Lead acid batteries are widely used for Home UPS ensure availability of un-interrupted and regulated power during mains failure or dip in input voltage.
Designed for Deep Cycling Capabilities & Longer Service Life
Greater Protection against Leakage and Corrosion due to Heat Shield Tamper-proof lid
Excellent Charge Acceptance
Larger Electrolyte Volume Reduces Frequency of Water Topping
A Perfect Match for your Inverter & UPS System: Your Inverter and UPS System have unique circuitry with demands which cannot be met by just battery. Su-Kam Power Bank Batteries are scientifically built, keeping these every factors in mind. They match your appliances perfectly !
Capable of Withstanding Deep Discharge and Overcharge: Only Su-Kam Power Bank Batteries are tough enough to perform under these extreme operating conditions. Thus, they are far more dependable and economical to use. Their capability to withstand deep discharge is due to balanced active material and large electrolyte reserve. Special Lead Alloy Composition ensures low self discharge and resistance to overcharge.
Intercell Welding: This is through a partition wall and results in better performance while reducing chances of
INVEST IN THE BEST
Positive & Negative Plates: The positive and negative plates are of pasted type with sturdy construction. Negative plates are designed to match the power and long life of the positive plates. The active material is a blend of oxide, special additive and expanders for long life and performance.
PE Separators: Poly-ethylene Separators thus offers the best balanced property spectrum: excellent mechanical and chemical stability as well as good acid availability, low electrical resistance, low pore size & high porosity.
Strong Containers/Covers: These are made of high quality polypropylene material with excellent resistance against impact and abrasion, thus providing overall protection against damage.
Vent Plugs: The special design vent plug traps the escaping acid vapor and gases to go out, thus significantly reducing evaporation of water from the cell and resulting in reduced water topping requirements of the battery.