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1800mA BMS-10S66A-1300W Battery Electronic Component Monitor Voltage Current Protection Plate Working
Product Details:
| Place of Origin: | GUANGZHOU |
| Brand Name: | TAC |
| Certification: | UL |
| Model Number: | 10S66A-1300W |
Payment & Shipping Terms:
| Minimum Order Quantity: | 100 pcs |
|---|---|
| Price: | usd50$ |
| Delivery Time: | 7-25 days after order confirm |
| Payment Terms: | L/C, T/T |
| Supply Ability: | 50000 per week |
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Detail Information |
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| Protection Plates: | 10S66A-1300W | Design Capacity: | 40000mAH |
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| Cycle Count Capacity: | 40000mAH | Full Of Voltage: | 3635mV |
| Charging End Current: | 1800mA | Self-discharge Rate: | 1% / Day |
| Consumption Of Current: | ≤12mA | Full Charge Voltage: | ＞34.55V |
| Pressure Differential Protection: | ≥800mV | Pressure Difference Recovery: | <500mV |
| High Light: | BMS-10S66A-1300W Battery Electronic Component,1800mA Monitor Battery Electronic Component |
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Product Description
BMS-10S66A-1300W,monitor Voltage, current, protection plate working
1. Functional Features
High-integrated analog front-end Adjustable overcurrent protection
Isolation of the power supply circuit Has a variety of dormancy and awakening modes
Integrated serial port IC Low power consumption
High Voltage Accuracy (≤10mV) RS485 Communication
High Current Accuracy (≤2%@FS) Adjustable Parameter Settings
4-Way Battery Temperature Detection (≤2°C) Data Refresh Interval (Period) ≤ 2 Seconds
SOC Estimation Function LED Status Indication Function
SOH Estimation Function Charge Equalization Function
Short Circuit Protection Function SOC Accuracy (≤5% @ 50% Capacity Range Or More)
2. PCB diagram
3. Environmental Requirements
| Projects | Parameters | Unit |
| Operating Temperature | -20 to 70 | ℃ |
| Storage Temperature | -40 to 75 | ℃ |
| Operating Humidity | ≤95 (45°C±2°C) | %RH |
| Storage Humidity | ≤95 (45°C±2°C) | %RH |
| Temperature Measurement | -40 to 125 | ℃ |
| Atmospheric Pressure | 70~106 | kPa |
4. Interface definition
5.Note for installing the protective plate
1) First connect the communication port CN1 or CN3 according to the wiring diagram of the protection board;
2) Connect the total negative electrode of the cell to the B-of the protection plate;
3) Connect the total positive electrode of the cell to the B + terminal of the protection plate;
4) Connect the cell B0.B2.B4.B6.B8.B10 to the protection board J4;
5) Connect the cell B1.B3.B5.B7.B9 to the protection board J3;
6) The negative of the load / charger is directly connected to the positive electrode of the protection plate P-;
8) The positive electrode of the load / charger is directly connected to the positive electrode P + of the protection plate;
9) Charging activation / communication activation / button activation;
6.Step of removing the protective plate:
1)Remove the communication port CN1 or CN3;
2)Remove the connection line of the P + load / charger positive electrode on the protection plate;
3) Remove the connection cable of the P-load / charger anode on the protection board;
4) Remove the cell B10.B9.B8.B7.B6.B5.B4.B3.B2.B1.B0 on the protective plate in sequence;
5) Remove the total positive B + connection line of the cell;
6) Finally, remove the connecting line of the total negative B-of the cell.