Servo industrial Voltage Stabilizer

Servo industrial Voltage Stabilizer Specification

Input Voltage
340-480 V

Output Voltage
415 V 1%

Efficiency
98%

Frequency (MHz)
50/60 Hz

Phase
Three Phase

Current
As per Model (typically up to 50A)

Weight
220 kg

Ambient Temperature
0C to 50C

Control System
Servo Motor Controlled

Usage
Industrial Voltage Stabilization

Design
Rugged Floor Standing

Insulation Resistance
>2 M

Voltage Protection
Over & Under Voltage Protection

Display
Digital Meter

Dimension (L*W*H)
950 x 450 x 1200 mm

Rated Power
30 kVA

Current Type
AC

Waveform Distortion
Negligible

Product Type
Servo Industrial Voltage Stabilizer

Transformer Type
Copper Wound

Mounting Type
Floor Mounted

Response Time
<1 Second

Alarm Indication
Available (Audio/Visual)

Indicator Type
LED Indications for Status/Alarm

Bypass Switch
Provided

Operating Humidity
Up to 95% (non-condensing)

Input/Output Terminals
Heavy Duty Terminal Blocks

Cooling Type
Air Cooled

Regulation
±1%

Technological Feature
Microprocessor Based Controller

Enclosure Material
Powder Coated MS Body

Safety Standard
IS 9815 Compliant

Servo industrial Voltage Stabilizer Trade Information

Minimum Order Quantity
1 Unit

Packaging Details
Thermocol Rapping

Main Domestic Market
All India

Certifications
ISO 9001:2000

About Servo industrial Voltage Stabilizer

We are one of the top ranking firms engaged in manufacturing and supplying Servo industrial Voltage Stabilizer which is in high demand in the industry. The offered Servo industrial Voltage Stabilizer is constructed of superior grade materials and it is successful in meeting the voltage demands of various stabilizers. The product has high strength and it can withstand rough usage. It is highly appreciated for its long functional life. Also, it is checked for various quality parameters by our quality experts. Furthermore, it is provided by us at competitive 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

Advanced Industrial Voltage Stabilization

Engineered with microprocessor-based control, the servo voltage stabilizer provides precise, real-time voltage regulation. Its three-phase output and copper wound transformer guarantee stable power supply for sensitive machinery, ensuring operational continuity. The digital display and LED indicators allow quick monitoring, while negligible waveform distortion protects equipment integrity.

Rugged Design for Harsh Environments

Constructed from powder-coated MS and built for floor mounting, this stabilizer withstands heavy industrial use and environmental challenges. The unit is secured against dust and moisture with insulation resistance over 2 M and works efficiently in ambient temperatures from 0C to 50C, meeting the demanding standards of Indian industry.

Comprehensive Safety & Effortless Maintenance

Safety features such as over & under voltage protection, audio-visual alarm indications, and IS 9815 compliance ensure peace-of-mind. The provision of a bypass switch and easily accessible heavy-duty terminal blocks facilitate smooth maintenance and uninterrupted operation, minimizing downtime during servicing or unexpected events.

FAQs of Servo industrial Voltage Stabilizer:

Q: How does the servo voltage stabilizer ensure rapid response to voltage fluctuations?

A: The stabilizer utilizes a microprocessor-based controller and a servo motor mechanism to detect and correct voltage variations in less than one second, guaranteeing consistent output and protecting sensitive industrial equipment.

Q: What is the recommended installation process for this voltage stabilizer?

A: The stabilizer should be floor-mounted on a level surface within the facility. Connect to the electrical system using the provided heavy-duty terminal blocks and follow manufacturer guidelines to ensure safe and optimal operation.

Q: Where can the stabilizer be effectively used?

A: This device is ideal for industrial environments in India, including factories, workshops, and facilities with three-phase machinery. Its rugged design and immunity to high humidity make it suitable for diverse locations.

Q: What are the benefits of using a copper wound transformer in this stabilizer?

A: Copper wound transformers offer superior electrical conductivity, increased efficiency, and enhanced durability. These attributes contribute to precise voltage control and reliable performance in demanding industrial settings.

Q: How does the stabilizer alert users to abnormal conditions?

A: Audio and visual alarm indications, as well as LED indicators for operating status and faults, promptly alert users to over/under voltage or other issues. This facilitates swift intervention to protect connected equipment.

Q: When is the bypass switch used in operation?

A: The bypass switch is engaged during maintenance or when direct supply to equipment is required. It enables power flow without stabilization, ensuring continuous plant operation during servicing or emergencies.