-Supports battery types:
-B1=lead-acid batteries
-B2=lithium battery
-B3=lithium iron phosphate batteries
-Safe use recommendations:
1. The controller defaults to 12V/24V auto-adaptation, when installing for the first time, please make sure to connect the battery first and ensure that the battery has enough voltage so that the controller can recognize it as the correct battery type
2. Install the controller as close to the battery as possible to avoid the voltage drop caused by long wires, which will affect the normal voltage judgment
3. This controller is only applicable to B1 lead-acid batteries, B2 lithium batteries, B3 lithium iron phosphate batteries
4. This controller can only use photovoltaic panels as charging power, please do not use DC or other power sources as charging power
5. The controller will be hot when running, please pay attention to install the controller on a flat, well-ventilated surface
-Technical parameters:
1. System voltage: 12V/24V automatic adaptation
2. Rated charging current: 10A, 20A, 30A
3. Rated discharge current: 10A
4. Max photovoltaic voltage: 12V battery less than (18V-23V) / 24V battery less than (36V-46V)
5. Cut-off charging voltage: 14.4V(B1), 12.6V(B2), 14.6V(B3)
6. Discharge cut-off voltage: 10.7V(B1), 9V(B2), 10.8V(B3)
7. Discharge recovery voltage: 12.6V(B1), 11V(B2), 12.6V(B3)
8. USB output: 5V/1A
9. Standby current: less than 10mA
10. Operating temperature: -35- 60 degrees Celsius
11. Weight: about 160g
12. Size: about 13.37 x 6.9 x 3.35cm
13. Warm tips: the screen display of the battery voltage will have a little error, please prevail in reality
-Features:
1. Adopt industrial-grade main control chip
2. LCD display, the battery power grid display
3. With light control timing function
4. Built-in overcurrent/short-circuit protection, open-circuit protection, reverse connection protection, overcharge protection, over-discharge protection
5. MOS anti-backflow circuit chip