Customer PCB Circuit PCBA Manufacturing for Battery

  • Price:

    Negotiable

  • minimum:

  • Total supply:

  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Guangdong

  • Validity to:

    Long-term effective

  • Last update:

    2017-12-15 06:38

  • Browse the number:

    139

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Company Profile

Shenzhen Quawin Technology Co., Ltd.

By certification [File Integrity]

Contact:Ms. Tina(Mr.)  

Email:

Telephone:

Area:Guangdong

Address:Guangdong

Website: http://quawin.better-elec.com/

Product details
PCM For 1S Li-ion/Li-polymer/LiFePO4 Battery Pack(PCM-L01S03-C43)

Quick Detail:
Brand Name:QUAWIN/OEM
Model Number:PCM-L01S03-C43
Specified Types:1S Lithium-ion/Lithium Polymer/LiFePO4 Battery Packs
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:3A
Colour of PCM:Green
Size: L56*W5*T2.5mm
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
 
Items Specifications
Lithium-ion/Lithium Polymer / LiFePO4
Charge Charging voltage(CC/CV) CC/CV:4.2V CC/CV:3.6V
Maximal continuous charging current 3A
Discharge Maximal continuous discharging current 3A
Low current consumption Current consumption on operation <10µA
Current consumption at power down <0&period;1µA
Cell-balance Cell-balance detection voltage    
Cell-balance release voltage    
Cell-balance current    
Over-charge Overcharge detection voltage 4&period;25±0&period;025V 3&period;900 ± 0&period;025 V
Overcharge release voltage 4&period;05±0&period;05V 3&period;800 ± 0&period;050 V
Overcharge delay time 0&period;5S-2S
Over-discharge Overdischarge detection voltage 2&period;50±0&period;062V 2&period;00 ± 0&period;080 V
Overdischarge release voltage 3&period;0±0&period;075V 2&period;30 ± 0&period;100 V
Overdischarge delay time 50-200mS
Discharge overcurrent Discharge overcurrent detection voltage 0&period;2V±0&period;015V 0&period;10 ± 0&period;015 V
Discharge overcurrent delay time 5ms-15ms
Discharge overcurrent protection 5&period;5±1A 2&period;5-3&period;5A
Release condition  Cut-off-load
Short-circuiting protection Load short-circuiting detection voltage  
Detection condition Exterior short circuit
Load short-circuiting detection delay time 100 ~ 600µs
Release condition Cut-off-load
Internal resistance Static Drain-Source On-Resistance <50m&lpar;B- to P-&rpar;
Temperature Wide range of operation temperature − 40 ~ &plus; 85 °C
Storage Temperature Range -40~&plus;125ºC
         
 
Product Advantages&colon;
1&rpar;&period; Green product
2&rpar;&period; One year warranty
3&rpar;&period; Excellent safety performance
4&rpar;&period; Short circuit testing passed
5&rpar;&period; Overcharge testing passed
6&rpar;&period; Over discharge testing passed
7&rpar;&period; Original imported material&colon;IC from Japan&comma;MOS from USA&comma;Components from Sumsang&period;
8&rpar;&period; 1&period;2m drop testing passed

Shipping terms&colon;
1&rpar;&period;Samples checking&colon; sending by Express &lpar; DHL&sol;UPS&sol;FEDEX&sol;TNT&comma;by air&rpar;
2&rpar;&period;Bulk production&colon; sending out by cargo shipping &sol; air freight &sol; Express&lpar;DHL&sol;UPS&sol;FedEx&sol;TNT&rpar;&comma;or we can accept other shipping terms according to your requirements&period;
3&rpar;&period;We are not responsible for any accidents&comma; delays or other issues that are caused by the shipping&period;
 
Safety Precaution&colon;
1&comma;Please strictly follow the directions to connect the PCB to the battery&period; Usually there's voltage in the battery at all time&comma; so operator should connect one single line after other starting from terminal B&comma; following the order from low voltage to high voltage&comma; otherwise it can cause irreparable damage&period;
2&comma;During the installation&comma; pay attention to small metallic particles that can stick to the protection board&period;
3&comma;Follow the standard rules when making connections between the protection board and the lithium-ion battery&period;Operator should not run any wire across the back of the protection board&period; Keep them along the side of the board instead&period;
4&comma;When setting up the protection board&comma; be sure to use a hard epoxy board as an interlayer&comma; to prevent short-circuit caused by the components on the back of the protection board&period;
5&comma;Both resistive load and inductive load can be used to test battery packs that use this PCB&comma; but not electronic load&period; Testing with an electronic load will lead to the breakdown of the MOS components on the protection board&period;
6&comma;Select proper wire gauge to prevent temperature increase from high discharge current &lpar;when wire gauge is too high&rpar; and excessive voltage drop &lpar;when wire gauge is too low&rpar;&period;
7&comma;When the PCB is to be installed inside the battery's housing&comma; the user must fully take heat&sol;electric insulation and tightness into account to prevent internal short circuit&period;
8&comma;Keep any fully charged battery away from children&period;
9&comma;If any abnormality is detected during use&comma; please stop using the product immediately and notify professional technician to conduct inspection and maintenance&period;