Omron Solid State Relay, 10 (With Heatsink) A, 4 (Without Heatsink) A Load, DIN Rail Mount, 220 V dc Load, 32 V dc
Technical Document
Specifications
Brand
OmronMaximum Load Current
10 (With Heatsink) A, 4 (Without Heatsink) A
Mounting Type
DIN Rail
Maximum Load Voltage
220 V dc
Minimum Load Voltage
4 V dc
Minimum Control Voltage
4 V dc
Maximum Control Voltage
32 V dc
Switching Type
Non-Zero Crossing
Control Voltage Range
4 → 32 V dc
Minimum Load Current
0.1 A
Terminal Type
Screw
Contact Configuration
SPST
Output Device
Photocoupler
Maximum Turn On Time
1 ms
Load Voltage Range
4 → 220V dc
Dimensions
43 x 27 x 58mm
Height
58mm
Off State Leakage Current
5 mA
Length
43mm
Operating Temperature Range
-30 → +80°C
Depth
27mm
Product details
G3NA Series
Omron G3NA Hockey-puck-style solid state relays available in a wide range of currents and voltage (5 to 90A, max 660V ac)
All models have the same compact dimensions to provide an uniform mounting pitch
Protective cover for greater safety
Indicator enables monitoring operation
Built-in varistor absorbing external surges
P.O.A.
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P.O.A.
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Technical Document
Specifications
Brand
OmronMaximum Load Current
10 (With Heatsink) A, 4 (Without Heatsink) A
Mounting Type
DIN Rail
Maximum Load Voltage
220 V dc
Minimum Load Voltage
4 V dc
Minimum Control Voltage
4 V dc
Maximum Control Voltage
32 V dc
Switching Type
Non-Zero Crossing
Control Voltage Range
4 → 32 V dc
Minimum Load Current
0.1 A
Terminal Type
Screw
Contact Configuration
SPST
Output Device
Photocoupler
Maximum Turn On Time
1 ms
Load Voltage Range
4 → 220V dc
Dimensions
43 x 27 x 58mm
Height
58mm
Off State Leakage Current
5 mA
Length
43mm
Operating Temperature Range
-30 → +80°C
Depth
27mm
Product details
G3NA Series
Omron G3NA Hockey-puck-style solid state relays available in a wide range of currents and voltage (5 to 90A, max 660V ac)
All models have the same compact dimensions to provide an uniform mounting pitch
Protective cover for greater safety
Indicator enables monitoring operation
Built-in varistor absorbing external surges