THIS PROCEDURE MUST BE PERFORMED BY A QUALIFIED TECHNICIAN.
THIS PROCEDURE MUST BE PERFORMED BY A QUALIFIED TECHNICIAN.
Turn power on to the transceiver.
Look at LED-L3, (1). It should blink OFF-and-ON at a rate based on the outdoor temperature.
Look at LED-L4, (2). It may be:
OFF when receiving an off-peak signal
ON solid if an override switch is enabled
blinking OFF and ON according to the type of signal being received from the control device.
Simulate an off-peak period.
If DIP switch #1 is in the ON position, this can be done by placing a jumper wire across the R and P terminals.
If DIP switch #1 is in the OFF position, an open across R and P will simulate the off-peak period.
LED-L4 should be OFF and the relay LED’s should all be ON.
Make sure PLC signal is received by each controlled device: transceiver receiver, Steffes Heating Systems Electric Thermal Storage (ETS) heater, receivers, and all other controlled loads.
Simulate a peak period.
If DIP switch #1 is in the OFF position, this can be done by placing a jumper wire across the R and P terminals.
If DIP switch #1 is in the ON position, an open across R and P will simulate the peak period.
Look at the relay LED’s. They should all be OFF.
Look at LED-L4. It should be blinking at the peak rate as shown for Peak (P) Signal.
Make sure PLC signal is received by each controlled device: transceiver receiver, Steffes Heating Systems Electric Thermal Storage (ETS) heater, receivers, and all other controlled loads to ensure that these loads turn off.
NOTE: When checkout is complete, make sure:
DIP switches are all set to the proper position.
Jumper wire has been removed.
Low voltage connections have been reconnected
All wiring connections are tight.