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1500560 Rev A
Determine the number of circuits required to power the Power
Track based on the circuits required.
With all circuit breakers in the “OFF” state position, properly
electrically connect the electrical circuits to the Power In-feed
#LOS-PWRIN-LT72 as shown on the wiring diagram schematic
shown following National Electrical Code and Local Electrical Codes
Align the end of the Power Entry lead #LOS-PWRIN-LT72
to the Spade Connectors on the rst Power Track
With the Lock-Latch open, push the end of the Power Entry
Cable in and onto the spade connectors until the cable
snaps into place
Press the Lock-Latch in as shown to lock the connection
Turn the Source Power Circuit Breakers “ON”
Test the live circuits with proper test equipment to ensure
power is live and properly and correctly connected
CONNECT POWER ENTRY TO SOURCE POWER
See note on using a qualied electrician for this step!
CONNECT POWER ENTRY TO POWER TRACK SYSTEM
6.1
7.1
6.2
7.2
7.3
7.4
7.5
6.3
6.4
6
7
Test the wiring continuity to ensure proper connection
DO NOT TURN SOURCE POWER CIRCUIT BREAKERS
ON UNTIL THE END OF STEP 7
7.1
7.2
7.3
Circuit 1 (Red)
Circuit 2 (Black)
Neutral (White)
Ground (Green)
Computer
Isolated Circuit 3 (Blue)
Isolated Circuit 4 (Orange)
Isolated Neutral (Grey/White)
Isolated Ground (Green/Yellow)
Black circuit Line
Any phase except Line
Green utility ground for or
Red circuit Line
Any phase except
White neutral for or
Mulitwire branch circuit
Gray neutral for or
Mulitwire branch circuit
Orange circuit Line
Any phase except Line
Blue circuit Line Isolated
Any phase except Line
Green/Yellow ground for or
120/208 Volt WYE Three Phase
Solid lines above
120/240 Volt Single Phase or
Uninterrupted Power Supply
Dashed lines below
Notes:
1. You must only use one power entry
per set of daisy-chained Power Tracks.
2. Phase selection in diagram is for ease
of illustration versus balance.
3. If duplex receptacles split circuits
tapped, failure to energize any line may
result in only half of certain devices
being energized.
4. Multiwire branch circuits require
opposing phases to prevent overload of
shared neutrals.
5. A grounded neutral transformer is
manditory. Load balance is uncertain.
6. Provide neutrals and grounds even if
lines are unused or commoned.
Eight Wire, Four Circuit Power System Wiring Diagram
Two utility circuits plus two computer circuits:
Duplex wiring Typical of 2+2 Planning
Close-up of
successful
connection