Original Drager 8415290 Rechargeable Battery Module 24V 2500mAh

Product Specification

                  Original Drager 8415290 Rechargeable Battery Module 24V 2500mAh

1. Product Overview

The Dräger 8415290 rechargeable battery module is a genuine Dräger power accessory specifically designed

 for medical devices. It primarily provides stable and reliable backup power for ventilators, monitoring equipment,

 and related life support systems. As a key component of medical device power systems, this battery module

 plays a crucial role in power outages, transport, and mobile applications, ensuring continuous equipment

operation and providing robust protection for patient safety.

In ICU, emergency resuscitation, intra-hospital transport, and complex clinical environments, a stable power

 supply is paramount. The 8415290 battery module utilizes high-quality cells and mature power management

 technology, offering excellent battery life and safety performance, making it a vital backup energy solution for

 ensuring uninterrupted equipment operation.

2.Genuine Quality Guaranteed, Enhanced Compatibility

As a genuine Dräger accessory, the 8415290 strictly adheres to equipment standards in its structural design,

electrical parameters, and interface specifications, ensuring high compatibility with Dräger's medical device

series. After installation, it can be recognized and used normally without additional debugging, effectively

avoiding power supply abnormalities, alarms, or equipment failures caused by insufficient compatibility. Choosing

 original accessories helps maintain optimal equipment performance and extends the overall lifespan of the device.

3.Stable Output, Ensuring Uninterrupted Power Supply in Critical Moments

This battery module has a rated voltage of 24V and a capacity of 2500mAh, providing continuous and stable

power support for the device. In the event of a sudden power outage or during transport, it can quickly switch

to battery power mode, ensuring the normal operation of the ventilator and monitoring equipment and avoiding

 the risk of treatment interruption. This continuous power supply capability is particularly important for life support

 equipment, serving as a crucial line of defense for patient safety.

4.Large Capacity Design, Excellent Battery Life

Thanks to high-efficiency battery cells and optimized circuit design, the 8415290 boasts excellent battery life,

supporting extended offline operation. Fast charging speed and long standby time significantly improve device

 utilization, reducing the inconvenience of frequent charging or battery replacement, meeting the practical

application scenarios of high-intensity, continuous work in hospitals.

5. Comprehensive Safety Protection for Greater Peace of Mind

The product incorporates multiple safety protection mechanisms, including overcharge protection, over-discharge

 protection, overcurrent protection, and short-circuit protection, effectively reducing the risk of battery malfunctions

 and ensuring long-term stable operation. It also boasts excellent thermal management performance, maintaining

 safety and reliability even under high-load operating conditions, providing greater assurance for clinical applications.

6. Durable and Reliable, Suitable for High-Frequency Medical Environments

The 8415290 battery module utilizes medical-grade durable materials and mature manufacturing processes,

possessing a long cycle life and withstanding multiple repeated charge and discharge cycles with minimal

performance degradation. It is suitable for high-frequency operating environments such as ICUs, emergency rooms,

and operating rooms. Stable performance helps reduce equipment failure rates and maintenance costs.

7. Modular Design for Easier Maintenance

The battery module adopts a plug-and-play design, making disassembly and assembly simple and quick.

Engineering technicians can quickly complete replacement operations, significantly reducing equipment downtime.

 Compared to repairing the entire unit or replacing the power system, replacing the battery module individually

 is more economical and efficient, making it an ideal spare part choice for hospital equipment departments

and maintenance departments.