Electromechanical relays - PDF Free Download

Electromechanical relays The general-purpose relay outperforming all others! The MYS gives you peace of mind The MYS general-purpose relay series sets the standard in terms of performance and reliability. With features such as LED indicators and colour-coded two-way action test buttons, these truly versatile relays bring enhanced flexibility for more user-friendly installation, commissioning and operation. They meet all relevant international standards, including UL, CSA, VDE, LR and CE. And they are available with screw terminal or Screw-Less Clamp (SLC) terminal sockets for maximum installation flexibility. No wonder they re first choice among relay users! What switching capacity is required? Up to A Up to A Label, LED indicator, mechanical flag, lockable test button Label, LED indicator, mechanical flag, lockable test button LED indicator LED, mechanical flag, momentary test button pole (DPDT) pole (PDT) pole (SPDT) pole (DPDT) // pole / pole GRS- MY GRS- MY LY// MK-I/-S Page G- Page G- Page G- Page G- Page G- Page G- G-0

Ever get excited about relays? Let GRS turn you on! Since pioneering the widespread use of slimline interface relays over a decade ago Omron has consistently set new standards in relay design, and GRS relays are no exception. They offer unrivalled reliability, performance and product choice, which makes them the preferred choice for relay users. They meet all relevant international standards, including UL, CSA, VDE, LR and CE. And plug-in relay users have the choice of screw terminal or Screw-Less Clamp (SLC) terminal sockets for maximum installation flexibility. The GRS series make relays exciting again! Electromechanical relays Up to A LED indicator Table of contents Selection table G- General purpose relays GRS G- pole pole MY G- LY G- MK-I/-S G- LY ( A) GJ ( A) GJ G- GL CD Special purpose relays MYK CD MYH CD Page G- Page G- GQ Technical Information Electromechanical relays CD CD G-

Selection table Type General purpose relays Selection criteria Family GRS MY LY Label With label Without label Flag Mechanical flag No mechanical flag Features AC DC pole pole pole pole Contacts SPDT SPST-NO bifurcated SPDT bifurcated DPDT DPDT PDT PDT bifurcated SPDT DPDT DPDT bifurcated PDT PDT LED indicator Momentary test button Lockable test button Min. load 0 ma ma ma ma ma 0. ma 0 ma 0 ma ma 0 ma 0 ma ma Max. current A A A A A A A A A A A A SLC socket Sealed type Plug-in / solder terminals PCB terminals Quick connect terminals Diode Varistor V V V / 0 V / 0 V 0 / 0 V V V V / 0 V / 0 V Page G- G- G- G-

Electromechanical relays General purpose relays Special purpose relays MK-I MK-S GJ GL MYK MYH GQ Without label Mechanical flag No mechanical flag Mechanical flag No mechanical flag DPDT PDT DPDT PDT SPST- NC DPST-NO / NC PDT- NO PST- SPST- DPST- DPDT PDT bifurcated DPDT NO NO NO ma ma ma ma 0 ma ma 0 ma 0 ma ma 0 ma ma 0 ma 0 ma ma 0. ma 0 ma A A A A A A A A 0 - - 0 A A A A G- G- CD CD CD CD Electromechanical relays Standard Available No / not available G-

LEADING IN SERVICE Focussed, progressive, distinctive. Be assured, choose Omron At Omron we set high standards for ourselves. Our products are known all over the world for their unrivalled quality. But we offer more than just excellent quality. In an environment that places ever greater demands with regard to service, quality and costeffectiveness, other things are important too. Providing a top-quality service is what we do every day, including extra service as standard. This helps to ensure that we can provide tailor-made solutions for applications more effectively and more quickly. More and more companies are choosing Omron as they seek to work in a partnership that is based on reliability and certainty. Omron the reassuring choice. International standards and approvals Our products carry all relevant international standards and approvals, including CCC (Chinese Compulsory Certification), which makes exporting your system much easier. Reliability, also for your customers Maximum flexibility Confidence LR S -day repair service More and more people are choosing Omron, as a high degree of reliability is a key feature of its products. You can always rely on Omron. Even if a product unexpectedly malfunctions, our repair team is ready to swing into action. Product repaired and returned to you within days, including collection and delivery You can track the status of your repair on-line Repairs within warranty are completely free-of-charge For more information please visit the Service & Support section at http://omron-industrial.com EPLAN for Omron products The majority of standard Omron products are provided in digital EPLAN format, which means that a few clicks of your mouse are all that is needed to design the right product into your switching panel. For more information please visit: http://omron-industrial.com/en/eplan/ Very easy to use Always the right product Reduced engineering time Downloadable -D and -D CAD drawings Designers of switching panels and machines can download clear -D and -D CAD drawings for all current products from http://omron-industrial.com/en/dd, which can easily be incorporated into your design. Large number of formats supported for greater flexibility Readily available Convenience that saves you time G-

General-purpose Relay GRS Slim and Space-saving Power Plug-in Relay Lockable test button models now available. Built-in mechanical operation indicator. Provided with nameplate. AC type is equipped with a coil-disconnection self-diagnostic function (LED type). High switching power (-pole: A). Environment-friendly (Cd, Pb free). Wide range of Sockets also available. Model Number Structure LR Model Number Legend GR - - -. Relay Function Blank: General-purpose. Number of Poles : pole : poles. Contact Form Blank: SPDT. Contact Type Blank: Single Ordering Information. Terminals S: Plug-in. Classification Blank: General-purpose N: LED indicator D: Diode ND: LED indicator and diode NI: LED indicator with test button NDI: LED indicator and diode with test button. Rated Coil Voltage Electromechanical relays List of Models Classification Enclosure Coil ratings Contact form rating SPDT DPDT Plug-in terminal General-purpose Unsealed AC/DC GR--S GR--S LED indicator GR--SN GR--SN LED indicator with test button GR--SNI GR--SNI Diode DC GR--SD GR--SD LED indicator and diode GR--SND GR--SND LED indicator and diode with test button GR--SNDI GR--SNDI Note: When ordering, add the rated coil and "(S)" to the model number. Rated coil s are given in the coil ratings table. Example: GR--S VDC (S) New model Rated coil General-purpose Relay GRS G-

Accessories (Order Separately) Connecting Sockets Applicable Relay model DIN-rail/surface-mounting Socket Back-mounting Socket Screwless clamp terminal Screw terminal Terminals Model pole GR--S(N)(D)(ND)(NI)(NDI) poles GR--S(N)(D)(ND)(NI)(NDI) Note: Use of the PCM Clip & Release Lever is recommended to ensure stable mounting. Accessories for Screwless Clamp Terminal Socket (Option) Name Clip & Release Lever Nameplate Socket Bridge Mounting DIN-rails *Used to mount several PR-0A and PR-0A Connecting Sockets side by side. Specifications Coil Ratings PRF-0S (See note.) + (PCM-S (option)) PRF-0S (See note.) + (PCM-S (option)) PCM-S Model R- Nameplate for MY PRM-SR (for AC), PRM-SB (for DC) PRF-0-E PRF-0 PRF-0-E PRF-0 PCB terminals Solder terminals PCB terminals Solder terminals Applicable Socket Description Model DIN-rail-connecting Socket Mounting DIN-rail 0 cm (l) x. mm (t): PFP-0N m (l) x. mm (t): PFP-0N m (l) x mm (t): PFP-0N End plate PFP-M Spacer PFP-S Back-connecting Socket Mounting plate PR-P* Rated Rated current* Coil resistance* 0 Hz 0 Hz Armature OFF Coil inductance (H) (ref. value) Armature ON Must operate * The rated current and coil resistance are measured at a coil temperature of C with tolerances of ±%. Must release % of rated PR-0P, PR-0P PR-0A PR-0P, PR-0P PR-0A Max. Power consumption (approx.) AC V. ma. ma Ω 0.. 0% max. 0% max. % 0. VA at 0 Hz V. ma. ma, Ω.. 0 V. ma. ma, Ω.. 0 V. ma. ma, Ω..0 0 V. ma. ma 0,0 Ω 0.. Rated Rated current* Coil resistance* Coil inductance (H) (ref. value) Armature OFF Armature ON Must operate Must release % of rated Max. DC V.0 ma Ω 0. 0. 0% max. % min. % 0. W V. ma Ω 0.. V. ma, Ω.0. V. ma,0 Ω.. Power consumption (approx.) G- General-purpose Relay GRS

Contact Ratings Number of poles pole poles Load Resistive load Inductive load Resistive load (cosφ = ) (cosφ = 0.; L/R = ms) (cosφ = ) Rated load Note: P level: λ 0 = 0. x - /operation Characteristics Note: Values in the above table are the initial values. *,000 VAC, 0/0 Hz for minute when the PR-0A or PR-0A Socket is mounted. Approved Standards UL 0 (File No. E) A at 0 VAC; A at 0 VDC. A at 0 VAC; A at 0 VDC A at 0 VAC; A at 0 VDC Rated carry current A A Max. switching 0 VAC, VDC 0 VAC, VDC Max. switching current A A Max. switching power,00 VA, 00 W, VA, 0 W,0 VA, 0 W Failure rate (reference value) 0 ma at VDC ma at VDC Item pole poles Contact resistance 0 mω max. Operate (set) time ms max. Release (reset) time AC: ms max.; DC: ms max. (w/built-in diode: 0 ms max.) AC: ms max.; DC: ms max. (w/built-in diode: 0 ms max.) Max. operating Mechanical:,000 operations/hr frequency Electrical:,00 operations/hr (under rated load) Insulation resistance,000 MΩ min. (at 00 VDC) Dielectric strength,000 VAC, 0/0 Hz for min between coil and contacts*;,000 VAC, 0/0 Hz for min between contacts of same polarity IEC/VDE (EN) Inductive load (cosφ = 0.; L/R = ms) A at 0 VAC; A at 0 VDC 00 VA, 0 W,000 VAC, 0/0 Hz for min between coil and contacts*;,000 VAC, 0/0 Hz for min between contacts of different polarity,000 VAC, 0/0 Hz for min between contacts of same polarity Vibration resistance Destruction: to to Hz, 0. mm single amplitude (. mm double amplitude) Malfunction: to to Hz, 0. mm single amplitude (. mm double amplitude) Shock resistance Destruction:,000 m/s Malfunction: 00 m/s when energized; 0 m/s when not energized Endurance Mechanical: AC coil:,000,000 operations min.; DC coil: 0,000,000 operations min. (at,000 operations/hr) Electrical: 0,000 operations min. (at,00 operations/hr under rated load) (DC coil type) Ambient temperature Operating: 0 C to 0 C (with no icing or condensation) Ambient humidity Operating: % to % Weight Approx. g Electromechanical relays Model Contact form GR--S SPDT to VDC to 0 VAC CSA. No.0, No. (File No. LR) Coil ratings Contact ratings Operations A, 0 VDC (resistive) A, 0 VAC (general use) TV- (NO contact only) GR--S DPDT A, 0 VDC (resistive) A, 0 VAC (general use) TV- (NO contact only) Model Contact form GR--S SPDT to VDC to 0 VAC x x Coil ratings Contact ratings Operations A, 0 VDC (resistive) A, 0 VAC (general use) TV- (NO contact only) GR--S DPDT A, 0 VDC (resistive) A, 0 VAC (general use) TV- (NO contact only) x x Contact form pole,,, VDC,, 0, 0, 0 VAC poles,,, VDC,, 0, 0, 0 VAC LR Number of poles pole to VDC to 0 VDC poles to VDC to 0 VDC Coil ratings Contact ratings Operations A, 0 VAC (cosφ =.0) A, 0 VAC (cosφ =.0) A, 0 VDC (0 ms) A, 0 VAC (cosφ =.0) A, 0 VDC (0 ms) 0 x 0 x Coil ratings Contact ratings Operations A, 0 VAC (general use). A, 0 VAC (PF0.) A, 0 VDC (resistive) A, 0VDC (L/R=ms) A, 0 VAC (general use) A, 0 VAC (PF0.) A, 0 VDC (resistive) A, 0VDC (L/R=ms) 0 x 0 x General-purpose Relay GRS G-

