Core Technical Specifications

• Rated Voltage: 60kV AC RMS

• Nominal Capacitance: 2000pF +5%

• Dividing Ratio: 1000:1 (±1% accuracy)

• Frequency Range: 30-300Hz (extended range available)

• Dielectric Loss: <0.2% @ 25°C

• Capacitance Deviation: ≤±2.5%

• Partial Discharge: ≤5pC at 60kV

• Insulation Withstand: 66kV/1min (110% rated voltage)

• Operating Duration: 60 minutes continuous @ 100% rated voltage

Advanced Design Features

Optimized Construction

• Aluminum Corona Rings: Lightweight alloy reduces shipping weight while preventing corona discharge

• Removable Pedestal: Stable base with quick-release mechanism for maintenance

• HV Connection System: Corona-free scalable terminals for flexible configurations

Measurement Versatility

• Special Measuring Lead-Wire: Direct connection to variable frequency power sources

• Single/Dual-Stage Operation: Supports complex testing scenarios

• Wide Frequency Response: Maintains accuracy across 30-300Hz range

Performance Validation

Compliance: Meets IEC 61869-11, IEEE C57.13, and ANSI/NETA MTS-2023 standards.

Specialized Applications

Resonant Testing Systems

• Transformer frequency response analysis

• Cable resonant testing

• Gas-insulated switchgear testing

Power Quality Analysis

• Sub-harmonic measurement

• Voltage fluctuation analysis

• Flicker monitoring

Research & Development

• Power electronics prototype testing

• Renewable energy converter validation

• Medium-frequency transformer research

Operational Advantages

• Wide Frequency Range: 30-300Hz coverage for specialized testing

• High Capacitance Stability: ≤±2.5% deviation ensures measurement consistency

• Ultra-Low Loss: <0.2% dielectric loss enables precise energy measurements

• Transport Optimized: Aluminum components reduce shipping costs

• Measurement Flexibility: Dual-stage configuration supports diverse test scenarios

Connection & Installation

Configuration Options

• Single-Stage Mode: Standard 1000:1 division for routine testing

• Dual-Stage Series Mode: Extended range for high-precision applications

• HV Connections: Corona-free terminals accept various connector types

Grounding Protocol

1. Establish dual-point ground connection to base plate

2. Verify continuity (≤0.1Ω resistance)

3. Connect safety ground before energization