Servo Voltage Stabilizer

Servo Voltage Stabilizer (Air Cooled)

---

Z TECH ELECTRIC CO. DEALS IN MARKETING,TRADING AND SUPPLY AND INSTALLATION OF SERVO VOLTAGE STABLISER UP TO 2500KVA

Issue

The continuous availability of stable voltage supply independently from input fluctuation is very often a key feature to ensure efficiency and reliability for the User.
Reduced productivity, data loss, security failure, machine faults, inaccurate information and domestic inconveniences are only a few examples of potential problems caused by unsteady supply. Obviously, all that results in higher managing cost.

Solution

The voltage stabilizer has proven to be an effective solution able to prevent potentially dangerous situations created by input voltage instability.
A voltage stabilizer is a power device destined to be positioned between the mains and the User. The purpose is to ensure that the User is fed a voltage subject to a variation of ±1%.

Servo Voltage Stabilizer (Oil Cooled)

---

Z TECH ELECTRIC CO. DEALS IN MARKETING,TRADING AND SUPPLY AND INSTALLATION OF SERVO VOLTAGE STABLISER UP TO 2500KVA

CONSTRUCTION PROCESS

At the heart of the Voltage Stabilizer are the regulator coils. While some small capacity regulator coils are uncompensated, all larger capacity voltage stabilizer regulator are fully compensated.

Compensation is a method where by the naturally high reactance of long thin coils, used in the construction of the ‘Reliable’ Regulator coil is limited to a low value across the range of variation.

CONTROL

Technical Advantages

Low Replacement Cost.

Undistorted output characteristics ie. no wave from distortion.

Moving parts on L.T. side and it’s mass is extremely low, only few Ib-inch torque.

Energy Saving from 5-10% depending upon the voltage variation and number of working hours.

High efficiency (about 99%) and minimum no-load losses ± Simplicity and Flexibility of design.

On Load Step less Voltage Variation with AUTO/SEMI/MANUAL Mode facility.

Long Service Life of 15 -20 Years.

Regulating coils are wound with rectangular conductors on their edge, thus giving high mechanical strength compared to other designs.