Engineering Data Maximum Switching Power Plug-in Relays GR--S 0 GR--S 0 Switching current (A) AC inductive load (cosφ = 0.) DC resistive load DC inductive load (L/R = ms) AC resistive load Switching current (A) AC inductive load (cosφ = 0.) DC resistive load DC inductive load (L/R = ms) AC resistive load 0. 0 00 Endurance Switching (V) 0. 0 00 Switching (V) Plug-in Relays Endurance (x operations) GR--S,000,000 00 0 0 0-VAC/0-VDC resistive load 0-VAC inductive load (cosφ = 0.) 0-VDC inductive load (L/R = ms) Endurance (x operations),000,000,000 GR--S 00 0 0 0-VAC inductive load (cosφ = 0.) 0-VDC inductive load (L/R = ms) 0-VAC/0-VDC resistive load Switching current (A) Switching current (A) Ambient Temperature vs Maximum Coil Voltage Maximum (%) AC coil DC coil Note: The maximum refers to the maximum value in a varying range of operating power, not a continuous. Ambient temperature ( C) G- General-purpose Relay GRS

Technical and Environmental Properties Properties DIN-railing Resistance Base 0 Environmental Protection RT Flammability Class Base, Insulator, Spool Case, Indicator, Pushbutton Pollution degree Creepage Distance mm Clearance Distance mm Contact Material AgSnIn -Pole and Pole Model UL V-0 UL V- Two-way action test button Relay in normal operation For momentary operation For lock operation Pull down the test button to the first position, then press the yellow button with an insulated tool to operate the contact. Pull down the test button to the second position. (The contact is now in the locked position). Electromechanical relays Typical information for reference only The following data is provided as experimental and/or calculated data for reference only. These fall under the category of typical behaviour and the operation of individual relays will vary according to the exact operating conditions Typical Operate / Release times pole model pole model AC Type (operate / release time) / ms / ms DC Type (operate / release time) / ms / ms Multiple Contact DC Switching Capacity Load Reduction Factor Switching capacity of DC resistive load 0. Switching Current (A) 0. 0. Switching Current (A) GR--S 0. 0. 0. 0. Cos(p.f.) For AC inductive loads (such as solenoids, contactor coils, etc.) the reduction factor corresponding to cos(p.f.) (cosine of power factor) is multiplied by the rated current in order to identify the maximum allowable current. This approximation is not valid for loads with high inrush currents such as electric motors or fluorescent lamps. contacts in series GR-S 0. 0 0 0 0 0 0 0 0 0 00 0 Switching Voltage (Vdc) General-purpose Relay GRS G-

Dimensions Note: All units are in millimeters unless otherwise indicated. Relays with Plug-in Terminals SPDT Relays GR--S, GR--SN, GR--SNI GR--SD, GR--SND, GR--SNDI Terminal Arrangement/Internal Connections (Bottom View) GR--S GR--SD (DC) max. max. 0. max. GR--SN, GR--SNI (AC) GR--SN, GR--SNI (DC) DCV 0..... GR--SND, GR--SNDI (DC). DPDT Relays GR--S, GR--SN, GR--SNI GR--SD, GR--SND, GR--SNDI Terminal Arrangement/Internal Connections (Bottom View) GR--S GR--SD (DC) max. max. 0. max. GR--SN, GR--SNI (AC) GR--SN, GR--SNI (DC) 0...... GR--SND, GR--SNDI (DC). G- General-purpose Relay GRS

DIN-rail/Surface Mounting Sockets PRF-0-S. max.. max. Terminal Arrangement (Top View).... Standard model Option (with ejector and label attached).0 max.. A A.0 max... (.) PRF-0-S. max.. max. Terminal Arrangement (Top View)... (.). Electromechanical relays.0 max.. A A Standard model Option (with ejector and label attached).0 max... (.) Accessories for PRF-@-S Socket Bridge Insulating coating Clip and Release Lever L. dia. conductor (See note.). 0. General-purpose Relay GRS G-

PRF-0-E Five, M. max. Terminal Arrangement (Top View) Mounting Holes (for Surface Mounting). max..0 max..-dia. hole. max... () () () (A) (A) M or.-dia. hole.-dia. hole.±0. Note: Pin numbers in parentheses apply to DIN standard. PRF-0-E. max.. Eight, M.0 max... Terminal Arrangement (Top View) () () () () () () Mounting Holes (for Surface Mounting).-dia. hole.±0..0 max..-dia. hole..0 max. (A) (A) M or.-dia. hole PRF-0 Five, M. x -dia. holes Terminal Arrangement (Top View) Mounting Holes (for Surface Mounting).-dia. hole. max.. 0±0.0. max. max.. 0 max. M or.-dia. hole PRF-0 Eight, M. x -dia. holes Terminal Arrangement (Top View) Mounting Holes (for Surface Mounting).-dia. hole. max.. 0±0.0. max.. 0 max. max. M or.-dia. hole G- General-purpose Relay GRS

Mounting Height of Relay with DIN-rail/Surface Mounting Sockets PRF-@ PRF-@-E..0.0 0. PRF-@-S.0.0. (.0) Back-connecting Sockets PR-0P (-pole).... max.. max. Terminal Arrangement (Bottom View). Mounting Holes Tolerance: ±0. Five,.-dia. holes Electromechanical relays. () PR-0P (-pole). max. 0.. max. Terminal Arrangement (Bottom View). Mounting Holes Eight,.-dia. holes 0. max.. 0.. (.) Terminal plate thickness: 0.. max. General-purpose Relay GRS G-

PR-0A (-pole) 0... max..... max. Terminal Arrangement (Bottom View) Five, x.-dia. holes Panel Cutout.±0. Terminal plate thickness: 0.. max. PR-0A (-pole) 0... max. 0.±0. 0.. max. Recommended thickness of the panel is. to.0 mm.. Eight, x.-dia. holes. Terminal plate thickness: 0.. max. PR-0P 0. max.... Terminal Arrangement (Bottom View) Mounting Holes ±0. Five,.-dia. holes max.. ±0..±0. ±0... ±0. ±0. max. PR-0P max.... Terminal Arrangement (Bottom View) Mounting Holes. Eight,.-dia. holes max.. 0.. (.) max. Mounting Height of Relay with Back-connecting Sockets GR-@P GR-@A GR-@P GR Relay GR Relay. PR-_P Socket.0 PR-_A Socket. G- General-purpose Relay GRS

Mounting DIN-rails PFP-0N, PFP-0N PFP-0N..±0. ±0. ±0.. ±0..,000 (00) (),000. It is recommended to use a panel. to.0 mm thick. End Plate Spacer PFP-M.. PFP-S 0...... M x pan head screw... Precautions!Caution Do not use the test button for any purpose other than testing. Be sure not to touch the test button accidentally as this will turn the contacts ON. Before using the test button, confirm that circuits, the load, and any other connected item will operate safely. Electromechanical relays!caution Check that the test button is released before turning ON relay circuits.!caution If the test button is pulled out too forcefully, it may bypass the momentary testing position and go straight into the locked position.!caution Use an insulated tool when you operate the test button. Precautions for PRF-@-S Connection Do not move the screwdriver up, down, or from side to side while it is inserted in the hole. Doing so may cause damage to internal components (e.g., deformation of the clamp spring or cracks in the housing) or cause deterioration of insulation. Do not insert the screwdriver at an angle. Doing so may break the side of the socket and result in a short-circuit. General-purpose Relay GRS G-

ALL DIMENSIONS SHOWN ARE IN MILLIMETERS. To convert millimeters into inches, multiply by 0.0. To convert grams into ounces, multiply by 0.0. Cat. No. J0-E-0A In the interest of product improvement, specifications are subject to change without notice. G- General-purpose Relay GRS

General-purpose Relay MY New model Versatile and Function-filled Miniature Power Relay for Sequence Control and Power Switching Applications Models with lockable test buttons now available. Many variations possible through a selection of operation indicators (mechanical and LED indicators), lockable test button, built-in diode and CR (surge suppression), bifurcated contacts, etc. Arc barrier standard on -pole Relays. Dielectric strength:,000 VAC (coil to contact) Environment-friendly cadmium-free contacts. Safety standard approvals obtained. Wide range of Sockets (PY, PYF Series) and optional parts are available. Max. Switching Current: -pole: A, -pole: A Provided with nameplate. LR Ordering Information Relays Standard Coil Polarity Electromechanical relays Type Contact form Plug-in socket/solder terminals Without LED indicator Standard with LED indicator With LED indicator and lockable test button Standard DPDT MYN MYIN MY PDT MYN MYIN MY PDT (bifurcated) MYZN MYZIN MYZ With built-in diode DPDT MYN-D MYIN-D --- (DC only) PDT MYN-D MYIN-D --- PDT (bifurcated) MYZN-D MYZIN-D --- With built-in CR DPDT MYN-CR MYIN-CR --- (0/0 VAC, /0 VAC only) PDT MYN-CR MYIN-CR --- PDT (bifurcated) MYZN-CR MYZIN-CR --- Reverse Coil Polarity Type Contact form Plug-in socket/solder terminals With LED indicator With LED indicator and lockable test button Standard (DC only) DPDT MYN MYIN PDT MYN MYIN PDT (bifurcated) MYZN MYZIN With built-in diode DPDT MYN-D MYIN-D (DC only) PDT MYN-D MYIN-D PDT (bifurcated) MYZN-D MYZIN-D Note: When ordering, add the rated coil and (s) to the model number. Rated coil s are given in the coil ratings table. Example: MY VAC (S) New model Rated coil General-purpose Relay MY New model G-

