3-2
3.1 LED Status Indicators
Four LED indicate operating status of the controller. When the controller is in Charge
Control Mode (or Diversion Charge Control Mode), the charge mode (green) LED will
blink. When in Load Control Mode, the Load Control Mode (red) LED will blink. When
battery equalization is in process, the Equalization (orange) LED is blinking. A red LED
solid or blinking indicates a fault condition.
3.2
Charge Control or Diversion Control Mode Indications
“Charge Mode LED” Solid Green:
The battery is being charged in the FLOAT stage. The status LED remains ON solid unless
the batteries drop below the float voltage setting for an accumulative period of one hour.
This allows the user to confirm that the system reached the float stage during the charging
process when checked at the end of the day. Reaching the float stage frequently is a good
indication of proper system operation and will maximize battery life and performance.
“Charge Mode LED” Blinking Green:
The controller is CHARGE CONTROL or DIVERSION CONTROL Mode and the battery
is not fully charged. AS the battery voltage approaches the BULK setting, the status LED
will blink green several times (up to five) and then pause, indicating the battery voltage is
approaching the BULK setting and provides an indication of the battery condition. Refer to
the table 1 to determine the battery voltage.
NOTE: A single green flash indicates the battery is below the bulk voltage setting. It does
NOT indicate the batteries are charging.
Battery Voltage (Using LED Status Indicator)
LED Status Green LED (Charge/Diversion Mode)
Always ON Battery at FLOAT setting
5 Blinks
Battery at BULK setting
Bulk Setting Minus (-)
4 Blinks
0.25 VDC
0.50 VDC
1.00 VDC
3 Blinks
0.50 VDC
1.00 VDC
2.00 VDC
2 Blinks
0.75 VDC
1.50 VDC
3.00 VDC
1 Blinks
>
0.75 VDC
Below Bulk
>
1.50 VDC
Below Bulk
>
3.00 VDC
Below Bulk
DC Voltage
12 Volts
24 Volts
48 Volts
3.3 Load Control Indicators
“Load Control Mode LED” Solid Red:
The controller is in DC Load Control Mode and the battery voltage has reached the Low
Voltage Disconnect (LVD) setting. After a 6-minute delay, DC loads will be disconnected
unless the user reduces the lad to a point that the battery voltage exceeds the LVD setting.
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