3.0 Setup
19
© 2020 Sensata Technologies
LOAD SUPPORT MODE
(MSH Series Only)
The MSH Series uses current from the battery to assist in powering the
inverter’s
AC loads
and to reduce the current from the grid/generator.
Example below:
Current to inverter input (Input Amps) = 10 Amps AC
Current from battery (I/C Amps) = -10 Amps AC
Current to power the AC loads (Load Amps) = 20 Amps AC
MSH SERIES
INVERTER
Input Amps =
10 Amps AC
A
Load Amps =
20 Amps AC
I/C Amps =
-10 Amps AC
A
Inverter
Amp meters
=
A
A
AC CURRENT
(GRID/GEN)
DC CURRENT
(BATTERY)
INVERTER
AC LOADS
-120ADC
FROM
BATT
-10AAC
.
FROM
GRID
20AAC
.
TO
LOADS
.
[
Status/Fault
]
Input Amps:10AAC
[
Status/Fault
]
I/C Amps: -10AAC
[
Status/Fault
]
Load Amps: 20AAC
Figure 3-8, Current Flow – Load Support Mode
Figure 3-7, Current Flow – Standby Mode
MAGNUM
INVERTER
Input Amps =
20 Amps AC
A
Load Amps =
10 Amps AC
I/C Amps =
10 Amps AC
A
Inverter
Amp meters
=
A
A
AC CURRENT
(GRID/GEN)
DC CURRENT
(BATTERY)
INVERTER
AC LOADS
120ADC
TO
BATT
-20AAC
.
FROM
GRID
10AAC
.
TO
LOADS
.
Current from the grid/generator to the inverter’s AC input is used to power the
inverter’s AC loads and to charge the battery.
Example below:
Current to inverter input (Input Amps) = 20 Amps AC
Current from battery (I/C Amps) = 10 Amps AC
Current to power the AC loads (Load Amps) = 10 Amps AC
[
Status/Fault
]
Input Amps:20AAC
[
Status/Fault
]
I/C Amps: 10AAC
[
Status/Fault
]
Load Amps: 10AAC
STANDBY MODE