Accessories (Order Separately) Sockets Poles Front Mounting Socket (DIN-rail/ screwless clamp [SLC]) Front-mounting Socket (DIN-rail/ screw mounting) PYF0S PYF0A-E PYF0A-N PYFS PYFA-E PYFA-N PYF-ESS PYF-ESN Back-mounting Socket Solder terminals Wire-wrap terminals PCB terminals Without clip With clip Without clip With clip PY0 PY0-Y PY0QN PY0QN PY PY-Y PYQN PYQN PY0QN-Y PY0QN-Y PYQN-Y PYQN-Y PY0-0 PY-0 Socket Hold-down Clip Pairing Relay type Poles Front Mounting Socket (DIN-rail/screwless clamp [SLC]) Without -pole test button -pole test button PYF0S PYCM-0S PYF0A-E PYF0A-N PYFS PYCM-S PYFA-E PYFA-N PYF-ESS PYF-ESN PYF0S PYCM-0S PYF0A-E PYF0A-N Mounting Plates for Sockets Note: PYP- and PYP- can be cut into any desired length in accordance with the number of Sockets. DIN-rail and Accessories Front-connecting Socket (DIN-rail Back-connecting Socket screw mounting) Solder/Wire-wrap terminals PCB terminals Socket Clip Socket Clip Socket Clip PYC-A PY0(QN) PYC-P PYC-P PYC-0 (metal) PYC (plastic) PY(QN) PY0-0 PY-0 PYC-P PYC-P PYC-E PY0(QN) PYC-P PY0-0 PYC-P Socket model For Socket For Sockets For Sockets PY0, PY0QN(), PY, PYQN() PYP- PYP- PYP- Supporting DIN-rail (length = 00 mm) Supporting DIN-rail (length =,000 mm) End Plate Spacer PFP-0N PFP-0N, PFP-0N PFP-M PFP-S Specifications Coil Ratings Rated Rated current Coil resistance Coil inductance (reference value) Must operate Must release Max. Power consumption (approx.) 0 Hz 0 Hz Arm. OFF Arm. ON % of rated AC V*. ma ma. Ω 0.0 H 0.0 H 0% max. 0% min. %.0 to. VA V. ma ma Ω 0. H 0. H (0 Hz) V. ma ma 0 Ω 0. H.0 H /0 V*./. ma./.0 ma Ω. H. H /0 V./. ma./. ma,0 Ω.0 H. H 0. to. VA (0 Hz) 0/0 V./. ma./. ma,0 Ω.0 H. H DC V* ma. Ω 0. H 0. H % min. 0. W V ma 0 Ω 0. H. H V. ma Ω.0 H. H V*. ma,0 Ω.0 H.0 H 0/ V.0/. ma,0 Ω.0 H. H Note:. The rated current and coil resistance are measured at a coil temperature of C with tolerances of +%/ 0% for rated currents and ±% for DC coil resistance.. Performance characteristic data are measured at a coil temperature of C.. AC coil resistance and impedance are provided as reference values (at 0 Hz).. Power consumption drop was measured for the above data. When driving transistors, check leakage current and connect a bleeder resistor if required.. Rated denoted by * will be manufactured upon request. Ask your OMRON representative. G- General-purpose Relay MY New model

Contact Ratings Rated load Item -pole -pole -pole (bifurcated) Resistive load (cosφ = ) A, 0 VAC A, 0 VDC Inductive load (cosφ = 0., L/R = ms) A, 0 VAC A, 0 VDC Resistive load (cosφ = ) A, 0 VAC A, 0 VDC Carry current A (see note) A (see note) Max. switching Max. switching current Max. switching power Failure rate (reference value) 0 VAC VDC A A,00 VA 00 W,0 VA 00 W 0 VAC VDC,0 VA 0 W Inductive load (cosφ = 0., L/R = ms) 0. A, 0 VAC. A, 0 VDC 00 VA 0 W Resistive load (cosφ = ) A, 0 VAC A, 0 VDC,0 VA 0 W VDC, ma VDC, ma VDC, 0 μa Inductive load (cosφ = 0., L/R = ms) 0. A, 0 VAC. A, 0 VDC 00 VA 0 W Note: Don t exceed the carry current of a Socket in use. Please see page G-. Characteristics Item All Relays Contact resistance 0 mω max. Operate time 0 ms max. Release time 0 ms max. Max. operating frequency Mechanical:,000 operations/hr Electrical:,00 operations/hr (under rated load) Insulation resistance,000 MΩ min. (at 00 VDC) Dielectric strength,000 VAC, 0/0 Hz for.0 min (,000 VAC between contacts of same polarity) Vibration resistance Destruction: to to Hz, 0. mm single amplitude (.0 mm double amplitude) Malfunction: to to Hz, 0. mm single amplitude (.0 mm double amplitude) Shock resistance Destruction:,000 m/s Malfunction: 00 m/s Endurance See the following table. Ambient temperature Operating: C to 0 C (with no icing) Ambient humidity Operating: % to % Weight Approx. g Electromechanical relays Note: The values given above are initial values. Endurance Characteristics Pole Mechanical life (at,000 operations/hr) Electrical life (at,00 operations/hr under rated load) -pole AC:0,000,000 operations min. 00,000 operations min. -pole DC:0,000,000 operations min. 00,000 operations min. -pole (bifurcated) 0,000,000 operations min. 0,000 operations min. General-purpose Relay MY New model G-

Approved Standards VDE Recognitions (File No. UG, IEC, VDE 0) No. of poles Coil ratings Contact ratings Operations,,, /0, 0/ /0, 00/0, 0/0 VAC,,,, 0/, VDC UL0 Recognitions (File No. ) CSA C. No. Listings (File No. LR) IMQ (File No. EN0 to 0) LR Recognitions (File No. /0) SEV Listings (File No.. 00.0) A, 0 VAC (cosφ=) A, 0 VDC (L/R=0 ms) A, 0 VAC (cosφ=) A, 0 VDC (L/R=0 ms) x 0 x MYZ AC; 0 x No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC A, 0 VDC (General purpose) A, 0 VAC (General purpose) A, 0 VAC (General purpose) A, 0 VDC (General purpose) x No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC A, 0 VDC A, 0 VAC A, 0 VAC (Same polarity) A, 0 VDC (Same polarity) x No. of poles Coil ratings Contact ratings Operations,,, /0, 0/ /0, 00/0, 0/0 VAC,,,, 0/, VDC A, 0 VDC A, 0 VAC A, 0 VAC A, 0 VDC x 0 x MYZ AC; 0 x No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC A, 0 VAC (Resistive) A, 0 VAC (PF0.) A, 0 VDC (Resistive) A, 0 VDC (L/R= ms) A, 0 VAC (Resistive) 0. A, 0 VAC (PF0.) A, 0 VDC (Resistive). A, 0 VDC (L/R= ms) 0 x 0 x No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC A, 0 VAC A, 0 VDC x A, 0 VAC A, 0 VDC 0 x MYZ AC; 0 x G-0 General-purpose Relay MY New model

Endurance (x operations) Endurance (x operations) Endurance (x operations) Endurance (x operations) Switching current (A) Switching current (A) Engineering Data Maximum Switching Power MY MY, MYZ AC resistive load AC inductive load (cosφ=0.) AC resistive load AC inductive load (cosφ=0.) DC resistive load DC resistive load DC inductive load (L/R= ms) DC inductive load (L/R= ms) Switching (V) Switching (V) Endurance MY (Resistive Loads) MY (Inductive Loads) 000 000 000 000 000 00 00 00 0 0 VDC 0 VAC 0 VAC 0 VDC 000 00 00 00 0 0 VDC 0 VAC 0 VAC 0 VDC Electromechanical relays 0 0 0 0 MY (Resistive Loads) Switching current (A) MY (Inductive Loads) Switching current (A) 000 000 000 000 000 0 VAC 000 0 VDC 00 00 00 00 0 VDC 0 VDC 00 00 0 VAC 0 VDC 0 0 0 0 VAC 0 0 0 0 VAC Switching current (A) Switching current (A) General-purpose Relay MY New model G-

Endurance (x operations) Endurance (x operations) MYZ (Resistive Loads) 000 000 000 MYZ (Inductive Loads) 000 000 000 00 00 00 0 VAC 0 VDC 00 00 00 0 VDC 0 VDC 0 0 0 0 VDC 0 VAC 0 0 0 0 VAC 0 VAC Switching Current (A) Switching Current (A) Technical and Environmental Properties Two-way action test button -Pole model DIN-railing Resistance 00 CTI (base) 00 CTI (base) Environmental Protection RT RT -Pole model Flammability Class Base, Insulator, Spool ul V-0 Case, Indicator, Nameplate, Push Button ul V- Pollution Degree Creepage Distance.0 mm. mm Clearance Distance.0 mm.0 mm Contact Material Ag AgNi + Au Relay in normal operation For momentary operation For lock operation Push up the test button to the first position, then press the yellow button with an insulated tool to operate the contact. Push up the test button to the second position. (The contact is now in the locked position). G- General-purpose Relay MY New model

Typical information for reference only The following data is provided as experimental and/or calculated data for reference only. These figures fall under the category of typical behaviour and the operation of individual relays will vary according to the exact operating conditions. Typical Operate / Release Times -Pole model -Pole model AC Type (operate / release time) ms/ ms ms/ ms DC Type (operate / release time) ms/ ms ms/ ms Load reduction Factor For AC inductive loads (such as solenoids, contactors coils, etc.) the reduction factor corresponding to cos(p.f.) (cosine of the power factor) is multiplied by the rated current in order to identify the maximum allowable current. This approximation is not valid for loads with high inrush currents 0. such as electric motors or fluorescent lamps. Reduction factor 0. 0. 0. 0. 0. 0. cos(p.f.) Multiple Contact DC Switching Capacity Switching capacity of DC resistive load 0 Effect of temperature on coil s MY/ Operating range (DC and AC type) vs ambient temperature Electromechanical relays Switching Current (A) MY U/Un..0 contacts contacts contacts in series 0, 0 0 0 0 0 0 0 0 0 00 0 Switching Voltage (Vdc) MY This graph can be used to estimate the number of contacts that can be used to switch DC resistive loads 0. : Max coil permitted. : Min pick-up with coil at ambient temperature 0 0 0 0 0 0 0 0 Ambient temperature ( C) This graph shows the typical relationship between the maximum / minimum coil and pick-up and ambient temperature General-purpose Relay MY New model G-

Dimensions Note: All units are in millimeters unless otherwise indicated. -Pole Models MYN. Eight,. dia.. long holes 0. max. max... max. -Pole Models MYN. Eight,. dia.. long holes 0. max. max... max. Models with Test Button MYIN.. 0.. max. Eight,. dia.. long holes. max. max. MYIN.. 0.. max. <.> 0. Fourteen,. dia.. long holes.. max. max. G- General-purpose Relay MY New model

