Cylinder Type
HCRS 1000kV/2000kVA Inductance Resonant Reactor – Specifications & Features
The HCRS 1000kV/2000kVA Inductance Resonant Reactor is a high-performance device designed for power frequency resonant testing in high-voltage applications. With advanced cooling, adjustable inductance, and robust construction, it ensures reliable operation in demanding environments.
Key Specifications
Type: Cylinder-type, single-phase
Frequency: 50Hz
Cooling: ONAN (Oil Natural Air Natural)
Rated Capacitance: 2000kVA
Single-Stage Rated Voltage: 500kV
Series Connection Voltage: 1000kV
Rated Current: 2A
Output Voltage Waveform Deviation: ≤1%
Performance & Durability
Operating Time & Temperature:
60 min at 100% UH, 100% IH
Continuous operation at 80% UH, 80% IH
Winding temp rise ≤65K, oil temp rise ≤55K
System Quality Factor (Q): Q > 50
Noise Level: ≤75dB (rated current)
Adjustable Inductance & Capacitance Ranges
Single-Stage Inductance: 5071~796H
Series-Connected Inductance: 10142~1592H
Single-Stage Load Capacitance: 2~12741pF
Series-Connected Load Capacitance: 1~6371pF
Robust Safety & Overload Capability
Over-Current Capability: 300s at 120% IH (2.4A) without damage
Over-Voltage Capability: 60s at 110% UH (1100kV) without insulation damage
Partial Discharge Level: <10pC at 100% rated voltage (1000kV)
Advanced Structural Design
Core Construction: Iron coil structure with adjustable gaps for reactance tuning
Materials: Stainless steel brackets, epoxy tubes to minimize eddy losses
Thermal Management: Pedestal designed for high-intensity magnetic field heat dissipation
Internal Components:
30-0-130 grain-oriented electrical steel
Grounding baffles between winding & iron core
Chip-removed & cured iron core for noise reduction (≤75dB)
Longevity & Reliability
With a 60+ year operational lifespan, the HCRS reactor incorporates industry-leading improvements, including optimized resonant system design and collaboration with top research institutes for continuous quality enhancement.
Conclusion
The HCRS 1000kV/2000kVA Inductance Resonant Reactor sets a benchmark in high-voltage testing with its precision tuning, robust safety features, and durable construction. Ideal for power utilities, industrial testing, and R&D laboratories requiring reliable high-voltage resonant systems.