5
5
2
GENERAL INFORMATION
-
LED 6.1 and 6.2 are lighted:
Power drawn by the load is 60% to 79%
the rated output power of the
Inverter
-
LED 6.1, 6.2 and 6.3 are lighted:
Power drawn by the load is 80% to
100% of the rated output power of the
Inverter
NOTE:
When the Green LED 5.1 is lighted, it indicates that the power drawn by the load is
less than 10% of the rated output power of the Inverter. As the load increases from 10%
to 100% of the rated capacity of the Inverter, LED 5.1 extinguishes and LEDs 6.1 to 6.3 light
up in succession. In a normal Bar Graph, LED 5.1 would have continued to be lighted for
loads > 10%. However, as the lighted condition of LED 5.1 is also used to display the Off
status of the load controlled cooling fan inside the Inverter, it is extinguished when the
load exceeds 10% of the rated output power of the Inverter indicating that the cooling
fan is switched On.
7. Red LED showing “Output Fault” due to one of the following reasons:
-
Overload / short circuit on the output side
8. Red LED showing “Input Fault” due to one of the following reasons:
-
Shut down due to input voltage from the battery seen at the DC input
terminals of the Inverter is 10.5 or below
-
Shut down due to input voltage from the battery seen at the DC input
terminals of the Inverter is 15.2 V or higher
-
Shut down due to over temperature
9. Amber LED marked “Low input Voltage Warning” indicating the following:
-
Warning that the input voltage from the battery seen at the DC input
terminals of the Inverter is getting low i.e. below 11.6 VDC. The Inverter will
shut down when the voltage drops down to 10.5 VDC
10. (Not shown. Located at the back of the Remote). 8P8C (8 Position, 8
Conductor) Modular Connector Receptacle (also known as RJ-45 Receptacle)
used for connecting the Remote Control to the Inverter.
NOTE:
3 meters length of Cat 5, Networking Cable with 8P8C (8 Position, 8 Conductor)
Modular Plugs (RJ-45) on the two ends is provided for connecting the Remote Control
to the Inverter.
