Oil Cooled Servo Stabilizers

Oil Cooled Servo Stabilizers Specification

Output Voltage
415 V 1%

Efficiency
>95%

Phase
Three Phase

Current
As per Power Rating (Varies by Model)

Control System
Microcontroller Based Automatic Control

Usage
Voltage Fluctuation Protection, Industrial and Commercial Applications

Insulation Resistance
1000 Mega Ohms

Design
Compact and Robust

Voltage Protection
Over & Under Voltage Protection

Dimension (L*W*H)
Customized as per Specification

Rated Power
Up to 500 KVA (available in different ratings)

Current Type
AC

Waveform Distortion
Negligible

Product Type
Oil Cooled Servo Stabilizer

About Oil Cooled Servo Stabilizers

Oil Cooled Servo Stabilizers

We provide a precision engineered range of Servo Voltage Stabilizer that comes with air cooled technology. These helps to give accurate and steady corrections of voltage supply for better functioning. Our range is well designed comprising of auto reset system and single phasing prevention.

These Oil Cooled Servo Stabilizers are widely reckoned for features such as:

Quick, steady and accurate correction of voltage
Balanced output voltage, irrespective of input unbalance
Constant output voltage, despite load current variations
Increased life of your equipment, reduced heating and minimal losses

Product details

Phase	Three Phase
Control Type	Relay controller ,Digital controller, Micro controller
Cooling Type	Air Cooled ,Oil cooled, Dry Type
Type	servo
Weight	depends

Advanced Voltage Fluctuation Protection

Our Oil Cooled Servo Stabilizers provide superior defense against unpredictable voltage variations. This ensures your sensitive industrial or commercial machinery operates steadily, minimizing downtime and equipment damage. The microcontroller-based control system enables precise and automatic voltage adjustments, guaranteeing consistent performance even in challenging power environments.

Robust and Tailored Design

Built with a compact yet durable structure, these stabilizers can fit a wide range of installation spaces. Customizable dimensions are available to match your specific facility requirements. Their high insulation resistance and negligible waveform distortion contribute to long-term reliability and safety, making them an optimal choice for demanding operations.

FAQs of Oil Cooled Servo Stabilizers:

Q: How does the Oil Cooled Servo Stabilizer regulate voltage fluctuations?

A: The Oil Cooled Servo Stabilizer uses a microcontroller-based automatic system to continuously monitor and adjust incoming voltage, providing a steady output of 415 V 1%. This process ensures your equipment is protected from both over-voltage and under-voltage conditions.

Q: What are the main benefits of using a servo stabilizer in industrial and commercial applications?

A: Main benefits include protection for sensitive equipment, prolonged operational life, energy savings due to high efficiency (>95%), and improved productivity by reducing machine downtime caused by voltage irregularities.

Q: When should I consider installing a three-phase oil cooled servo stabilizer?

A: You should install a stabilizer if your facility experiences frequent voltage fluctuations, operates machinery sensitive to voltage variations, or requires reliable power for critical industrial or commercial operations.

Q: Where can these stabilizers be used effectively?

A: Oil Cooled Servo Stabilizers are ideal for factories, manufacturing units, commercial complexes, hospitals, educational institutions, and any location in India requiring stabilized three-phase AC power supply for large or sensitive loads.

Q: What is the process for customizing a stabilizer for my facility?

A: Customization involves sharing your precise power ratings, dimensions, and specific requirements with the manufacturer or supplier. Based on this information, a stabilizer with appropriate capacity and dimensions will be designed to fit your operational needs.

Q: How does the stabilizer ensure safety for my equipment?

A: These stabilizers are equipped with comprehensive protection features, including over-voltage and under-voltage protection, high insulation resistance, and negligible waveform distortion, keeping your equipment safe and performing optimally.