DALY 8S 24V 200A

DALY BMS 8S 24V 200A LiFePO4 Battery Protection Module Instruction Manual

1. Produk Lebihview

The DALY BMS 8S 24V 200A LiFePO4 Battery Protection Module is designed to manage and protect 8-series LiFePO4 battery packs. It ensures safe and efficient operation by monitoring various parameters such as voltage, current, and temperature, providing essential protection functions.

DALY BMS 8S 24V 200A LiFePO4 Battery Protection Module

Rajah 1: Depan view of the DALY BMS 8S 24V 200A module.

DALY BMS 8S 24V 200A LiFePO4 Battery Protection Module angled view

Rajah 2: Bersudut view of the DALY BMS 8S 24V 200A module.

DALY BMS 8S 24V 200A LiFePO4 Battery Protection Module with ports

Figure 3: DALY BMS 8S 24V 200A module showing connection ports.

2. Spesifikasi

Fan specifications for DALY BMS

Figure 4: Fan specifications for the DALY BMS.

Spesifikasi Umum
CiriNilai
Dimensi Produk4.72 x 9.25 x 2.05 inci
Berat Barang4.11 paun (1865 Gram)
Input Voltage24 Volt (DC)
JenamaDALY
PengeluarDongguan Daly Electronics Co., Ltd.
warnaPelbagai warna

Detailed Product Parameters (LiFePO4 8S BMS)

Product Parameters Table for LiFePO4 8S BMS

Figure 5: Part 1 of the detailed product parameters for LiFePO4 8S BMS.

Product Parameters Table for LiFePO4 8S BMS continued

Figure 6: Part 2 of the detailed product parameters for LiFePO4 8S BMS.

Detailed Product Parameters (LiFePO4 8S Smart BMS)

Product Parameters Table for LiFePO4 8S Smart BMS

Figure 7: Part 1 of the detailed product parameters for LiFePO4 8S Smart BMS.

Product Parameters Table for LiFePO4 8S Smart BMS continued

Figure 8: Part 2 of the detailed product parameters for LiFePO4 8S Smart BMS.

3. Struktur Produk

The DALY BMS is engineered with multiple layers for optimal performance and protection. Key components include:

  • Insulated Flame-Retardant Shell: Provides external protection and safety.
  • Smart and Powerful Fan: Ensures efficient cooling to maintain optimal operating temperatures.
  • Pure Aluminum Heat Sink: Dissipates heat effectively from internal components.
  • High Current Copper Plate: Features a 3mm pure copper interface for robust current handling.
  • DALY BMS Control Board: The core intelligence for battery management and protection.
  • Thermal Conductive Compound: Enhances heat transfer between components and heat sinks.
  • Insulation Fixing Plate: Secures and insulates internal components.
PCB Protection Board Structure Example

Rajah 9: Meletup view illustrating the internal structure of the DALY BMS.

4. Arahan Pendawaian

Proper wiring is critical for the safe and correct operation of your DALY BMS. Please follow these steps carefully. Tools needed: soldering machine (suggested 662°F/350°C), scissors, double-sided tape, tin wire, multimeter.

4.1. Preparation and Sampling Point Determination

Before starting, ensure you have all necessary tools and materials. The sampling points on your battery pack must be correctly identified and marked. For a 10-battery series (e.g., 8S LiFePO4), there will be 11 sampling points, including the total negative (B-) and total positive (B+) terminals.

Video 1: Guide on preparing materials and determining sampling points for DALY BMS wiring.

Video 2: Detailed instructions on how to determine the correct sampling points for DALY BMS.

4.2. Balance Lead Connection

Nota: awak mesti disconnect balance wires end and BMS connection port before welding black and red balance wires on the battery pack.