Terminal Arrangement/Internal Connections (Bottom View) MY MYN/MYIN (AC Models) MYN/MYIN (DC Models) MYN-D/MYIN-D (DC Models Only) + + MYN-CR/MYIN-CR (AC Models Only) MYN/MYIN (DC Models Only) MYN-D/MYIN-D (DC Models Only) + + MY(Z) MY(Z)N/MY(Z)IN (AC Models) MY(Z)N/MY(Z)IN (DC Models) MY(Z)N-D/MY(Z)IN-D (DC Models Only) Electromechanical relays + + MY(Z)N-CR/MY(Z)IN-CR (AC Models Only) MY(Z)N/MY(Z)IN (DC Models Only) MY(Z)N-D/MY(Z)IN-D (DC Models Only) + + Note: The DC models have polarity. General-purpose Relay MY New model G-

Sockets for MY DIN-rail-mounted (DIN-rail) Socket Conforms to VDE 0, Part 0 Snap into position along continuous sections of any mounting DIN-rail. Facilitates sheet metal design by standardized mounting dimensions. Design with sufficient dielectric separation between terminals eliminates the need of any insulating sheet. Safety Standards for Sockets Model Standards File No. PYF0A-E, PYF0A-N UL0 E PYFA-E, PYFA-N CSA. LR PYF-ESN, UL0 E PYF-ESS CSA. LR Back-connecting Sockets Specifications Item Pole Model Carry current Dielectric withstand Insulation resistance (see note ) Screwless Clamp PYF0S A,000 VAC, min Less than,000 MΩ Terminal Socket PYFS A DIN-rail-mounted PYF0A-E A,000 VAC, min,000 MΩ min. Socket PYF0A-N (see note ) A (see note ) PYFA-E A PYFA-N (see note ) A (see note ) PYF-ESN/-ESS A > kv > MΩ Back-connecting PY0(-Y) A,00 VAC, min 0 MΩ min. Socket PY0QN(-Y) PY0-0 PY(-Y) A PYQN(-Y) PY-0 Note:. The values given above are initial values.. The values for insulation resistance were measured at 00 V at the same place as the dielectric strength.. The maximum operating ambient temperature for the PYF0A-N and PYFA-N is C.. When using the PYF0A-N or PYFA-N at an operating ambient temperature exceeding 0 C, reduce the current to 0%.. The MY(S) can be used at 0 C with a carry current of A. G- General-purpose Relay MY New model

Dimensions Note: All units are in millimeters unless otherwise indicated. PYF0S Socket Dimensions Terminal arrangement/ Internal connections (top view). max.. max. Mounting holes. max. --- max. (.) PYF0A-E Two,. x mounting holes Eight, M x sems screws Two, M, M, or.-dia. holes max. Electromechanical relays max. max. (TOP VIEW) Note: DIN-rail mounting is also possible. Refer to page G-- G- for supporting DIN-rails. PYF0A-N max. max...0 dia.. dia. or M PYF-0A-N A A A A A A Note: DIN-rail mounting is also possible. Refer to page G-- G- for supporting DIN-rails. 0 max. General-purpose Relay MY New model G-

PYFS Socket Dimensions Terminal arrangement/ Internal connections (top view). max. Mounting holes max. --- max. PYFA-E Two,. x mounting holes Fourteen, M x sems screws Two, M, M, or.-dia. holes max. (TOP VIEW). max. max. Note: DIN-rail mounting is also possible. Refer to page G-- G- for supporting DIN-rails. PYFA-N Two,. dia. or M max. PYF-A-N A A A. max. 0 max. A A A Note: DIN-rail mounting is also possible. Refer to page G-- G- for supporting DIN-rails. G- General-purpose Relay MY New model

PYF-ESN Socket Dimensions Terminal arrangement/ internal connections (top view)/ mounting holes. Label... NO NC Relay.... COIL COM.. Module 0 PYF-ESS COM. NO.... NC... Electromechanical relays. COIL General-purpose Relay MY New model G-

Socket Dimensions Terminal arrangement/ Internal connections (bottom view) Mounting holes PY0/PY0-Y (See note) Eight, x. elliptical holes. max.. max. PY0QN/ PY0QN-Y max. 0 max. max. Note: The PY0-Y includes sections indicated by dotted lines. (See note). max. max.. max. max. max. Note: The PY0QN-Y includes sections indicated by dotted lines. PY0-0. max.. max.. max. max. Eight,.-dia. holes PY/PY-Y (See note) Fourteen, x. elliptical holes. max.. max. max. 0 max. max. Note: The PY-Y includes sections indicated by dotted lines. PYQN/ PYQN-Y (See note). max. PY-0 max.. max. max. max. Note: The PYQN-Y includes sections indicated by dotted lines.. max.. max.. max. max. Fourteen,.-dia. holes Note: Use a panel with plate thickness of to mm for mounting the Sockets. G-0 General-purpose Relay MY New model

Hold-down Clips PYC-A ( pcs per set). PYC-E ( pcs per set). For sockets PYF-ESN/-ESS Model PYC-0 PYC PYC TR Description Metal spring clip (Used with Relay only) Plastic holding clip (Used with Relay only) Thermoplastic writeable label....±0... Note: For total dimensions with plastic clip please refer to drawings of the sockets. PYC-P PYC-P max... Mounting Plates for Back-connecting Sockets PYP- Two,.-dia. holes PYP- elliptical holes Electromechanical relays PYP- t=. elliptical holes DIN-rails and Accessories Supporting DIN-rails PFP-0N/PFP-0N..±0. ±0. ±0. 00 (00) * () Note: The figure in the parentheses is for PFP-0N. General-purpose Relay MY New model G-

PFP-0N. ±0.. 00. End Plate PFP-M M x pan head screw.. 0.... M spring washer.. Spacer PFP-S... Connections Do not reverse polarity when connecting DC-operated Relays with built-in diodes or indicators or high-sensitivity DC-operated Relays. Mounting Whenever possible, mount Relays so that it is not subject to vibration or shock in the same direction as that of contact movement. ALL DIMENSIONS SHOWN ARE IN MILLIMETERS. To convert millimeters into inches, multiply by 0.0. To convert grams into ounces, multiply by 0.0. Cat. No. J0E-EN-0B In the interest of product improvement, specifications are subject to change without notice. G- General-purpose Relay MY New model

General-purpose Relay LY A Miniature Power Relay Equipped with arc barrier. Dielectric strength:,000 V. Built-in diode models added to the LY Series. Single-pole and double-pole models are applicable to operating coils with ratings of 0/ VAC, /0 VAC, 00/0 VAC, 0/0 VAC, or 0/ VDC). Three-pole and four-pole models are applicable to operating coils with ratings of 0/ VAC, 00/0 VAC, or 0/ VDC). Ordering Information LR Open Relays Type Contact form Plug-in/solder terminals Plug-in/solder terminals with LED indicator PCB terminals Standard SPDT LY LYN LY-0 LYF DPDT LY LYN LY-0 LYF DPDT (bifurcated) LYZ LYZN LYZ-0 LYZF PDT LY LYN LY-0 LYF PDT LY LYN LY-0 LYF With built-in diode SPDT LY-D LYN-D --- --- (DC only) DPDT LY-D LYN-D --- --- DPDT (bifurcated) LYZ-D LYZN-D --- --- PDT LY-D --- --- --- PDT LY-D LYN-D --- --- With built-in CR SPDT --- --- --- --- (AC only) DPDT LY-CR LYN-CR --- --- DPDT (bifurcated) LYZ-CR LYZN-CR --- --- Upper-mounting Plug-in/solder terminals Electromechanical relays Note:. When ordering, add the rated coil to the model number. Rated coil s are given in the coil ratings table. Example: LY, VAC Rated coil. Relays with # quick connect terminals are also available with SPDT and DPDT contact. Ask your OMRON representative for details.. SEV models are standard Relays excluding DPDT (bifurcated) models.. VDE- or LR- qualifying Relays must be specified when ordering. General-purpose Relay LY G-

Accessories (Order Separately) Sockets Poles Front-connecting Socket Back-connecting Socket DIN-rail/screw terminals Plug-in/solder terminals Wrapping terminals PCB terminals or PTF0A-E, PTF0A PT0 PT0QN PT0-0 PTFA PT PTQN PT-0 PTFA-E, PTFA PT PTQN PT-0 Note:. For PTF0-E and PTFA-E, see DIN-rail Mounted Socket.. PTF@A (-E) Sockets have met UL and CSA standards: UL 0/CSA C.. Mounting Plates for Sockets Socket model For Socket For Sockets For Sockets For Sockets PT0 PYP- --- --- PYP- PT0QN PT PTP-- --- PTP- --- PTQN PT PTQN PTP- PTP- --- --- Socket-Hold-down Clip Pairings Relay type Poles Front-connecting Sockets Back-connecting Sockets Socket model Clip model Socket model Clip model Standard, bifurcated contacts operation, PTF0A-E, PTF0A PYC-A PT0(QN), PT0-0 PYC-P indicator, built-in diode PTFA PT(QN), PT-0 PTFA-E, PTFA PT(QN), PT-0 CR circuit PTF0A-E, PTF0A YH- PT0(QN), PT0-0 PYC- Specifications Coil Ratings Single- and Double-pole Relays Rated Rated current Coil resistance Note: See notes on the bottom of next page. Coil inductance (reference value) Must operate Must release Max. Power consum. (approx.) 0 Hz 0 Hz Arm. OFF Arm. ON % of rated AC V. ma ma. Ω 0.0 H 0.0 H 0% max. 0% min. %.0 to. VA V. ma ma Ω 0. H 0. H (0 Hz) V. ma ma 0 Ω 0. H.0 H 0 V. ma ma Ω. H. H 0/ V./. ma / ma,0 Ω. H. H 0. to VA /0 V./. ma./. ma,0 Ω.0 H. H (0 Hz) 00/0 V./. ma./. ma,0 Ω. H.0 H 0/0 V./. ma./. ma,0 Ω.0 H.0 H DC V 0 ma 0 Ω 0. H 0. H % min. 0. W V ma 0 Ω 0. H. H V. ma 0 Ω.0 H. H V. ma,00 Ω. H.0 H 0/ V./ ma,000 Ω. H. H G- General-purpose Relay LY

