Go Power! SWR-B Remote
Owner’s Manual
2
1.0 Using the Remote Control
1. The remote is supplied with 25 feet of cable. Plug one end of the cable into the
remote panel.
2. Plug the other end of the remote cable into the terminal on the back of the inverter.
3. Switch the on/off button on the front of the inverter to the “Remote” setting.
4. Click the remote on/off button once.
5. A double beep will sound and all the LEDs on the remote will light momentarily. The
remote should now display the status of the inverter.
2.0 Inverter
Status
The remote will turn the inverter on and off and indicate normal operation or any faults
that have caused the inverter to shut down. The remote will show battery voltage and
power consumption. The remote will show and will sound an alarm if the battery voltage
is too high (Over Voltage) or falls too low (Under Voltage). The remote will also sound an
alarm if the output power draw is above the inverter specifications (Overload) or if the unit
overheats (Over Temperature).
1.
INV
: When this is lit, the inverter is on.
2.
PWR SAV
: When this is flashing, the Power Saving feature is activated.
3.
OVP
: If the inverter is approaching this fault, the highest bar on the voltage indicator
will flash once per second and emit a constant alarm of double beeps. If the fault
situation continues and the inverter shuts down, the OVP fault indicator will
continually flash four times per second.
4.
UVP
: If the inverter is approaching this fault, the lowest bar on the voltage indicator
will flash once per second and emit a constant alarm of double beeps. If the fault
situation continues and the inverter shuts down, the UVP fault indicator will
continually flash four times per second.
5.
OTP, OLP
: If the inverter is approaching any of these faults, the LED fault indicators
will flash red twice per second and emit a warning alarm of 5 single beeps every 10
seconds. If the fault situation continues and the inverter shuts down, the fault
indicator will remain solid red.
6.
GRID
: Not used.
7.
BATTERY OUTPUT:
The battery output is divided into two bar graphs. The left
graph approximates battery voltage and the right graph approximates output power
in percent. Both bar graphs use the uppermost bar as highest voltage or power and
the lowermost bar as lowest voltage or power.
For further explanation of the various modes please see the GP-SW3000, GP-SW2000,
and GP-SW1000 Owner’s Manual.
