Three Phase Oil Cooled Servo Voltage Stabilizer Sarai Kale Khan Delhi
Servo Sine System Pvt. Ltd. proudly presents the Three Phase Oil-Cooled Servo Voltage Stabilizer, a powerful solution for industries requiring continuous and stable power under harsh conditions. Engineered for reliability, this stabilizer ensures precise voltage regulation and protects your mission-critical 3-phase equipment from voltage variations.
About the Three Phase Oil-Cooled Stabilizer
This stabilizer is built with a rugged oil-cooled mechanism to handle high-load, high-temperature environments. It features independent phase correction, ensuring your systems receive consistent power across all three phases, even during voltage imbalances or fluctuations.
Key Features
- Input Voltage Range: Customizable (e.g., 300V – 470V)
- Output Voltage: Stable 400V ±1% across all phases
- Cooling System: Oil-immersed for better thermal stability and durability
- Phase-Wise Correction: Corrects each phase independently for maximum balance
- Digital Metering & Protection: For real-time monitoring and safety alerts
- High Efficiency Transformer: Low loss design ensures cost-effective operation
- Suitable for Continuous Operation: Ideal for 24x7 industrial applications
Applications of Three Phase Oil-Cooled Servo Stabilizers
Servo Sine System Pvt. Ltd. recommends this stabilizer for:
- Heavy Manufacturing Plants
- Textile and Spinning Mills
- Printing Presses
- Medical Equipment in Hospitals
- Food & Beverage Industries
- Commercial Buildings with Lift & HVAC Loads
Why Choose Servo Sine System Pvt. Ltd.?
- Over 25 Years of Industry Expertise in voltage regulation solutions
- ISO Certified Manufacturing and Quality Control Processes
- Custom Design Options for voltage range and load capacity
- Pan-India Support for installation, service, and AMC
Contact Us
Secure your industrial systems with our Three Phase Oil-Cooled Servo Voltage Stabilizer. Servo Sine System Pvt. Ltd. ensures durability, safety, and performance. Reach out today for pricing, specs, or a site evaluation.
