Original Drager 8415290 Rechargeable Battery Module 24V 2500mAh

1. The Dräger 8415290 Rechargeable Battery Module is a professional backup battery module designed specifically for

Dräger's high-end ventilators and neonatal respiratory support systems. With a rated voltage of 24V and a nominal

capacity of 2500mAh, it provides stable and continuous power support for the equipment during power outages, transport,

or emergencies. This battery module is widely used in ICU intensive care units, operating rooms, neonatal wards, and

intra-hospital transport scenarios, and is a crucial core component ensuring the continuous operation of life support

equipment.



As an original equipment manufacturer (OEM) or high-quality equivalent battery module, the 8415290 is perfectly

matched to the equipment in terms of structure, interface, and electrical parameters, allowing for plug-and-play

replacement. This helps hospitals and maintenance service providers quickly restore normal equipment operation,

reduce downtime, and improve clinical efficiency.



2. Original Manufacturer Specification Matching Ensures Stable Equipment Operation

The Dräger 8415290 battery module is manufactured strictly according to the original equipment design parameters. Its

voltage output, capacity range, and interface structure are highly consistent with the original system, ensuring full

compatibility with mainstream Dräger ventilator models such as the Evita V300, Evita V500, and Babylog VN500. Original

manufacturer specification matching effectively avoids problems such as alarms, unstable power supply, or equipment

recognition failures caused by battery incompatibility, providing higher reliability for clinical use.



3. 24V Medical-Grade Voltage Meets Critical Power Supply Needs

This battery module uses a 24V medical-grade standard voltage output, which can meet the stable power supply

requirements of high-power medical equipment during operation. Whether in normal use or in the event of a sudden

power outage, the battery can provide a stable voltage output, avoiding the impact of voltage fluctuations on equipment

performance and patient safety, meeting the stringent requirements of power systems in intensive care environments.



4. 2500mAh Capacity Design for Uninterrupted Power Supply in Critical Moments

The 8415290 features a 2500mAh nominal capacity, providing ample backup operating time for the device. This allows

clinical staff to continue using the device during power outages or patient transfers, reducing clinical risks associated with

power interruptions. Stable capacity effectively extends the device's offline availability, buying valuable time for rescue and

treatment.



5. Ni-MH Technology for Safe, Stable, and Durable Operation

This battery module utilizes Ni-MH battery technology, which is more environmentally friendly, has a lower memory effect,

and offers more stable long-term performance compared to traditional nickel-cadmium batteries. Ni-MH batteries offer

excellent safety and durability, making them suitable for the frequent charge-discharge requirements of medical environments,

effectively reducing maintenance costs and replacement frequency.



6. Plug-and-Play Design for More Efficient Maintenance

The Dräger 8415290 features a modular design, supporting plug-and-play replacement. Installation can be completed

without complex tools or professional adjustments. This design significantly reduces maintenance and repair time, helping

engineers and hospital equipment managers quickly replace batteries, increasing equipment uptime, and reducing clinical

interruptions caused by maintenance.



7. Applicable to Multiple Clinical and Transport Scenarios

This battery module is not only suitable for fixed medical locations such as ICUs and operating rooms, but also ideal for

patient transport within hospitals, emergency power supply, and temporary power outage scenarios. Its stable and reliable

backup power capability allows the equipment to continue operating during movement, providing uninterrupted life support

for patients.