C&D TECHNOLOGIES’ MS ENDUR II BATTERY

The UL V-2 Polypropylene case is extremely durable and reduces water loss, especially in batteries which are in service for 5 years or more.

Flame retardant polypropylene case and cover compliant with UL94-V2.

Patented Long Life Alloy having the lowest calcium levels in the industry – minimizing grid growth, reducing gassing, and extending battery life.

Patented UL Recognized Flame-arresting vents in each cell for safety and long life.

Designed with the same recombination thermal runaway prevention, gassing and flame-retardant characteristics of the Bellcore 4228 compliant Dynasty Telecom products. Thermally welded case-to-cover bond to eliminate leakage.

Can be operated in any orientation. Upright, side or end mounting recommended. Not restrictions for air/surface/water transport.

Terminal versatility – ease of diagnostic readings with C&D Ohmic Ring®.

Reduced headspace driving higher energy density, in cabinet or rack applications.

True Front Access available: innovative front terminal design maximizing energy density with direct connect extrusion fusion weld technology.

Larger grid lug – 25% wider.

Computer generated optimized radial grid design for the most efficient power channeling out of the grid.

Thicker wires near post to maximize power transfer from active material during high rate discharges.

Optimized grid alloy for extended life in UPS applications.

Thin plate design maximizes surface area for higher power density.

Not restricted for surface transport – Classified as non-hazardous material as related to DOT-CFR Title 49 parts 171-189.

Not restricted for water transport – Classified as non-hazardous material per IMDG Amendment 27.

 

Proprietary Technologies:

AGM Glass Mat Technology.

MSE Pure Lead Plus Technology.

Ohmic Ring™.

C&D TECHNOLOGIES’ MS ENDUR II BATTERY

PRODUCT FEATURES

  • Flame retardant polypropylene case and cover compliant with UL94-V2
  • Can be operated in any orientation. Not restrictions for air/surface/water transport
  • Optimized grid alloy for extended life in UPS applications
  • Thin plate design maximizes surface area for higher power density

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