The Lumin Smart Panel (LSP) receives operational power from a 240-volt circuit that must be landed on a two-pole circuit breaker. Watch the linked video to learn how to wire the Lumin Power Circuit.

A diagram of a circuit breaker that shows the assignment of phases/legs based on their row location. They are in an A/B alternating sequence. Also included are lines depicting Line A, Line B, Neutral (white), and the Lumin EGC.

The procedure described in the linked video:

  1. Using a screwdriver and wire stripper, connect the LSP's Power Circuit to the load center.
  2. This circuit consists of a:
    • Black wire, labeled Line A.
    • Red wire, labeled Line B.
    • White wire, labeled Neutral.
  3. This circuit must be landed on a dual-pole 15- or 20 amp breaker in the following manner.
  4. Begin by connecting the LSP's white wire labeled Neutral to the existing neutral bar in the electrical panel.
  5. Now connect the black LSP wire labeled Line A to the selected breaker terminal located on phase A.
  6. Connect the red LSP wire labeled Line B to the breaker terminal on phase B.
  7. Lines A and Lines B can be connected to their respective breakers via:
    • Double-tapping an existing breaker that is listed to accept two conductors per terminal
    • (Or) A three-way spice fed by an existing breaker
    • (Or) A new unpopulated breaker
  8. Once the LSP Power Circuit is connected, you can begin to connect the blue LSP control wires to the circuits Lumin will control.
    • Please note that the:
      • Lumin wires numbered 1 through 6 are 6 AWG wires that can control loads rated up to 60 amps.
      • Wires numbered 7 through 12 are 10 AWG wires that can control loads rated up to 30 amps.


Please note that this brief video and verbiage above are not meant to replace reading the installation manual. In particular, the manual contains information about properly identifying the phase of the feeders or service conductors in the load center Lumin controls.


For more information on the installation manual, please refer to the following article:


www.luminsmart.com