Three-pole Relays Rated Rated current Coil resistance Note: See notes under next table. Four-pole Relays Coil inductance (reference value) Must operate Must release Max. Power consum. (approx) 0 Hz 0 Hz Arm. OFF Arm. ON % of rated AC V ma 0 ma. Ω 0.0 H 0.0 H 0% max. 0% min. %. to.0 VA V ma ma Ω 0. H 0. H (0 Hz) V 0 ma ma 0 Ω 0. H 0. H 0 V ma ma Ω. H. H 0/ V./ ma./. ma,00 Ω. H. H 00/0 V.0/.0 ma./. ma,0 Ω. H. H DC V ma. Ω 0. H 0. H % min.. W V ma Ω 0. H 0. H V. ma Ω. H. H V. ma,00 Ω. H. H 0/ V./ ma,00 Ω. H. H Rated Rated current Coil resistance Coil inductance (reference value) Must operate Must release Max. Power consum. (approx) 0 Hz 0 Hz Arm. OFF Arm. ON % of rated AC V ma 0 ma Ω 0.0 H 0.0 H 0% max. 0% min. %. to V ma 0 ma 0 Ω 0. H 0. H. VA (0 Hz) V. ma 0 ma Ω 0. H 0. H 0 V. ma 0 ma 0 Ω. H. H 0/ V./. ma /. ma,00 Ω. H. H 00/0 V./. ma./. ma,00 Ω. H. H DC V 0 ma Ω 0.0 H 0. H % min.. W V 0 ma 0 Ω 0. H 0. H V ma 0 Ω. H. H V 0 ma,00 Ω. H. H 0/ V /. ma,00 Ω H. H Electromechanical relays Note:. The rated current and coil resistance are measured at a coil temperature of C with tolerances of +%/ 0% for rated currents and ±% for DC coil resistance.. Performance characteristic data are measured at a coil temperatures of C.. AC coil resistance and impedance are provided as reference values (at 0 Hz).. Power consumption drop was measured for the above data. When driving transistors, check leakage current and connect a bleeder resistor if required. Contact Ratings Relay Single contact Bifurcated contacts -pole -, - or -pole -pole Load Resistive load (cosφ = ) Resistive load (cosφ = ) Resistive load (cosφ = ) Rated load Rated carry current Max. switching Max. switching current Max. switching power Failure rate (reference value)* VAC A VDC A Inductive load (cosφ=0., L/R= ms) VAC A VDC A VAC A VDC A Inductive load (cosφ=0., L/R= ms) VAC. A VDC A A A A 0 VAC VDC 0 VAC VDC A A A,00 VA 0 W,0 VA 0 W,0 VA 0 W VA 0 W VAC A VDC A 0 VAC VDC 0 VA 0 W 0 ma, VDC 0 ma, VDC ma, VDC Inductive load (cosφ=0., L/R= ms) VAC A VDC A 0 VA 0 W *Note: P level: λ 0 = 0. x - /operation, reference value General-purpose Relay LY G-

Characteristics Item All except Relays with bifurcated contacts Relays with bifurcated contacts Contact resistance 0 mω max. Operate time ms max. Release time ms max. Max. operating frequency Mechanical:,000 operations/hr Electrical:,00 operations/hr (under rated load) Insulation resistance 0 MΩ min. (at 00 VDC) Dielectric strength,000 VAC, 0/0 Hz for min between contacts of same polarity,000 VAC, 0/0 Hz for min between contacts of different polarity Vibration resistance Destruction: to to Hz, 0. mm single amplitude (.0 mm double amplitude) Malfunction: to to Hz, 0. mm single amplitude (.0 mm double amplitude) Shock resistance Destruction:,000 m/s Malfunction: 00 m/s Endurance Mechanical: AC: 0,000,000 operations min. (at,000 operations/hr) DC:,00,000,000 operations min. (at,000 operations/hr) Electrical: Single-, three-, and four-pole: 00,000 operations min. (at,00 operations/hr under rated load) Double-pole: 00,000 operations min. (at,00 operations/hr under rated load) Ambient temperature* Operating: Single- and double-pole standard, bifurcated-contact Relays: C to C (with no icing) ( C to 0 C if carry current is A or less) All other Relays: C to 0 C (with no icing) ( C to C if carry current is A or less) Ambient humidity Operating: % to % Weight Single- and double-pole: approx. 0 g, three-pole: approx. 0 g, four-pole: approx. 0 g Note:. The values given above are initial values.. The upper limit of 0 C for some Relays is because of the relationship between diode junction temperature and the element used. G- General-purpose Relay LY

Endurance Under Real Loads (reference only) LY Rated Load type Conditions Operating frequency Electrical life 0 VAC AC motor 00 W, 0 VAC single-phase with A inrush current, A current flow ON for s, OFF for 0 s 0,000 operations AC lamp 00 W, 0 VAC with A inrush current, ON for s, OFF for s 0,000 operations A current flow 00 W, 0 VAC with A inrush current, A current flow,000 operations LY Capacitor (,000 μf) AC solenoid VDC with 0 A inrush current, A current flow 0 VA with.-a inrush current, 0. A current flow 0 VA with A inrush current, 0. A current flow ON for s, OFF for s ON for s, OFF for s 0,000 operations,00,000 operations 00,000 operations Rated Load type Conditions Operating frequency Electrical life 0 VAC AC motor 00 W, 0 VAC single-phase with A inrush current, A current flow ON for s, OFF for 0 s 00,000 operations AC lamp 00 W, 0 VAC with A inrush current, ON for s, OFF for s 0,000 operations A current flow LY Capacitor (,000 μf) AC solenoid VDC with 0 A inrush current, A current flow VDC with 0 A inrush current, A current flow 0 VA with. A inrush current, 0. A current flow 0 VA with A inrush current, 0. A current flow ON for s, OFF for s ON for s, OFF for s,000 operations 0,000 operations,000,000 operations 00,000 operations Electromechanical relays Rated Load type Conditions Operating frequency Electrical life 0 VAC AC motor 00 W, 00 VAC triple-phase with A ON for s, OFF for 0 s 00,000 operations inrush current, A current flow 0 W, 00 VAC triple-phase with A 0,000 operations inrush current,. A current flow AC lamp 00 W, 0 VAC with A inrush current, A current flow ON for s, OFF for s 0,000 operations Capacitor (,000 μf) AC solenoid VDC with 0 A inrush current, A current flow VDC with 0 A inrush current, A current flow 0 VA with. A inrush current, 0. A current flow 0 VA with -A inrush current, 0. A current flow ON for s, OFF for s ON for s, OFF for s ON for s, OFF for s,000 operations 00,000 operations,000,000 operations 00,000 operations General-purpose Relay LY G-

Approved Standards UL 0 Recognitions (File No. ) No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC A, 0 VDC (Resistive) A, 0 VAC (General use) TV-, 0 VAC / HP, 0 VAC A, VDC (Resistive) A, 0 VAC (Resistive) A, 0 VAC (General use) / HP, 0 VAC x x x x and A, 0 VDC (Resistive) A, 0 VAC (General use) / HP, 0 VAC x CSA. No. Listings (File No. LR) No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC SEV Listings (File No. D,/) TÜV (File No. R) (IEC) VDE Recognitions (No. 0UG and UG) LR Recognitions (No. KOB-0) A, 0 VDC (Resistive) A, 0 VAC (General use) / HP, 0 VAC TV-, 0 VAC A, 0 VDC (Resistive) A, 0 VAC (Resistive) / HP, 0 VAC TV-, 0 VAC and A, 0 VDC (Resistive) A, 0 VAC (General use) x x x No. of poles Coil ratings Contact ratings Operations to 0 VAC to VDC A, VDC A, 0 VAC to A, VDC A, 0 VAC x No. of poles Coil ratings Contact ratings Operations to to VDC to 0 VAC LY, LY-FD A, VAC (cosφ=) A, VAC (cosφ=0.) LY, LY-FD, LY, LY-FD, LY, LY-FD A, VAC (cosφ=). A, VAC (cosφ=0.) 0 x No. of poles Coil ratings Contact ratings Operations,,, 0,, 0 VAC,,,, VDC A, 0 VAC (cosφ=) A, 0 VAC (cosφ=0.) A, VDC (L/R=0 ms) A, VDC (L/R= ms) A, 0 VAC (cosφ=) A, 0 VAC (cosφ=0.) A, VDC (L/R=0 ms) A, VDC (L/R= ms) 00 x No. of poles Coil ratings Contact ratings, to 0 VAC to VDC. A, 0 VAC (PF0.) A, VDC (L/R= ms) G- General-purpose Relay LY

Engineering Data LY Maximum Switching Power Endurance Switching current (A) 0. DC L/R = ms AC (cosφ = 0.) DC resistive load AC resistive load Life: 00,000 operations Endurance (x operations),000,000,000 00 VAC resistive load VDC resistive load 0. 0 VDC (L/R = ms) VAC (cosφ = 0.) 0 00,000 Switching (V) 0 0 Switching current (A) LY Maximum Switching Power Endurance Switching current (A) 0. 0. DC L/R = ms DC resistive load AC (cosφ = 0.) AC resistive load Life: 00,000 operations Endurance (x operations),0000,000,000 00 0 VDC resistive load VAC resistive load VAC (cosφ = 0.) VDC (L/R = ms) Electromechanical relays LY and LY 0 00,000 0 0 Switching (V) Switching current (A) Maximum Switching Power Endurance Switching current (A) 0. 0. DC L/R = ms DC resistive load AC (cosφ = 0.) AC resistive load Life: 00,000 operations Endurance (x operations),0000,000,000 00 0 VDC resistive load VAC resistive load VAC (cosφ = 0.) VDC (L/R = ms) 0 00,000 0 0 Switching (V) Switching current (A) General-purpose Relay LY G-

LYZ Maximum Switching Power Endurance Switching current (A) 0. DC L/R = ms DC resistive load AC resistive load AC (cosφ = 0.) Endurance (x operations),000,000,000 00 VDC resistive load VAC resistive load VAC (cosφ = 0.) VDC (L/R = ms) Life: 00,000 operations 0 0 00,000 Switching (V) 0 0 0 Switching current (A) Dimensions Note: All units are in millimeters unless otherwise indicated. Relays with Solder/Plug-in Terminals LY LYN (-D) LY-D 0. Eight, -dia. holes max. max... max. Terminal Arrangement/Internal Connections (Bottom View) LY LY-D LYN DC Model AC Model LYN-D Note: The DC models have polarity. G-0 General-purpose Relay LY

LY LY-D LYN LYN-D LYZ LYZ-D LYZN LYZN-D Terminal Arrangement/Internal Connections (Bottom View) LY(Z) LY(Z)-D 0. Eight, -dia. holes max. max... max. DC Model LY(Z)N AC Model LY(Z)N-D Note: The DC models have polarity. LYZ LYN LY-D Electromechanical relays 0. max.. max.. Eleven, -dia. holes. max. Terminal Arrangement/Internal Connections (Bottom View) LY LY-D LYN DC Model AC Model Note: The DC models have polarity. General-purpose Relay LY G-

LY LY-D LYN LYN-D Terminal Arrangement/Internal Connections (Bottom View) LY LY-D 0. max. max.. Fourteen, -dia. holes. max. DC Model LYN AC Model LYN-D Note: The DC models have polarity. LY-CR LYZ-CR LYN-CR LYZN-CR Terminal Arrangement/Internal Connections (Bottom View) LY(Z)-CR LY(Z)N-CR 0. Eight, -dia. holes max. max... max. Model: LYN-CR CR Element C: 0.0 μf R: 0 Ω Relays with PCB Terminals LY-0 LY-0 LY-0 LY-0 PC Board Holes (Bottom View) 0.... max.. (see note ) Note:. The above model is the LY-0.. This figure is. for the LY-0. max.. max...... Five, Eight, Eleven,.-dia..-dia..-dia. holes holes holes. Fourteen,.-dia. holes.. Note:. The tolerance for the above figures is 0. mm.. Besides the terminals, some part of the LY-0 carries current. Due attention should be paid when mounting the LY-0 to a double-sided PC board. G- General-purpose Relay LY

