Cylinder Type
HCRS 720kV/1080kVA Dual-Mode Inductance Resonant Reactor
Product Overview
The HCRS 720kV/1080kVA cylinder-type single-phase resonant reactor offers exceptional flexibility with both series and parallel connection modes. This two-stage system delivers precise high-voltage testing capabilities with Q≥40 and ultra-low partial discharge levels (<5pC at rated voltage).
Configuration Specifications
Single Stage Operation
Rated Capacitance | 540kVA |
Rated Voltage | 360kV |
Rated Current | 1.5A |
Series Connection
Rated Capacitance | 1080kVA |
Rated Voltage | 720kV |
Rated Current | 1.5A |
Parallel Connection
Rated Capacitance | 1080kVA |
Rated Voltage | 360kV |
Rated Current | 3.0A (3.4A max short-time) |
Performance Characteristics
Parameter | Specification |
---|---|
System Quality Factor (Q) | ≥40 |
Partial Discharge | <5pC at rated voltage |
Waveform Deviation | ≤1.5% |
Noise Level | ≤75dB (rated current) |
Cooling Method | ONAN (Oil Natural Air Natural) |
Adjustment Ranges
Single-Stage
Inductance: 5071-764H
Load Capacitance: 2000-13275pF
Series Connection
Inductance: 10142-1528H
Load Capacitance: 1000-6638pF
Parallel Connection
Inductance: 2536-382H
Load Capacitance: 4000-26551pF
Robust Protection Systems
Over-voltage protection (withstands 792kV for 60s)
Over-current protection (1.8A for 300s)
Test object flashover protection
Air gap monitoring (max/min protection)
Linearity: ±1% error across 10-100% reactance range
Thermal Performance
Continuous operation at 100% rating
Winding temperature rise: ≤65K
Oil temperature rise: ≤55K
Advanced Design Features
Core Construction
Grain-oriented electrical steel (130-0-130)
Chip-removal treatment with curing agent
Noise reduction technology
Adjustable Reactance System
Precision air gap adjustment
Guide rail system for accurate coil movement
Stainless steel brackets minimize eddy current
Thermal Management
High-intensity magnetic field heat dissipation
Oil system thermal expansion compensation
Reliable grounding baffles
Quality Assurance
60+ year design lifespan
University/research institute collaborations
Continuous quality improvements
Optimized structural design