LIBERTY® Series 1000
Price:$
Characteristics
Valve-Regulated Lead-Calcium Battery For Standby Applications
Unit capacity from 100 to 600 Ampere-hours
C&D Technologies’ Liberty® 1000 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 versatile Liberty® Series 1000 10-year VRLA product fits virtually anywhere and provides superior performance in the most demanding applications.
Features and Benefits
- Advanced, computer-controlled thermal cover-to-jar weld for greater reliability and consistency
- Automated, state-of-the-art, cast-on strap process ensures consistent, high-quality, low electrical-resistance welds
- Through-the-partition intercell connection shortens current paths and increases performance
- Copper-to-copper connections minimize resistance, especially at high rates, and shorten maintenance time by reducing the need for retorquing connections
- Patented and time-tested C&D post seal design with secondary epoxy seal to increase integrity for leak-free operation and superior reliability
- Two-fold vent system, comprised of a low-pressure safety valve with flash arrester, minimizes bulging and prevents flashback explosion from external ignition source
- Thick radial grid design improves current carrying capacity and performance resulting in long float life
- Fully automated vacuum and filling operation results in uniform acid volume distribution and consistent float voltage
- Absorbent Glass Mat design (AGM) offers safe handling and storage
- Non-spillable designation for lower shipping cost
- High-impact resistant PVC container and cover provide excellent water vapor retention, preventing dry out and oxygen infiltration
Measurable Quality and Outstanding Performance
- 100 percent of cells tested for conductance, voltage and capacity
- Tested in accordance with Bellcore TR-NWT-000766 specifications
- 100 percent of cells tested to 95 percent capacity at the 8 hour rate to 1.75 VPC
