675VA

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Wave Form Quasi Sine Wave
Battery 1 Battery System
Efficiency > 90% on battery mode
Input Voltage - UPS mode 170V to 260V
Input Voltage - Inverter mode 100V to 290V
Input Frequency As per grid supply
Input Charger Technology Boost MOSFET based
Overload Capacity > 110%
Power Factor 0.8 unity lag load
Output Voltage 220 V single phase, at 50Hz frequency
Battery Charging Methodology Constant current followed by constant voltage
Noraml Battery Charging Mode 7 ± 1A
Quick Battery Charging Mode 11 ± 1A
Operating Environment 0-55°C
Audible Alarm Battery low, overload and short-circuit
LED Indication Battery low, mains ON, battery charging, overload, battery ON,HUPS mode, inverter mode
Protections Over load, overcharge, short circuit, battery reverse polarity and battery deep discharge
Humidity 5 to 95% non condensed

820VA

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Wave Form Pure Sine Wave
Battery 1 Battery System
Efficiency > 90% on battery mode
Input Voltage - UPS mode 170V to 260V
Input Voltage - Inverter mode 100V to 290V
Input Frequency As per grid supply
Input Charger Technology Boost MOSFET based
Overload Capacity > 110%
Power Factor 0.8 unity lag load
Output Voltage 220 V single phase, at 50Hz frequency
Battery Charging MethodologyConstant current followed by constant voltage
Noraml Battery Charging Mode 7 ± 1A
Quick Battery Charging Mode 11 ± 1A
Operating Environment0-55°C
Audible AlarmBattery low, overload and short-circuit
LED IndicationBattery low, mains ON, battery charging, overload, battery ON,HUPS mode, inverter mode
ProtectionsOver load, overcharge, short circuit, battery reverse polarity and battery deep discharge
Humidity5 to 95% non condensed

1420VA

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Wave Form Pure Sine Wave
Battery 2 Battery System
Efficiency > 90% on battery mode
Input Voltage - UPS mode 170V to 260V
Input Voltage - Inverter mode 100V to 290V
Input Frequency As per grid supply
Input Charger Technology Boost MOSFET based
Overload Capacity > 110%
Power Factor 0.8 unity lag load
Output Voltage 220 V single phase, at 50Hz frequency
Battery Charging Methodology Constant current followed by constant voltage
Noraml Battery Charging Mode 7 ± 1A
Quick Battery Charging Mode 11 ± 1A
Operating Environment 0-55°C
Audible Alarm Battery low, overload and short-circuit
LED Indication Battery low, mains ON, battery charging, overload, battery ON,HUPS mode, inverter mode
ProtectionsOver load, overcharge, short circuit, battery reverse polarity and battery deep discharge
Humidity5 to 95% non condensed

150Ah Tall Tubular Lead Acid Battery

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Features

  • Designed to withstand long and frequent power cuts
  • High reliability
  • Super charge retention
  • Tubular technology
  • Extra heavy duty plates
  • Strong and rugged polypropylene container
  • Easy lifting arrangement & Minimum maintenance
  • Electrolyte level indicator
  • High acid volume per ampere hour
  • Deep cycle design
  • Abuse resistant & Tower type design
  • Conforms to IS 13396-1992

Advantages

  • Very long life
  • Topping – up once / twice a year
  • Longer backup for power cuts
  • Acid volume per ampere hour is 25% more than that of ordinary tubular batteries. It acts as a coolant and also ensures minimum maintenance
  • Suited for use in areas of frequent power cuts (800 to 1000 cycles of deep discharge)
  • Can withstand overcharge better & Occupies less floor space, totally new look
  • Less pollution, environment friendly & Ensures consistent quality

135Ah Tall Tubular Lead Acid Battery

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Features

  • Designed to withstand long and frequent power cuts
  • High reliability
  • Super charge retention
  • Tubular technology
  • Extra heavy duty plates
  • Strong and rugged polypropylene container
  • Easy lifting arrangement & Minimum maintenance
  • Electrolyte level indicator
  • High acid volume per ampere hour
  • Deep cycle design
  • Abuse resistant & Tower type design
  • Conforms to IS 13396-1992

Advantages

  • Very long life
  • Topping – up once / twice a year
  • Longer backup for power cuts
  • Acid volume per ampere hour is 25% more than that of ordinary tubular batteries. It acts as a coolant and also ensures minimum maintenance
  • Suited for use in areas of frequent power cuts (800 to 1000 cycles of deep discharge)
  • Can withstand overcharge better & Occupies less floor space, totally new look
  • Less pollution, environment friendly & Ensures consistent quality