Product information

The Mindray BeneHeart C-series and L-series battery is compatible with the Mindray BeneHeart C1A, C2, L1, and L2 AEDs. This battery has a lifespan of approximately 5 years (in standby mode). The battery for the Mindray C- and L-series can deliver up to 400 shocks at 200J or 200 shocks at 360J. It also provides enough power to monitor the ECG for up to 12 hours during a rescue.

How do I replace the Mindray BeneHeart battery?

The battery is located behind a battery cover. On the C-series, this cover is secured by two screws that can be removed with a Phillips-head screwdriver. No tools are required for the L-series; the battery cover simply slides open. You can then remove the old battery and slide the new one in. Finally, replace the cover and—for the C-series—screw it back in place.

Depending on the type of service agreement you have with AED-Partner, we can replace the battery for you during a scheduled service visit.

Do the electrodes need replacing too?

Are you planning to replace the electrodes as well as the battery soon? You can also order new Mindray BeneHeart MR62 electrodes and Mindray BeneHeart MR66 CPR electrodes from us.

Service agreement

Regular maintenance ensures your AED is always ready for use. You can take out a service agreement with AED-Partner to arrange this maintenance. We will notify you, for instance, when the battery and/or electrodes of your AED(s) need replacing. We also provide on-site maintenance within 6 hours following a rescue incident.

Do you have any questions about this battery? Our Customer Service team is happy to help you.

More about Mindray

Mindray AEDs are known for their good price-quality ratio. You will often find these AEDs in hospitals, but you also regularly encounter them elsewhere. Thanks to their high ease of use, Mindray AEDs are also suitable for inexperienced rescuers! An important advantage of the Mindray AED series is the special baby/child button. With this, the AED can also be used on children up to 8 years old or up to 25 kg using an adapted shock program.