 DIN rail BNL 9. mm wide. Horseshoe clip for all DIN rail sockets Y77-0 The BNDN000 is designed to accommodate DIN mount sockets. Made of durable extruded aluminum, the BNDN000 measures 0. (0.mm) in height and.7 (mm) in width (DIN standard). Standard length is 9 (,000mm). For use on DIN rail mount socket when using pullover wire hold down spring. pieces included with each socket IDEC () USA & Canada 9

62 RY/RM Specifications Contact Model Standard Contact RY - DPDT Slim RM - DPDT Wide RY - PDT Contact Material Gold-plated silver Silver Gold-plated silver Contact Resistance 0 mω maximum 0 mω maximum 0 mω maximum Minimum Applicable Load Operating Time Release Time Power Consumption (approx.) Insulation Resistance V DC, ma; V DC, 0 ma (reference value) AC:. VA (0 Hz), VA (0 Hz) DC: 0.W V DC, 0 ma; V DC, 0 ma (reference value) 0 ms maximum 0 ms maximum AC:. VA (0 Hz),. VA (0 Hz) DC: 0.9W 00 MΩ minimum (00V DC megger) Between live and dead parts: V DC, ma; V DC, 0 ma (reference value) AC:. VA (0 Hz),. VA (0 Hz) DC: 0.9W 00V AC, minute 000V AC, minute 000V AC, minute Between contact and coil: Dielectric Strength 00V AC, minute 000V AC, minute 000V AC, minute Between contacts of different poles: 00V AC, minute 000V AC, minute 000V AC, minute Between contacts of the same pole: 000V AC, minute 000V AC, minute 000V AC, minute Operating Frequency Electrical: 00 operations/h maximum Mechanical:,000 operations/h maximum Vibration Resistance Damage limits: 0 to Hz, amplitude 0. mm Operating extremes: 0 to Hz, amplitude 0. mm Shock Resistance Damage limits: 000 m/s Operating extremes: 00 m/s (DPDT Slim), 00 m/s (PDT, DPDT Wide) Mechanical Life 0,000,000 operations Electrical Life 00,000 operations (0V AC, A) 00,000 operations (0V AC, A) 00,000 operations (0V AC, A) 00,000 operations (0V AC, A) Operating Temperature to + C (no freezing) to + C (no freezing) to + C (no freezing) Operating Humidity to % RH (no condensation) Weight (approx.) g g g Note: Above values are initial values.. Measured using V DC, A voltage drop method. Measured at the rated voltage (at 0 C), excluding contact bouncing Release time of relays with diode: 0 ms maximum. For use under different temperature conditions, refer to Continuous Load Current vs. Operating Temperature Curve. The operating temperature range of relays with indicator or diode is to +0 C.. When the total current of contacts is less than A, the operating temperature range is to +70 C

63 RY/RM AC Coil Ratings Voltage (V) DPDT Slim Rated Current (ma) ±% at 0 C Coil Resistance (Ω) ±0% AC 0Hz AC 0Hz at 0 C DPDT Wide & PDT DPDT Slim DPDT Wide & PDT DPDT Slim DPDT Wide & PDT , , , , ,0 0.9.,70 DC Coil Ratings Voltage (V) Rated Current (ma) ±% at 0 C Coil Resistance (Ω) ±0% at 0 C DPDT Slim DPDT Wide & PDT DPDT Slim DPDT Wide & PDT ,0, ,0 0,00 Contact Ratings Contact DPDT Slim (RY) DPDT Wide (RM) PDT (RY) Continuous Current A A A Maximum Contact Capacity Allowable Contact Power Rated Load Resistive Load Inductive Load Voltage (V) Res. Load Ind. Load 0 VA AC 90W DC 00VA AC 0W DC 00 VA AC 0W DC 7 VA AC W DC 0VA AC 7W DC VA AC 0W DC Note: Inductive load for the rated load cos ø = 0., L/R = 7 ms TÜV Ratings Voltage DPDT Slim DPDT Wide PDT 0V AC A A A 0V DC A A A AC: cos ø =.0, DC: L/R = 0 ms 0V AC A.A 0V AC A 0.A 0V DC A.A 0V AC A.A 0V AC A A 0V DC A.A 0V AC A.A 0V DC A A Max. Continuous Applied Voltage Operation Characteristics (against rated values at 0ºC) Max. Continuous Applied Voltage Pickup Voltage 0% 0% maximum Operation Characteristics (against rated values at 0ºC) Pickup Voltage Dropout Voltage 0% 0% maximum 0% minimum UL Ratings Voltage DPDT Slim Resistive DPDT Wide PDT Dropout Voltage 0% minimum DPDT Slim General use DPDT Wide PDT 0V AC A A A 0.A A A 0V AC.A.A 00V DC 0.A 0.A 0.A 0.A 0.A 0V DC A A A A A CSA Ratings Voltage DPDT Slim Resistive DPDT Wide PDT DPDT Slim General use DPDT Wide PDT 0V AC A A A 0.A A A 0V AC A A.A.A 00V DC 0.A 0.A 0.A 0V DC A A A.A.A.A IDEC () USA & Canada 9