Upper-mounting Relays LYF LYF. max. Mounting Holes 0. max. ±0. max.. max.. Eight, -dia. holes (see note). Two,.-dia. holes (or Two M holes) Note:. Eight -dia. holes should apply to the LYF model. LYF max.. 0.. max. max. ±0. max.. Eleven, -dia. holes Two,.-dia. holes (or two, M holes) LYF Mounting holes 0.. max. Two,. dia. holes (or. two, M holes) max. max. ±0. Electromechanical relays. max. Fourteen, -dia. holes. ±0. General-purpose Relay LY G-

Mounting Height with Socket The following Socket heights should be maintained. Front-connecting Back-connecting (see note) LY () 0 () LY Note:. The PTF@A (-E) can be track-mounted or screw-mounted.. For the LY@-CR (CR circuit built-in type) model, this figure should be. PTF@A (-E) PT@ Sockets PTF0A-E PTFA PTFA-E PT0 PT PT PT0QN PTQN PTQN PT0-0 PT-0 PT-0 Mounting Plates for Back-connecting PYP- Two,.-dia. holes. PTP-- PTP- PYP- ±0.. ±0. Four,.-dia. holes R. ±0.. x. =.±0... elliptical holes R. t=. R Four,.-dia. holes ±0. t=.. ±0. PTP-. x. =.±0. t=. 0 elliptical holes PTP- x. =.±0. x. =.±0. x. =.±0. elliptical holes. t=.. R. ±0.. ±0.... x. =.±0. x. =.±0... t=... R. x. =.±0. x. =.±0.. Twelve, square holes t=. G- General-purpose Relay LY

Hold-down Clips Hold-down clips are used to hold Relays to Sockets and prevent them from coming loose due to vibration or shock. Used with Socket Used with Socket For CR circuit built-in Relay mounting plate PYC-A PYC-P PYC-S YH- PYC- Precautions Refer to CD for general precautions. Connections Do not reverse polarity when connecting DC-operated Relays with built-in diodes or indicators. Electromechanical relays General-purpose Relay LY G-

ALL DIMENSIONS SHOWN ARE IN MILLIMETERS. To convert millimeters into inches, multiply by 0.0. To convert grams into ounces, multiply by 0.0. Cat. No. J00-E- In the interest of product improvement, specifications are subject to change without notice. G- General-purpose Relay LY

General-purpose Relay MK-I/-S Exceptionally Reliable General-purpose Relay Features Mechanical Indicator/Push Button Breaks relatively large load currents despite small size. Long life (minimum 0,000 electrical operations) assured by silver contacts. Built-in operation indicator (Mechanical, LED), push button, diode surge suppression, varistor surge suppression. Standard models are UL, CSA, SEV, DEMKO, NEMKO, SEMKO, TÜV (IEC), and VDE. Conforming to CENELEC standards. Model Number Structure Model Number Legend Standard Models MK - -. Contact Form : DPDT : PDT. Cover P: Dust cover. Internal Connection Construction Blank: Standard or : Non-standard connection (Refer to Terminal Arrangement/ Internal Connections). Mechanical Indicator Push Button S: Mechanical indicator and push button I: Mechanical indicator. Approved Standards Blank: UL, CSA, DEMKO, NEMKO SEMKO, SEV, TÜV VD: VDE. Rated Voltage (Refer to Coil Ratings) Electromechanical relays Special Accessories MK - - -. Contact Form : DPDT : PDT. Cover P: Dust cover. Classification N: LED indicator D: Diode V: Varistor ND: LED indicator and diode NV: LED indicator and varistor. Coil Polarity Blank: Standard : Reverse (Refer to Terminal Arrangement/ Internal Connections). Internal Connection Construction Blank: Standard or : Non-standard connection (Refer to Terminal Arrangement/ Internal Connections). Mechanical Indicator Push Button S: Mechanical indicator and push button I: Mechanical indicator. Approved Standards Blank: UL and CSA only VD: VDE (N and D models only). Rated Voltage (Refer to Coil Ratings) General-purpose Relay MK-I/-S G-

Ordering Information List of Models Type Terminal Contact form Internal connection (see note ) Accessories (Order Separately) With mechanical indicator With mechanical indicator and pushbutton Coil ratings Approved standards Standard Plug-in DPDT Standard MKP-I MKP-S AC (~), DC (=) UL, CSA, SEV, Non-standard MKP-I MKP-S DEMKO, NEM- KO, SEMKO, PDT Standard MKP-I MKP-S TÜV LED Indicator (see note ) Diode (see note ) Non-standard MKP-I MKP-I MKP-S MKP-S DPDT Standard MKPN@-I MKPN@-S AC (~), DC (=) UL, CSA Non-standard MKPN@--I MKPN@--S PDT Standard MKPN@-I MKPN@-S Non-standard MKPN@--I MKPN@--I MKPN@--S MKPN@--S DPDT Standard MKPD@-I MKPD@-S DC (=) UL, CSA Non-standard MKPD@--I MKPD@--S PDT Standard MKPD@-I MKPD@-S Non-standard MKPD@--I MKPD@--S MKPD@--I MKPD@--S Varistor DPDT Standard MKPV-I MKPV-S AC (~) UL, CSA Non-standard MKPV--I MKPV--S PDT Standard MKPV-I MKPV-S Non-standard MKPV--I MKPV--I MKPV--S MKPV--S VDE approved DPDT Standard MKP-I-VD MKP-S-VD AC (~), DC (=) UL, CSA, SEV, Non-standard MKP-I-VD MKP-S-VD DEMKO, NEM- KO, SEMKO, PDT Standard MKP-I-VD MKP-S-VD TÜV, Non-standard VDE LED Indicator VDE approved Diode VDE approved Item DIN-railmounted Socket -pin type -pin type Hold-down Clip MKP-I-VD MKP- I-VD MKP-S-VD MKP-S-VD DPDT Standard MKPN-I-VD MKPN-S-VD AC (~), DC (...) UL, CSA, VDE Non-standard MKPN--I-VD MKPN--S-VD PDT Standard MKPN-I-VD MKPN-S-VD Non-standard MKPN--I-VD MKPN--S-VD MKPN--I-VD MKPN--S-VD DPDT Standard MKPD-I-VD MKPD-S-VD DC (...) UL, CSA, VDE Non-standard MKPD--I-VD MKPD--S-VD PDT Standard MKPD-I-VD MKPD-S-VD Non-standard MKPD--I-VD MKPD--S-VD MKPD--I-VD MKPD--S-VD Note:. When ordering, add the rated to the model number. Rated s are given in the coil ratings table in Specifications. Example: MKP-S 0 VAC Rated. This DC coil comes in two types: standard coil polarity and reversed coil polarity. Refer to Terminal Arrangement/Internal Connections. Example: MKPN-I VDC Reverse polarity. Refer to Terminal Arrangement/Internal Connections for non-standard internal connection.. The gold plating thickness depends on the request. Example: MKP-I AP VAC Gold plating thickness: μm PF0A-E PFA-E PFC-A Model G- General-purpose Relay MK-I/-S

Specifications Coil Ratings UL, CSA, DEMKO, NEMKO, SEMKO, SEV, TÜV Rated Rated current Coil resistance Must operate Must release 0 Hz 0 Hz AC V 0 ma 0 ma. Ω 0% max. of rated 0% min. of rated (~) V 0 ma 0 ma. Ω V.0 ma.0 ma.0 Ω 0 V.0 ma. ma 0 Ω 0 V. ma. ma,0 Ω V.0 ma. ma,0 Ω 0 V.0 ma 0. ma,0 Ω 00 V. ma. ma,0 Ω 0 V.0 ma. ma,0 Ω 0 V. ma. ma,0 Ω 0 V. ma. ma,0 Ω DC V ma. Ω % min. of rated (=) V ma Ω V ma 0 Ω V. ma,0 Ω 0 V. ma,00 Ω V. ma,00 Ω Max. 0% to% of rated Power consumption Approx.. VA (at 0 Hz) Approx.. VA (at 0 Hz) Approx.. W VDE Rated Rated current Coil resistance Must operate Must release 0 Hz 0 Hz AC V 0 ma ma. Ω 0% max. of rated 0% min. of rated (~) V ma ma.0 Ω V.0 ma. ma 0. Ω 0 V.0 ma.0 ma 0 Ω 0 V.0 ma 0. ma,0 Ω V. ma.0 ma,00 Ω 0 V 0.0 ma.0 ma,00 Ω 00 V. ma. ma, Ω 0 V. ma. ma,00 Ω 0 V. ma. ma,0 Ω 0 V. ma. ma,00 Ω DC V ma. Ω % min. of rated (=) V ma Ω V.0 ma 0 Ω V.0 ma,0 Ω 0 V. ma,0 Ω V. ma,0 Ω Max. 0% to% of rated Power consumption Approx..0 VA (at 0 Hz) Approx.. VA (at 0 Hz) Approx.. W Electromechanical relays Note:. The rated current and coil resistance are measured at a coil temperature of C with tolerances of +%/-0% for AC rated current and ±% for DC coil resistance.. Performance characteristic data are measured at a coil temperature of C.. ~ indicates AC and = indicates DC (IEC publications).. For 00 VDC applications, a 0-VDC Relay is supplied with a fixed. kω, 0 W resistor. Be sure to connect the resistor in series with the coil.. For models with the LED indicator built in, add an LED current of approximately 0 through ma to the rated current. General-purpose Relay MK-I/-S G-

Contact Ratings Load Contact mechanism Contact material Rated load Characteristics Note: The data shown are initial values. Resistive load (cosφ = ) Single Ag A at 0 VAC A at VDC Inductive load (cosφ = 0.) A at 0 VAC Rated carry current A Max. switching 0 VAC, 0 VDC Max. switching current A Max. switching power,00 VA, 0 W,0 VA Contact resistance Operate time Release time Max. operating frequency Insulation resistance Dielectric strength 0 mω max. AC: 0 ms max. DC: 0 ms max. 0 ms max. Mechanical:,000 operations/hr Electrical:,00 operations/hr (under rated load) 0 MΩ min. (at 00 VDC),00 VAC, 0/0 Hz for min between coil and contacts;,000 VAC, 0/0 Hz for min between contacts of same polarity, terminals of the same polarity;,00 VAC, 0/0 Hz fro min between current-carrying parts, non-current-carrying parts, and terminals of opposite polarity Vibration resistance Destruction: to to Hz, 0.-mm single amplitude (.-mm double amplitude) Malfunction: to to Hz, 0.-mm single amplitude (.0-mm double amplitude) Shock resistance Destruction:,000 m/s (approx. 0G) Malfunction: 0 m/s (approx. G); Endurance Mechanical:,000,000 operations min. (at operating frequency of,000 operations/hour) Electrical: Refer to Engineering Data. Error rate (reference value) ma at VDC Ambient temperature Operating: C to 0 C (with no icing or condensation) Ambient humidity Operating: % to % Weight Approx. g G-0 General-purpose Relay MK-I/-S

