Original battery 2036984-001 for Carescape B650 monitor and compatible models
The GE Healthcare battery reference 2036984-001 is a reliable and high-performance power solution for several medical monitoring devices, including the Carescape B650 monitor. Designed to GE Healthcare's rigorous standards, this lithium-ion battery provides stable and long-lasting power, essential for continuity of care in hospital environments.
Its original design ensures full compatibility with the following devices:
- Carescape B650
- B105
- B125
- Mac VU360
- Part numbers 2099002-014 and M1168356
With a voltage of 11.1V and a capacity of 6.21Ah, this battery offers optimised autonomy, reducing interruptions due to frequent recharging. Weighing only 0.5 kg, it is easy to handle and fits easily into compatible devices.
Safety instructions
- Do not dispose of in fire.
- Do not charge or recharge.
- Do not disassemble, open, puncture or shred.
- Do not short-circuit the terminals.
- Do not subject to mechanical impact or crush.
- Never mix batteries of different capacities, technologies, brands or formats in the same device.
- Do not combine new and used batteries. Replace all batteries at the same time.
- Keep out of reach of children.
Precautions for use
- Upon receipt of the product, check the general condition and integrity of the equipment.
- Do not use if an unusual odour, overheating, corrosion or visible damage is detected.
Instructions for use
- Use batteries that are compatible with the device manufacturer's recommendations.
- Use batteries within the specifications defined by the device manufacturer.
- Use batteries in accordance with the device manufacturer's recommendations. Observe the correct polarity.
- Never heat or solder directly on batteries.
- Do not immerse.
Storage
- Store batteries in a dry, cool (preferably temperature-controlled and below 30°C) and ventilated place.
- Avoid storing batteries in direct sunlight for long periods of time (e.g. in a car exposed to sunlight).
- Keep batteries in their original packaging to reduce the risk of short circuits.