PCM Battery Protection Circuit Module For Li-polymer / LiFePO4 Battery Pack
| Place of Origin: | Guangdong |
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Company Profile
| Location: | Shenzhen, Guangdong, China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | Lithium Polymer Battery Pack, Nicd Rechargeable Battery Pack, LiFePO4 Battery Pack |
Product Detail
| Model No.: | PCM-LI01S3-260 |
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Product Description
PCM Battery Protection Circuit Module For Li-polymer / LiFePO4 Battery Pack
Quick Detail:
- Brand Name:QUAWIN/OEM
- Model Number:PCM-L01S02-392
- Specified Types: 1S Li-ion/Li-polymer/LiFePO4 Battery Pack
- Place of Origin:Guangdong China (Mainland)
- Charging Voltage:
- Li-ion/Li-polymer:4.20V±0.025V
- LiFePO4:3.60V±0.025V
- Max. continuous charging current:1.5A
- Certificate:CE,ROHS
- Colour of PCM:Green
- Size:9.5(L)*4(W)*2.5(T)mm
- Delivery time:5-7days
- Warranty:12 months
Packaging & Delivery :
. Netural labels,Antistatic bag /white box and standard export carton/customized
. Netural packing/Carton box with less than 10KGS
. Delivery Detail:sample within 3 work days,7~15 days for bulk order
Specifications:
Model: PCM-L01S02-392 | ||||
No | Test item | Lifepo4 | Li-ion/Li-polymer | |
1 | Voltage | Charging voltage | C/CV(3.65V/cell) | CC/CV(4.2V/cell) |
Balance voltage for single cell | 3.65V±0.025V | 4.20V±0.025V | ||
2 | Current | Balance current for single cell | / | / |
Current consumption for single cell | ≤10μA | ≤10μA | ||
Max. continuous charging current | 1.5A | 1.5A | ||
Max. cont. discharging current | 1.5A | 1.5A | ||
3 | Over charge | Over charge detection voltage | 3.8V±0.05V | 4.4±0.05V |
Over charge detection delay time | 0.5-2.0S | 0.5S-2.0S | ||
Over charge release voltage | 3.8±0.05V | 4.4±0.05V | ||
4 | Over discharge | Over discharge detection voltage | 2.0±0.05V | 3.0±0.05V |
Over discharge detection delay time | 10-300mS | 10-300mS | ||
Over discharge release voltage | 1.9±0.05V | 3.1±0.1V | ||
5 | Over current | Over current detection voltage | 0.06~0.6V | 0.06~0.6V |
Over current detection current | 1~5A | 1~5A | ||
Detection delay time | 1-50ms | 1-50ms | ||
Release condition | Cut load, | Cut load, | ||
6 | Short | Detection condition | Exterior short circuit | |
Detection delay time | 100500us | |||
Release condition | charge up | |||
7 | Resistance | Protection circuitry | ≤50mΩ | |
8 | Temperature | Operating Temperature Range | -40+85 | |
Storage Temperature Range | -40+125 | |||
9 | Dimension | 9.5(L)*4(W)*2.5(T)mm | ||
Product Advantages:
1). Green product
2). One year warranty
3). Excellent safety performance
4). Short circuit testing passed
5). Overcharge testing passed
6). Over discharge testing passed
7). Original imported material:IC from Japan,MOS from USA,Components from Sumsang.
8). 1.2m drop testing passed
Shipping terms:
1).Samples checking: sending by Express ( DHL/UPS/FEDEX/TNT,by air)
2).Bulk production: sending out by cargo shipping / air freight / Express(DHL/UPS/FedEx/TNT),or we can accept other shipping terms according to your requirements.
3).We are not responsible for any accidents, delays or other issues that are caused by the shipping.
Safety Precaution:
1,Please strictly follow the directions to connect the PCB to the battery. Usually there’s voltage in the battery at all time, so operator should connect one single line after other starting from terminal B, following the order from low voltage to high voltage, otherwise it can cause irreparable damage.
2,During the installation, pay attention to small metallic particles that can stick to the protection board.
3,Follow the standard rules when making connections between the protection board and the lithium-ion battery.Operator should not run any wire across the back of the protection board. Keep them along the side of the board instead.
4,When setting up the protection board, be sure to use a hard epoxy board as an interlayer, to prevent short-circuit caused by the components on the back of the protection board.
5,Both resistive load and inductive load can be used to test battery packs that use this PCB, but not electronic load. Testing with an electronic load will lead to the breakdown of the MOS components on the protection board.
6,Select proper wire gauge to prevent temperature increase from high discharge current (when wire gauge is too high) and excessive voltage drop (when wire gauge is too low).
7,When the PCB is to be installed inside the battery’s housing, the user must fully take heat/electric insulation and tightness into account to prevent internal short circuit.
8,Keep any fully charged battery away from children.
9,If any abnormality is detected during use, please stop using the product immediately and notify professional technician to conduct inspection and maintenance.
Call us to know more details datasheet.