64 RY/RM Socket Specifications DIN Rail Mount Sockets Finger-safe DIN Rail Mount Through Panel Mount Socket PCB Mount Socket Sockets Terminal Electrical Rating Wire Size Torque SYS-0 M screws with captive wire clamp 00V, 7A Maximum up to #AWG. - 9 in lbs SMS-0 M screw with captive wire clamp 00V, 0A Maximum up to #AWG. - 9 in lbs SYS-0 M screw with captive wire clamp 00V, 7A* Maximum up to #AWG. - 9 in lbs SYS-0C M screws with captive wire clamp, fingersafe 00V, 7A Maximum up to #AWG. - 9 in lbs SMS-0C M screw with captive wire clamp, fingersafe 00V, 0A Maximum up to #AWG. - 9 in lbs SYS-0C M screw with captive wire clamp, fingersafe 00V, 7A* Maximum up to #AWG. - 9 in lbs SYS- Solder 0V, 7A SMS- Solder 0V, 0A SYS- Solder 0V, 7A* SYS- PCB Mount 00V, 7A SYS- PCB Mount 00V, 7A SYS- PCB Mount 0V, 7A * When using only poles of the -poles, the UL recognized current is 0A

65 RY/RM Electrical Life Curves AC Load (RY) (RM) DC Load (RY) (RM) Life ( 0,000 operations) Life ( 0,000 operations) Life ( 0,000 operations) Life ( 0,000 operations) V AC resistive 0V AC resistive 0V AC inductive 0V AC inductive Load Current (A) 0V AC resistive 0V AC resistive 0V AC inductive 0V AC inductive 0 0 Load Current (A) 0 0V DC resistive 0V DC inductive 0 00V DC resistive 0 00V DC inductive 0 Load Current (A) V DC resistive 0V DC inductive 00V DC resistive 00V DC inductive 0 0 Load Current (A) Characteristics (Reference Data) (RY) ` (RY) Life ( 0,000 operations) Life ( 0,000 operations) V AC resistive V AC inductive Load Current (A) V DC resistive 00 0V DC inductive Load Current (A) IDEC () USA & Canada 9

66 RY/RM Maximum Switching Capacity (RY) Load Current (A) DC inductive 0. AC resistive AC inductive DC resistive (RY) Load Current (A) 0. DC resistive DC inductive AC resistive AC inductive 0. (RM) Load Voltage (V) AC resistive Load Voltage (V) Load Current (A) DC inductive AC inductive DC resistive Load Voltage (V) Continuous Load Current vs. Operating Temperature Curve (Standard Type, With Check Button, and Top Bracket Mounting Type) (RY) Operating Temperature (C) AC Coil DC Coil Load Current (A) (RY) Operating Temperature (C) AC Coil DC Coil Load Current (A) (RM) Operating Temperature (C) AC Coil DC Coil Load Current (A)

67 RY/RM Internal Connection (View from Bottom) Standard Type DPDT Slim (RY) DPDT Wide (RM) PDT (RY) With Check Button With Indicator (-L type) DPDT Slim (RY) DPDT Wide (RM) PDT (RY) Coil Below 00V AC/DC Coil 00V AC/DC and over Coil Below V AC/ DC Coil V AC/DC and over With Diode (-D type) DPDT Slim (RY) DPDT Wide (RM) PDT (RY) With Indicator and Diode (-LD type) DPDT Wide (RM) PDT (RY) DPDT Wide (RM) PDT (RY) Coil Below V DC Coil V DC and over 9 ( ) (+) 9 Front Pushbutton Contacts can be operated by pressing the check button. When the relay is energized, the indicator goes on. An LED protection diode is not contained in DPDT relays for coils below 00V DC. If coil polarity is reversed LED will not light. Contains a diode to absorb the back emf generated when the coil is de-energized. The release time is slightly longer. Diode Characteristics Reverse withstand voltage:,000v Forward current: A 0 7 ( ) (+) Contains an LED indicator and a surge absorber IDEC () USA & Canada 9

68 RY/RM Dimensions (mm) RYS RYS RMS Total length from panel surface including relay socket SYS-0:. (.) max., SYS-: 9. (.) max. ø. oblong hole Dimensions in the ( ) include a hold-down spring. Total length from the panel surface including relay socket SYS-0:. (.) max., SYS-: 9. (.) max.. ø. oblong hole Dimensions in the ( ) include a hold-down spring. Total length from the panel surface including relay socket. SMS-0:. (.) max., SMS-: 9. (.) max. Dimensions in the ( ) include a hold-down spring.. ø. hole max max max RYV RYV RMV max.. -ø holes ø holes ø hole.7.. max..... max RYS-UT RYS-UT RMS-UT..... ø. oblong hole ø. oblong hole ø. hole max..... max..... max

