About Three Phase Voltage Stabilizers
With great field experience, we are manufacturing and supplying Three Phase Voltage Stabilizers. These stabilizers are highly appreciated in the market, for their stability and for allowing optimum drawing of current. They are commonly installed with microprocessor controllers for constant voltage output. Thus, these stabilizers facilitate the optimum drawing of current, without high consumption of power. Moreover, Three Phase Voltage Stabilizers corrects heavy fluctuating raw incoming power supply. Further, it has applications in hospitals, motors, CNC machines, printing machine and in cement plants. We also pack them really well to avoid any damage during a shipment.
Product details
| Brand | ADROIT |
| Phase | Three Phase |
| Input Voltage | 340- 465 V |
| Output Voltage | 400 V |
| Warranty | 1 year |
| Mounting Type | Floor |
Superior Voltage Regulation for Demanding EnvironmentsThree Phase Voltage Stabilizers are engineered for heavy-duty industrial, commercial, and medical applications. Automatic servo motor regulation, combined with advanced microprocessor-based control, ensures rapid correction for voltage fluctuations and maximized equipment protection. Models are available to fit varied requirements, with air or oil cooling depending on power rating and operational environment.
Rugged Construction and User-Friendly DesignHoused in a robust, powder-coated MS sheet body, these stabilizers feature a compact, floor-mounted cabinet and cable terminal connections. The digital display panel with voltmeter, ammeter, and fault indications offers clear status updates. Flexible bypass options, either manual or automatic, allow uninterrupted operation and easy maintenance.
Exceptional Reliability and EfficiencyWith over 98% efficiency, low noise levels below 60 dB, and an approximate 10-year service life, these stabilizers minimize downtime and maintenance. Designed to work in environments with ambient temperatures from 0C to 50C and humidity up to 95% (non-condensing), they deliver steady performance even under challenging conditions.
FAQs of Three Phase Voltage Stabilizers:
Q: How does the automatic servo motor regulation ensure voltage stability?
A: The automatic servo motor mechanism, managed by a microprocessor-based control system, continuously monitors incoming voltage and makes real-time adjustments within less than one second to maintain the output at 415V 1%. This precise regulation protects sensitive equipment from voltage fluctuations.
Q: What are the available cooling options for these voltage stabilizers?
A: Depending on the model and power rating, the stabilizers are available with either air cooled or oil cooled systems. Air cooled variants suit moderate loads and ambient temperatures, while oil cooled models are ideal for higher capacities and more demanding industrial settings.
Q: When should I use the manual or automatic bypass facility?
A: Manual or automatic bypass (available depending on the selected model) enables the load to continue receiving power directly from the mains during servicing or stabilization system downtime. Use this feature when maintenance is required or in emergency scenarios to prevent operational interruptions.
Q: Where can these stabilizers be installed?
A: Designed for floor standing installation, these stabilizers can be set up in industrial plants, commercial complexes, hospitals, and sites hosting large machinery. They feature a compact and rugged cabinet suitable for a variety of indoor environments.
Q: What benefits do the digital display and alarm features provide?
A: The integrated digital display panel shows real-time voltage, current, and system status. Fault indication and voltage protection alerts help users quickly identify operational issues and safeguard equipment, reducing the risk of costly downtime.
Q: How efficient and reliable are these voltage stabilizers?
A: With an operational efficiency of 98%99% and a projected service life of about 10 years, these stabilizers consume minimal energy and require infrequent maintenance, ensuring reliable, economic long-term use.