Compact FASTON terminals ac switching solid state relay

Home Products Solid State Relays (AC Switching)Single Phase Solid State RelaysCompact FASTON terminals ac switching solid state relay

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Product Details

Compact FASTON terminals ac switching solid state relay

1-Phase, 15A and 25A, 230VAC with LED status indicator, FASTON terminals connection, easy to use, compact design, miniature package for space-demanding applications.

 

Greegoo's GF1 series solid state relay provides a compact solid state switching solution suited for confined spaces. Long life time is ensured by the use of assembly technology that reduces stresses on the power semiconductors. A green LED indicates presence of the control voltage. FASTON terminals enable fast installation. 

 

  • AC switching Solid State Relay
  • Switching through back to back thyristors
  • Long lifetime through reduced stress on output chip
  • Operational ratings: up to 280 VAC, 25A
  • Control voltage: 5 VDC, 12 VDC, 24 VDC
  • LED for control status indication
  • Opto isolation input to output 3750 VAC
  • Pre-attached thermal interface to SSR backplate

 

 

Model  Rated

load current

Control voltage Output Voltage Switching type Termination
GF1Z28L25 25A L:5(4-8)VDC 24-280VAC Zero cross Standard quick connect
GF1Z28M25 25A M:12(10-14)VDC 24-280VAC Zero cross Standard quick connect
GF1Z28D25 25A D:24(21-27)VDC 24-280VAC Zero cross Standard quick connect
GF1R28L25 25A L:5(4-8)VDC 24-280VAC Random  Standard quick connect
GF1R28M25 25A M:12(10-14)VDC 24-280VAC Random  Standard quick connect
GF1R28D25 25A D:24(21-27)VDC 24-280VAC Random  Standard quick connect
GF1Z28L15 15A L:5(4-8)VDC 24-280VAC Zero cross Standard quick connect
GF1Z28M15 15A M:12(10-14)VDC 24-280VAC Zero cross Standard quick connect
GF1Z28D15 15A D:24(21-27)VDC 24-280VAC Zero cross Standard quick connect
GF1R28L15 15A L:5(4-8)VDC 24-280VAC Random  Standard quick connect
GF1R28M15 15A M:12(10-14)VDC 24-280VAC Random  Standard quick connect
GF1R28D15 15A D:24(21-27)VDC 24-280VAC Random  Standard quick connect
GF1Z28L25N 25A L:5(4-8)VDC 24-280VAC Zero cross 90º bent quick connect
GF1Z28M25N 25A M:12(10-14)VDC 24-280VAC Zero cross 90º bent quick connect
GF1Z28D25N 25A D:24(21-27)VDC 24-280VAC Zero cross 90º bent quick connect
GF1R28L25N 25A L:5(4-8)VDC 24-280VAC Random  90º bent quick connect
GF1R28M25N 25A M:12(10-14)VDC 24-280VAC Random  90º bent quick connect
GF1R28D25N 25A D:24(21-27)VDC 24-280VAC Random  90º bent quick connect
GF1Z28L15N 15A L:5(4-8)VDC 24-280VAC Zero cross 90º bent quick connect
GF1Z28M15N 15A M:12(10-14)VDC 24-280VAC Zero cross 90º bent quick connect
GF1Z28D15N 15A D:24(21-27)VDC 24-280VAC Zero cross 90º bent quick connect
GF1R28L15N 15A L:5(4-8)VDC 24-280VAC Random  90º bent quick connect
GF1R28M15N 15A M:12(10-14)VDC 24-280VAC Random  90º bent quick connect
GF1R28D15N 15A D:24(21-27)VDC 24-280VAC Random  90º bent quick connect
FAQ
Q:Selection Guide for Solid State Relays

A margin should be left when selecting the voltage and current of the solid state relay.

For resistive load: the current is selected according to 2.5~4 times the load current, and the voltage is selected according to 2~2.5 times the load power. Inductive load: current is selected according to 3-7 times load current, voltage is selected according to 2.5-3 times load voltage.

According to the relationship between load current and ambient temperature, when the ambient temperature is high or heat dissipation conditions are not good, the current capacity of the solid state relay should be increased accordingly.
In order to prevent the product from short-circuiting during use, it is necessary to connect a fast circuit breaker or a fast fuse in series with the product in the load circuit.

For inductive loads, a freewheeling diode must be connected to both ends of the load, and a varistor must be connected to the output end (the varistor (MOV) is selected according to 1~1.5 times of the power supply voltage) to prevent the high voltage generated during switching from damaging the solid-state switch.

When the product is installed, it is required that the contact surface between the heatsink and the product must be flat and clean, and a layer of thermally conductive silicone grease is applied to its surface, and then finally the screws set with flat washers and Spring washersare tightened symmetrically to fix.

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