Approved Standards The following ratings apply to all models. UL 0 (File No. E)/CSA. No.0/ (File No. LR) to VDC to 0 VAC SEV, DEMKO, NEMKO SEMKO Coil ratings Contact ratings Operations TÜV (VDE 0 Teil 0/0 0, IEC Teil -00/, EN 00/ (TÜV File No.: R0) A, VDC (resistive) A, 0 VAC (resistive) A, 0 VAC (general use) 0,000 cycles Coil ratings Contact ratings Operations to V= to 0 V~ A, 0 V~ (NO) (cosφ = ) A, 0 V~ (NC) (cosφ = ) A, V= (NO) A, V= (NC) A, 0 V~ (cosφ = 0.) 0,000 cycles to V= to 0 V~ Coil ratings Contact ratings Operations A, 0 V~ (NO) (cosφ = ) A, 0 V~ (NC) (cosφ = ) 0,000 cycles Coil ratings Contact ratings Conditions Operations,,,, 0 V=,,, 0, 0,, 0, 00, 0 0, 0 V~ A, 0 V~ (cosφ = ) A, V= A, 0 V~ (cosφ = 0.) IEC --00 Item.. Pollution Degree, Over Category II Pick up class - class Temperature class - class b 0,000 cycles Electromechanical relays VDE (VDE 0 Teil 0/0, IEC Teil -00/ ) (VDE File No.: NR 0) Coil ratings Contact ratings Conditions Operations,,,, 0 V=,,, 0, 0,, 0, 00, 0 0, 0 V~ A, 0 V~ (cosφ = ) A, V= A, 0 V~ (cosφ = 0.) C/0 - class, class C 0,000 cycles General-purpose Relay MK-I/-S G-

Engineering Data Electrical Endurance Maximum Switching Power Endurance (x operations),000,000,000 00 00 0 0 0 0-VAC inductive load -VDC resistive load 0-VAC resistive load 0-VAC resistive load Switching current (A) 0 0 0 0 AC resistive load DC resistive load VDC max. AC inductive load 0 0 0 0 00 00 00,000 Switching (V) 0 Switching current (A) G- General-purpose Relay MK-I/-S

Dimensions Note: All units are in millimeters unless otherwise indicated. Relays. max. 0.. max.. max. Sockets See below for Socket dimensions. Socket Maximum carry current Surface-mounting Socket (for DIN-rail or screw mounting) Finger-protection models A A poles PF0A-E PF0A poles PFA-E PFA --- Note: Use the Surface-mounting Sockets (i.e., finger-protection models) with -E at the end of the model number. When using the PF0A and PFA, be sure not to exceed the Socket s maximum carry current of A. Using at a current exceeding A may lead to burning. Round terminals cannot be used for finger-protection models. Use Y-shaped terminals. PF0A-E (Conforming to EN 00) Terminal Arrangement Mounting Holes Electromechanical relays Eight, M. x sems Two, M or two.-dia. holes max.. ±0. max.. max. PFA-E (Conforming to EN 00) Eleven, M. x sems Two, M or two.-dia. holes max.. ±0.. max.. max. General-purpose Relay MK-I/-S G-

Hold-down Clips PFC-A Mounting DIN-rails PFP-0N, PFP-0N (Conforming to EN 00) PFP-0N (Conforming to EN 00)..±0. ±0. ±0.. ±0.. * 00 (00)* 00±. * This dimension applies to the PFP-0N Mounting Track. * A total of twelve x. elliptic holes is provided with six holes cut from each track end at a pitch of mm. Mounting Height with Sockets Surface-mounting Sockets. (See note.) Two poles.. (See note.) Three poles. PF0A(-E) PFA(-E) Note: PF0A(-E) and PFA(-E) allow either DIN-rail or screw mounting. G- General-purpose Relay MK-I/-S

Terminal Arrangement/Internal Connection (Bottom View) Standard (AC/DC Coil) MKP-I, -S MKP-I, -S MKP-I, -S MKP-I, -S MKP-I, -S VDE-approved Type (AC/DC Coil) ( ): Dual Numbering MKP-I-VD, -S-VD MKP-I-VD, -S-VD MKP-I-VD, -S-VD MKP-I-VD, -S-VD MKP-I-VD, -S-VD () () () () () () () () () () () () () () () () () () () () () () () (A) (A) () () () () () () () () (A) (A) () () () () (A) (A) (A) (A) () () (A) (A) () () LED Indicator Type (AC Coil) MKPN-I, -S MKPN--I, -S MKPN-I, -S MKPN--I, -S MKPN--I, -S Electromechanical relays General-purpose Relay MK-I/-S G-

LED Indicator Type (DC Coil: Standard Polarity) MKPN-I, -S MKPN--I, -S MKPN-I, -S MKPN--I, -S MKPN--I, -S (+) ( ) (+) ( ) (+) ( ) (+) ( ) (+) ( ) LED Indicator Type (DC Coil: Reverse Polarity) MKPN-I, -S MKPN--I, -S MKPN-I, -S MKPN--I, -S MKPN--I, -S ( ) (+) ( ) (+) ( ) (+) ( ) (+) ( ) (+) Diode Type (DC Coil: Standard Polarity) MKPD-I, -S MKPD--I, -S MKPD-I, -S MKPD--I, -S MKPD--I, -S (+) ( ) (+) ( ) (+) ( ) (+) ( ) (+) ( ) Diode Type (DC Coil: Reverse Polarity) MKPD-I, -S MKPD--I, -S MKPD-I, -S MKPD--I, -S MKPD--I, -S ( ) (+) ( ) (+) ( ) (+) ( ) (+) ( ) (+) Varistor Type (AC Coil) MKPV-I, -S MKPV--I, -S MKPV-I, -S MKPV--I, -S MKPV--I, -S G- General-purpose Relay MK-I/-S

LED Indicator and Diode Type (DC Coil) MKPND-I, -S MKPND--I, -S MKPND-I, -S MKPND--I, -S MKPND--I, -S (+) ( ) (+) ( ) (+) ( ) (+) ( ) (+) ( ) LED Indicator and Varistor Type (AC Coil) MKPNV-I, -S MKPNV--I, -S MKPNV-I, -S MKPNV--I, -S MKPNV--I, -S VDE Approved Type LED Indicator Type (DC Coil: Standard Polarity) ( ): Dual Numbering MKPN-I-VD, --VD MKPN--I-VD, --VD MKPN-I-VD, -S-VD MKPN--I-VD, -S-VD MKPN--I-VD, -S-VD () () () () () () () () (A) (A) () () () () (A) (A) (+) ( ) (+) ( ) () () () (A) () () () () () (A) () () () () () () () () () () () () () () () () () (A) (A) (A) (A) () () (+) ( ) (+) ( ) (+) ( ) Electromechanical relays VDE Approved Type LED Indicator Type (DC Coil: Reverse Polarity) MKPN-I-VD, -S-VD MKPN--I-VD, -S-VD MKPN-I-VD, -S-VD MKPN--I-VD, -S-VD MKPN--I-VD, -S-VD () () () () () () () () () () (A) (A) () (A) (A) () ( ) (+) ( ) (+) () () () () () () () (A) (A) () () ( ) (+) () () () () () () () () () (A) (A) ( ) (+) () () () () () () () (A) (A) () () ( ) (+) VDE Approved Type Diode Type (DC Coil: Standard Polarity) MKPD-I-VD, -S-VD MKPD--I-VD, -S-VD MKPD-I-VD, -S-VD MKPD--I-VD, -S-VD MKPD--I-VD, -S-VDS () () () () () () () () () () () () () () () () () () () () () () () () () (A) () (A) () () () () () (A) (A) (A) () () (A) () () (A) (A) (A) (A) () () () () (+) ( ) (+) ( ) (+) ( ) (+) ( ) (+) ( ) General-purpose Relay MK-I/-S G-

VDE Approved Type Diode Type (DC Coil: Reverse Polarity) MKPD-I-VD, -S-VD MKPD--I-VD, -S-VD MKPD-I-VD, -S-VD MKPD--I-VD, -S-VD MKPD--I-VD, -S-VD () () () () (A) () () ( ) (+) (A) () () () () () (A) (A) ( ) (+) () () () () (A) () () () () ( ) (+) () (A) () () () () () (A) () () () ( ) (+) () () (A) () () () (A) () () () () () (A) () ( ) (+) VDE Approved Type LED Indicator Type (AC Coil) MKPN-I-VD, -S-VD MKPN--I-VD, -S-VD MKPN-I-VD, -S-VD MKPN--I-VD, -S-VD MKPN--I-VD, -S-VD () () () () () () () () (A) (A) () () () () (A) (A) () () () () () () () (A) (A) () () () () () () () () () () () (A) (A) () () () (A) () () () () () (A) () ALL DIMENSIONS SHOWN ARE IN MILLIMETERS. To convert millimeters into inches, multiply by 0.0. To convert grams into ounces, multiply by 0.0. Cat. No. J0-E-0 In the interest of product improvement, specifications are subject to change without notice. G- General-purpose Relay MK-I/-S

Power Relay GJ A High-capacity, High-dielectric-strength, Multi-pole Relay Used Like a Contactor Miniature hinge for maximum switching power for motor loads as well as resistive and inductive loads. No contact chattering for momentary drops up to 0% of rated. Withstanding more than kv between contacts that are different in polarity and between the coil and contacts. Flame-resistant materials (ULV-0-qualifying) used for all insulation material. Standard models approved by UL and CSA. Model Number Structure Model Number Legend GJ - - -. Contact Form A: PST-NO AB: PST-NO/SPST-NC AB: DPST-NO/DPST-NC. Terminal Shape P: PCB terminals B: Screw terminals T: Quick-connect terminals (#0 terminal). Contact Structure Z: Bifurcated contact None: Single contact Note: For bifurcated contact type, output is NO (PST-NO) or NC (PST-NO/SPST-NC). Electromechanical relays Ordering Information List of Models Mounting type Contact form PCB terminals Screw terminals Quick-connect terminals PCB mounting PST-NO GJ-A-P, GJ-A-PZ --- --- PST-NO/SPST-NC GJ-AB-P, GJ-AB-PZ --- --- DPST-NO/DPST-NC GJ-AB-P --- --- W-bracket PST-NO --- GJ-A-B, GJ-A-BZ GJ-A-T, GJ-A-TZ (see note) PST-NO/SPST-NC --- GJ-AB-B, GJ-AB-BZ GJ-AB-T, GJ-AB-TZ DPST-NO/DPST-NC --- GJ-AB-B GJ-AB-T Note: These Relays need a W-bracket (sold separately) for mounting. When ordering specify the. Example: GJ-A-P 0 VAC Rated coil Power Relay GJ G-

