電池電壓監控器
Adapted for research and testing purposes, the CVM-24P system offers excellent accuracy and is designed primarily for electrolyzers.
A cell voltage monitoring (CVM) system tailored for research, testing and practical application of H2 fuel cells. The CVM system protects the integrity of individual cells and provides valuable data for predictive maintenance planning and performance optimization.
Adapted for research and testing purposes, the CVM-24P system offers excellent accuracy and is designed primarily for electrolyzers.
These ready-to-use cell voltage monitor sets are easily integrated into specialized applications and allow direct connection to a PC via USB or to a PLC via RS-485 bus.
Explore our precision 2.5 V solutions with the CVM-64H module and sets, or opt for the cost-effective CVM-32A module and sets. For broader temperature and voltage monitoring requirements, consider our TEVOMET solutions.
Contact us for customized CVMs to meet your specific requirement.
For comparison of all series see Overview.
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VARIANTS AND OPTIONS
Out of Box sets
available in-stock for purchase in our eshop
Custom-made sets
- custom number of channels
- optionally assembled into plastic enclosure
- we can provide you with custom cables
- on demand modifications possible - connectors, enclosure, software functions, communication protocols, ...
- we offer redesign for mass production
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PRODUCT DETAILS
- 24 channels per one CVM-24P module
- Multiple modules can be daisy-chained to measure up to 480 channels, custom sets for more channels available
- Very compact design, part of FC Stack Control System
- Compatible with other Kolibrik modules
- Default channel range ± 5 V, can be extended
- 24-bit sampling, RMS noise 10 ... 100 μV
- Accuracy 0.02% of range + 0.05% of reading
- Sample rate up to 500 sps
- Communication buses
- CAN bus, RS-485/XC2 (compatible with other Kolibrik modules)
- USB (USB/RS-485 converter in KMS-PWR module)
- Stand alone or component of Compact Modular System and FC Stack Control System
- Applications: H2 fuel-cell stacks and electrolyzer test stands, research and control systems, hydrogen technology, redox-flow batteries, etc.
