6 kVA Variac Transformer, Three Phase

SKU: PH-VT-TH6K
$998.78
● Three-phase variac voltage regulator, 6 kVA rated capacity, built for high-performance voltage regulation. ● Rated input voltage 380V; output voltage continuously adjustable 0~430V. ● Rated output current 8A for consistent, stable power delivery. ● Compatible with 50Hz power supply systems across diverse industrial environments. ● Suitable for a wide range of industries and power supply applications.
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Overview

Our 6 kVA 3-phase variac transformer is a high-performance industrial three-phase voltage regulator engineered to provide stable and precise AC voltage adjustment in 380V power systems. With an 8A-rated output current and a 0–430V adjustable voltage range, this variable autotransformer ensures smooth and reliable voltage control for generator systems and industrial equipment. Built with high-quality workmanship and protective design, this 6 kVA three-phase variac voltage regulator offers dependable performance across various industrial environments operating at 50Hz frequency. It is widely used in generator voltage adjustment, machinery manufacturing, laboratory testing systems, public utility power supply sites, and other three-phase industrial power control applications.

6 kVA three-phase variac transformer feature

Feature

  • 0–430V Adjustable Output: Delivering a continuously variable output from 0 to 430V with a 380V rated input, this 6 kVA three-phase variac transformer enables accurate voltage regulation across a broad output range.
  • 8A Rated Output Current: With an 8A rated output current, this variac voltage regulator provides reliable and consistent power output under load.
  • 50Hz Compatibility: Optimized for 50Hz power supply systems, this variable transformer integrates reliably into standard industrial and commercial electrical infrastructure.
  • Easy to Use: Straightforward controls and a user-friendly interface make it accessible for both experienced engineers and first-time operators.
 

Details

  1. Wheel-Axis Design: Precisely aligned and finely calibrated for smooth, ergonomic operation.
  2. Pointer Meter: Clear scale graduations for accurate, intuitive readings at a glance.
  3. Pure Copper Coil: Superior conductivity, enhanced durability, and extended service life.
  4. Porous Heat Dissipation Housing: Effective multi-vent cooling prevents overheating and protects the transformer during continuous operation.
6 kVA three-phase variac transformer details

6 kVA Three-phase Variac Transformer Wiring Diagram

6 kVA three-phase variac transformer wiring diagram

Specs
Phase 3-Phase
Rated Capacity 6 kVA
Rated Input Voltage 380V
Rated Output Voltage 0~430V
Frequency 50/60Hz
Max Output Current 8A
Usage SVC
Current Type AC
Type Contact Type Regulators
Dimension (L×W×H) (290*220*500) mm
Weight 24 kg
Application
Variac voltage regulator for machine speed control

Machine Speed Control

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Mechanical Voltage Boost

Variac voltage regulator for current control

Current Control

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Withstand Voltage Test

FAQ

Q1: What are the voltage specifications of this 6 kVA three-phase variac transformer?

This 3-phase variac voltage regulator has a rated input voltage of 380V and a continuously adjustable output voltage ranging from 0 to 430V, with an 8A rated output current. It is designed for use on 50Hz power supply systems across a variety of industrial and commercial applications.

Q2: What industries is this 6 kVA variac voltage regulator suitable for?

This three-phase variable transformer is widely applicable across a broad range of industries and power supply environments, including manufacturing, instrumentation, chemical processing, and more — anywhere that precise, stable voltage regulation is required on a 50Hz system.

Q3: Does this three-phase variac transformer offer any built-in protection features?

Yes. This 6 kVA variac voltage regulator is built with enhanced protection and high-quality workmanship to safeguard connected equipment and ensure reliable long-term operation, making it a dependable choice for both continuous industrial use and intermittent power control applications.

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