69 RY/RM Standard DIN Rail Mount Sockets SYS SYS M Terminal Screw M Terminal Screw.... DIN Rail (BNDN) DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) max.. min..9 max..9 max. Finger-safe DIN Rail Mount Sockets SYS-0C ø. SYS-0C. M Terminal Screw 0. M Terminal Screw ø... 9 DIN Rail (BNDN).. 9 ø. min. -ø. Mounting Holes (or M Tapped Holes) max.. min. ø. min. -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. DIN Rail (BNDN) -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. Terminal Arrangement Dimensions 9 (Top View) Terminal Arrangement (Top View) Terminal Arrangement 9 (Top View) Terminal Arrangement (Top View) SMS SMS-0C. 0. M Terminal Screw ø.. M Terminal Screw DIN Rail (BNDN).9 max. -ø. Mounting Holes (or M Tapped Holes) max.. min. DIN Rail (BNDN) ø. min. -ø. Mounting Holes (or M Tapped Holes) Ring terminals cannot be used. Terminal Arrangement 9 (Top View) Terminal Arrangement 9 (Top View) IDEC () USA & Canada 97

70 RY/RM Through Panel Mount Socket SYS-.7 Panel Thickness: to 0.. Terminal Arrangement 9 (Bottom View) min.*. [(N )+.] N: No. of sockets mounted SMS Panel Thickness: to 0.. Terminal Arrangement 9 (Bottom View) min.* [7 (N ) +.] N: No. of sockets mounted * 0. min. when using hold-down springs. SYS-. Panel Thickness: to Terminal Arrangement * 0. min. when husing hold-down springs [7 (N ) +.] (Bottom View). min.* N: No. of sockets mounted * 0. min. when using hold-down springs PCB Mount Sockets SYS- SYS Terminal Arrangement 9 (Bottom View). min.*. * 9. min. when using hold-down springs min. 9 -ø holes (Tolerance 0.) Terminal Arrangement (Bottom View) * 9. min. when using hold-down springs. min.* min. -ø holes (Tolerance 0.) 9 SYS- Terminal Arrangement..... min.** (Bottom View). -ø holes.. min.* (Tolerance 0.) * 7. min. when using a hold-down spring. * *. min. when using a hold-down spring for the relay with check button

71 RFV Key features: Compact and EN compliant RFV force guided relays Force guided contact mechanism (EN00 Type A TÜV approved) Contact configuration -pole (NO-NC, NO-NC) -pole (NO-NC, NO-NC, NO-NC) Built-in LED indicator available. Fast response time ( ms maximum). High shock resistance (00 m/s minimum) Finger-safe DIN rail mount socket and PC board mount socket. Applicable Standard UL0 CSA C. No. EN00 EN0- Marking RFV Force Guided Relays/SFV Relay Sockets Part Number Certification Organization/ File Number UL/c-UL File No. E99 TÜV SÜD Part Number Selection Contact Without LED Indicator With LED Indicator Rated Coil Voltage -pole -pole Sockets NO-NC NO-NC NO-NC NO-NC NO-NC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC RFV-AB-D RFV-ABL-D V DC Style No. of Poles Ordering Type No. DIN Rail Mount Sockets PC Board Mount Sockets SFV--07L SFV--07L SFV-- SFV-- Certification for Sockets Applicable Standard UL0 CSA C. No. EN7000 EN700 Marking Certification Organization/ File Number UL/c-UL File No. E7 TÜV SÜD EC Low Voltage Directive (DIN rail mount sockets only) IDEC () USA & Canada 99

72 RFV Coil Ratings -pole -pole Contact NO-NC NO-NC NO-NC NO-NC NO-NC Rated Coil Voltage (V) Rated Current (ma) ±0% (at 0 C) V DC 0 00 V DC 00 V DC V DC 0 00 V DC 00 V DC V DC.7 V DC 0. V DC 0. 0 V DC.7 V DC 0. V DC 0. 0 V DC.7 V DC 0. V DC 0. 0 Coil Resistance (Ω) ±0% (at 0 C) Pickup Voltage. For relays with LED indicator, the rated current increases by approx. ma.. Maximum continuous applied voltage is the maximum voltage that can be applied to relay coils. Operating Characteristics (at 0 C) Dropout Voltage 7% maximum 0% minimum 0% Maximum Continuous Applied Voltage Power Consumption Approx. 0.W Approx. 0.W Accessories Item Appearance Specifications Type No. Remarks DIN Rail Aluminum Weight: Approx. 0g BNDN000 Length: Width: m mm BNL End Clip Metal (zinc plated steel) Weight: Approx. g BNL

