xMB-9640
Improve EV performance and maintain range with module level diagnostics and balancing
EV and HEV systems fitted to JLR vehicles can be complex to maintain and support. xMB-9640 has been designed specifically to maintain JLR EV’s main Lithium battery pack, whilst being simple to operate and function.
Why is xMB Necessary?
To provide the necessary voltage for EV’s, the lithium pack is made up of many smaller Lithium batteries called Modules. Over time, the modules will wear and discharge at different rates resulting in reduced range and performance.
xMB-9640 provides JLR Service Centres with an easy way to efficiently and accurately balance EV modules.
Dealer Benefits
Automatic Module Detection
You don't need to manually enter in specific specs, xMB will automatically detect the vehicle and pack connected.
Safe to Operate
High Voltage packs are dangerous. Continuous monitoring, isolation protection and shock safe protections keep users safe.
Transportation Discharge
Before transporting new EV's use the discharge mode to ensure safety during transport.
Efficient Balancing
After detecting the modules, xMB will automatically charge and balance them to improve longevity.
Advanced Diagnostics
Throughout the whole process you can see State of Charge (SoC), Internal Resistance (IR) and module voltage
Approved by JLR
Approved with for use within JLR Service Centres with specific software designed to support JLR Vehicles.
Cables & Spare Parts
We stock a comprehensive range of official Midtronics xMB cables and spare parts that are available to order directly from Rotronics. Explore the range below…
Frequently Asked Questions
All current JLR EV and HEV vehicles are supported. Any future vehicles can be added via an over-the-air software update.
xMB can support up to 96V DC Output.
To use xMB you will require EV training, however it has a simple, guided connection process.
Get in touch
Let’s talk
Need any help?
Ken, our CEO, is available to help.
We can help you select the perfect solution to fit your business’s needs.