msEndur II Pure Lead AGM Battery

msEndur II Pure Lead AGM Battery

  • msEndur II Pure Lead AGM Battery

MSEndur II Pure Lead AGM Battery

C&D's msEndur II AGM Pure Lead battery contains the latest advancement in battery technology with enhanced features for Telecom applications. By combining the service life reliability of a flooded battery with the performance energy density of a valve-regulated battery, the msEndur II batteries yield significant electrical cost savings over its life making it the most environmentally friendly 2V VRLA battery.

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

Proprietary Technologies

0
C&D Ohmic Ring™ w/ Lock-On Capability
  • Higher measurement accuracy

  • Improve system reliability

0
Pure Lead with MSE Technology
  • Up to 40% longer life than VRLA

  • Up to 24-month shelf life

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%

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