6.1. Power Supplies. Contents. PSG Series. General-Purpose and Sensor Power Supplies. Features, Benefits and Functions. Product Description

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.1 PSG Series Contents Description PSG Series Catalog Number Selection................ Technical Data and Specifications.......... Power Derating Curves.................. Dimensions........................... ELC Series.

1 .1 PSG Series Contents Description PSG Series Catalog Number Selection Technical Data and Specifications Power Derating Curves Dimensions ELC Series EZ Power Supply Sensor Power Supply Page V7-T-4 V7-T-5 V7-T-13 V7-T-1 V7-T-22 V7-T-25 V7-T-28 PSG Series Product Description Eaton s PSG Series of power supplies is designed to be a high-performance, highquality line of products covering a majority of 12 Vdc and 24 Vdc control applications. With global certifications, a compact size and an impressive operating temperature range, the PSG Series fits a wide variety of applications at a competitive price. Our expansive 22 model offering is able to provide solutions for most applications with PSG outputs ranging from 12 Vdc at 1.25A up to 24 Vdc at A, plus redundancy and buffer modules to ensure uptime. Application Description The PSG Series is a line of general-purpose power supplies for use in a wide variety of industrial control applications. Applications include communication networks, sensors, PLCs and many other electrical systems. Each model is equipped with the options of a rugged metal or plastic housing, heavy-duty screw or finger-safe terminals and a variety of protection features, making the PSG one of the most versatile industrial power supply lines on the market. Features, Benefits and Functions Universal input voltages: 2 Vac for singlephase units, Vac for three-phase units with available ranges up to Vac General-purpose 12 Vdc and 24 Vdc adjustable output 1% power surge output Wide operating temperature range: 2 C to + C MTBF up to 1,, hours ensures uptime and reliability Protection from overvoltage, overcurrent and overtemperature conditions Rugged aluminum and plastic housings provide the durability required to stand up to harsh environments All-metal DIN rail mounting hardware Heavy-duty screw and finger-safe terminals LED indicating light for simplifies troubleshooting Conformal coated electronics Hazardous Location Class I, Division 2 rated models NEC Class II rated model Redundancy modules keep loads up and running in the event of a device failure Buffer module has the stored power needed to keep loads running through a power failure Standards and Certifications culus listed UL 8 and CSA 22.2 No CSA listed CSA 22.2 No ccsaus Class I, Div. 2 Group A, B, C, D, T4 IEC EN CE marked RoHS compliant Note: Some models may not carry all certifications listed. Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-3 Proof #3 Zoltun Design 1/1/14

2 .1 Power Supplies Catalog Number Selection PSG Series Series PSG = PSG power supply 15 = 15W 3 = 3W = W = W Output Watts 12 = 12W 2 = 2W 4 = 4W = W PSG 2 F 24 R M Model E = Single-phase F = Three-phase R = Redundancy module B = Buffer module N = NEC Class II Output Voltage 24 = 24 Vdc 12 = 12 Vdc Blank = 24 Vdc Note: Not all combinations are available. See Pages V7-T-5 V7-T-12 for all available combinations. Housing M = Aluminum P = Plastic Blank = Aluminum Terminals S = Screw R = Finger-safe Blank = Screw V7-T-4 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

