About Three Phase Voltage Stabilizer
The Three Phase Voltage Stabilizer is designed to provide reliable protection for electrical equipment against voltage fluctuations. With an input voltage range of 170 to 270V AC 50Hz and output of 230V AC plus minus 1 percent it ensures stable performance. It operates at 47 to 53 Hz frequency with 98.5 percent efficiency and plus minus 1 percent regulation. Equipped with a rugged AC step synchronous servo motor it delivers a correction speed of 35V per sec and response time of 10 milli sec. Featuring natural air cooling auto manual operation digital voltmeter overload high low voltage and short circuit protection this stabilizer ensures long lasting performance and uninterrupted power supply for industrial and commercial use.
Built as per IS standards this stabilizer guarantees durability and consistent performance. It provides true reproduction of input waveform without distortion ensuring smooth operation of sensitive electrical appliances. The front panel is equipped with 0 to 500V voltmeter auto manual selector switch and digital meters for input output readings. Users can conveniently adjust the output in manual mode with increase decrease switches. Its efficient design makes it ideal for factories offices and industries requiring constant voltage. With protections like overload high and low voltage cut off and short circuit safety this Three Phase Servo Voltage Stabilizer is a dependable solution to safeguard valuable equipment from power related damages. Prices depends on product specifications
Technical Details 
Precise Voltage RegulationEquipped with automatic control and rapid correction speed, this stabilizer maintains the voltage at a steady 415 V output. With an output accuracy of 1% and responsive adjustment within one second, your sensitive machinery is protected against damaging fluctuations, ensuring operational continuity.
Robust Protection and Safety FeaturesIntegrated safety mechanisms include protection against overload, short circuit, high voltage, and low voltage, providing maximum safety for your infrastructure. The F class insulation and durable metal body further heighten operational reliability and safety in demanding environments.
Efficient Design for Industrial NeedsDesigned for floor mounting and suitable for harsher climates, the stabilizer is cooled by air and maintains efficiency greater than 98%. Its wide input voltage acceptance (295-465 V) and sturdy build make it ideal for large-scale commercial or manufacturing setups across various Indian locales.
FAQ's of Three Phase Voltage Stabilizer:
Q: How does the three-phase voltage stabilizer correct voltage fluctuations?
A: This stabilizer automatically detects voltage deviations and adjusts them at a speed of 10-30 V/sec, ensuring the output remains at 415 V within a 1% accuracy window. Corrections are made in less than one second to protect connected equipment instantly.
Q: What benefits does using this voltage stabilizer provide for heavy machinery?
A: The stabilizer minimizes downtime and extends equipment life by delivering consistent voltage, protecting industrial machines from overload, short circuits, and voltage extremes. This translates to stable operations, fewer breakdowns, and reduced maintenance costs.
Q: When should a three-phase voltage stabilizer be installed in an industrial setup?
A: It is ideal to install the stabilizer when your facility operates sensitive or high-value machinery that requires constant voltage, especially in regions prone to significant power fluctuations or poor quality supply.
Q: Where is this voltage stabilizer typically used?
A: The stabilizer is suitable for manufacturing plants, commercial complexes, IT facilities, and any environment using three-phase equipment across India. Its robust construction and efficiency make it versatile for diverse industrial applications.
Q: What process does the stabilizer use for cooling and maintaining efficiency?
A: It uses an air-cooled mechanism to dissipate heat efficiently, ensuring reliable operation even at higher ambient temperatures while maintaining energy efficiency above 98%.
Q: How is the voltage stabilizer monitored and controlled?
A: Monitoring is facilitated through an analog display, allowing users to easily read input and output voltages. The automatic control type manages voltage correction seamlessly, requiring minimal human intervention.