Industrial Servo Stabilizer

Industrial Servo Stabilizer

Introduction:

Voltage fluctuation is a common phenomenon in every part of the country. The industrial units running round the clock, usually face the problem of low and high voltage. 90% of industrial load is of motors. Electric motors draw considerably high current at low & high voltage. This higher current affects the electrical motors (particularly smaller capacity motors upto 7.5 H.P.) in three ways.

Higher current produces higher losses in electrical motors which causes premature failure of winding.
These higher losses of electric motors also increase the losses of cables, switches, transformers and other associated equipments.
For smooth continuous operation of motors, overload relays are usually set at 20% higher setting.

ADVERSE EFFECTS OF SINGLE PHASING

The line current increases by 1.5 times.
If the relay setting is at 15-20% higher than actual operating current then the relay will take 4-6 minutes to trip.
The motor (particularly smaller capacity motors upto 7.5 H.P.) cannot withstand this high current for such a long time and in most of the cases it burns out before the relay trips.
Heavy short circuit current flows through the relays, contactors, cables etc.
Under this condition when the relay, contactor trips, they produce sparks and some times bursts..
This further damages the switchgear and in some of the cases may cause fire also.

Product Details:

Current Type	AC
Type	Automatic
Wheels	Round
Material	Iron
Efficiency	98%

Reliable Voltage Stabilization

Ensure unwavering operational continuity with our industrial servo stabilizer, designed for precise voltage regulation even in challenging power scenarios. Its fast correction speed and advanced microprocessor controls protect your equipment from fluctuations, boosting productivity and safety for critical industrial applications.

Advanced Control and Monitoring

Benefit from intuitive front panel access and digital volt/amp meters for real-time status review. Audio and visual fault indications, as well as automatic and manual bypass options, simplify maintenance and troubleshooting, ensuring your systems remain operational with minimal disruption.

Built for Demanding Environments

Constructed using a durable copper-wound transformer and sheltered in a robust IP21-enclosed cabinet, this stabilizer endures tough industrial conditions-offering reliable performance up to 50C and at high humidity. Floor mounting and air cooling streamline installation and reduce complexity during setup.

FAQ's of Industrial Servo Stabilizer:

Q: How does the servo stabilizer maintain voltage accuracy for industrial applications?

A: The stabilizer utilizes a microprocessor-based control system for rapid voltage correction at 35V/sec, maintaining output within 1% regulation accuracy. This safeguards sensitive equipment by delivering consistent, pure sine wave voltage even in fluctuating input conditions.

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

A: A copper-wound transformer enhances durability, improves electrical conductivity, and reduces losses, thereby increasing overall efficiency above 98%. It ensures long service life and reliability under heavy industrial loads.

Q: Where should this industrial servo stabilizer be installed for optimal performance?

A: Installation should be on a stable floor, ideally in a well-ventilated indoor space. The floor-mounted design and IP21 enclosed cabinet provide protection against dust and incidental moisture, suitable for factories or industrial facilities across India.

Q: What process should be followed during power fluctuations or faults?

A: In the event of a voltage anomaly, the stabilizer issues an immediate audio/visual alert. Users can utilize the manual or automatic bypass facility via the front panel, ensuring continued operation while maintenance or assessment is conducted.

Q: When is this servo stabilizer recommended for use?

A: It is recommended during installation or upgrade of sensitive industrial equipment requiring steady three-phase power (up to 50kVA and 70A), especially in regions with unstable mains voltage ranging from 340V to 470V AC.

Q: How does the product handle high ambient temperature and humidity?

A: The stabilizer is engineered to operate reliably in ambient temperatures from 0C to 50C and humidity up to 95% RH non-condensing, ensuring continuous performance even in demanding industrial environments.

Q: What usage scenarios is this stabilizer best suited for?

A: This servo stabilizer is ideal for industrial voltage stabilization, supporting factories, processing units, and labs with critical three-phase equipment that requires precise and uninterrupted power supply.

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