3 .1 Technical Data and Specifications PSG Series Input Note Single-Phase PSG15E12SP PSG3E12SP PSGE12SM PSGE12SM PSGE PSGE24SP PSGE24RM Nominal voltage 2 Vac 2 Vac 2 Vac 2 Vac 2 Vac 2 Vac 2 Vac AC input range Vac Vac Vac Vac Vac Vac Vac DC input range Vdc Vdc Vdc Vdc Vdc Vdc Vdc Frequency 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz Nominal current 1 <.37A <.7A <1.35A <2.5A 1.1A <1.1A <1.4A Inrush current limitation 1 <3A <3A <A <A 3A <A <2A Internal fuse T3.15AH / 2V T3.15AH / 2V T3.15AH / 2V T3.15AH / 2V T3.15AH / 2V T3.15AH / 2V T3.15AH / 2V External fusing 4A or A 4A or A A, 1A or 1A A, 1A or 1A A, 1A or 1A A, 1A or 1A A, 1A or 1A Leakage current <1 ma <1 ma <1 ma <1 ma <1 ma <1 ma <1 ma Output Power 15W 3W W W W W W Nominal output voltage 12 Vdc ±2% 12 Vdc ±2% 12 Vdc ±2% 12 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% ment range Vdc Vdc Vdc Vdc Vdc Vdc Vdc Nominal current 1.25A 2.5A 5A 8.33A 2.5A 2.5A 2.5A Startup with capacitive loads Max. µf Max. µf Max. µf Max. 1, µf Max. µf Max. µf Max. µf Efficiency >84% at 115 Vac, >83% at 23 Vac >85% at 115 Vac and 23 Vac 1 Ratings for single-phase models are at 115 Vac; three-phase models are at Vac. >85% at 115 Vac and 23 Vac >85.5% at 115 Vac, >87.5% at 23 Vac >85% typ >8% at 115 Vac, >87% at 23 Vac Current surge 1.875A 3.75A 7.5A A 3.75A 3.75A 3.75A Current surge time 3s 3s 3s 3s 1s (at 1s intervals) 3s 5s Residual ripple/peak switching (2 MHz) <m Vpp <m Vpp <m Vpp <m Vpp <m V / <2m Vpp <m V / <2m Vpp Turn-on time <2.5s <2.5s <2.5s <.s <2.5s <3s <2s Mains buffering at nominal >22 ms >22 ms >22 ms >22 ms >2 ms >2 ms >2 ms load (typ.) 1 Parallel operation PSG4R24RM / PSGR24RM / Galvanic Isolation Input/output 4k Vac 4k Vac 4k Vac 4k Vac 4k Vac (type test) / 3k Vac (routine test) PSG4R24RM / PSGR24RM / >% at 115 Vac and 23 Vac <m Vpp / <1m Vpp PSG4R24RM / PSGR24RM / Input/ground 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac 1.5k Vac (routine test) Output/ground 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac Vac (routine test) General/Physical Data Housing material Plastic Plastic Aluminum Aluminum Aluminum Plastic Aluminum Signals Green LED for Green LED for Green LED for Green LED for Green LED for Green LED for Green LED for MTBF >1,, hr >1,, hr >, hr >, hr >, hr >, hr >1,, hr Dimensions (L) mm mm 121 mm 121 mm 121 mm 12. mm 121 mm Dimensions (W) 32 mm 32 mm 32 mm mm 32 mm 32 mm 32 mm Dimensions (H). mm. mm 12 mm mm 12 mm 113 mm 125 mm Weight (kg) Terminals Screw Screw Screw Screw Screw Screw Finger-safe, removable Wire size AWG AWG AWG AWG AWG AWG AWG Operating temperature 2 C to +75 C 2 C to +75 C 2 C to +75 C 2 C to +75 C 2 C to +75 C 2 C to +75 C 2 C to + C Storage temperature 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 4k Vac 4k Vac Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-5 Proof #3 Zoltun Design 1/1/14

4 .1 Power Supplies PSG Series, continued General/Physical Data, continued Power derating vertical mounting Power derating horizontal mounting Operating humidity Single-Phase PSG15E12SP PSG3E12SP PSGE12SM PSGE12SM PSGE PSGE24SP PSGE24RM > C derate power > C derate power by 4% / C > C derate power > C derate power by 4% / C > C derate power > C derate power by 4% / C > C derate power by 2.5% / C N/A N/A N/A > C derate power > C derate power by 4% / C > C derate power by 2.5% / C < C to 2 C derate power by 1% / C, > C derate power > C derate power by 4% / C > C derate power by 2.5% / C N/A N/A > C derate power by 2.5% / C Vibration 1 to 1 Hz,.35 mm acc. m/s 2, single amplitude (5G max.) for min. in each X, Y and Z directions, in accordance with IEC 8-2- Pollution degree Climatic class Safety and Protection EN 721 EN 721 EN 721 EN 721 EN 721 EN 721 Transient surge voltage Varistor Varistor Varistor Varistor Varistor Varistor Varistor Surge voltage protection against internal surge Safety class Shock Yes Yes Yes Yes Yes Yes Yes 3G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC EN 721 3G (3 m/s 2 ) in all to IEC V7-T- Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

