AGILIA Z179971 battery – Original lithium-ion battery for Fresenius AGILIA pumps
The AGILIA Z179971 battery is a high-quality lithium-ion battery developed by Fresenius to meet the performance and reliability requirements of AGILIA series infusion devices. It is specifically designed for use with the following models: 179043, VP, MC, SP, Link4, VOLUMAT VP and updated Volumat versions.
With a nominal voltage of 7.2 V and a capacity of 2.2 Ah, this battery ensures optimal autonomy for medical devices in clinical environments where continuous therapeutic administration is crucial, particularly during intra-hospital transfers or when mains power is unavailable.
Its compact size and light weight (only 94 grams) make it particularly suitable for mobile devices, while ensuring reliable autonomy.
Safety instructions
- Do not dispose of in fire.
- Do not charge or recharge.
- Do not disassemble, open, pierce or shred.
- Do not short-circuit the terminals.
- Do not subject to mechanical shock 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.