73 RFV Specifications Number of Poles -pole -pole Contact Configuration NO-NC NO-NC NO-NC NO-NC NO-NC Contact Resistance (initial value) Contact Material Rated Load (resistive load) Allowable Switching Power (resistive load) Allowable Switching Voltage Allowable Switching Current Minimum Applicable Load 00 mω maximum AgSnO (Au flashed) A 0V AC, A 0V DC 00 VA, 0W 0V AC, 0V DC A V DC, ma (reference value) Power Consumption (approx.) 0.W 0.W Insulation Resistance Between contact and coil Dielectric Strength Between contacts of different poles 000 MΩ minimum (00V DC megger, same measurement positions as the dielectric strength) 000V AC, minute 00V AC, minute Between contacts 7- and V AC, min. Between contacts - and - Between contacts - and 7- Between contacts - and V AC, minute Between contacts 7- and - Between contacts 9-0 and - Between contacts - and - 000V AC, min. Between contacts - and - Between contacts - and 7- Between contacts - and 9-0 Between contacts 7- and V AC, minute Between contacts of the same pole Operating Time (at 0 C) 0 ms maximum (at the rated coil voltage, excluding contact bounce time) Response Time (at 0 C) ms maximum (at the rated coil voltage, excluding contact bounce time) Release Time (at 0 C) 0 ms maximum (at the rated coil voltage, excluding contact bounce time) Vibration Operating Extremes 0 to Hz, amplitude 0.7 mm Resistance Damage Limits 0 to Hz, amplitude 0.7 mm Shock Operating Extremes (half sine-wave pulse: ms) 00 m/s, when mounted on DIN rail mount socket: 0 m/s Resistance Damage Limits (half sine-wave pulse: ms) 000 m/s 0V AC A resistive load: 00,000 operations minimum (operating frequency 00 per hour) 0V DC A resistive load: 00,000 operations minimum (operating frequency 00 per hour) Electrical Life 0V AC A resistive load: 00,000 operations minimum (operating frequency 00 per hour) 0V DC A resistive load: 00,000 operations minimum (operating frequency 00 per hour) [AC ] 0V AC A inductive load: 00,000 operations minimum (operating frequency 00 per hour, cos ø = 0.) [DC ] V DC A inductive load: 00,000 operations minimum (operating frequency 00 per hour, L/R = ms) Mechanical Life 0 million operations minimum (operating frequency 0,00 operations per hour) Operating Temperature 0 to + C (no freezing) Operating Humidity to %RH (no condensation) Storage Temperature 0 to + C Operating Frequency (rated load) 00 operations per hour Weight (approx.) 0g g. Measured using V DC,A voltage drop method.. Failure rate level P (reference value). Response time is the time until NO contact opens, after the coil voltage is turned off.. When using at 70 to C, reduce the switching current by 0.A/ C IDEC () USA & Canada 90

74 RFV Socket Specifications Part Number SFV--07L SFV--07L SFV-- SFV-- Rated Current Rated Voltage Insulation Resistance Dielectric Strength A 0V AC/DC 000 MΩ minimum (00V DC megger, between terminals) 00V AC, minute (between terminals) Screw Terminal Style M slotted Phillips screw Applicable Wire 0.7 to. mm ( AWG to AWG) Recommended Screw Tightening Torque 0. to 0. N m Terminal Strength Wire tensile strength: 0N min. Vibration Resistance Damage limits: 0 to Hz, amplitude 0.7 mm Resonance: 0 to Hz, amplitude 0.7 mm Shock Resistance 000 m/s Operating Temperature 0 to + C (no freezing) Operating Humidity to % RH (no condensation) Storage Humidity 0 to + C Degree of Protection IP0 (finger-safe screw terminals) Weight (approx.) 0g g 9g 0g. When using at 70 to C, reduce the switching current by 0.A/ C. Applicable Crimping Terminals Specifications. max..0 min..0 max.. min. Note: Ring tongue terminals cannot be used. Characteristics Maximum Switching Capacity Electrical Life Curve Notes on Contact Gaps except Welded Contacts Load Current (A) AC Resistive Load 0 DC Resistive Load Load Voltage (V) Life ( 0,000 operations) V AC Resistive Load 0V DC Resistive Load 0. Load Current (A) 0 Example: RFV-AB-D If the NO contact (7- or 9-0) welds, the NC contact (- or -) remains open even when the relay coil is de-energized, maintaining a gap of 0. mm. The remaining unwelded NO contact (9-0 or 7-) is either open or closed. If the NC contact (- or -) welds, the NO contact (7- or 9-0) remains open even when the relay coil is energized, maintaining a gap of 0. mm. The remaining unwelded NC contact (- or -) is either open or closed

75 RFV RFV Dimensions (mm) RFV (-pole) RFV (-pole) PC Board Terminal type Mounting Hole Layout (Bottom View) max.. max Internal Connection (View from Bottom) With Indicator and Diode (-LD type) RFV (-pole) Without LED Indicator NO-NC Contact With LED Indicator NO-NC Contact 0 max. 0 max. max NO-NC Contact NONC Contact max RFV (-pole) Without LED Indicator NO-NC Contact With LED Indicator NO-NC Contact RFV (-pole) ± hole (.).0 ±0..97±0.. ±0..0 RFV (-pole) ±0. 0. (.).97±0. ± NO-NC Contact 7 90 NO-NC Contact hole.0 ±0..0 ±0..0 ±0.. ± NO-NC Contact 7 90 NO-NC Contact IDEC () USA & Canada 90

76 RFV SFV--07L (-pole) (Internal Connection) (Top View) SFV DIN Rail Mount Socket Dimensions (mm) M Terminal Screw ø. R SFV--07L (-pole) (Internal Connection) (Top View) 7 M Terminal Screw ø. R (Panel Mounting Hole Layout) 0.0 ±0. M. or ø holes (Panel Mounting Hole Layout) 0.0 ±0. M. or ø holes. ±0. ±0. (Top View) (Top View)

