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LQHID 2400KV-500pF Weak Damping Capacitor Voltage Divider | High Voltage Testing

Professional-grade LQHID 2400KV-500pF weak damping capacitive voltage divider for precise measurement of lightning and switching impulses, featuring ≤30ns response time and full GB standard compliance.


  • US$ 17,434.00
  • Lead time: 45 days

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Product Details

Product Tags

LQHID 2400KV-500pF Weak Damping Capacitor Voltage Divider

Technical Specifications

ParameterSpecification
Rated Voltage2400kV DC/Impulse
High Voltage Arm Capacitance500pF
Partial Response Time (Full/Chopped Wave)≤30ns
Front Wave Response (Tα)≤20ns
Overshoot (β)≤10%
Scale Factor Uncertainty (Kg)≤±0.1%

Advanced Design Features

Precision Capacitive Network

  • 4-stage series-connected pulse capacitors

  • Multistage distributed damping resistors

  • Non-inductive capacitor structure

  • Optimized low-voltage arm parallel configuration

Operational Excellence

  • Manually movable complete assembly

  • Integrated corona ring for stable performance

  • Precision voltage division architecture

  • Rugged construction for field deployment

Performance Verification

The divider comes with complete test documentation verifying:

  • Full compliance with GB standards for lightning impulse testing

  • Validation for switching impulse measurements

  • Laboratory-certified performance parameters

  • Traceable calibration records

Measurement Capabilities

Ultra-Fast Response

With response times ≤30ns for full/chopped waves and ≤20ns for front waves, the divider captures even the most transient impulse characteristics with exceptional fidelity.

Minimal Measurement Artifacts

The ≤10% overshoot specification ensures clean waveform reproduction without significant ringing or distortion.

Quality Assurance

  • Factory test report included

  • GB standard compliance verification

  • Precision component matching

  • Rigorous quality control procedures

Typical Applications

  • High-voltage laboratory impulse testing

  • Power equipment certification

  • Lightning protection system evaluation

  • Switchgear and transformer testing

  • Research and development in high-voltage engineering

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