Protection circiut Module ( PCB ) with Temperature Protection for 29.6V -59.2V Li-Ion / 25.6V-51.2V LFP Battery Pack @25A Limit (#6238)

Protection Circuit Module Specifications  for 29.6V -59.2V Li-Ion / 25.6V-51.2V LFP Pack with 25A current Limit 

All Li-Ion Battery packs must connect to a protection circuit module to protect Li-Ion Battery from overcharge, over discharge  and to prevent accidental battery explosion due to its extra high energy density. The protection circuit is specially designed for 29.6V -59.2V Li-Ion / 25.6V-51.2V LFP Battery pack. It also can be use for Polymer Li-Ion battery sold by Batteryspace.
Please refer to the specification on how to wire the pcb to battery. 
Please be advised that this circuit will provide the following protections:

Please select the Battery type, Battery pack voltage via "Battery Pack Voltage?" Option menu.

• Temperature protection function
• Over charge protection voltage for single cell: 3.80V ~ 4.4V +/- 0.05V
• Over discharge protection voltage for single cell: 1.90~3.3V +/- 0.1 V
• Maintains Li-Ion Battery pack's discharge current lower than 25A.
• Protect battery from short circuit and wrong polarity
• Common Charge/Discharge terminal
• Over-current detection protection: 50A~200A
• Dimension (LxWxH):  110mm(4.3") x 64mm(2.5") x 16mm(0.6")
  
• Note: The PCB will come with only 1 layer for 8 cells Li-Ion / LFP battery pack. (2 layers for 9 - 16 cells Li-Ion / LFP battery pack)
• Need other customized voltage of PCB/PCM with different size? Please click below to order
• Customized 2 Cells PCB for 7.4V Li-Ion / 6.4V LiFePO4
• Customized 3 Cells PCB for 11.1V Li-Ion / 9.6V LiFePO4
• Customized 4 Cells PCB/PCM for 14.8V Li-Ion / 12.8V LiFePO4
• Customized 5-8 Cells PCB/PCM for 18.5V-29.6V Li-Ion / 16V-25.6V LiFePO4
• Customized 8-16 Cells PCB/PCM for 29.6V-59.2V Li-Ion / 25.6V-51.2V LiFePO4
• Customized 16-26 Cells PCB/PCM for 59.2V-96.2V Li-Ion / 51.2V-83.2V LiFePO4

Batteryspace is not responsible for any damage cause by misunderstanding and misuse! Please read instruction carefully before assembling.