Wiring Connections
1.
Power and ground electrical connections.
NOTE: +12V power for each connection must be supplied from separate breakers.
A. Connect +12V to terminal stud (Fig. 1P). This connection should be fused with a properly-sized
fuse or auto reset breaker per RVIA standards.
NOTE: Supplies +12V power for Low and High Current latching outputs and logic power.
B. Connect +12V to dimming LED power terminal stud (Fig. 1A). This connection should be fused
with a properly-sized fuse or auto reset breaker per RVIA standards.
NOTE: Supplies +12V power for Dimming and RGB outputs.
C. Connect +12V to reverse polarity terminal stud (Fig. 1K). This connection should be fused with a
properly-sized fuse or auto reset breaker per RVIA standards.
NOTE: Supplies +12V power for Reversing outputs, Tank Heater/Arctic output, and logic power.
D. Secure a ground connection to the ground terminal stud (Fig. 1L).
NOTE: Supplies ground for Reversing outputs and ground for logic.
2.
RGB LED inputs (Fig. 1).
A. Connect the RGB LED to the provided pigtail using the RGB-1 diagram (Fig. 3A) as a guide.
B. Plug the pigtail in to RGB-1 (Fig. 1B).
NOTE: Each RGB input can power 1 zone of LEDs drawing up to 8 amps. If more LEDs are desired, another
zone of LEDs can be connected to the RGB-2 receptacle (Fig. 1C).
3.
Dimming LED Inputs (Fig. 1D).
NOTE: Connections are provided for input signal from up to 10 toggle or momentary type light switches.
A. Connect the input signal from switch to the provided pigtail using the DIMM IN diagram (Fig. 2B)
as a guide to connect to coach wiring.
B. DIMM IN connections 1 through 8 match the DIMM OUT (Fig. 2G) connections through color
coding of the Lippert provided pigtails. For instance, if the switch for the Bedroom Lights was
connected to input 1 (green with white strip) then the power out to the bedroom light zone
would be wired to the green wire of pigtail connected to DIMM OUT (Fig. 2G).
C. DIMM IN connections 9 and 10 are the RGB LED switch input connections
I.
Switch input to 9 controls RGB-1 output.
II. Switch input to 10 controls RGB-2 output.
4.
CAN connections (Fig. 1E).
A. The Unity X4 controller has two data cable (CAN) connection ports (Fig. 1E) that link each module
in the Lippert Connect system together. Plug in the supplied 2-pin data cable (Fig. 4) to either
connector and route it to the next module in the system. A terminating resistor (Fig. 5) must be
place in the other CAN connector of the Unity X4 controller if no other modules are used.
Rev: 05.06.23
Fig. 4
Page 7
Fig. 5
CCD-0007005
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