Share:


LAUNCH® EVB624 EV Battery Pack Cell Wireless Equalizer | Professional 24-Channel Intelligent Cell Balancing System

RM16,500.00

Installment Option(s)
BNPL (Max Amount 10,000) RM5,500.00 for 3 months / RM2,750.00 for 6 months / RM1,833.33 for 9 months
Credit Card Installment (Depends Your Bank Service) RM5,500.00 for 3 months / RM2,750.00 for 6 months / RM1,833.33 for 9 months / RM1,375.00 for 12 months / RM687.50 for 24 months / RM458.33 for 36 months


Restore battery module consistency and maximize the service life of New Energy vehicle batteries with the LAUNCH® EVB624 EV Battery Pack Cell Wireless Equalizer. Engineered specifically for advanced EV battery maintenance facilities and professional battery remanufacturing centers, the EVB624 is the ultimate 24-channel modular solution for addressing severe cell voltage variances and balancing internal cells.

Whether you are conducting routine maintenance on an unbalanced pack or performing cell-replacement services within a battery module, the EVB624 ensures that the voltage levels across all individual cells are brought to a safe, uniform equilibrium. Operating on a smart wireless architecture with a separate charging host and multiple discharging sub-units, this system provides unmatched precision and safety prior to final pack reassembly.

Key Features

  • 【High-Capacity 24-Channel Balancing】: Built on an innovative 1 Charging Unit + 6 Discharging Units modular matrix. The balancer channels can be freely combined, supporting simultaneous balancing of up to 24 battery cells to ensure maximum workshop throughput.

  • 【Wireless Scalability & Universal Chemistry】: Utilizes advanced Wi-Fi and Bluetooth wireless networking communication between the units, making it effortless for workshops to expand active channel counts. Fully compatible with all major lithium battery chemistry types on the market.

  • 【Dual Operating Modes】: Supports two distinct professional battery conditioning workflows—Charge & Discharge Balance Mode and Pure Discharge Balance Mode—to cater to diverse battery conditioning and state-of-charge (SOC) matching protocols.

  • 【Error-Proof Independent Wiring】: Each battery cell channel is wired separately and independently, eliminating parallel crosstalk and safeguarding the modules against manual connection errors.

  • 【Industrial-Grade Safety Protections】: Fully equipped with multi-layered protective hardware covering Overvoltage, Undervoltage, Overcurrent, Output Short-Circuit, Reverse Polarity Connection, and Overtemperature cut-offs.

  • 【Seamless Diagnostic Integration】: Designed to align with LAUNCH’s intelligent diagnostic ecosystem, supporting rapid vehicle communication protocol detection, automated VIN identification, and deep-dive analytics (including reading/clearing DTCs, live data streaming, and advanced coding/programming via compatible Launch master diagnostic tools).

Technical Specifications

Charge Unit (Main Host)

The central command host features a vibrant 10.1" LCD touch screen for intuitive, real-time control and graphic monitoring of the entire balancing operation.

Parameter Specification Value
Power Input AC 90~264V, 50Hz/60Hz
Output Voltage Range DC 0~112V
Output Voltage Accuracy $\le \pm$1% @ 48-112VDC
Output Current Range 1~40A
Output Current Accuracy $\le \pm$1% @ output > 4A
Display Screen 10.1" LCD Touch Screen
Dimensions 381 $\times$ 270 $\times$ 275 (mm)

Discharge Unit (Sub-Modules)

Each heavy-duty sub-module controls 4 independent channels, communicating wirelessly back to the main host via Wi-Fi and Bluetooth.

Parameter Specification Value
Number of Channels 4 channels per unit (Expandable up to 6 units / 24 channels)
Discharge Voltage Range DC 2.8~4.2V
Discharge Current Range 1~10A
Voltage Measurement Accuracy $< \pm$1% @ 48-112VDC
Current Measurement Accuracy $\le \pm$1% @ output > 4A
Communication Method Wi-Fi, Bluetooth (BT)
Dimensions 215 $\times$ 100 $\times$ 130 (mm)

Untitled


 Inquiry - LAUNCH® EVB624 EV Battery Pack Cell Wireless Equalizer | Professional 24-Channel Intelligent Cell Balancing System


Contact us