  1. After assembling your LiFePO4 battery pack, mark battery B-, B1, B2,..., until battery pack B+.
  2. Fix balance wires on the battery pack where the black wire can reach battery pack B-. The 1st red wire can reach B1, 2nd red wire can reach B2,..., until the last red wire can reach battery pack B+ with double-sided tape.
  3. Cut off excess length with scissors, welding the black wire's end at Battery pack B-, welding the 1st red wire's end at B1, 2nd red wire's end at B2,..., until the last red wire's end at Battery pack B+.
  4. Measure balance wires white end's 2 neighboring metal points voltage; if voltagJulat e ialah 2.0V-3.6V, ini bermakna pendawaian adalah betul.
  5. Connect balance wires white end with BMS connection port, use multimeter ohm detection function and turn on the buzzer; connect multimeter's black test pen with BMS P- and multimeter's red test pen with BMS B-, when there is beep sound, the BMS circuit conduction is OK and continue.
  6. Gunakan multimeter voltan DCtagfungsi e untuk mengukur volum pek bateritage (antara Bateri B- dan Bateri B+) dan melalui volum output BMStage (between BMS B- and Battery B+), if they are the same voltage, BMS sudah boleh berfungsi seperti biasa dan membaiki BMS untuk mengelakkan sentuhan yang lemah akibat getaran yang teruk semasa penggunaan.
BMS Wiring Instructions Manual diagram

Figure 10: Diagram illustrating the balance lead wiring process for the DALY BMS.

Video 3: Step-by-step guide on soldering DALY BMS wires to the battery pack.

5. Common Wiring Errors and Troubleshooting

Incorrect wiring can lead to serious issues, including damage to the BMS or battery pack. Be aware of these common errors:

  • Incorrect Wiring Harness: Using a wiring harness not specifically designed or compatible with your DALY BMS model can cause connection issues, poor contact, or even short circuits. Always use the provided or recommended wiring.
  • Inserting BMS Before Wiring: Never insert the BMS connection port before all balance wires are correctly soldered and verified. Doing so can cause immediate damage to the BMS due to voltage spikes or incorrect current paths.
  • Virtual Welding/Poor Solder Joints: Inadequate soldering can result in poor electrical contact, leading to voltage drops, overheating, and unreliable performance. Ensure all solder joints are strong and secure.
  • No Inspection After Wiring: Failing to inspect and verify all connections and voltages with a multimeter after wiring but before connecting the BMS can lead to catastrophic failure. Always check individual cell voltages and the overall pack voltage.
  • Incorrect P- and B- Line Connection: The P- line (output/charge negative) and B- line (total battery negative) must be connected correctly. Reversing these or connecting them improperly can cause short circuits within the protective plate, burn out sampling lines, or damage the entire protective plate.

Video 4: Explanation of 5 common wiring errors to avoid when installing DALY BMS.

6. Aplikasi

DALY BMS modules are versatile and suitable for a wide range of applications requiring robust battery management. These include:

  • Two-wheelers (e.g., electric bikes, scooters)
  • Forklift AGV
  • Skuter Elektrik
  • Sistem Penyimpanan Tenaga Fotovoltaik
  • RV Energy Storage Systems
  • Sistem Penyimpanan Tenaga Rumah
Wide Range of Applications for DALY BMS

Rajah 11: Perwakilan visual pelbagai aplikasi untuk produk DALY BMS.

Application scenario with DALY BMS and app interface

Gambar 12: Cthample of a DALY BMS in an energy storage application with mobile app monitoring.

7. Langkah-langkah Keselamatan

  • Always wear appropriate personal protective equipment (PPE) when handling batteries and performing wiring.
  • Pastikan semua sambungan selamat dan terlindung untuk mengelakkan litar pintas.
  • Do not attempt to modify the BMS or battery pack beyond the instructions provided.
  • Keep the BMS and battery pack away from moisture, heat, and flammable materials.
  • In case of any malfunction or unusual behavior, disconnect the battery pack immediately and seek professional assistance.

8. Waranti dan Sokongan

For warranty information, technical support, or any inquiries regarding your DALY BMS, please refer to the official DALY website or contact your authorized dealer. Ensure you retain your proof of purchase for warranty claims.