THIS PROCEDURE MUST BE PERFORMED BY A QUALIFIED TECHNICIAN.
NOTE: The transceiver can be installed as a transmitter OR a receiver. Install no more than four transmitting devices on one distribution transformer. There is no limit to the number of receivers in a system.
Remove the painted front cover and securely mount the transceiver for the application.
WARNINGHAZARDOUS VOLTAGE: Risk of electric shock. Can cause injury or death.
Route line voltage conductors and make line voltage connections only in the line voltage connection area.
Route low-voltage conductors only into the low-voltage connection area.
System may be connected to more than one branch circuit. Disconnect power to all circuits before servicing.
Route line voltage wiring to the transceiver and connect to the red and the black/white power wires coming from the circuit board. The 2-pole transceiver can be powered with 120 VAC or 208/240 VAC.
Power to the circuit board is fed through L1 and L2 on Circuit 1. Connect the red and black wires labeled Circuit1 to a breaker in the breaker panel. The 5-pole transceiver can be powered with 120 VAC or 208/240 VAC. If using 120 VAC, the tapping on the expansion board line voltage input terminal block must be changed. Reference the Component Location Diagram #17 for the 5-Pole Transceiver.
NOTE: Any load connected to L1 and L2 on Circuit 1 of the terminal block will remain uncontrolled.
The 3-Phase Transceiver circuit board MUST be powered with 120 VAC. Reference the 3-Phase Line Voltage Wiring Diagram for more information.
NOTE: The 3-phase transceiver can be used in non-3-phase commercial applications. In these applications, Line 3 is not used.
Ground the transceiver using the ground screws provided.
Owner's Manual 1200607 Rev 3