Servo Voltage Stabilizer Manufacturer - Servo Stabilizer,Servo Stabiliser,Servo Control Voltage Stabilizer,Servo Voltage Stabilizer in India
     
   
Category
Servo Voltage Stabilisers
Isolation Transformers
L.T. Transformers
Variable Auto Transformers
Constant Voltage Transformers

Servo Voltage Stabilisers

Setting an unmatched standard of quality, Hindustan Control Systems introduces itself as leading and prominent servo voltage stabilizer manufacturer in India. Being the most trusted manufacturer, we offer a comprehensive range of servo stabiliser to beat the electricity problems like fluctuations, surges, spikes etc. We cater to small and giant industries as well as residential buildings. We understand your needs to have a continuous power supply and that’s what our products are aimed at.

We manufacture servo control voltage stabilizer to protect your electric equipment from electric attacks, surges, spikes and fluctuations. We have a large team of technocrats, who keep them updated with the latest technological changes and requirements of customers. Providing quality products and timeless services is the main thing we are reckoned for. A huge clientele associated with our brands is the proof of customer’s trust in us. This is what we have achieved since inception.

Servo Voltage Stabiliser – Oil Cooled
Servo Voltage Stabiliser – Air Cooled
Technical Datasheet
 
Through our innovative product range, we don’t believe in satisfying the expectations rather we believe in enhancing them. Hindustan Control systems offer a perfect blend of cost and quality because we understand the value of your money. We know that voltage fluctuation is the main problem in residential and industrial areas, but our stabilizers will let you and your equipments to forget over load condition, line losses, and poor power factor problems.

Main features which recognizes our servo stabilizers are reliability, durability and low power consumption. Your entire connected load can be distributed from one stabiliser, instead of using individual stabiliser on each load.

General

“HCS" Stabilizer comply IS 9815-Automatic line voltage corrector and latest modifications.

It is Automatic line Voltage corrector which uses synchronous motor in close loop control to provide better efficiency. The Stabiliser utilizes continuously variable auto transformer, AC synchronous motor, buck-boost transformer state of the art IC closed loop control system with all safety, metering, indication, and control system to obtained desired and required output voltage within the specified limits for a range of input voltages.

These stabilizers also provide provision for manual correction of voltage so that you can change it as per your equipment’s requirements.

Features

“HCS” is backed with highly qualified, skilled, and experienced professionals design and manufacture servo voltage stabilizers as per ISI specifications. The qualities like reliability, low power consumption, and stability has made a benchmark of our name in the electronic industry. Its fast correction ratio against rapid voltage fluctuation ensures hassle free operation for high accuracy electrical & sophisticated electronic equipments. It is manufactured with supreme quality raw material and sprayed with lacquer finish paints.

Control Panel

To provide proper ventilation we have implemented louvers in it and covered the openings with 2mm thick neoprene gasket to ensure protection from dust.

The control panel is mounted on the top of auto-stat housing to flaunt a compact design. Enough space for repairing and removing the components has also been provided. Our professionals have also paid attention on the arrangement of wiring to ensure complete safety of the device as well as user. To make easy phase wise identification and firmly interconnection, components of the stabilizers have been logically arranged.

The closed loop control circuit used in our stabilizers comprises latest technology and IC based. All connections inside and outside the stabilizer are properly soldered for long hours to provide trouble free operation. These are designed in a user and environment friendly manner.

All meters, control switches, status/trip indications etc. are placed in front of the control panel and logically arranged phase wise for easy understanding & operation. All indications are of LED type.

Auto/Manual Control

A toggle switch is provided to switch the Stabiliser on auto or manual mode. With In Auto mode the output corrected automatically in closed loop control to give the specified output Voltage. Provision to adjust the set value within the specified has also been provided.

In Manual mode an increase decrease push button is provided to adjust the output voltage.


Applications

The “HCS” Servo Stabiliser is an indispensable companion with all the high tech electrical & electronic equipment & machinery required steady voltage input. It will find fruitful applications in.


Scientific Laboratories Residential Bungalows
Footwear & Leather Units Food Processing Units
Distilleries & Beverages Engineering Units
Pharmaceutical Units Rubber Industries
Computer Centres Cement Plants
EDP Centres Hospitals
Textile Mills Flour Mills
Paper Mills Rolling Mills
Tea Estates Cold Storages
Hotels Tube Mills


Other input voltage range

A160 - 260 V/160 - 300 V/150 - 300 V.
300 - 460 V/330 - 460 V/360 - 460 V/360 - 500 V.
Servo Voltage Stabiliser is also available with output Voltage of 110V.

Indication

LED type indication lamps for the following are provided separately per phase.
1. Input high & input low
2. Input on & output on
3. Output trip

Specifications

(A) Voltage Fluctuation
(B) Load Fluctuation
(C) Selection of Rating (KVA)


Input Voltage Approx. % of Reduction in ElectricalBreakdown of Electrical Equipment Approx. % of Power Saving
Below 380 V 15 % Reduction in Breakdown

No Power Saving But Stabiliser Can Install For Protection of SensitiveElectronics & Electrical Equipment

390 V 95 % Reduction in Breakdown

No Power Saving No Stabiliser Required

420 V 95 % Reduction in Breakdown No Power Saving
440 V 95 % Reduction in Breakdown Approx. 7 %
460 V 95 % Reduction in Breakdown Approx. 9 %
480 V 95 % Reduction in Breakdown

Approx. 12 %

Above 480 V 15 % Reduction in Breakdown Above 12 %