|
|
|
|
|
|
Protection Circuit Module (PCB) for 30S (36V, 7A limited) NiMH/NiCd Battery Pack with 65C thermostat and Fuel Gauge Socket (#10071)
|
In Stock
Product ID # 10071 Part Number: PCB-MH30S7A
|
Protection Circuit Board with 65°C thermostat and Fuel Gauge Socket For 36V NiMH/NiCd Battery Packs
Features:
- This protection circuit is specially designed for 36V NiMH/NiCd Battery pack with upto a max of 7A discharging rate.
- Keep 36V NiMH/NiCd Battery pack from over-discharge (30V)
- Max discharging /charge current <7A
- Over discharge protection: 30±1V
- Power consumption: 1.5mA (no fuel gauge installed)
- No over-charge protection
- Must use the correct voltage charger to properly charge the battery pack!
- Has short circuit protection during discharge
- With 65ºC thermostat and Fuel Gauge Socket
- To reset the PCB:
- Connect a 36V charger to "Reset" the pcb once the pcb is open when battery pack voltage drop below 29.1V
- If you have a multi-voltage charger, it might not "reset" the pcb, you can "reset" the pcb by:
- Connect the charger directly to the Batt+ and Batt- of the pcb
- If you cannot remove the load, then you can add an on/off switch like this to "reset" pcb and start charging:
- Dimension (LxWxH): 60mm(2.4") x 30mm(1.2") x 6.10mm(0.25")
- Weight: 11 grams (0.4Oz)
- Working Temperature: 60±5°C
How to connect PCB on battery packs
- Bat+ = 36V Positive = Input Positive
- Bat- = 36V Negative= Input Negative
- OUT+ = Vout+ = Charge + / Discharge + = Output Positive
- OUT- = Vout- = Charge - / Discharge - = Output Negative
Warnings
- Misusing PCB may cause battery damage or explode. We are not responsible for any damage caused by user.
- Don't use this PCB with Li-Ion / LiFePo4 battery pack
- Must charge battery up to 36VDC minimum
- Must disconnect load from PCB to "Reset" PCB before charging
- Since this PCB does not have over-charge protection function, must use our 36V NiMH/NiCd smart charger to recharge 36V battery pack.
|
Product Reviews
|
|
|