Step 5: Connecting the MicroGTs using AC Connectors
WARNING: DO NOT exceed the maximum number of seven
microinverters in an AC branch circuit.
Note: An AC Extension Connector cable (ME-MGT-AC-EXT) is needed
if the microinverters on the same branch circuit are >6 feet apart.
1. Plug the AC Connector cable's female end (other end hardwired
to junction box – Figure 4) into the male AC connector of the fi rst
MicroGT. Twist the connector's collar (until you hear a "click") to
lock the two together.
2. Plug the female AC connector of the fi rst MicroGT into the male
AC connector of the next microinverter (Figure 8). Twist to lock.
Repeat the process for the remainder of the microinverters
installed in your system to form a continuous AC branch circuit.
3. Install a female protective end cap (ME-MGT-ENDCAP-F) on the
open female AC connector of the last microinverter in the AC
branch circuit (Figure 9).
B
AC Connectors
Female
Figure 8, Connecting the MicroGTs via AC Connectors
Figure 9, AC Connector Protective End Cap
© 2016 Sensata Technologies
Male
To disconnect: Press the release
tab with a screwdriver and twist
the connector's collar to unlock.
Installation
Note:
Use
a
female end cap to
cover/protect
an
unused female AC
connector.
7