Space Age Electronics SSU-RIC-2 | RIC Multi-Voltage Relays Modules

The SSU-RIC-1 Relay Module is a multi-voltage device providing 10 Amp resistive dry form C contacts. The relay may be energized by one of three input voltages: 24VAC, 24VDC or 115VAC. The red LED is provided which when illuminated, indicates the relay coil is energized. To mount the SSU-RIC1 series module, simply push the self-clinching spud through a ½” (12.7mm) knockout on a junction box and connect via the 12" long "flying" leads. The relay is also packaged with wire-nuts to aid installation.

The SSU-RIC-2 Relay Module is a multi-voltage device providing 10 Amp resistive dry form C contacts. The relay may be energized by one of three input voltages: 24VAC, 24VDC or 115VAC. The red LED is provided which when illuminated, indicates the relay coil is energized. To mount the SSU-RIC-2 series module, simply push the self-clinching spud through a ½” (12.7mm) knockout on a junction box and connect via the 12" long "flying" leads. The relay is also packaged with wire-nuts to aid installation.

The SSU-RIC-3 Series relay is a multi-voltage device providing SPDT or form "C" contacts rated for up to 10 Amps. The relay may be energized by one of two input voltages, 24VDC or 24VAC. The relay can withstand a momentary interruption of control voltage for 2 to 3 seconds without dropping its''' contacts. This feature makes it perfect for applications where pulsed or sequenced input voltage is employed, or where momentary control voltage interruption is expected. The SSU-RIC-3 is non-polarized on the DC control input.

The SSU-RIC-4 Series relay is a multi-voltage device providing SPDT or form "C" contacts rated for up to 10 Amps. The relay may be energized by one of two input voltages, 24VDC or 24VAC. The relay can withstand a momentary interruption of control voltage for 2 to 3 seconds without dropping its' contacts. This feature makes it perfect for applications where pulsed or sequenced input voltage is employed, or where momentary control voltage interruption is expected.