PCB Terminals Contact form Rated (V) Model PST-NO, 0, 0 to 0, GJ-A-P 00 to 0 VAC,,, 0 VDC PST-NO/ SPST-NC DPST-NO/DPST- NC, 0, 0 to 0, 00 to 0 VAC,,, 0 VDC, 0, 0 to 0, 00 to 0 VAC,,, 0 VDC PCB Terminals (Bifurcated Contact) W-bracket Screw Terminals GJ-AB-P GJ-AB-P Contact form Rated (V) Model PST-NO 00 to 0 VAC GJ-A-PZ VDC PST-NO/ SPST-NC, VDC GJ-AB-PZ Contact form Rated (V) Model PST-NO, 0, 0 to 0, GJ-A-B 00 to 0 VAC,,, 0 VDC PST-NO/ SPST-NC DPST-NO/ DPST-NC, 0, 0 to 0, 00 to 0 VAC,,, 0 VDC, 0, 0 to 0, 00 to 0 VAC,,, 0 VDC GJ-AB-B GJ-AB-B Screw Terminals (Bifurcated Contact) Contact form Rated (V) Model PST-NO/ 00 to 0 VAC GJ-AB-BZ SPST-NC,,,, 0 VDC Tab Terminals Contact form Rated (V) Model PST-NO, 0, 0 to 0, GJ-A-T 00 to 0 VAC,,, 0 VDC PST-NO/ SPST-NC DPST-NO/ DPST-NC, 0, 0 to 0, 00 to 0 VAC,,, 0 VDC, 0, 0 to 0, 00 to 0 VAC,,, 0 VDC GJ-AB-T GJ-AB-T Tab Terminals (Bifurcated Contact) Contact form Rated (V) Model PST-NO 00 to 0 VAC GJ-A-TZ Consult your OMRON representative for details on models not mentioned in this document. Accessories (Order Separately) Name Model Applicable Relay W-bracket R-0 for GF GJ-A-B GJ-AB-B GJ-AB-B GJ-A-T GJ-AB-T GJ-AB-T Application Examples Compressors for air conditioners and heater switching controllers. Switching controllers for power tools or motors. Lamp controls, motor drivers, and power supply switching controllers in copy machines, facsimile machines, and other office equipment. Power controllers for packers or food processing equipment. Power controllers for inverters. G-0 Power Relay GJ

Specifications Coil Ratings Rated Rated current Coil resistance Must-operate AC VAC ma --- % max. of rated 0 VAC ma --- 0 to 0 VAC to. ma --- 00 to 0 VAC to. ma --- Must-release % min. of rated DC VDC VDC ma ma Ω Ω % min. of rated VDC ma Ω VDC ma,0 Ω 0 VDC 0 ma,000 Ω Max. % of rated Power consumption Approx.. to. VA Approx..0 W Note:. The rated current and coil resistance are measured at a coil temperature of C with tolerances of +%/ 0% for AC rated current and ±% for DC coil resistance. (The values given for AC rated current apply at 0 Hz or 0 Hz.). Performance characteristic data are measured at a coil temperature of C.. The maximum is one that is applicable to the Relay coil at C. Contact Ratings Item Resistive load (cos φ = ) Inductive load (cosφ = 0.) Resistive load Contact mechanism Double break Contact material Ag alloy Rated load NO: A at 0 VAC ( A at 0 VAC) NC: A at 0 VAC (. A at 0 VAC) NO: A at 0 VDC NC: A at 0 VDC Rated carry current NO: A ( A) NC: A ( A) Max. switching 0 VAC VDC Max. switching current NO: A ( A) NC: A ( A) Electromechanical relays Note: The values in parentheses indicate values for a bifurcated contact. Characteristics Contact resistance (see note ) 0 mω max. Operate time (see note ) 0 ms max. Release time (see note ) 0 ms max. Max. operating frequency Mechanical:,00 operations/hr Electrical:,00 operations/hr Insulation resistance (see note ),000 MΩ min. (at 00 VDC) Dielectric strength,000 VAC, 0/0 Hz for min between coil and contacts,000 VAC, 0/0 Hz for min between contacts of different polarity,000 VAC, 0/0 Hz for min between contacts of same polarity Impulse withstand,000 V between coil and contact (with. x 0 μs impulse wave) Vibration resistance Destruction: to to Hz, 0.-mm single amplitude (.-mm double amplitude) Malfunction: NO: to to Hz, 0.-mm single amplitude (.-mm double amplitude) NC: to to Hz, 0.-mm single amplitude (.-mm double amplitude) Shock resistance Destruction:,000 m/s Malfunction: NO: 0 m/s NC: 0 m/s Endurance Mechanical:,000,000 operations min. (at,00 operations/hr) Electrical: 0,000 operations min. (at,00 operations/hr) (see note ) Error rate (see note ) 0 ma at VDC (bifurcated contact: VDC ma) Ambient temperature Operating: C to 0 C (with no icing or condensation) Ambient humidity Operating: % to % Weight PCB terminal: approx. 0 g Screw terminal: approx. g Quick-connect terminal: approx. 0 g Power Relay GJ G-

Note:. The above values are all initial values.. The contact resistance was measured with A at VDC using the drop method.. The operate and the release times were measured with the rated imposed with any contact bounce ignored at an ambient temperature of C.. The insulation resistance was measured with a 00-VDC megger applied to the same places as those used for checking the dielectric strength.. The electrical endurance was measured at an ambient temperature of C.. This value was measured at a switching frequency of 0 operations per minute. Approved Standards The GJ satisfies the following international standards. Approval for some international markings and symbols are still pending, however, and information on them will be added when they are approved. UL (File No. E) CSA (File No. LR) Coil ratings Contact ratings Number of test operations to VAC NO contact A VAC, Resistive 0,000 to VDC A 0 VAC, General Use A VAC, General Use A 0 VAC, General Use 0,000. kw 0 VAC, Tungsten,000. hp 0 VAC hp 0// VAC -phase hp 0// VAC 0,000 -phase hp 0// VAC 0FLA/0LRA 0 VAC FLA/LRA VAC TV- 0 VAC,000 A 0 VDC, Resistive 0,000 * A VAC, General Use,000 NC contact A VAC, Resistive 0,000 A 0 VAC, General Use A VAC, General Use A 0 VDC, Resistive * A VAC, General Use,000 Note: *These ratings are bifurcated contact ratings. Reference UL approval: UL0 for industrial control devices UL0 for information processing equipment including business machines CSA approval: CSA C. No. for industrial control devices CSA C. No. 0 for information processing equipment including business machines VDE (File No. UG) Model Coil ratings Contact ratings NO contact GJ-A-B(P) (T) (Z) GJ-AB(P) (T) GJ-AB-B(P) (T) (Z),,,, 0 VDC, 0, 0 to 0, 00 to 0 VAC Note: Add the suffix -KM to the model number when ordering. *These ratings are bifurcated contact ratings. Reference VDE approval: EN0--00: EN0-: A 0 VAC cosφ = 0. A 0 VAC cosφ = A 0 VDC L/R * A 0 VAC cosφ = 0. NC contact A 0 VAC cosφ = 0. A 0 VAC cosφ = A 0 VDC L/R * A 0 VAC cosφ = 0. G- Power Relay GJ

KEMA (File No. 00.0) GJ-A-B(P) (T) (Z) GJ-AB(P) (T) GJ-AB-B(P) (T) (Z) Note: Add the suffix -KM to the model number when ordering. *This rating is the bifurcated contact rating. Reference KEMA approval: Model Coil ratings Contact ratings EN0-- for contacts IEC-- for contacts NO contact 00 to 0 VAC Class AC: A at 0 VAC. A at 0 to 0 VAC,,,, 0 VDC, 0, 0 to 0, 00 to 0 VAC Class AC:. A at 0 VAC and. A at 0 to 0 VAC *Class AC: A at 0 VAC Engineering Data Maximum Switching Power Endurance Switching current (A) DC resistive load (NO contact) DC resistive load (NC contact) AC resistive load (cosφ = ) AC inductive load (cosφ = 0.) (NO contact) AC resistive load (cosφ = ) AC inductive load (cosφ = 0.) (NC contact) Endurance (x operations),000,000,000 00 00 00 0 0 0 VAC (NO contact) 0 VAC (NC contact) Electromechanical relays 00 0 Switching (V) Switching current (A) Malfunctioning Shock GJ-AB Terminals upwards A downwards Button upwards Energized Not energized Button downwards A downwards Number of samples: Measurement conditions: Increase and decrease the specified shock gradually imposed in ±X, ±Y, and ±Z directions three times each with the Relay energized and not energized to check the shock values that cause the Relay to malfunction. Criteria: There must not be any contact separation for ms or greater with a shock of 0 m/s imposed when the coil is energized or with a shock of 0 m/s when the coil is not energized. Unit: m/s Terminals downwards Shock direction Power Relay GJ G-

Ambient Temperature vs. Must-operate and Mustrelease Voltage GJ 0 to 0 VAC Ambient Temperature vs. Coil Temperature Rise GJ-A 0 to 0 VAC Must-operate and reset (%) Number of Relays: Must-operate Must-release Coil temperature rise ( C) Number of Relays: GJ VDC Ambient temperature ( C) GJ-A VDC Ambient temperature ( C) Must-operate and reset (%) Number of Relays: Must-operate Must-release Coil temperature rise ( C) Number of Relays: Ambient temperature ( C) Ambient temperature ( C) Motor Load Item GJ-A-P, GJ-AB-P, GJ-A-B, GJ-AB-B, GJ-A-T, GJ-AB-T Load φ, 0 VAC,. kw (with a inrush current of A and a breaking current of A) Endurance Electrical: 0,000 operations min. G- Power Relay GJ

Dimensions Note: All units are in millimeters unless otherwise indicated. Screw Terminals with W-bracket GJ-A-B, GJ-A-BZ, GJ-AB-B, GJ-AB-BZ, GJ-AB-B Ten, M. Mounting Holes. max. Two,. dia. or M.. ±0... max.. max. Quick-connect Terminals with W-bracket GJ-A-T, GJ-A-TZ, GJ-AB-T, GJ-AB-TZ, GJ-AB-T. max. Mounting Holes Two,. dia. or M Electromechanical relays Note: W-bracket is sold separately. max.. max. PCB Terminals with PCB Mounting GJ-A-P, GJ-A-PZ, GJ-AB-P, GJ-AB-PZ, GJ-AB-P. max. Mounting Dimensions 0,. +0. dia. 0 max.. max. Power Relay GJ G-

Terminal Arrangement/Internal Connections GJ-A-P(B) (T) (Z) GJ-AB-P(B) (T) (Z) GJ-AB-P(B) (T) Note: Terminals and of the GJ-A-P(B)(T)(Z) and contacts and of the GJ-AB-P(B)(T)(Z) are bifurcated contacts. A A A A A A The coil has no polarity. Accessories (Order Separately) R-0 W-bracket (for GF) Two,. dia. Mounting Holes Two,. dia. or M 0. ±0. G- Power Relay GJ