Air Cooled Servo Controlled Voltage Stabilizer

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Air Cooled Servo Controlled Voltage Stabilizer

Price 15000 INR/ Piece

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MOQ : 1 Unit

Air Cooled Servo Controlled Voltage Stabilizer Specification

Output Current
Corresponds to kVA/Output Voltage

Input Voltage
170V-270V (Single Phase), 295V-470V (Three Phase)

Output Voltage
230V 1% (Single Phase), 415V 1% (Three Phase)

Efficiency
>98%

Frequency (MHz)
50Hz 2%

Phase
Single or Three Phase

Current
As per rated capacity

Weight
Varies With Capacity

Ambient Temperature
0C to 45C

Degree of Protection
IP21

Control System
Microprocessor Based, Digital Servo Control

Usage
Industrial, Commercial, Medical Equipment, Domestic Loads

Design
Floor Mounted, Compact Cabinet

Insulation Resistance
>=2 M at 500 V DC

Voltage Protection
Over/Under Voltage, Overload, Short Circuit

Display
Digital Meter for Input/Output Voltage, Current & Frequency

Dimension (L*W*H)
Customizable, Typically Compact Enclosure

Rated Power
1 kVA - 100 kVA

Current Type
AC

Waveform Distortion
Negligible (Practically No Distortion)

Product Type
Air Cooled Servo Controlled Voltage Stabilizer

Standards Compliance
IS 9815, ISO 9001 Certified

Bypass Facility
Manual/Automatic (Optional)

Transformer Type
Copper Wound, ISI Marked/EI Core

Response Time
Within 10 milliseconds

Correction Speed
35V/sec to 70V/sec

Mounting Type
Floor Standing

Color/Finish
Powder Coated, Grey or Custom

Noise Level
<50 dB at 1 meter

Cooling Method
Air Cooled (Enclosed With Ventilation)

Operating Humidity
Up to 90% RH non-condensing

Air Cooled Servo Controlled Voltage Stabilizer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Air Cooled Servo Controlled Voltage Stabilizer

Air Cooled Servo Controlled Voltage Stabilizer

Our clients can avail from us a comprehensive array of Air Cooled Servo Controlled Voltage Stabilizer. Our product gamut is extensively used in laboratories and industries where consistent voltage supply is necessary to avoid damage to equipment and instrument. These products are used for single phase as well as three phase applications with minimum variation. Minimum variation in single phase starts from 90V-265V in the lower side & 220V-290V on the higher side and in 3Phase starting from 160V-500V in the lower side and 380V-500V on the higher side.

Technical Specification of Servo Controlled Voltage Stabilizer:

01)	Input Voltage	Wide variation of input voltage range starting from90V-265V in the lower side & 220V-290V on the higher side for single phase stabilizer & 160V-500V in the lower side and 380V-500V on the higher side for 3Phase variety as per customers specification.
02)	Output Voltage	The output Voltage can be set anywhere between 220V-240V in Single Phase and 380V-440V in Three Phase.
03)	Output Variation	± 1 %
04)	System	Balanced/Unbalanced ( Individual phase correction).
05)	Control	Automatic / Manual.
06)	Instrumentation	Voltmeter on each phase and Voltmeter and Amp meter to indicate Output Line Voltage and Output Current with the help of selector switch.
07)	Frequency	47 Hz to 53Hz ( Sinusoidal ).
08)	Input Indication	High and low voltage indicators with Audible alarm.
09)	Output Wave Form	The Out put wave form is true replica of the input.
10)	Correction rate	25V/sec for each phase.
11)	Ambient Temperature	0°c - 45°c.
12)	Type of Cooling	Air Cooled
13)	Type of Motor	AC step synchronous Motor
14)	Protection	1) A Circuit Breaker is provided at the output for over load / short Circuit Protection.

Optional Features:

Spike & surge suppressor is provided at the output
Over and under voltage trip facility and single phasing preventer with the help of a contractor system
By pass facility from main to stabilizers and stabilizers to main is provided

Precision Voltage Regulation for Sensitive Loads

Engineered to deliver accurately stabilized voltage output, this air-cooled servo voltage stabilizer minimizes electromagnetic and thermal stresses on your valuable equipment. Its digital microprocessor-based control ensures real-time correction within 10 milliseconds, guarding against voltage surges and sags, which helps extend equipment lifespan and reduce downtime.

Robust Build and Flexible Design

Constructed with a copper-wound transformer and ISI-marked EI cores, the stabilizer comes in a powder-coated, compact enclosure. It supports both single and three-phase operations, features a floor-mounted structure, and operates efficiently across a broad input voltage range. Its digitally monitored current and voltage display ensures ease of operational oversight.

FAQ's of Air Cooled Servo Controlled Voltage Stabilizer:

Q: How does the air cooled servo controlled voltage stabilizer function?

A: The stabilizer uses a microprocessor-based, digital servo control system to monitor and adjust the output voltage in real time. By rapidly correcting any deviations (at speeds of 35V/sec to 70V/sec) through a copper-wound transformer, it ensures that the output remains stable within 1% of the set voltage, protecting connected devices.

Q: What are the main benefits of using this voltage stabilizer for industrial or medical equipment?

A: This stabilizer provides highly reliable voltage regulation, reducing the risk of equipment damage due to voltage fluctuations. Benefits include increased equipment lifespan, minimized downtime, negligibly distorted waveform, rapid correction speed, and robust protection modes for overload, short circuit, and voltage irregularities.

Q: When should I consider installing an air cooled servo controlled voltage stabilizer?

A: You should install a stabilizer in environments where voltage supply is inconsistent or where sensitive electronic equipment-such as medical devices, industrial machinery, or precision instruments-requires stable input voltage to function safely and efficiently.

Q: Where can this stabilizer be installed, and what mounting options are available?

A: This stabilizer is designed for indoor installation in industrial, commercial, medical, and domestic settings. It features a floor-standing, compact cabinet configuration that suits areas with limited space, and its enclosure is customizable to user requirements.

Q: What is the process for monitoring and adjusting output voltage in this stabilizer?

A: The stabilizer has a digital meter that displays real-time input and output voltage, current, and frequency. The microprocessor automatically adjusts the transformer to maintain the set output voltage, and protection features engage in case of over/under voltage, overload, or short circuit.

Q: How does the bypass facility work, and why is it important?

A: The stabilizer features an optional manual or automatic bypass facility, allowing power to flow directly to the load in case of maintenance or malfunction. This ensures continuity of operation, preventing downtime and safeguarding critical equipment.

Q: What standards and certifications does this product comply with, and why does that matter?

A: The stabilizer is manufactured in compliance with IS 9815 and ISO 9001 standards. This guarantees quality, safety, and reliability, assuring users of a certified and thoroughly tested product.

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