5 .1 PSG Series, continued Input Note Single-Phase, continued PSGN24RP PSG12E PSG12E24RM PSG2E PSG2E24RM PSG4E PSG4E24RM Nominal voltage 2 Vac 2 Vac 2 Vac 2 Vac 2 Vac 2 Vac 2 Vac AC input range Vac Vac Vac Vac Vac Vac Vac DC input range N/A Vdc Vdc Vdc Vdc Vdc Vdc Frequency 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz Nominal current 1 <1.5A at Vac 1.4A <2.2A 2.9A <2.5A 5.7A <5A Inrush current limitation 1 <A <A <35A N/A <35A N/A <35A Internal fuse T3.15AH / 2V T3.15AH / 2V T4AH / 2V T.3AH / 2V T.3AH / 2V F1H / 2A T8AH / 2V External fusing A, 1A or 1A A, 1A or 1A A, 1A or 1A 1A or 1A 1A or 1A 1A or 1A 1A or 1A Leakage current <1 ma <1 ma <1 ma <3.5 ma <1 ma <1 ma <3 ma Output Power W 12W 12W 2W 2W 4W 4W Nominal output voltage 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% ment range Vdc Vdc Vdc Vdc Vdc Vdc Vdc Nominal current 2.5A 5A 5A 1A 1A 2A 2A Startup with capacitive loads Max. µf Max. 1, µf Max. 1, µf Max. 1, µf Max. 1, µf Max. 1, µf Max. 1, µf Efficiency >8% at 115 Vac, >87% at 23 Vac >84% typ >89% at 115 Vac, >% at 23 Vac 1 Ratings for single-phase models are at 115 Vac; three-phase models are at Vac. >84% typ >% at 115 Vac and 23 Vac >8% typ >% at 115 Vac and 23 Vac Current surge N/A 7.5A 7.5A 15A 15A 3A 3A Current surge time N/A 1s (at 1s intervals) 5s 1s (at 1s intervals) 5s 1s (at 1s intervals) 5s Residual ripple/peak switching (2 MHz) <m Vpp / <2m Vpp <m V / <2m Vpp <m Vpp / <1m Vpp <m V / <2m Vpp <m Vpp / <1m Vpp <m V / <2m Vpp Turn-on time <3s <1s <1s <1s <1s <1s <1s Mains buffering at nominal >2 ms >35ms >2 ms >2 ms >2 ms >2 ms >2 ms load (typ.) 1 Parallel operation PSG4R24RM / PSGR24RM / Galvanic Isolation PSG4R24RM / PSGR24RM / Input/output 4k Vac 4k Vac (type test) / 3k Vac (routine test) PSG4R24RM / PSGR24RM / PSG4R24RM / PSGR24RM / 4k Vac 4k Vac (type test) / 3k Vac (routine test) PSG4R24RM / PSGR24RM / PSG4R24RM / PSGR24RM / 4k Vac 4k Vac (type test) / 3k Vac (routine test) <m Vpp PSG4R24RM / PSGR24RM / Input/ground 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac (routine test) 1.5k Vac (routine test) 1.5k Vac (routine test) Output/ground 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac (type test) / 1.5k Vac 1.5k Vac (type test) / 1.5k Vac Vac (routine test) Vac (routine test) Vac (routine test) General/Physical Data Housing material Aluminum Aluminum Aluminum Aluminum Aluminum Aluminum Aluminum Signals Green LED for Green LED for Green LED for Green LED for Green LED for Green LED for Green LED for MTBF >, hr >, hr >, hr >3, hr >, hr >3, hr >, hr Dimensions (L) 12. mm 121 mm 121 mm 121 mm 121 mm 121 mm 121 mm Dimensions (W) 32 mm 32 mm mm 85 mm 85 mm 1 mm 144 mm Dimensions (H) mm 12 mm mm mm mm 115 mm 118. mm Weight (kg) Terminals Finger-safe, fixed Screw Finger-safe, removable Screw Finger-safe, removable Wire size AWG 22 1 AWG AWG 2 12 AWG AWG 1 14 AWG 1 14 (input) AWG 12 1 (output) Screw 4k Vac Finger-safe, fixed AWG 18 1 Operating temperature 2 C to + C 2 C to +75 C 2 C to + C 2 C to +75 C 2 C to + C 2 C to +75 C 25 C to +75 C Storage temperature 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-7 Proof #3 Zoltun Design 1/1/14

