Lithum Battery Akyga AKY0894 CR2032 ST2NB Li-MnO2 3V / 210mAh 2-Pin
- Product code AKY0894
- Responsible EntityRopla Elektronik HP Sp. z o.o., 52-200 Suchy Dwór, Wrocławska 1c, Polska/Poland, [email protected]
- Rated voltage3 V
- Battery capacity210 mAh
- Cell TypeLi-MnO2
- Battery MarkingCR2032 ST2NB
- MountingTHT
- Pitch20 mm
- Temperature-20 / +60 °C
- Number of units1 pc
- PackageUniBag
- Product size (L x W x H)21 x 31 x 3.5 mm
- Net weight3 g
- CE compatibilityYes
- EAN code5906574243193
- Warranty24 months
The Akyga® AKY0894 is a CR2032 ST2NB lithium battery with a voltage of 3 V and a capacity of 210 mAh, designed to provide dependable power electronic devices. With its 2-pin leads, it offers easy installation, making it ideal for applications requiring a permanent and stable connection to electronic circuits.
Lithium-Manganese (Li-MnO2) Technology
The Akyga® CR2032 ST2NB battery is based on proven lithium-manganese technology, which provides stable voltage and high energy efficiency. The 210 mAh capacity enables long-lasting operation of devices, and the low self-discharge rate allows the battery to be stored for longer periods without losing its properties.
Resistant to Everyday Challenges
With an operating temperature range of -20°C to +60°C, the Akyga® AKY0894 CR2032 ST2NB lithium battery will perform well in both domestic and more demanding environments. It is a versatile solution that will easily meet the daily needs of electronic devices.
Versatile Use of the CR2032 Battery
The CR2032 ST2NB battery with terminals is suitable for various devices, including real-time clocks, controllers, memory modules, as well as specialised medical electronics and IoT systems. Its reliability makes it a popular choice for projects requiring a stable and long-lasting power supply.
Long-Lasting Performance
With its long lifespan and stable performance, the Akyga® CR2032 ST2NB AKY0894 provides a cost-effective and practical solution for all applications. Its resistance to self-discharge ensures that it is ready for operation even after prolonged storage.