77 RFV SFV--07L (-pole) () max.. max. () ø. holes for M self-tapping screws 0. ±0.. ±0.. ±0. (.9.97 ±0..0 ± ±0. 0 max.. ±0..0 ± ø. hole 0.. SFV PC Board Mount Sockets SFV--07L (-pole) ().9 ± max...97±0. ±0..0 max. () ø. holes for M self-tapping screws 0. (.9) 0 max. ± ±0. ± ø. hole.0 ± ±0..± IDEC () USA & Canada 90

78 RFV SFV--07L (-pole) (Internal Connection) (Top View) M Terminal Screw SFV DIN Rail Mount Socket Dimensions (mm) ø. R SFV--07L (-pole) (Internal Connection) (Top View) M Terminal Screw ø. R (Panel Mounting Hole Layout) 0.0 ±0. M. or ø holes (Panel Mounting Hole Layout) 0.0 ±0. M. or ø holes ±0.. ±0. (Top View) (Top View) SFV PC Board Mount Sockets SFV--07L (-pole) 0 max. max. SFV--07L (-pole) 0 max. max. () () max () () max ø. holes for M self-tapping screws. ±0.. ± ±0. 0- ø. hole -ø. holes for M self-tapping screws ± ±0. ±0... -ø. hole 0. ±0. (.9.97 ±0..0 ±0.. ±0..0 ± ±0. 0. (.9).97±0. ± ± ±0..±

79 RFV RFV -Pole Force Guided Relays/SJ Series Relay Sockets Key features: -pole force guided relay to reduce cost and installation space. Force guided contact mechanism (EN00 Type A TÜV approved). Reinforced insulation between coil and contact and contacts of different poles. Mechanical indicator shows contact status. Two terminal styles - socket mounting and PC board mounting. RTIII degree of protection, LED, diode models available. Can be used with SJ series relay socket. Applicable Standards Mark Certification Applicable Standard UL0 CSA C. No. EN00 EN0- -pole Contact Configuration SPST-NO + SPST-NC Terminal Style Plug-in PC Board Marking LED Indicator w/diode Certification Organization/ File Number UL/c-UL File No. E99 TÜV SÜD Part Numbers Degree of Protection (Note) Flux-tight (RTII) Sealed (RTIII) Rated Coil Voltage Part No. With V DC RFS-ABLD-D Without With RFS-AB-D RFS-ABD-D V DC RFS-ABLD-D RFS-ABLDK-D Without With Without RFS-AB-D V DC RFS-ABLD-D RFS-ABLDK-D V DC RFV-AB-D RFV-AB-D RFV-ABK-D V DC RFV-ABD-D RFV-ABDK-D With RFV-ABLDK-D Without V DC RFV-AB-D DPDT Without V DC RFV-C-D Part Number Structure RF S - AB - LD-K D Series Name No of poles : -pole Terminal Construction S : Plug-in V : PC Board Contact Arrangement A B : Form X C : DPDT Rated Coil Voltage D : V DC D : V DC D : V DC Options Blank : Standard L : With LED D : With diode (Note ) D : With diode of reverse polarity coil (Note ) LD : With LED indicator & diode (Note ) LD : With LED indicator & diode of reverse polarity coil (Note ) Degree of Protection Blank : RTII K : RTIII Note : With diode: terminal, terminal + Note : With diode of reverse polarity coil: terminal +, terminal Note : Used interpreting part numbers. Not all variations are possible IDEC () USA & Canada 907

80 RFV Coil Ratings Rated Voltage (V) Rated Current (ma) ±% (at 0 C) Coil Resistance ±0% (at 0 C) Without LED With LED Without LED With LED V DC 0 0 V DC V DC Operating Characteristics (against rated values at 0 C) Minimum Pickup Voltage Dropout Voltage Maximum Continuous Applied Voltage Power Consumption 7% maximum 0% minimum 0% Approx. 0.7W Note: Maximum continuous applied voltage is the maximum voltage that can be applied to relay coils. Standards Ratings Voltage UL Rating Resistive CSA Rating Resistive NO NC NO NC 77V AC A A A A 0V DC A A A A TÜV Rating Resistive Voltage NO NC 0VAC A A V DC A A Sockets Style No. of Poles Part Number Standard Screw Terminal SJS-0BW Fingersafe Screw Terminal PC Board Mount Sockets SJS-07LW SJS- Certification for Sockets Applicable Standard UL0 CSA C. No. EN7000 EN700 Marking Certification Organization/ File Number UL/c-UL File No. E7 TÜV SÜD EC Low Voltage Directive (DIN rail mount sockets only)