6 .1 Power Supplies PSG Series, continued General/Physical Data, continued Power derating vertical mounting Power derating horizontal mounting Operating humidity Single-Phase, continued PSGN24RP PSG12E PSG12E24RM PSG2E PSG2E24RM PSG4E PSG4E24RM > C derate power > C derate power by 4% / C > C derate power > C derate power by 4% / C > C derate power by 2.5% / C N/A > C derate power by 2.5% / C > C derate power by 2.5% / C > C derate power > C derate power by 4% / C > C derate power by 2.5% / C > C derate power by 2.5% / C N/A N/A N/A N/A > C derate power > C to 75 C derate power by 5% / C Vibration 1 to 1 Hz,.35 mm acc. m/s 2, single amplitude (5G max.) for min. in each X, Y and Z directions, in accordance with IEC 8-2- Pollution degree Climatic class Safety and Protection EN 721 EN 721 EN 721 EN 721 EN 721 EN 721 Transient surge voltage Varistor Varistor Varistor Varistor Varistor Varistor Varistor Surge voltage protection against internal surge Safety class Shock Yes Yes Yes Yes Yes Yes Yes 3G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC G (3 m/s 2 ) in all to IEC EN 721 3G (3 m/s 2 ) in all to IEC V7-T-8 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

7 .1 PSG Series, continued Input Note Three-Phase PSGF24RM PSG12F24RM PSG2F24RM PSG4F24RM PSGF24RM Nominal voltage 3 x Vac 3 x Vac 3 x Vac 3 x Vac 3 x Vac AC input range 3 x 32 Vac 3 x 32 Vac 3 x 32 Vac 3 x 32 Vac 3 x 32 Vac DC input range 4 Vdc 4 Vdc 4 Vdc 4 Vdc 4 Vdc Frequency 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz 47 3 Hz Nominal current 1 <.3A <.5A <.75A <1A <1.7A Inrush current limitation 1 <3A <3A <A <A <A Internal fuse T 3.15AH / V, V T 3.15AH / V, V T 3.15AH / V, V T 3.15AH / V T 4 AH / V External fusing 3 x circuit breakers A, 1A or 1A 3 x circuit breakers A, 1A or 1A 1 Ratings for single-phase models are at 115 Vac; three-phase models are at Vac. 3 x circuit breakers A, 1A or 1A 3 x circuit breakers A, 1A or 1A Leakage current <3.5 ma <3.5 ma <3.5 ma <3.5 ma <3.5 ma Output Power W 12W 2W 4W W 3 x circuit breakers 1A or 1A Nominal output voltage 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% 24 Vdc ±2% ment range Vdc Vdc Vdc Vdc Vdc Nominal current 2.5A 5A 1A 2A A Startup with capacitive loads Max. 1, µf Max. 1, µf Max. 1, µf Max. 1, µf Max. 1, µf Efficiency >8% at 3 x Vac and 3 x Vac >88% at 3 x Vac and 3 x Vac >92% at 3 x Vac and 3 x Vac >91% at 3 x Vac and 3 x Vac Current surge 3.75A 7.5A 15A 3A A Current surge time 5s 5s 5s 5s 5s Residual ripple/peak switching (2 MHz) >92% at 3 x Vac and 3 x Vac <m Vpp <m Vpp <1m Vpp <1m Vpp <2m Vpp Turn-on time <1s <1s <1s <1s <1.5s Mains buffering at nominal >2 ms >2 ms >2 ms >2 ms >2 ms load (typ.) 1 Parallel operation PSG4R24RM / PSGR24RM / Galvanic Isolation PSG4R24RM / PSGR24RM / PSG4R24RM / PSGR24RM / PSG4R24RM / PSGR24RM / Input/output 4k Vac 4k Vac 4k Vac 4k Vac 4k Vac Input/ground 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac Output/ground 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac 1.5k Vac General/Physical Data PSGR24RM / Housing material Aluminum Aluminum Aluminum Aluminum Aluminum Signals Green LED for Green LED for Green LED for Green LED for Green LED for MTBF >, hr >, hr >3, hr >, hr >3, hr Dimensions (L) 121 mm 121 mm 121 mm 121 mm 121 mm Dimensions (W) mm mm mm 1 mm 255 mm Dimensions (H) mm mm mm mm mm Weight (kg) Terminals Finger-safe, fixed Finger-safe, fixed Finger-safe, fixed Finger-safe, fixed Finger-safe, fixed Wire size AWG AWG AWG (input) AWG 1 12 (output) AWG 18 8 (input) AWG 12 1 (output) AWG 18 8 (input) AWG 12 1 (output) Operating temperature 25 C to +75 C 25 C to +75 C 25 C to +75 C 25 C to + C 25 C to +5 C Storage temperature 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C 25 C to +85 C Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-9 Proof #3 Zoltun Design 1/1/14

