Valve Regulated Lead Acid Battery
Designed using C&D's patented processes that offer long battery life with minimal maintenance. The VRLA batteries fit virtually anywhere and provides superior performance in the most demanding applications.
C&D Technologies' valve regulated lead-acid (VRLA) batteries are engineered to provide performance reliability and consistency over the life of the product. Designed using C&D's patented processes, these products offer long battery life with minimal maintenance. The VRLA products fit virtually anywhere and provides superior performance in the most demanding applications.
AGM and GEL technology with capacity up to 3000AH are available to serve various applications, such as telecom, UPS, switchgear & control, power plant, renewable energy, railway, oil & gas, etc.
| C&D Technologies Pure Lead Plus battery is also available to provide superior performance and extended life at elevated ambient temperatures for use were endurance counts. The Pure Lead Plus Battery is the perfect fit for UPS applications including Data Centers, Banks & Financial Market, Hospital & Testing Laboratories, Emergency 911 Response Centers, Power Generation Plants, Network Operation Centers, etc. |
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Front Access Battery with true front access terminal has also been introduced. Maintenance is significantly easier and safer with all required service points front accessible, thus reducing both time and cost of periodic servicing. More features of the true front access battery are as follows:
Direct welded front facing terminals
- Uses proven Extrusion Fusion welding process for high reliability
- Provides most efficient current path for excellent high rate performance
- No bolted on "L" brackets which try to make a top terminals battery into a front terminal battery
- One less bolted connection that requires maintenance, builds up resistance, and can lead to poor string performance
Raised Terminals for ease of maintenance and access to C&D Ohmic Ring®
- C&D Ohmic Ring® provide large surface area for direct access to terminals for consistent and accurate ohmic measurements
