| MODEL | POW-5A-12V |
| Batt voltage | 6V/12V auto adapt |
| Charge current | 5A |
| Discharge current | 5A |
| Max Solar input | 22V |
| Charge drop | <0.2V |
| Discharge drop | <0.25V |
| Equalization | 14.8V |
| Bulk | 14.5V |
| Acceptance | 14.2V PWM |
| Float | 13.8V |
| Charge reconnect | 13.0V |
| Discharge stop | 11.2V |
| Discharge reconnect |
12.6V |
| Self-consume | <10mA |
| Voltage of open light | Solar panel 8V（delay 10s） |
| Voltage of close light | Solar panel 8V（delay 60s） |
| Temperature compensation | N/C |
| Operating temperature | -35~+60 ℃ |
| Size/Weight | 60x25x18mm/100g |
| Question: | What voltage can this take from the solar panels? If it is to charge a 12 volt it must take more. Is ok to run a load from the battery while it works |
| Answer: | Dear friend, this controller can receive maximum 24V input from solar panels while work with 12V battery, but the voltage from solar panels is 1.5 times of batteries' voltage is better. |
| Question: | Will this unit handle solar panel output of 17 volts? |
| Answer: | Dear friend, this controller can work with 6V or 12V system, four 12V batteries that in series will make 48V, the controller can not work with it, thank you. |
| Question: | Could i use this to trickle charge a 4X 12v series of lead batteries on an a-bike? |
| Answer: | Dear friend, this controller can work with 6V or 12V system, four 12V batteries that in series will make 48V, the controller can not work with it, thank you. |
| Question: | What type of connectors are on the wire ends? |
| Answer: | Just plain wire, no connectors |
| Question: | Why does the controller stop charging from the solar panel? |
| Answer: | Disconnect, measure the voltage of the battery, and see if the controller is fully charged. If it enters the floating state, the controller will stop charging the solar panel and charge the battery with a weak current to maintain the battery loss. |
| Question: | Why did the load stop working after working for a while? |
| Answer: | Use a multimeter to measure the battery voltage. If the voltage of the battery reaches the voltage value of the low voltage disconnection, the controller will disconnect the output of the load terminal to prevent the battery from excessively consuming power. |
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