Launch – EVP 711 EV Battery Pack Module Charging Discharging

Feature Details
Power Input AC 90~264V
Group Terminal Voltage Accuracy ≤±(0.5%FS+0.3V), resolution: 0.01V
Single Cell Voltage Accuracy ≤±(0.1%FS+5mV), resolution: 0.01V
Test Current Accuracy ≤±(1%FS+0.2A), resolution: 0.1A
Charging & Discharging Voltage Range DC 2~400V
Charging Current Range 0~100A, max power 4.4kW
Discharging Current Range 0~100A, max power 7.2kW
Data Communication RS485
Display 10.1″ LCD
Charging Control Constant current charging + constant voltage charging
Discharging Mode Constant current discharging
Battery Compatibility Common lithium batteries, Nickel-hydrogen (Ni-MH) batteries
BMS Compatibility Yes
Dimensions 551 x 349 x 598 mm

The Launch EVP711 is an EV battery pack module charging and discharging device, designed to balance battery modules for voltage consistency. Compatible with common lithium and nickel-hydrogen batteries, and fully BMS compatible, it’s built for post-repair balancing, module replacement, and disassembled battery pack maintenance during EV servicing.

Description

Launch EVP711 – EV Battery Pack Module Charging & Discharging | Technomatic Industries

When an EV battery module gets replaced, disassembled for transport, or simply falls out of balance over time, getting voltage consistency back is critical — and that’s exactly the job of the LAUNCH EVP711, available at Technomatic Industries. This dedicated charging and discharging device is built to balance battery modules, restoring the voltage consistency needed for safe, reliable EV battery performance.

The EVP711 is especially useful in a few key scenarios: after replacing a battery module, when a battery pack has been disassembled during transportation, or simply as part of routine module balancing to maintain voltage consistency across the pack. It’s also designed to work alongside a battery pack cell equalizer, making it a natural fit within a broader EV battery servicing workflow rather than a standalone tool.

Battery compatibility is broad, supporting common lithium batteries as well as nickel-hydrogen (Ni-MH) batteries — giving workshops flexibility across different battery chemistries. The device is also BMS compatible, allowing it to work properly alongside a vehicle’s battery management system rather than against it, which matters for accurate, safe charging and discharging.

Precision You Can Rely On

The EVP711 doesn’t just charge and discharge — it does so with genuine measurement accuracy. Group terminal voltage accuracy comes in at ≤±(0.5%FS+0.3V), while single cell voltage accuracy is tighter still at ≤±(0.1%FS+5mV), both with 0.01V resolution. Test current accuracy sits at ≤±(1%FS+0.2A), ensuring readings stay dependable throughout the process.

With a charging and discharging voltage range of DC 2~400V, the EVP711 handles both charging (0~100A, up to 4.4kW) and discharging (0~100A, up to 7.2kW) with constant current charging plus constant voltage charging control, and constant current discharging mode — giving technicians consistent, controlled performance rather than unpredictable output.

Technicians can monitor and manage the entire process through a clear 10.1″ LCD display, with RS485 data communication supporting integration into broader diagnostic or data logging setups.

As EV battery servicing becomes a routine part of workshop operations — whether it’s post-repair balancing or handling batteries after transport — having dedicated charging and discharging equipment like the EVP711 is what separates a properly equipped EV service bay from one that’s improvising. The LAUNCH EVP711 from Technomatic Industries gives your workshop the precision and reliability needed to keep EV battery modules balanced and performing correctly.