Form: 122189 © 2012 Sensata Technologies
11
6.5 Remote ON/OFF Switch
NOTE:
The inverter will not switch on unless the violet wire has +12 VDC applied to it.
6.5.1
All material used for the remote switch should be U.L. listed and installed per low voltage, Class 2,
wiring code. The remote switch hookup can not provide additional current to operate an indicating lamp.
6.5.2
The remote switch should be single pole and have at least a 5 amp rating, such as Leviton No.
1330-2. The wire used should be at least 18 gauges.
6.5.3
The switch should be mounted at a convenient location.
6.5.4
The remote switch should be connected to the violet wire marked “Remote Switch Hookup” in the
wiring compartment. Positive (+) 12 battery voltage must be connected to the other side of the switch.
Cable clamp strain relief should be used to secure the field wires.
6.5.5
This model designation has a remote On/Off switch circuit modified to 12 VDC. The remote
switch must be connected to the violet wire marked "Remote Switch Hookup".
6.6 220Y/120 VAC Output
6.6.1
CAUTION:
Do not connect another source of AC power directly to the output of the inverter. This
will result in damage to the inverter that is not covered under warranty!
6.6.2
The A.C. output is presented at the A.C. wiring compartment. The 3 phase outputs are labeled “L1”,
“L2”, “L3”. There is also an A.C. neutral labeled “N” and a chassis ground labeled “G”.
6.6.3
To obtain 220 VAC, 3 phase output, a connection must be made to L1, L2, and L3.
6.6.4
To obtain 220 VAC, single phase output, a connection should be made to any two of the hot leads,
as L1 and L2, or L1 and L3, or L2 and L3.
6.6.5
To obtain 120 VAC, single phase output a connection should be made to any one hot lead and to
AC neutral “N”; as L1 and N, or L2 and N, or L3 and N.
6.6.7
Remote AC outlets should be mounted at a convenient location in a listed outlet box with approved
strain relief, if used.
