Everexceed Industry Battery UPS Nickel Cadmium Alkaline Rechargeable Battery/Ni-CD Battery 1.2V 60ah
EverExceed XHP series NiCd batteries satisfy all major electrical industry standards and are approved for operation on board ships and offshore installations. EverExceed XHP Ni-Cd batteries do not produce corrosive fumes, they can be installed next to sensitive electronic equipment. Even when partially discharged EverExceed XHP series is capable of providing repeated high currents more than 20 times its nominal capacity to make short work of starting your generator, diesel engine or gas turbine.
PERFORMANCE:
- 20+ years design life;
- Proven VARTA sintered-plate electrode;
- Trouble-free long cycle life technology;
- 3C charging current;
- Over 20C cranking current;
- High tolerance to electrical abuses;
- Wide operating temperature: -40°C to 60°C;
- High tolerance to rough handling and
- mechanical abuse;
- No risk of sudden death due to the chemistry
- and the cell structure;
- Generous electrolyte reserve for long maintenance intervals;
- Clear cell case for easy electrolyte level inspection;
- Custom cell dimensions available;
- Conforms to IEC60623;
Why choose our XHP series NiCd Battery over Lead-acid Battery?
Characteristics |
EverExceed XHP series NiCd battery |
Lead-Acid battery |
Nominal voltage |
1.2V |
12V |
Charging time |
Within 8 hours |
More than 10 hours |
Temperature range °C |
-40°C to +60°C |
-20°C to +45°C |
Maintenance cost |
Low |
High |
Energy by Volume Wh/L |
50-150 |
60-75 |
Battery life in standard temp. (25°C) |
20+ years |
Generally 2 to 3 years |
Battery life in High temp. (50°C) |
10+ years |
Generally less than 1 year |
Electrolyte |
Potassium hydroxide |
Sulfuric acid |
Warranty |
5 years |
Generally 6 months to 2 years |
Replacement time in 10 years |
No replacement required |
Generally 2-5 times |
Appliaction:
EverExceed XHP series can be used in generator start application for hospitals, traffic control, power generation and process control, telecom sites at remote areas, and offshore in oil and gas exploration and other hazardous marine installations, where the implications of main power supply interruption cannot be contemplated.