LQHID 800KV-300pF Weak Damping Capacitor Voltage Divider – Technical Specifications & Features

The LQHID 800KV-300pF Weak Damping Capacitor Voltage Divider is a precision instrument designed for high-voltage impulse testing, ensuring accurate measurements in power transmission, substation testing, and industrial applications. This article details its key features, technical specifications, and compliance with international standards.

Design and Construction

• Multi-Stage Capacitor Structure: Composed of series-connected pulse capacitors for high-voltage division.

• Distributed Damping Resistors: Minimizes waveform distortion for precise impulse measurements.

• Non-Inductive Capacitors: Low-inductance design in both high-voltage and low-voltage arms ensures signal integrity.

• Movable Metal Base: High-strength frame with polyurethane wheels for stability and mobility.

• Top Electrode Protection: Prevents flashover during switching impulse tests.

• Corona Cover: Stainless steel electrode with optimized profile to suppress corona discharge at 800kV.

Technical Specifications

Key Applications

• High-Voltage Impulse Testing: Lightning and switching surge tests in power systems.

• Transformer & Substation Testing: Ensures insulation integrity under transient conditions.

• Research & Development: Used in labs for high-voltage waveform analysis.

• Renewable Energy Systems: Validates surge protection in wind/solar farms.

Safety & Transportation

• Modular Top Electrode: Field-installed stainless steel design for easy transport.

• Sturdy Base: Reinforced frame with locking braces for stability during operation.

• Corona Suppression: Optimized geometry to prevent discharge at peak voltages.

Conclusion

The LQHID 800KV-300pF Weak Damping Capacitor Voltage Divider is engineered for precision and reliability in high-voltage testing. With distributed damping, low-inductance capacitors, and GB311 compliance, it is ideal for utilities, manufacturers, and research institutions requiring accurate impulse measurements.