81 RFV Specifications Model RFS (Plug-in Terminal) -pole RFV (PC board terminal) -pole Contact Configuration SPST-NO + SPST-NC, DPDT Contact Resistance (initial value) 00 mω maximum Contact Material AgNi+Au-Clad Rated Load (resistive load) NO contact: 0V AC, A/V DC, A NC contact: 0V AC, A/V DC, A Allowable Switching Power (resistive load) NO contact: 0VA/W, NC contact: 70VA/7W Allowable Switching Voltage 0V AC, V DC Allowable Switching Current A Minimum Applicable Load V DC, ma Power Consumption (approx.) Approx. 0.7W Insulation Resistance 000 MΩ minimum (00V DC megger, same measurement positions as the dielectric strength) Between contact and coil 000V AC, minute Dielectric Strength Between contacts of the same pole 000V AC Between contacts of different poles 00V AC, minute Operating Time (at 0 C) ms maximum (at the rated coil voltage, excluding contact bounce time) Response Time (at 0 C) ms max. (at the rated coil voltage, without diode) 0ms max. (at the rated coil voltage, with diode) Release Time (at 0 C) 0ms max. (at the rated coil voltage, excluding contact bounce time, without diode) ms max. (at the rated coil voltage, excluding contact bounce time, with diode) NO contact: 0 to Hz, amplitude 0.7mm Vibration Operating Extremes NC contact:0 to Hz, amplitude 0.mm Resistance Damage Limits 0 to Hz, amplitude 0.7mm Shock Operating Extremes No Contact 00 m/s, NC contact: 0 m/s Resistance Damage Limits 000 m/s Electrical Life Mechanical Life Operating Temperature Operating Humidity Storage Temperature Operating Frequency (rated load) Weight (approx.). Measured using V DC,A voltage drop method.. Failure rate level P (reference value) NO contact: 00,000 operations minimum (operating frequency,00 per hour) at 0V A resistive load or A inductive load (power factor 0.) 00,000 operations minimum (operating frequency,00 per hour) at V A resistive load or A inductive load (time constant ms) NC contact: 00,000 operations minimum (operating frequency,00 per hour) at 0V AC, A resistive load or A inductive load (power factor 0.) 00,000 operations minimum (operating frequency,00 per hour) at V DC, A resistive load or A inductive load (time constant ms) 0 million operations minimum (operating frequency 0,00 operations per hour) Single mounting: 0 to +70 C (no freezing) 0 to +70 C (no freezing)=== Collective mounting: 0 to + C (no freezing) to %RH (no condensation) 0 to + C (no freezing) 00 operations per hour g (without LED/diode), 0g (with LED/with diode/with LED & diode). Response time is the time until NO contact opens, after the coil voltage is turned off IDEC () USA & Canada 909

82 RFV Socket Specifications Part Number SJS-0B/-07L SJS- Mounting DIN Rail PC Board Rated Current Rated Insulation Voltage Between contact and coil Dielectric Strength Between contacts of the same pole Between contacts of the different pole A 0V AC/DC 000V AC, minute 000V AC, minute 000V AC, minute 000V AC, minute Screw Terminal Style M slotted Phillips screw - Applicable Wire mm - Recommended Screw Tightening Torque 0. to.0 N m - Terminal Strength Wire tensile strength: 0N min. - Vibration Resistance Damage limits: 90 m/s Resonance: 0 to Hz, amplitude 0.7 mm Shock Resistance 000 m/s Operating Temperature 0 to +70 C (no freezing) Operating Humidity to % RH (no condensation) Storage Temperature to + C (no freezing) Storage Humidity to % RH (no condensation) Degree of Protection (Scre Terminal) SJS-07L: IP0 (IEC 09) Weight (approx.) 0g.g. When using at 70 to C, reduce the switching current by 0.A/ C. Applicable Crimping Terminals Specifications.9 max..0 max..9 max.. min..0 max. ø. min.. min.. to. Note: Ring tongue terminals cannot be used on SJS-0L. Removable Marking Plate Description/Shape Material Part No. Ordering No. Package Quantity Remarks Plastic (white) SJ9Z-PW SJ9Z-PWPN Marking area:. 7. mm. 0 Jumper Replacement Release Lever (with integrated marking plate) For sockets SJ9Z-JF SJ9Z-JFPN0 Terminal centers:.mm Nickel-coated For sockets Rated current: A brass with SJ9Z-JF SJ9Z-JFPN0 Ensure that the total current to the For sockets polypropylene SJ9Z-JF SJ9Z-JFPN0 jumper does not exceed the maximum coating For 0 sockets SJ9Z-JF0 SJ9Z-JF0PN0 current.. Plastic (gray) SJ9Z-CM SJ9Z-CMPN0 RFV Dimensions (mm).. When not using marking plate

83 RFV (PC board terminal) Standard (without LED/diode) RFS (plug-in terminal) Standard (without LED/diode) RFV PC Board Terminal type Mounting Hole Layout (Bottom View) (.) (.) (.) (.) (.) (.). With LED/diode:. With LED/diode:. Diode LED Diode LED Mechanical Indicator 0 () 0 () Mechanical Indicator With LED/diode With LED/diode (.7)(.7) RFV (DPDT) 0 ø -ø.. ho ho les les () 0 () *.. (.) (.7)(.7) (.) ø -ø.. ho ho le s les RFV (SPST-NO + SPST-NC) Socket Dimensions SJS-07L SJS-0B. M Terminal Screws. M Terminal Screws (Top View) Marking Plate (integrated with release lever) SJS- SJS Marking Plate (integrated with release lever) (Top View) ø. ø IDEC () USA & Canada 9