8 .1 Power Supplies PSG Series, continued General/Physical Data, continued Power derating vertical mounting Power derating horizontal mounting Three-Phase, continued PSGF24RM PSG12F24RM PSG2F24RM PSG4F24RM PSGF24RM > C derate power > C derate power by 5% / C >45 C derate power >55 C derate power by 1.% / C, > C derate power by 5% / C > C derate power > C derate power by 5% / C > C derate power > C derate power by 5% / C > C derate power > C derate power by 5% / C > C derate power > C derate power by 5% / C > C derate power > C derate power by 5% / C > C derate power by 2.5% / C Operating humidity 5 to 95% RH, 5 to 95% RH, Vibration 1 to Hz,.35 mm acc. 3 m/s 2, single amplitude (3G max.) for min. in each X, Y and Z directions, in accordance with IEC 8-2- Pollution degree Climatic class EN 721 EN 721 EN 721 EN 721 EN 721 Safety and Protection Transient surge voltage Varistor Varistor Varistor Varistor Varistor Surge voltage protection against internal surge Safety class Shock Yes Yes Yes Yes Yes 3G (3 m/s 2 ) in all directions according to IEC G (3 m/s 2 ) in all directions according to IEC G (3 m/s 2 ) in all directions according to IEC N/A 3G (3 m/s 2 ) in all directions according to IEC N/A 3G (3 m/s 2 ) in all directions according to IEC V7-T-1 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

