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Installation
2.6.4
AC Input Wiring
Your inverter has an AC transfer feature that passes the AC input power to
the inverter's output. Connection to the AC input is made by hardwiring from
a distribution panel as described below (Figure 2-7):
1.
Run an appropriately sized 2-conductor plus ground cable (from the AC
distribution panel) through a strain relief on the AC IN opening. Refer to
Table 3 for minimum wire size and overcurrent protection required for
the AC input wiring.
2.
Remove about two inches of the insulating jacket from the AC cable,
and then separate the three wires and strip about 3/4" of insulation
from each wire.
3.
Using approved AC wire connectors, connect the incoming Hot In, Neutral
In, and Ground wires to the MM Series' AC wires colored black (HOT IN),
white (NEU IN), and green (AC GROUND) respectively.
4.
After making the AC input connections, secure the AC input cable by
tightening the strain relief.
The AC input wiring in the inverter is complete. Review all AC wiring to ensure
all connections are correct and secure.
Neutral
In
(white)
Hot
In
(black)
Figure 2-7, AC Wiring Connections (MM612/MM1212 only)
2.6.5
AC Output Wiring
CAUTION: The inverter's AC output must never be connected to
an AC power source. This will cause severe damage to the inverter
and is not covered under warranty.
When hardwiring the output of the inverter, a cable must be routed from
the inverter's output to an AC distribution panel (sub-panel) that provides
overcurrent protection to the loads powered by the inverter. Connect the AC
output to this distribution panel using the following instructions (Figure 2-7):
17
AC
Ground
In/Out
(green)
Strain
reliefs
AC IN
AC OUT
© 2016 Sensata Technologies
Neutral Out
(white w/
black stripe)
Hot
Out
(red)
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