84 RFV Internal Connection (View from Bottom) RF -AB- RF* -ABLD- RF -ABLD- Standard Standard With coil WithLED LEDindicator indicator++diode diode of of reverse reverse polarity polarity coil With + diode WithLED LEDindicator indicator + diode 7 ( ) 7 (+) 7 RF* -CLD- Standard Standard With coil WithLED LEDindicator indicator++diode diode of of reverse reverse polarity polarity coil With + diode WithLED LEDindicator indicator + diode (+) 7 ( ) ( ) 7 (+ ) RF* -ABL- RF* -ABD- RF* -ABD- With WithLED LEDindicator indicator With reverse polarity coil coil Withdiode diodeofof reverse polarity With Withdiode diode (+) ( ) 7 7 (+) RF* -CD- RF* -CD- With WithLED LEDindicatorl indicator With reverse polarity coil Withdiode LED of indicator With diode With diode ( ) RF* -CL- RF -CLD- ( ) RF *-C- (+) 7 7 ( ) (+) Relays with diode have polarity. Take polarity into consideration when wiring. When using DPDT model as a force guided relay, use in SPST-NO + SPST-NC wiring (EN00)

85 Operating Instructions Driving Circuit for Relays. To ensure correct relay operation, apply rated voltage to the relay coil.. 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 %. 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. Smoothing Capacitor + R Relay Operating Instructions Protection for Relay Contacts Pulsation Emin Emax Emean DC Ripple Factor (%) Emax Emin Emean 00% Emax = Maximum of pulsating current Emin = Minimum of pulsating current Emean = DC mean value. 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 (Io) flows through the relay coil while the relay is off. Leakage current causes coil release failure or adversely affects the vibration resistance and shock resistance. Design a circuit as shown in the correct example. Incorrect Correct R Io 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. Back emf suppressing diode + R Relay R. 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 contact protection circuit will adversely affect switching characteristics. Four typical examples of contact protection circuits are shown in the following table: RC Diode Varistor Power + Power Power C D Varistor R Ind. Load Ind. Load Ind. Load This protection circuit can be used when the load impedance is smaller than the RC impedance in an AC load power circuit. R: Resistor of approximately the same resistance value as the load C:0. to µf 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. to µf 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 0 Forward current: More than the load current This protection circuit can be used for both AC and DC load power circuits. For a best result, when using a power voltage of to V AC/DC, connect a varistor across the load. When using a power voltage of 00 to 0V AC/DC, connect a varistor across the contacts.. Do not use a contact protection circuit as shown below: C Power C Power Load Load 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. 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. 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. When soldering the relay terminals, use a soldering iron of 0 to 0W, and quickly complete soldering (within approximately seconds).. Use a non-corrosive rosin flux IDEC () USA & Canada 9

86 Operating Instructions Other Precautions. General notice: To maintain the initial characteristics, do not drop or shock the relay. The relay cover cannot be removed from the base during normal operation. To maintain the initial characteristics, do not remove the relay cover. Use the relay in environments free from condensation, dust, sulfur dioxide (SO ), and hydrogen sulfide (H S). Make sure that the coil voltage does not exceed applicable coil voltage range. Turn off the power to the relay before starting installation, removal, wiring, maintenance, and inspection of the relays. Failure to turn power off may cause electrical shock or fire hazard. Observe specifications and rated values, otherwise electrical shock or fire hazard may be caused. Use wires of the proper size to meet voltage and current requirements. Tighten the terminal screws on the relay socket to the proper tightening torque. Surge absorbing elements on AC relays with RC or DC relays with diode are provided to absorb the back electromotive force generated by the coil. When the relay is subject to an excessive external surge voltage, the surge absorbing element may be damaged. Add another surge absorbing provision to the relay to prevent damage. Operating Instructions con t. UL and CSA ratings may differ from product rated values determined by IDEC.. Do not use relays in the vicinity of strong magnetic field, as this may affect relay operation. Safety Precautions Precautions for the RU Relays 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 original position. Do not use the latching lever as a switch. The durability of the latching lever is a minimum of 00 operations. When using DC loads on PDT relays, apply a positive voltage to terminals of neighboring poles and a negative voltage to the other terminals of neighboring poles to prevent the possibility of short circuits. DC relays with a diode have a polarity in the coil terminals. Apply the DC voltage to the correct terminals

