ASTERION FTS-X series are sealed, maintenance — free front terminal lead-acid batteries. They are manufactured using AGM technology with an absorbed electrolyte.
Scopes of application
![Backup power supply sources/Autonomous power supply systems Backup power supply sources/Autonomous power supply systems](/upload/medialibrary/55b/55becd6a63aaa4694db180e9e161723f.png)
![Uninterruptible power supplies Uninterruptible power supplies](/upload/medialibrary/be9/be92c3e5fa9b3b3e7a211142961f2700.png)
![Installation of communication / communication systems and telecommunications / telephone exchange Installation of communication / communication systems and telecommunications / telephone exchange](/upload/medialibrary/a25/a250f02dc4012f1d7cf52f14b3083829.png)
![Installation of communication / communication systems and telecommunications / telephone exchange Installation of communication / communication systems and telecommunications / telephone exchange](/upload/medialibrary/71f/71f260adb53b168306c42c1798f363e6.png)
![Redundant power supply for radio relay systems Redundant power supply for radio relay systems](/upload/medialibrary/03d/03dc3fa99fbdad30d06bb5bb0c52d530.png)
![Usage for «indoor» and «outdoor» cabinets, and communication containers Usage for «indoor» and «outdoor» cabinets, and communication containers](/upload/medialibrary/89b/89b22fdb1b3a851178fe073ce0138d99.png)
Detail description
ASTERION FTS-X series are sealed, maintenance - free front terminal lead-acid batteries. They are manufactured using AGM technology with an absorbed electrolyte. The case design is optimized for installation in 19" and 23" telecommunication cabinets and racks. The main advantage of the FTS-X series is the increased specific capacity. The FTS-X series’ specific capacity is 15% higher than the average one, which allows to install more batteries in a fixed area. FTS-X batteries are optimal for use in both short and long discharge modes. This series demonstrates a high uniformity of quality indicators, which contributes to the extended duration of operation.