Controlled Voltage Stabilizer

Controlled Voltage Stabilizer Specification

Input Voltage
170V - 270V AC

Output Voltage
220V 1% AC

Efficiency
>98%

Frequency (MHz)
50 Hz

Phase
Single / Three Phase (selectable)

Current
Up to 40A

Weight
18 kg

Ambient Temperature
0C to +45C

Control System
Automatic (Microprocessor based)

Usage
Industrial, Commercial, Residential equipment protection

Insulation Resistance
>2M Ohm

Design
Rugged, Compact, Wall Mountable

Voltage Protection
High & Low Voltage Cut-off

Display
Digital LED

Dimension (L*W*H)
500 mm x 320 mm x 270 mm

Rated Power
10 kVA

Current Type
AC

Waveform Distortion
<1%

Product Type
Controlled Voltage Stabilizer

Transformer Type
Toroidal / Copper wound

Humidity Range
up to 95% RH (non-condensing)

Noise Level
<45 dB

Output Connection
Terminal block / Socket

Overload Protection
Thermal overload relay

Mounting Type
Floor/Wall

Cooling System
Air cooled

Response Time
<1 second

Input Connection
Terminal block

Enclosure Material
Powder coated MS sheet

Controlled Voltage Stabilizer Trade Information

Minimum Order Quantity
1 Unit

Packaging Details
Thermocol Rapping

Main Domestic Market
All India

Certifications
ISO 9001:2000

About Controlled Voltage Stabilizer

Backed by an expert and knowledgeable team of professionals we are reckoned in the manufacturing and supplying a wide range of Controlled Voltage Stabilizer. They are precisely engineered to deliver high-end operational performance by employing top quality raw materials and sophisticated technology that are sourced from authentic vendors. The offered Controlled Voltage Stabilizer is widely used to protect electronic appliances from getting damaged by high and low voltage. Highly demanded and appreciated in the market for durability, long operational life, dimensional accuracy. Available at nominal market prices.

Product details

Cooling Type	Air Cooled, Dry Type, Oil cooled
Phase	Three Phase, Single Phase
Control Type	Relay controller, Micro controller, Digital controller
Condition	New
Automation Grade	Automatic

Unmatched Equipment Protection

Protect sensitive industrial, commercial, and residential devices from voltage fluctuations with our advanced stabilizer. Its rapid response and reliable thermal overload safeguards prevent hardware damage, while precise output voltage stabilizes operations, reduces maintenance costs, and extends asset lifespan.

Efficient and Reliable Design

Engineered for maximum efficiency (>98%) and minimal waveform distortion (<1%), our compact stabilizer incorporates copper-wound toroidal transformers for optimal performance. The powder-coated enclosure ensures durability in diverse ambient conditions, catering effectively to Indian weather and high humidity.

User-Friendly Installation and Monitoring

Choose between wall or floor mounting to best fit your space requirements. The intuitive digital LED display keeps users informed of real-time operation parameters, while terminal block connections provide secure input/output setup. Automatic microprocessor controls streamline functionality for seamless voltage regulation.

FAQs of Controlled Voltage Stabilizer:

Q: How does the controlled voltage stabilizer protect equipment from power fluctuations?

A: The stabilizer uses microprocessor-based automatic control to quickly correct input voltage variations and regulates output to 220V 1%. Its rapid response time, under one second, ensures sensitive equipment remains safe, preventing operational disruptions and potential damage.

Q: What types of areas and equipment can this stabilizer be used for?

A: This unit is suitable for industrial, commercial, and residential environments, protecting machinery, appliances, and electronic devices. Its versatile design handles single or three-phase power and supports up to 40A current loads, making it ideal for a wide range of applications.

Q: When should I install the voltage stabilizer for optimal performance?

A: Installation is recommended when equipment operates in areas with unstable voltage (between 170V and 270V AC), high humidity, or a risk of overload. Early installation safeguards devices, minimizes downtime, and improves reliability from the outset.

Q: Where can the stabilizer be mounted and what are the installation requirements?

A: The stabilizer is designed for flexible installation, either on the floor or wall-mounted, depending on available space. Ensure a stable surface and adequate ventilation; input and output connections are provided via secure terminal blocks and sockets for straightforward setup.

Q: How does the overload protection process work in this stabilizer?

A: Overload protection is achieved via a thermal overload relay that automatically disconnects the load if excessive current is detected. This prevents overheating and extends the life of both the stabilizer and connected equipment.

Q: What are the key benefits of using this voltage stabilizer?

A: The main advantages include rapid response to voltage fluctuations, high efficiency (>98%), low noise, robust enclosure for harsh environments, precise voltage regulation, and comprehensive protection against high and low voltage, all enhancing equipment safety and performance.