Description
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XTAR INR21700H 4000mAh Li-ION 3.7V high-current 25A battery.
Unprotected, ORIGINAL industrial battery XTAR INR21700H, dedicated to high-current discharges. Battery made with lithium-ion technology characterized by high constant discharge current of 25A, high energy and voltage density. It is ideal for medical equipment, data storage devices, power tools, etc. To charge the battery, use high-quality chargers with a charge cut-off at no more than 4.2V. Batteries with protection, available here.- Innovative design for impact resistance
- Resistant to extreme operating temperatures of -20°C to 75°C
- Environmentally friendly
- Duty cycles, up to more than 500 times
The presented rechargeable battery is an unprotected Li-ION rechargeable battery XTAR INR21700H 4000mAh Subject has no electronic protection against overcharging and deep discharge. Do not allow the battery to be discharged below 2.5V. Do not allow the terminals to be short-circuited. For both industrial and consumer applications. It has a large capacity and the lithium-ion technology ensures long and stable operation.
The battery sold does not have electronic protection against overcharging and deep discharge.
Technical specifications:
- Manufacturer: XTAR
- Model: INR21700H
- Capacity: 4000mAh
- Voltage: 3,7V
- Technology: lithium-ion (Li-ION)
- Maximum constant discharge current: 25A
- Maximum discharge current: 40A (pulsed)
- Maximum charging voltage: 4.2 ± 0.05V
- Minimum discharge voltage: 2.5V
- Wymiary: ∅21.5±0.2mm×70.5±0.3mm
- Net weight: 67.7g
Data sheetTransport certificate UN38.3
In order to ensure the safe transportation of potentially hazardous substances, all batteries must have a so-called: Material Safety Data Sheet (MSDS). The batteries available in our offer meet these standards and have MSDS cards. MSDS Material Safety Data Sheet.
It is possible to make a cell with any lead and in any package configuration, details here.
Attention!
With lithium batteries, you should use PCB protection circuits, which protect cells from overcharging, over-discharge, short-circuit and extend the life of cells.
