Salient Feature:
- Strictly confirming to ISI standards.
- Electronically controlled-IC based solid state circuit. and designed to run continuously round the clock for years & years.
- Heavy duty, Reliable, Safe and Longer life.
- Available in various Input / Output voltage range as per specific requirements.
- Special models for specific application / uses at places like textile industries, testing labs offices and houses and for CNC / PLC sophisticated equipments & computer etc.
- Constant and controlled flow of voltage.
- Various protections / optional features provided as per specific requirements.
(please refer to the technical specifications given here in after)

NEED TO HAVE -:ITE” - Indian make on load fully automatic type servo voltage controller / stablizer & the duty the perform.

It is seen that despite best efforts by many Electricity Boards/Supply undertakings due to diverse loading duties arising in transmissions and distribution network, voltage at consumer’s end is never constant. Mostly during day time it remains quite low and during night it goes up than the normal. These Fluctuations in supply system, due to diverse loading duties. result in frequent tripping/breakdown of the systems/ machines and precious equipment’s resulting into low production. Higher rate to rejection increase cost of production and above all loss of energy.

Mostly industrial load is of induction motors and heaters. Induction motors draw high current (may increase by 1.5 times) both at low and voltage, resulting in to higher losses and causing premature failure / damage of their windings. At low voltage heaters take a long to reach at required temperature and at high voltage their life period is shortened. Higher power losses also increase the losses of cables, windings, switches, transformers, heaters and other equipments.

For smooth and continuous running of motors overload relays are normally set at 15-20% higher than actual running current so in such a case the relay will take about 5 minutes to trip and stop the motor. A motor (particularly of smaller capacity upto 5-6 KW) is not able to tolerate high current continuously for such a long period further resulting into temperature rise, damage to insulation and possible burns out before the tripping of the relay. In some cases there may be a fire also.
Besides industries, voltage fluctuations also play a havoc by damaging expensive, sophisticated, CNC/PLC controlled equipments, lighting and elevators etc.

ITE-INDIAN MAKE ON-LOAD
Fully Automatic Servo Voltage Controllers can overcome and control voltage fluctuations due to diverse loading duties and line losses arising in transmission and distribution network. Each and every Servo Voltage Controller rolled out of the factory undergoes strict and rigid inspection and testing.