GODIYMODULES 4S 12V 800A Max LiFePo4 Battery Protection Board

GODIYMODULES 4S 12V 800A Max LiFePo4 BMS Instruction Manual

Model: 4S 12V 800A Max LiFePo4 Battery Protection Board

Танилцуулга

GODIYMODULES 4S LiFePo4 BMS top view

Зураг: дээд view of the GODIYMODULES 4S 12V 800A Max LiFePo4 Battery Protection Board.

This manual provides detailed instructions for the installation, operation, and maintenance of your GODIYMODULES 4S 12V 800A Max LiFePo4 Lithium Iron Phosphate Battery Protection Board. This BMS is designed to protect 4-series (4S) LiFePo4 battery packs, commonly used in applications such as emergency car starting, motorcycle LiFePo4 batteries, and electric drill power tools. Please read this manual thoroughly before use to ensure proper function and safety.

Бүтээгдэхүүний онцлог

Багцын агуулга

GODIYMODULES 4S LiFePo4 BMS board and balance cable

Image: The 4S LiFePo4 Battery Protection Board with its included balance cable.

Суурилуулалт ба утас

Proper wiring is critical for the safe and effective operation of the BMS. Follow these steps carefully:

  1. Prepare Battery Pack: Ensure your LiFePo4 battery cells are balanced and at a safe voltage before connecting the BMS. This BMS is designed for 4-series (4S) configurations.
  2. Connect B- Minus Cable: Connect the main B- minus cable from the BMS to the total negative terminal of your battery pack.
  3. Connect Balance Cables:
    • The first black wire (B0) of the balance cable harness connects to the total negative terminal of the battery pack (same point as the main B- cable).
    • Connect the subsequent red wires (B1, B2, B3, B4) sequentially to the positive terminals of each cell, starting from the first cell's positive terminal (B1) and ending with the fourth cell's positive terminal (B4). Ensure each wire is connected to the correct cell's positive terminal.
    • During the welding or crimping process of the balance cables to the battery terminals, болохгүй insert the balance cable connector into the BMS yet.
  4. Verify Balance Cable Connections: After all balance wires are connected to the battery pack, use a multimeter to measure the voltage between adjacent wires on the balance connector. The voltage difference between any two adjacent wires should be approximately the voltage of a single cell (e.g., around 3.2V-3.7V for LiFePo4). If the voltage readings are incorrect, recheck your wiring.
  5. Connect NTC Cable (if applicable): If your BMS includes an NTC (thermistor) cable for temperature sensing, insert it into the designated NTC-A port on the BMS.
  6. Connect Main P- Cable: Connect the main P- cable from the BMS to the negative terminal of your load or charger.
  7. Connect Balance Cable to BMS: Once all other connections are secure and verified, carefully plug the balance cable connector into the corresponding port on the BMS.
  8. Connect Main Positive: Connect the main positive cable from the battery pack's total positive terminal to the positive terminal of your load or charger.
4S LiFePo4 BMS wiring diagram

Image: A typical wiring diagram for a 4S LiFePo4 battery pack with a BMS. The black wire connects to the negative terminal, and red wires connect to the positive terminals of each cell sequentially.

Wiring Reference Videos:

The following videos provide general guidance on BMS wiring. Please note that the specific cell count (e.g., 16S or 13S) shown in these videos may differ from your 4S setup, but the general principles of connecting balance wires and main power cables remain relevant.

Video: DALY BMS Wiring Tutorial. This video demonstrates the general process of connecting a BMS to a battery pack, including balance wires and main power connections. (Note: This video shows a 16-series battery pack, while your product is 4-series. Adapt the principles to your specific cell count.)

Video: JKBMS Wiring Tutorial. This video illustrates the wiring procedure for a JKBMS, including connecting balance leads and main power. (Note: This video shows a 13-series battery pack, while your product is 4-series. Adapt the principles to your specific cell count.)

Ашиглалтын заавар

Once correctly installed, the BMS operates automatically to protect your battery pack. It manages charging, discharging, and balancing functions based on its programmed parameters.

Parameter Modification (if applicable):

Some advanced BMS models allow for parameter modification via a dedicated application. Refer to the specific instructions provided with your BMS for details on accessing and adjusting settings.

Video: Modify parameters and capacity. This video demonstrates how to connect to a BMS via an application and modify various parameters such as rated capacity and temperature protection settings.

Засвар үйлчилгээ

The 4S LiFePo4 BMS is designed for minimal maintenance. However, regular checks can help ensure its longevity and optimal performance:

Алдааг олж засварлах

If you encounter issues with your BMS, consider the following common troubleshooting steps:

If problems persist after checking these points, consult a qualified technician or contact customer support.

Үзүүлэлтүүд

ПараметрҮнэ цэнэ
Тасралтгүй гүйдэлWithin 50A
Агшин зуурын гүйдэлХамгийн ихдээ 800А
Цэнэглэх ботьtage14.8V~16V
Цэнэглэх гүйдэлWithin 20A
Одоогийн үлдэгдэл40 мАч
Overcharge Protection (single cell)3.75V±0.025V
Over-discharge Protection (single cell)2.00V±0.05V
Богино залгааны хамгаалалтТиймээ
Удирдах зөвлөлийн хэмжээ63x90x9мм
ТУЗ-ийн жин85 гр
Applicable AssemblyNominal 3.2V LiFePo4 battery (4S configuration)
Ачааллын хүчWithin DC 12V 600W (Motor starting current less than 800A)
Оролтын хэмжээtage12 вольт (ДС)
Гаралтын ботьtage12 вольт (ДС)

Аюулгүй байдлын мэдээлэл

Always observe the following safety precautions when working with battery management systems and battery packs:

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