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Industrial Servo Voltage Stabilizer

Name: Industrial Servo Voltage Stabilizer
Brand: J. N. I. Electrotech Private Limited
Price: 300000.0 INR
Availability: InStock

Price 300000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Industrial Servo Voltage Stabilizer Specification

Output Current
Up to 42 A (Depending on KVA)

Input Voltage
340-480 V

Output Voltage
400/415 V

Efficiency
>98%

Frequency (MHz)
47-53 Hz

Phase
Three Phase, Three Phase / Single Phase

Current
Three Phase, Up to 700A (depends on model)

Weight
350-450 kg (Depending on Rating)

Ambient Temperature
0-45C

Degree of Protection
IP 21

Control System
Digital Microprocessor Based

Usage
Industrial Equipment, Critical Load Protection, Industrial Equipment Protection

Insulation Resistance
>5 M at 500 V DC

Design
Floor Standing, Robust Cabinet

Voltage Protection
High & Low Voltage Cutoff with Auto Reset

Display
Digital Voltmeter & Ammeter, Digital/LED Volt & Amp Meters

Dimension (L*W*H)
1150 x 825 x 1600 mm (Approx.)

Rated Power
30 KVA (Customizable)

Current Type
AC, AC

Waveform Distortion
Negligible / <1%

Product Type
Industrial Servo Voltage Stabilizer

Duty Cycle
Continuous

Standards Compliance
IS 9815 / IEC 62052

Cooling System
Air/Oil Cooled (Depending on model)

Overload Protection
Electronic Circuit Breaker / MCB

Response Time
< 10 ms

Short Circuit Protection
Built-in

Color
RAL 7035 / Custom

Installation Location
Indoor / Outdoor with Canopy

Transformer Type
Buck-Boost (Copper Wound)

Stabilization Accuracy
1%

Noise Level
Less than 55 dB at 1 meter

Correction Speed
35V/sec

Industrial Servo Voltage Stabilizer Trade Information

Minimum Order Quantity
1 Unit

FOB Port
Delhi

Payment Terms
Letter of Credit (L/C), Cash Advance (CA), Telegraphic Transfer (T/T), Cash in Advance (CID)

Supply Ability
1 Unit Per Week

Delivery Time
3 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
North India

Certifications
ISO 9001:2010

About Industrial Servo Voltage Stabilizer

We in JNI Electrotech manufacture and supply Industrial Servo Voltage Stabilizer which are highly functional and work effectively. Our Industrial Servo Voltage stabilizers match with international standards ISO 9001:2010. Their controlled flow of voltage protects domestic and commercial electrical & electronic system from power fluctuation.
We make available this device in range brackets, including:

340 to 460 Volts
320 to 460 Volts
300 to 460 Volts
280 to 460 Volts
260 to 460 Volts
240 to 460 Volts

Precision Voltage Regulation for Industrial Safety

Experience highly stable voltage output with an accuracy of 1%, made possible by advanced buck-boost copper-wound transformers and intelligent digital controls. The unit's rapid correction speed and negligible waveform distortion ensure even the most sensitive equipment functions optimally, minimizing downtime and safeguarding against electrical anomalies.

Versatile Cooling and Installation Options

Depending on operational demands, models offer efficient air or oil cooling, maintaining optimal temperatures through continuous duty cycles. The robust, floor-standing cabinet enables flexible placement indoors or outdoors, protected by a weatherproof canopy, making these stabilizers suitable for a range of industrial environments and applications.

Comprehensive Protection and Compliance

Equipped with electronic circuit breakers or MCBs for overload protection and built-in short-circuit defense, these stabilizers prioritize safety. Automatic voltage cutoff with auto-reset features shield connected loads. Adherence to IS 9815 and IEC 62052 standards ensures reliable, high-quality performance for all industrial users.

FAQ's of Industrial Servo Voltage Stabilizer:

Q: How does the Industrial Servo Voltage Stabilizer protect connected equipment?

A: The stabilizer protects equipment through precise voltage regulation (accuracy of 1%), rapid correction speed, and built-in protection features, such as electronic circuit breakers or MCBs for overloads and integrated short-circuit protection. It also provides high and low voltage cutoffs with automatic reset, ensuring safe, reliable operation for all connected industrial loads.

Q: What types of cooling systems are available for these voltage stabilizers?

A: These stabilizers come with either air or oil cooling systems, depending on the model and user requirements. Air-cooled units are suitable for moderate environments, while oil-cooled models handle higher power ratings or more demanding temperature conditions, ensuring long-term performance and system reliability.

Q: When should I consider installing the stabilizer indoors or outdoors?

A: Installation location depends on your facility layout and environmental conditions. The stabilizer features a robust, floor-standing cabinet with a canopy, suitable for both indoor and outdoor use. Outdoor installation is feasible due to the canopy and weatherproof design, but ensures it meets local safety and space requirements.

Q: Where can these stabilizers be used effectively?

A: The units are engineered for industrial settings, including factories, processing plants, and locations with critical equipment requiring constant, stable voltage. They are ideal for protecting sensitive machinery, ensuring device longevity, and maintaining uninterrupted operations across a range of industrial applications.

Q: What is the process for setting up and using the stabilizer?

A: Installation involves positioning the floor-standing unit in a suitable indoor or outdoor location and connecting it to your AC supply (input voltage: 340-480V, output: 400/415V). Once powered, the digital microprocessor manages voltage correction, while digital voltmeters and ammeters display status, requiring minimal manual intervention for ongoing use.

Q: What are the benefits of choosing this voltage stabilizer for industrial use?

A: Key advantages include excellent stabilization accuracy (1%), very high efficiency (>98%), rapid response (<10 ms), and robust electronic protections. Its customizable capacity and intelligent control optimize power usage, decrease downtime, and extend equipment life. Additionally, it meets major international and Indian standards (IS 9815/IEC 62052).

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