GE Ohmeda TruSat 6050-0006-578 Rev J B11435 4.8V 3000mAh Compatible Battery NI-MH Batteries

GE Ohmeda TruSat 6050-0006-578 Rev J B11435 4.8V 3000mAh Compatible Battery NI-MH Batteries

GE Ohmeda TruSat 6050-0006-578 Rev J B11435 4.8V 3000mAh Compatible Battery

► Brief Introduction

GE Ohmeda TruSat 6050-0006-578 Rev J B11435 4.8V 3000mAh Compatible Battery

This is a compatible battery. The original battery model is B11435. It is a medical battery designed for GE Ohmeda TruSat blood oxygen saturation sensor. The core solution is the power interruption problem during the mobile use of the blood oxygen probe to ensure continuous monitoring of the patient's vital signs.

This battery is a NI-MH battery with a battery capacity of 3000mAh and a battery voltage of 4.8V. The battery size is very small, with a size of about 169*24.5mm and a weight of 241g. The overall color is blue and looks like a pen. The battery is a rechargeable battery with a cycle charge and discharge of more than 500 times. When used in an environment of 20 degrees, the battery life can exceed 7 days (standard use). The battery life is super long and the service life is long. It is a battery with super cost-effectiveness.

► Functions 

1. Continuous power supply

The battery can output a stable 4.8V DC power, which can ensure that the GE Ohmeda TruSat blood oxygen saturation sensor can operate continuously for more than 72 hours.

2. Anti-signal interference

The nickel-metal hydride battery has an EMI shielding layer, which effectively prevents SpO₂/pulse rate data from being contaminated by power supply noise and is not subject to electromagnetic interference in high-interference environments (operating room, ICU).

3. Hot-swap support

Supports battery replacement while the monitor is turned on to avoid interruption of patient monitoring.

► Parameters

► Product Picture

► Product advantages

1. Complete clinical data

Voltage fluctuation range <±0.05V (actual measurement), avoiding unstable SpO₂ values ​​due to unstable power supply.

2. Intelligent power management

The battery has a built-in voltage balancing circuit to solve the problem of premature failure caused by differences in nickel-hydrogen battery cells

3. Built-in circuit protection

Can protect the battery circuit, built-in four-fold protection: overcharge, over-discharge, short circuit, overcurrent. Reduce the risk of battery use.

4. Support mobile use of equipment

Can support the use of equipment for a long time, and can support the use of equipment away from a fixed power supply when the monitor or sensor needs to be used frequently.

► Precautions for use

Avoid irregular operations and risky usage scenarios, which will increase the risk rate of the battery

1. Please do not use non-original chargers, overcharging will cause electrolyte leakage and corrosion of the sensor circuit.

2. Do not charge at low temperatures. Charging at temperatures below 10 degrees will cause the battery capacity to permanently decline by 40%+

3. Do not modify the battery at will. For example, if the metal shielding layer of the battery shell is removed, the anti-EMI effect will disappear, resulting in distorted SpO₂ readings