About Servo Voltage Stabilizer
With the support of our professionals, we have achieved a reliable name as a leading manufacturer and supplier of Servo Voltage Stabilizer. This stabilizer is used for providing a constant output voltage with stability. To manufacture this stabilizer, we use premium quality materials and components. Our stabilizer protects electronic equipments from voltage fluctuations and supply a controlled and continuous AC power supply. We make available this Servo Voltage Stabilizer for clients in different specifications as per their requirements.
Features:
- Surge suppression system
- Over load and short circuit protection
- Robust construction
Feature
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Advanced Digital Control SystemThe stabilizers microprocessor-based control offers real-time voltage tracking with a correction speed of 35 Volt/sec and a response time under one second for a 10% voltage change. This ensures sensitive equipment sees minimal disruption during voltage fluctuation, delivering steady performance in demanding environments.
Comprehensive Protection FeaturesThis voltage stabilizer includes overload, short circuit, and phase reversal protection as well as under/over voltage safeguards. These security measures, along with manual or automatic bypass arrangements, protect both users and connected machinery, reducing downtime and maintenance costs due to power irregularities.
Durable and Versatile ConstructionHoused in a powder-coated mild steel cabinet, this stabilizer is designed to withstand industrial conditions. Copper-wound transformers deliver durability while noise levels stay below 55 dB. Available in oil or air-cooled variants, the systems floor-mounted design makes installation flexible for a wide range of site requirements.
FAQs of Servo Voltage Stabilizer:
Q: How does the servo voltage stabilizer regulate voltage during fluctuations?
A: The stabilizer uses a microprocessor-based digital control system that continuously monitors input voltage. When a variation is detected, it adjusts the output rapidly (35 Volt/sec), maintaining a steady 415 V 1% output within less than one second for a 10% fluctuation.
Q: What are the main benefits of using an oil-cooled or air-cooled voltage stabilizer?
A: Oil-cooled stabilizers provide higher heat dissipation suitable for continuous heavy-duty operations, while air-cooled versions are maintenance-friendly and appropriate for moderate workloads. Both types ensure efficient voltage regulation, reliable protection, and long service life.
Q: When should manual or automatic bypass be used?
A: Manual or automatic bypass should be engaged during maintenance or in the rare case of stabilizer malfunction, allowing power supply to continue to your equipment without voltage regulation. It ensures uninterrupted operation when the main unit is offline.
Q: Where should this floor-standing stabilizer be installed?
A: The unit is designed for indoor installation on a level floor, away from direct sunlight, moisture, and corrosive environments. Proper ventilation ensures optimal cooling for either oil or air-cooled models. Its suitable for installation in factories, commercial buildings, or any industrial site requiring voltage stabilization.
Q: What usage scenarios is this voltage stabilizer suitable for?
A: This stabilizer is ideal for industrial and commercial facilities with fluctuating power supplies, protecting machinery, compressors, CNCs, HVAC systems, and other sensitive equipment from voltage-related damage and downtime.
Q: What makes the stabilizer compliant with IS 9815, IEC 60076, and IS 2026 standards?
A: The product follows stringent manufacturing and testing protocols specified by IS 9815, IEC 60076, and IS 2026, ensuring high safety, performance reliability, and electromagnetic compatibility. This guarantees suitability for a wide range of professional applications.
Q: What is the process for maintaining this stabilizer?
A: Routine visual inspections should be done for connections, meter readings, noise, and cabinet cleanliness. Annual professional servicing is recommended to check internal components, insulation resistance, cooling systems, and protection circuits for optimal performance and longevity.