SINEWAVE INVERTER

UPS Systems

A UPS (Uninterruptible Power Supply) ensures continuous power during outages or allows safe equipment shutdown. It converts AC power to DC for the battery, then back to AC for the load. This double conversion is managed by an inverter, which can define the UPS as online or offline. Next step provides Online and Offline UPS systems, catering to various needs from industrial to household applications.
Sr. No. Category On-Line UPS OFF-Line UPS
1
Inverter Operation
Only When Needed
Continuously
2
Cost Effectiveness
Less cost effective as inverter is continuously on
More cost effective as inverter is off most of the time
3
Transfer Time
Zero
4 ms
4
Battery Faliure
More Problematic
Less Problematic
5
Weight
More
Less than On-line UPS
6
Availability
1 KVA to 100KVA
1 KVA to 3KVA
7
Output Type
PWM Sine wave
Digital
9
UPS System
Multiple redundant load sharing
Single Load Sharing
5+
Years of Experience

Off Line UPS

The inverter output on Offline UPS is typically a square-wave. Offline UPS are the most basic models and designed for use in small, non-critical applications that require protection against momentary loss of power. They are used to protect workstations, terminals, or equipment below 1 kVA.
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5+
Years of Experience

Features

  • High performance
  • Light weight
  • Ideal for operation in all weather condition
  • Cost effective
  • Durability
  • Optimum backup and charging
  • High capability

Advantages/Benefits

  • Noiseless Operation
  • Fully Automatic
  • Pollution Free
  • Electroncis Overload Protection
  • Easy to handle and use
  • Fast switching from main power to battery power.

Sinewave Inverter

Sinewave Inverter

Power inverter is a device that converts electrical power from DC form to AC form using electronic circuit. It’s typical application is to convert battery voltage into conventional household AC voltage allowing you to use electronic devices when an AC power is not available. This set of inverter produces sine wave at the output and gives number of advantages as well as features.

FEATURES
  • Overload / Surge Protection
  • Wide Input Voltage range
  • Short Circuit protection
  • Battery Overcharge Protection
  • Solar Compatibility
  • Highly Efficient MOSFET Technology
  • Over Temperature Protection
ADVANTAGES
  • Smooth and Noiseless operation
  • Gives Clean Power like Utility-Supplied Electricity
  • Very Low Harmonic distortion
  • Quieter and Cooler Running of Inductive Loads like Microwaves and Motors