BMS LiFePO4 16s 48V 200A Active Balance Battery Management Systems Smart 16s BMS with Ntc RS485

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Product Description

Basic Info.
Model NO.
LWS-16S200A-809V4
Over Current Protection
Yes
Balance Function
Yes
Usage
Lithium Battery Packs, LiFePO4 etc
Application
Digital Equipment, Electrice, Ebike, etc
Delivery Time
7-15 Days After Payment
Metal Coating
Copper
Mode of Production
SMT
Layers
Multilayer
Base Material
Fr-4
Certification
RoHS, ISO
Customized
Customized
Condition
New
Testing Service
100% E-Testing
Package Size
25.00cm * 11.00cm * 2.50cm
Specification
L238.4*W95*T17.5mm
Product Description
Product Image

💡 Key Features:

Provides protection for 16 series LiFePo battery pack
Provides protections in charging and discharging
Smartly processes cell balance with customizable current
Integrated over-current and short-circuit protection
Protects electrical circuits from overload damage
Low temperature heating function supported
Supports RS485, CAN, and Bluetooth protocols

The LWS-16S200A-809 (16S) for LiFePo battery packs of 16 cells in series is a robust battery protection solution, capable of supporting a very stable load with continuous current up to 100A.

Product Detail
ModeLWS-16S200A-809V3
PCM SizeL225*W95*T22 mm
Battery Series16S Available
Working Current200A Available
Cell TypeLi-ion (51.2V) / LiFePO4 (59.2V)
ApplicationEbike, Solar products, etc
No Test Item Criterion
1Charging voltageDC: 58.4V CC/CV
2Balance current for single cell75±20mA
3Current consumption≤ 50μA
4MAX Continuous charging/discharge≤ 100A
5Over charge detection voltage3.75±0.025V
6Over discharge detection voltage2.50±0.05V
7Short circuit protection current≈1000A
8Operating Temperature Range-20 ~ +60ºC
Installation & Wiring

Step 1: Connect the B- to the battery negative terminal (weld the stub first). Then connect the cables (remove cables from BMS first).

Step 2: Start wiring from B-. B- connects to the total negative terminal. B1 connects to the positive of the 1st battery, B2 to the 2nd, and so on.

Step 3: Test the voltage between adjacent lines. Li-ion should be < 4V, LFP < 3.5V. If correct, insert the line.

Step 4: Connect the negative terminal of charger and load to P-/C-. Use bold cables for these connections.

Wiring Guide 1 Wiring Guide 2 Wiring Guide 3
Product View 1 Product View 2 Product View 3
Detail 1 Detail 2 Detail 3
Full Schematic Dimensions
FAQ
Q: How do I judge what material my battery is?
A: Check the battery body. If the normal voltage shows as 3.2V, it is LiFePo4. If it shows 3.6V or 3.7V, it is a Li-ion or Li-polymer battery.
Q: How can we guarantee quality?
A: We always provide a pre-production sample before mass production and perform a final inspection before shipment.
Q: What can you buy from us?
A: You can purchase Battery Pack BMS, LiFePO4/Lithium Ion PCM, Protection Circuit Boards, and complete Battery Packs.
Q: Why should you choose our products?
A: We utilize advanced production equipment, maintain a scientific quality management system, and prioritize environmental and quality philosophy.
Q: What payment and delivery terms are accepted?
A: Accepted Delivery: FOB, EXW. Accepted Payment: USD, CNY via T/T, PayPal, Western Union, or Cash.
Q: How can I get a recommendation for my project?
A: Just share your relative voltage, cell count, current (A), or equipment type, and we will help recommend the most suitable product for you.

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