Having a highly modernized state of the art manufacturing facility at Uttaranchal. The fully automated plant has all facilities like wave soldering to SMT ensuring a highly reliable and foolproof product to the consumer. The products have all the latest features and are based on absolute recent technology.

DSP Sine Wave Line Interactive UPS 600 VA 1 KVA 2 KVA Features High Performance voltage and current regulation with DSP control. Change-Over with Phase Synchronization A highly advanced Self-Start Automatic Voltage Regulator (AVR) Communication interface with Computer Digital Monitoring and Data logging No Load auto shut down in battery mode Battery Mode Indication with Buzzer Shut Down with automatic file saving High Efficiency. Superior power quality. Wide input voltage range. Fast changeover which makes it compatible to computer All necessary Protections like Short Circu

SINE WAVE TECHNOLOGY There are certain sensitive and medical equipments which require pure sine wave output inverters, The performance of a pure sine wave inverter is definitely superior than a square wave or quasi sine wave inverter. Therefore, these can be used anywhere- HOMES SHOPS, OFFICES, HOSPITAL & Other critical areas/applications. These inverters based on DSP technology, designed specially for power processing application. Which is widely used in space, Telecom, Military and critical applications. Square wave, Quasi sine wave or any modified output wave form

Sine Wave Inverter SINE WAVE TECHNOLOGY There are certain sensitive and medical equipments which require pure sine wave output inverters, The performance of a pure sine wave inverter is definitely superior than a square wave or quasi sine wave inverter. Therefore, these can be used anywhere- HOMES SHOPS, OFFICES, HOSPITAL & Other critical areas/applications. These inverters based on DSP technology, designed specially for power processing application. Which is widely used in space, Telecom, Military and critical applications. Square wave, Quasi sine wave or any

DSP Technology The primary reason for using a DSP instead of a traditional microprocessor is speed, the ability to move samples into the device, carry out the needed mathematical operations, and output the processed data. Why Use DSPs? The innovation of DSP control into power electronic designs is an excellent example of the advantages provided by major technological advances. By replacing classic control with DSP control, the primary advantages are achieved by replacing hardware with flexible software. The advantages are even more dramatic because they don't just extend to red