87 RSC Key features: Slim design allows for DIN rail or panel mounting Built-in heat sink maximizes current output capability Epoxy-free design Choice of 0A, 0A and A 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) 00k-cycle UL0 endurance rating UL Recognized, TUV Approved, CE Marked Lead free and RoHS compliant EMC (Level ) & IEC compliant UL Recognized File No. E977 Part Number Selection -V DC 90-0V AC Input Control Voltage 0-0V AC *Input control voltage is 0-0V AC. Output Current Rating 0A 0A A 0A 0A A 0A 0A A RSC Series Solid State Relays Part Number RSCDN-0A RSCDN-0A RSCDN-A RSCAN-0A RSCAN-0A RSCAN-A RSCAN-0A RSCAN-0A RSCAN-A* Specifications General Characteristics Model 0A 0A A -0 to +0 Operating temperature (ºC) -0 to +0 (90-0 V AC input models) Storage temperature (ºC) -0 to +00 Input-to-Output isolation voltage (Vrms) 00 Input/Output to ground isolation voltage (Vrms) 000 Operating frequency (Hz) 7 to Housing material Heat sink material Protection (IEC 09) - Casing Input terminal wire size (stranded and solid) UL9-V0 Self-extinguishing polycarbonate Anodized aluminum black IP0 AWG to AWG Input terminal tightening torque (Nm) 0. Output terminal wire size (stranded) AWG to AWG Output terminal wire size (solid) 0 AWG to AWG Output terminal tightening torque (Nm). Weight (g) IDEC () USA & Canada 9

88 RSC Specifications con t Safety Standards Conformity to standards Model 0A 0A A Vibrations according to IEC/ EN00-- Shock test IEC Immunity to electrostatic discharges IEC/EN Immunity to electrostatic fields ENV 00/0 (IEC 000--) Immunity to rapid transient bursts to IEC Immunity to shock waves according to IEC/EN Immunity to radio frequency in common mode acc. to ENV (CEI 000--) Conducted and radiated noise for industrial environments per CISPR IEC IEC (AC ) IEC (AC a) CE compliant with LVD 7//EEC TUV certified per EN 090 c-ur per C..no. -9 UL recognized per UL 0 mm / 0- Hz G / ms Level Level Level Level Level Class A Pollution Degree Overvoltage Category III Input Specifications Output Specifications Model 0A, 0A, A Input voltage (V) -V DC 90-0V AC 0-0V AC* Turn-off voltage (V) 0 0 Max. controlled current (ma) 0 Min. input current (ma) Turn-on time (ms). (0Hz) / 0 (0Hz) 0 0 Max. turn-off time (ms). (0Hz) / 0 (0Hz) 0 0. LED is not an absolute indicator of power being present.. *A model is 0-0V AC Model 0A 0A A Voltage range (Vrms max) Non-rep. peak voltage (Vpeak) Maximum off-state leakage at Vmax and T = ºC (µa) Current 0ºC (A) 0 0 Minimum current (ma) On-state voltage drop at I max (Vpeak)... I t (t = 0 ms) (A s) (0/0 Hz) /00 0/0 00/00 Static (off-state) dv/dt (V/µs) HP ratings at 0V / /. HP ratings at 0V HP ratings at 0V Utilization category AC- (A) 0 0 Utilization Category AC- (A) 9 0 Max. non-rep. s surge (T=ºC) (A) Max. non-rep.-cycle surge (T=ºC) (A)

89 RSC Dimensions (mm) 0A/0A Models A Model IDEC () USA & Canada 97

90 RSS Key features: Input status LED Indicator Dual SCR output with epoxy free design Direct bond copper substrate with direct output lead frame termination Internal transient protection built-in snubber EMC compliant (level ) 00 Volt blocking voltage 000 Volt optical isolation Zero crossing voltage turn-on High surge capability Optional fingersafe cover (RSS-CVR) RSS Series Panel Mount Solid State Relays UL Recognized File No. E977 Part Number Selection AC Input 90-0V AC Input Continuous Output Current 0A A 0A 7A 90A 0A Part Number RSSAN-0A RSSAN-A RSSAN-0A RSSAN-7A RSSAN-90A RSSDN-0A Specifications Input Specifications Series RSSDN RSSAN Voltage Range to V DC 90 to 0V AC Input Current current regulated (0mA) Pick Up Voltage V DC 90V AC Drop Out Voltage V DC 0V AC Dielectric Strength (Input-Output-Base) 000 RMS (min) 000 RMS (min) Capacitance (Input to Output) pf pf DC Input -V DC A 0A RSSDN-A RSSDN-0A Rev. Voltage Protection Yes ( V DC) N/A Current (continuous) 0A A 0A 7A 90A 7A RSSDN-7A -Cycle Surge Current 0A 00A 70A 000A 00A 90A RSSDN-90A -Second Surge Current at C 0A A 0A A 00A Wiring Diagram AC V Load (0) ( ) ( ) Output Specifications Minimum Holding Current 0mA 0mA 00mA 00mA 00mA Voltage Drop at Rated Current.V (maximum) Voltage Range - 0V AC Output Dual SCR (N.O.) Over Voltage Rating 00 PIV Frequency Range 7 to 0Hz Off-State Leakage at Rated Voltage ma (maximum) Turn-On Time / 0Hz for zero-cross versions, 0ms for other versions Turn-Off Time / 0Hz for zero-cross versions, 0ms for other versions Zero Voltage Switching Yes Static DV/DT 00V/µsec ( / ) (+ / ) Commutating DV/DT Ambient operating temperature range Snubbed for 0. power factor at rated load -0 to 0 C Weight g