Cycler / Module & SLI Tester
This cycler proves its worth with its reliable operation and long lifespan. Once up and running, it performs reliable and highly automated test runs on starter batteries for two-wheelers, cars and trucks between 25 amps and 150 amps. Optimal for laboratories that attach great importance to functional and reliable solutions at a premium quality.
UBT-ME (modular) | UBT-ME (standard) | UBT-RE | |
---|---|---|---|
Voltage range | 0 V up to 18 V* | 0 V up to 18 V* | -20 V up to 20 V |
Current range (circuit) | 25 up to 150 A* | 25 up to 150 A* | 150 A |
Paralleling of circuits | Yes | Yes | Yes |
Control accuracy U DC | < ± 0,1 % fs | < ± 0,1 % fs | < ± 0,05 % fs |
Control accuracy I DC | < ± 0,1 % fs | < ± 0,1 % fs | < ± 0,1 % fs |
Regenerative DC link | No | No | Yes |
Mains feedback | No | No | Yes |
Circuits per Power Module | n/a | n/a | 1 up to 6 |
Max. circuits per cabinet | 24* | 12* | 48 |
Scaleable | Yes | No | Yes |
The battery pack tester is a crucial tool for assessing the functionality and performance of battery packs used in various applications. It provides real-time data on the battery’s capacity, voltage, and internal resistance, allowing users to make informed decisions regarding maintenance or replacement. Equipped with advanced technology, the tester offers precise and reliable results, ensuring the safety and efficiency of the battery packs. Its user-friendly interface and intuitive controls make it accessible for technicians and engineers, streamlining the testing process. With its ability to identify potential issues early on, the battery pack tester helps prevent unexpected failures and prolongs the lifespan of battery packs.
With its ability to identify potential issues early on, the battery pack tester helps prevent unexpected failures and prolongs the lifespan of battery packs. Moreover, its compatibility with various battery chemistries and sizes makes it a versatile solution for different industries. The tester’s data logging capabilities allow for comprehensive analysis and trend identification over time, enabling proactive maintenance strategies. Additionally, its portability and rugged design ensure usability in diverse environments, from manufacturing facilities to field operations. Ultimately, investing in a reliable battery pack tester is essential for optimizing operational efficiency and minimizing downtime associated with battery-related issues.
When it comes to battery testing equipment, one of the key features to consider is its compatibility with different battery types. This is crucial because various industries rely on a wide range of battery chemistries and sizes. The ability to test and evaluate these diverse batteries accurately is essential for ensuring reliable power supply across different applications. Ensuring that the equipment can handle various battery types is paramount for comprehensive and effective testing procedures. Moreover, a robust data logging and analysis capabilities are crucial in gaining valuable insights into battery health, allowing for informed decisions to support efficient energy storage solutions.
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For more than half a century, Ador Digatron develops and manufactures test and formation charging systems for batteries. As a world market leader with manufacturing plants in the US, China, and India we supply to customers all over the planet and actively shape the future of energy storage.
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