About Three Phase Air Cooled Servo Voltage Stabilizer
Specification
| Output Voltage | 380/415 |
| Phase | Three Phase |
| Cooling Type | Air Cooled |
| Type | Automatic |
| Input Voltage | 295/340/360/460/465/500 |
| Working Temperature | -5 To 55 Degree C |
| Brand | Farmax |
Precision Voltage Regulation for Critical ApplicationsThis stabilizer maintains output voltage at 400V 1%, accommodating input variations from 340V to 470V (line to line). Fast correction speed and negligible waveform distortion ensure sensitive machinery remains protected and operational, crucial for industries like manufacturing, healthcare, and IT.
Robust Construction and Easy InstallationConstructed from powder-coated MS sheets and designed for floor mounting, this stabilizer withstands harsh environments. The air-cooled forced ventilation system and IP21 protection (upgradeable) provide reliable performance while minimizing maintenance. Compact dimensions and customizable enclosure simplify integration into diverse operational settings.
Advanced Control and Seamless MonitoringWith a microprocessor-based servo motor control system, the stabilizer delivers consistent and efficient regulation. Features such as digital meters, audio-visual alarms, and optional remote monitoring provide instant status updates, facilitating proactive maintenance and rapid response to anomalies.
FAQ's of Three Phase Air Cooled Servo Voltage Stabilizer:
Q: How does the Three Phase Air Cooled Servo Voltage Stabilizer maintain voltage stability for sensitive equipment?
A: The stabilizer uses a microprocessor-based servo motor with a buck-boost transformer to quickly and accurately adjust output voltage, keeping it within 1% of the set value. This ensures reliable power supply even when input voltage fluctuates between 340V and 470V.
Q: What is the installation process for the floor-mounted stabilizer?
A: The stabilizer is designed for floor mounting and should be placed on a flat, stable surface in a well-ventilated area. Wiring should be completed by a qualified electrician according to the rated power and current requirements. Dimensions can be customized to suit your specific installation needs.
Q: When should I consider using this voltage stabilizer in my facility?
A: It is ideal to deploy this stabilizer in settings where stable voltage is critical, such as with CNC machines, medical equipment, commercial offices, or any industrial setup facing frequent voltage fluctuations or sensitive electronic loads.
Q: Where can I monitor or receive alerts about stabilizer performance?
A: You can check real-time performance data on the digital voltmeter/ammeter and LCD/LED panel on the unit. Additionally, audio-visual alarms signal faults. Remote monitoring capability is available upon request for offsite status tracking.
Q: What are the primary benefits of choosing this servo voltage stabilizer?
A: Key benefits include enhanced equipment protection, high operational efficiency (>98%), rapid response to voltage changes, minimal output waveform distortion, robust construction, and customizable configurations to suit diverse industrial and commercial needs.
Q: How does the stabilizer protect against electrical faults?
A: It features integrated voltage protection (high/low voltage cut-off), overload and short circuit protection, and audio-visual alarms to promptly alert operators of any faults. These safety measures help prevent equipment damage and operational interruptions.