60 kVA Automatic Voltage Stabilizer, Three Phase, 380V/400V/460V

SKU: PH-AVS-3P60K
$8,133.87
● 60 kVA rating, ideal for industrial plants and commercial buildings. ● Handles wide input range (304V-456V); factory-selectable 380V/415V/480V output. ● Highly space-efficient and aesthetically sleek for easier integration into modern facilities. ● Engineered for long-term reliability with minimal service requirements. ● >95% operational efficiency, reducing energy loss and operational costs.
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⏱️ Delivery: 6-12 days
🔙 30-day Returns
Overview

A robust and compact 60 kVA 3-phase AC voltage stabilizer is designed as a high-power, low-maintenance voltage regulation solution for demanding industrial and commercial power systems. It automatically compensates for voltage fluctuations caused by unstable supply networks or load variations, ensuring the continuous and reliable operation of connected equipment. Supporting a ±20% input voltage tolerance and offering multiple output voltage options, including 380V, 415V, and 480V, this stabilizer provides flexible integration across different applications and regional standards.

60 kVA 3 phase voltage stabilizer feature

Feature

  • High-Power Adaptive Regulation: Features a 60 kVA automatic voltage compensation system that continuously monitors and adjusts for supply network variations and load changes, ensuring a stable power output.
  • Compact Industrial-Grade Design: Combines robust power handling with a highly compact and elegant form factor, saving valuable floor space while fitting seamlessly into professional environments.
  • Comprehensive Multi-Layer Protection: Incorporates a full suite of safeguards, including over/under voltage, overload, overheat, and short circuit protection, for complete equipment and system security.
  • High-Efficiency Performance: Operates at over 95% efficiency, ensuring maximum power delivery with minimal energy waste and reduced heat generation.
 

Details

  1. High-quality circuit breaker
  2. New silicon steel plate, high magnetic transformer with compensator
  3. High-speed reducer servo motor
  4. Cooling fan*2
  5. Carbon brush
  6. Precision voltage copper coils
60 kVA 3 phase voltage stabilizer details

3 Phase Voltage Stabilizer Schematic Diagram

schematic diagram of 3 phase voltage stabilizer

Specs
Capacity 60 kVA (The power capacity of the voltage stabilizer needs to be 1.5~2 times greater than the load power)
Phase 3-Phase 4-line
Input Voltage Range ±15% tolerance for all standard output voltages above 380V.
±20% tolerance for the required 380V output and all standard voltages below.
Output Voltage 3-phase 380V (Optional: 110V/ 120V/ 208V/ 220V/ 230V/ 240V/ 400V/ 415V/ 440V/ 460V/ 480V)
Output Accuracy ±2~4% / ±1% (Optional)
* In case of output accuracy of ±2~4%, the voltage stabilizer will be servomotor-based, and in case of output accuracy of ±1%, the voltage stabilizer would be SCR-based.
Frequency 50Hz/60Hz
Current Type AC
Efficiency ≥95%
Response Time ≤1.5S
Ambient Temperature -15°C~+40°C
Cooling Method Air-cooled
Insulation Resistance ≥5MΩ
Electrical Intensity Without breakdown and flashover phenomena at power frequency sine voltage 2000V for 1 min
Overload Capacity Overload current (%) Duration (min)
20 ≤60
40 ≤15
60 ≤5
Waveform Distortion Non-lack fidelity waveform
Protection Over-voltage, over-current, feed phases
Protection Grade IP 24
Warranty 12 months
Certificate ISO9001:2008, CE
Weight 370 Kg
Package Size 800×620×1350 (mm)

PDF computing30kVA-3000kVA 3-Phase Voltage Stabilizer User Manual

Application
3 phase automatic voltage stabilizer for medical equipment

Medical Equipment

3 phase automatic voltage stabilizer for communication circuits

Communication Circuits

3 phase automatic voltage stabilizer for CNC machine tools

CNC Machine Tools

3 phase automatic voltage stabilizer for power distribution equipment

Power Distribution Equipment

FAQ

Q1: What makes this 60 kVA model "virtually maintenance-free"?

This design emphasizes reliability and reduced service needs. It utilizes high-grade components, advanced solid-state electronics in its control system, and a durable mechanical design with features like self-lubricating parts where needed. Unlike older models requiring frequent carbon brush replacement or mechanical adjustments, this unit is engineered for continuous, long-term operation with only basic periodic inspections and keeping the ventilation clear.

Q2: For a new factory floor with machinery from different regions (requiring 380V, 415V, and 480V), can one unit handle this?

A single unit can be configured for one primary output voltage (e.g., 380V). It is not designed to provide multiple different output voltages simultaneously. The best practice is to choose the voltage required by the majority of your critical equipment. For mixed voltages, you would need separate stabilizers for each voltage group, or consider a centralized power distribution system that steps down a stable 480V supply to lower voltages via transformers.

Q3: How does the compact design benefit installation in a crowded industrial plant or equipment room?

The space-saving design is a significant advantage. It allows for easier placement in tight spaces, next to other equipment, or in areas with limited access. This flexibility can simplify the installation logistics, reduce the need for costly facility modifications, and free up valuable floor space for production equipment, which is often at a premium in industrial settings.

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