msEndur II Pure Lead AGM Battery
msEndur II Pure Lead AGM Battery
The original high-temperature-capable VRLA battery
C&D’s msEndur II AGM Pure Lead battery is the most advanced 2V VRLA solution for Telecom, UPS, and Utility applications. As the original high-temperature-capable VRLA battery, it brings decades of proven field performance. By combining the service life reliability of a flooded battery with the performance energy density of a valve-regulated battery, the msEndur is the True Long-Life Battery™ for controlled and uncontrolled environments.
BAttery Quick Facts
Battery type
VRLA Pure Lead AGM (VRLA)
capacity
345 - 2180 Amp-Hours
design life
20 Years
operating environment
Indoor Outdoor Controlled
Certifications & Compliances
TAA Compliant Certified as NEBS Level 3 compliant to Earthquake Risk Zone 4 in various system configurations
Features & Benefits
- Modular design for ease of installation and stacking flexibility
- Space saving design for the greatest amount of power in a small footprint
- Tin-plated copper alloy connectors minimize maintenance
- C&D Ohmic Ring® for ease of maintenance readings. With specially adapted probes only one technician is required to take readings
- Advanced micro-porous ABSORBED GLASS MAT separators for ultra-low float current — reduces grid corrosion for a long, usable service life
- Proprietary calcium alloys to minimize positive grid corrosion and growth — maximizes battery life
- Robust polypropylene container and cover — enhances product quality and improves strength of materials for safe operation with flammability rating UL94 VO, LOI>28%
Advanced High Temperature Capability
- Low float current technology extends product life at higher application temperatures
- Natural convection through advanced module design promotes uniform temperature and enhances resistance to thermal walkaway events
- Warranties available for average application temperatures up to 95˚F (35˚C)
Certifications & Compliances
- TAA Compliant
- Certified as NEBS Level 3 compliant to Earthquake Risk Zone 4 in various system configurations
- UL-Recognized Component
- Compliant to highest levels of UBC, IBC, IEEE and NEBS seismic standards
- Exceed 1997 UBC Zone 4 seismic requirements at or below grade installations
- Exceed 2000/2003 IBC requirements for 1.25%g level
- Many systems compliant to IEEE-693 High Level







