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Cylinder Type

HCRS-800kV-1200kVA-Resonant-Reactor-Dual-Voltage-Testing-Solution

Technical specifications for the HCRS 800kV/1200kVA dual-voltage resonant reactor featuring motor-adjusted reactance, Q≥40, and ultra-low partial discharge (<5pC at 800kV).


  • US$ 129,446.00
  • Lead time: 120 days

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Product Details

Product Tags

HCRS 800kV/1200kVA Dual-Voltage Resonant Reactor

Product Overview

The HCRS 800kV/1200kVA cylinder-type single-phase resonant reactor offers flexible dual-voltage testing capability (400kV/800kV) with motor-adjusted reactance control. This precision system delivers Q≥40 performance with partial discharge levels below 5pC at rated voltage, making it ideal for sensitive high-voltage testing applications.

Configuration Options

Single Stage Operation

  • Rated Voltage: 400kV

  • Rated Current: 1.5A

Dual Stage Series Connection

  • Rated Voltage: 800kV

  • Rated Current: 1.5A

Performance Specifications

ParameterSpecification
Rated Capacitance1200kVA
Rated Frequency50Hz
System Quality Factor (Q)≥40
Partial Discharge<5pC @100% voltage
<2pC @80% voltage
Waveform Deviation≤1%
Noise Level≤65dB
Insulation Level1.5× rated voltage for 1min

Adjustment Parameters

ParameterRange
Reactance Adjusting0-260Ω
Inductance AdjustingMotor-controlled precision adjustment
Load CapacitanceConfigurable to test requirements

Operational Parameters

Duty Cycle

  • 30 minutes ON / 30 minutes OFF at rated voltage

  • Maximum 8 cycles per day

  • Continuous operation at 70% rated voltage

Thermal Performance

  • Winding Temperature Rise: ≤65K

  • Oil Temperature Rise: ≤55K

Advanced Features

Precision Adjustment System

  • Motor-controlled reactance adjustment

  • Guide rail system for accurate coil alignment

  • Real-time air gap monitoring

Protection Systems

  • Over-voltage and over-current protection

  • Test object flashover protection

  • Air gap limit protection (max/min)

  • Measurement accuracy: Grade 1

Core Construction

  • Grain-oriented electrical steel (130-0-130)

  • Chip-removal treatment with curing agent

  • Stainless steel brackets minimize eddy currents

Quality Assurance

  • 60+ year design lifespan

  • University/research institute collaborations

  • Continuous quality improvements

  • Optimized structural design

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