9 .1 PSG Series, continued Input Note Redundancy Modules PSG4R24RM PSGR24RM Nominal voltage Vdc Vdc DC input range 22 Vdc 22 Vdc Nominal current <2A <A Inrush current limitation <25A <A Output Nominal output voltage Vin.5V (typ.) Vin.5V (typ.) Nominal current <2A <A Efficiency >97% typ. >97% typ. Galvanic Isolation Input/ground 1.5k Vac 1.5k Vac Output/ground 1.5k Vac 1.5k Vac General/Physical Data Housing material Aluminum Aluminum Signals 1 Green LED for DC Vin1 OK and DC Vin2 OK Green LED for DC Vin1 OK and DC Vin2 OK MTBF >, hr >, hr Dimensions (L) 121 mm 121 mm Dimensions (W) mm mm Dimensions (H) mm mm Weight (kg) Terminals Finger safe fixed Finger safe fixed Wire size AWG 12 1 AWG 12 1 Operating temperature C to + C C to + C Storage temperature C to +85 C C to +85 C Power de-rating vertical mounting > C de-rate power by 2.5% / C > C de-rate power by 2.5% / C Power de-rating horizontal mounting N/A N/A Operating humidity < 95% RH, < 95% RH, Vibration 1 to Hz,.35 mm acc. 3m/s², single amplitude (3G max.) for min. in each X, Y and Z directions, in accordance with IEC 8-2- Pollution degree 2 2 Climatic class EN 721 EN 721 Safety and Protection Safety class Class III with ground Class III with ground 1 to Hz,.35 mm acc. 3m/s², single amplitude (3G max.) for min. in each X, Y and Z directions, in accordance with IEC 8-2- Shock 3G (3m/S²) in all to IEC G (3m/S²) in all to IEC The LED will turn on when the Vin1 and Vin2 > 18V ±5% (for 24V system) or > 3V ±5% (for 48V system) and not more than 3V (for 24V system) or not more than V (for 48V system), the relay contacts will be closed. If Vin1 and Vin2 is under or over this range, the LED will be turned off. Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-11 Proof #3 Zoltun Design 1/1/14

10 .1 Power Supplies PSG Series, continued Buffer Module PSG4B24RM Input Nominal voltage 24 Vdc DC input range Vdc Maximum voltage 35 Vdc Current Charging mode: <.A Discharging mode: 2A max. Power (standby mode) 2.5W average Maximum signal (inhibit) 35V / 1 ma Max inrush current < 2A Charging time < 3s Output Nominal voltage 24 Vdc typ. DC adjustment range Switch = "Fix 22V": Buffering starts if terminal voltage falls below 22V Switch = "Vin-1V" (Factory Setting): Buffering starts if terminal voltage is decreased by >1V Maximum voltage 35 Vdc Current 2A max. buffering time 2 ms min. at 24V/2A load, 5s min. at 24V/1A load Maximum signal 35V / 1 ma PARD (2MHz) <2 mvpp Galvanic isolation Input/ground 1.5 kvac Output/ground 1.5 kvac Signal/ground 1.5 kvac General/Physical Data Housing material Aluminum Signals Green LED off: unit is discharged or Vin < 22 Vdc Green LED on: unit is fully charged Green LED blinking slowly: unit is charging Green LED blinking quickly: unit is discharging MTBF >, hr Parallel Yes Series No Dimensions (L) 121 mm Dimensions (W) mm Dimensions (H) 12.1 mm Weight (kg).7 Terminals Finger safe fixed Wire Size Input / Output: AWG 12 1 Signal: AWG 24 1 Operating temperature 25 C to +75 C Storage temperature 25 C to +85 C Power de-rating vertical mounting > C de-rate power by 5% / C Operating humidity < 95% RH, Vibration 1 to Hz,.35 mm acc. 3m/s², single amplitude (3G max.) for min. in each X, Y and Z directions, in accordance with IEC 8-2- Pollution degree 2 Safety and Protection Shock 3G (3m/S²) in all to IEC Safety class V7-T-12 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

11 .1 Power Derating Curves Vertical Mounting Position PSG15E12SP Vertical Mounting Position PSG3E12SP Vertical Mounting Position PSGE12SM Vertical and Horizontal Mounting Position PSGE12SM Vertical Mounting Horizontal Mounting Vertical Mounting Position PSGE Vertical Mounting Position PSGE24SP Vertical and Horizontal Mounting Position PSGE24RM Vertical and Horizontal Mounting Position PSGN24RP Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-13 Proof #3 Zoltun Design 1/1/14

12 .1 Power Supplies Vertical Mounting Position PSG12E and PSG4E Vertical and Horizontal Mounting Position PSG12E24RM Vertical Mounting Position PSG2E Vertical and Horizontal Mounting Position PSG2E24RM Vertical Mounting Horizontal Mounting Vertical Mounting Position PSG4E24RM Vertical and Horizontal Mounting Position PSGF24RM Vertical Mounting Horizontal Mounting Vertical and Horizontal Mounting Position PSG12F24RM Vertical Mounting Horizontal Mounting Vertical and Horizontal Mounting Position PSG2F24RM Vertical Mounting Horizontal Mounting V7-T-14 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

