INVERTER
BATTERY
LOAD
TEMPERTATURE SENSOR
4. Connections
1) Connect all parts correctly according to the following drawing, ensuring polarity is correct. The order is as follows:
Attention:
a) To connect to the controller: connect the battery first, then connect the solar panel, finally connect the load.
b) To disconnect from the controller: disconnect the load first, then the solar panel, finally disconnect the batteries.
c) When making connections, ensure the "+" and "-" are not reversed.
d) Do not connect the battery directly to the solar panel terminal.
e) Do not connect any regulated power supply or charger to the solar panel terminal.
5. Status Indication
5.1 If the connections are correct, the number of green LEDs will show the correct battery
capacity and the output indicator (POWER OUT-see left image ) will light on.
5.2 The LED will light up cyclically during charging status (25%-100%).
5.3 All the LEDs will stop blinking and light on fixed when the battery is fully charged.
5.4 In over-discharge status, the LED (25%) will flash quickly to warn the user to replace
the battery as soon as possible.
5.5 The power output LED will light on or off to signal whether the output voltage is
activated.
3. Technical Parameters
Rated Voltage
Rated Current
Over-Charge Protection
Threshold voltage to restart charging mode
Model No.
Parameters
Over-Discharge
Over-Voltage
Voltage Drop
Cut-off
Resume
Cut-off
Resume
Between input and batteries
Between batteries and load
No Load Current Draw
Ambient Temperature
Altitude
Size (LxWxH: mm)
Weight (Kg)
i Temp. Compensated factor
SPC 10/1
12V
10A
14,4 ± 0,3 Vdc
13,3 ± 0,3 Vdc
11 ± 0,3Vdc
12 ± 0,3 Vdc
17 Vdc
15,0 Vdc
0,5 Vdc
0,2 Vdc
< 5mA
-10 ~ +55 °C
5500m
164x100x48
0,39
28 ~ 32 mV/cell. in °C