13 .1 Vertical Mounting Position PSG4F24RM Vertical Mounting Position PSGF24RM Vertical Mounting Position PSG4R24RM Vertical Mounting Position PSGR24RM Vertical Mounting Position PSG4B24RM Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-15 Proof #3 Zoltun Design 1/1/14

14 .1 Power Supplies Dimensions Approximate Dimensions in mm Note: Dimensions are for reference only. PSG15E12SP 32. (C) 1.. PSGE12SM 32. PSGE12SM 24V 2.5A CAUTION HOT SURFACE V~1.5A -Hz 5. ±.2 PSG3E12SP PSGE12SM PSGE12SM 24V 8.33A V~ 2.5A Hz 5. V7-T-1 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

15 .1 Approximate Dimensions in mm Note: Dimensions are for reference only. PSGE PSGE 24V 2.5A CAUTION HOT SURFACE PSGE24RM 32. ± ± ± ±.2 5. ±.2-2V~1.5A -Hz PSGE24SP 32. ±..8 ±.4 1. ± ±. 11. ±.3 PSGN24RP 32. ±. 1.5 ±.4.8 (ref.) ± ±.4 PSGE24SP 24V 2.5A ± ±. PSGN24RP 24V 2.5A NEC Class ± V~ 1.5A Hz 2V~ 1.5A Hz (ref.) Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-17 Proof #3 Zoltun Design 1/1/14

16 .1 Power Supplies Approximate Dimensions in mm Note: Dimensions are for reference only. PSG12E. ±.2 DC 24V 5A PSG2E AC -2V 2A - Hz 121. ± ± V 1A PSG2E -2V~5A -Hz ±.2 CAUTION HOT SURFACE PSG12E24RM PSG12E24RM 24V 5A ± ±.2 PSG2E24RM 24V 1A PSG2E24RM ± CAUTION HOT SURFACE 2V~ 3.5A Hz 2V~ 2.5A Hz V7-T-18 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

17 .1 Approximate Dimensions in mm Note: Dimensions are for reference only. PSG4E PSGF24RM PSG4E N L. ±.1 24V 2.5A PSGF24RM Three-Phase V ~.3A Hz ±.35-2V~ A -Hz PSG4E24RM 121. PSG4E24RM 144. ±1. 24V 2V ~A Hz 24V 2A N L + + 2A PSG12F24RM. 24V 5A PSG12F24RM Three-Phase V ~.3A Hz ± ± Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-19 Proof #3 Zoltun Design 1/1/14

18 .1 Power Supplies Approximate Dimensions in mm Note: Dimensions are for reference only. PSG2F24RM PSGF24RM ±.35 24V 5. 5A PSG2F24RM Three-Phase V ~.75A Hz PSG4F24RM ±.7. 24V A PSGF24RM Three-Phase V ~1.7A Hz PSG4R24RM ± V 5. 2A PSG4F24RM Three-Phase V ~1A Hz ± V V 2A PSG4R24SM V in1 V in2 V out Com V in1 V in2 OK OK OK * (ref) 2A Max. Redundancy Module 5. V7-T-2 Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January Proof #3 Zoltun Design 1/1/14

19 .1 Approximate Dimensions in mm Note: Dimensions are for reference only. PSGR24RM 22V V A PSGR24RM. V in1 V in2 V out Com V in1 V in2 OK OK OK ± PSG4B24RM 5. 24V A PSG4B24RM Status ± ± A Max. Redundancy Module 5. Volume 7 Logic Control, Operator Interface and Connectivity Solutions CA88E January V7-T-21 Proof #3 Zoltun Design 1/1/14

Model Number Structure

Model Number Structure Solid State Relays Refer to Safety Precautions for All Solid State Relays. Extremely Thin Relays Integrated with Heat Sinks Downsizing achieved through optimum design of heat sink. Mounting possible via