Description

Lightning Surge Simulator for Induced Lightning Surge and Dielectric Strength Testing

Advanced Lightning Surge Simulator for High-Energy Surge Immunity Testing

The Lightning Surge Simulator is a high-performance surge testing system designed to simulate high-energy induced lightning noise generated by lightning strikes and ground potential fluctuations in power distribution lines and communication networks. This advanced lightning surge simulator helps manufacturers evaluate the surge immunity, dielectric strength, and reliability of electronic and electrical equipment under severe lightning-induced electrical disturbance conditions.

The system is widely used for surge immunity testing, dielectric strength evaluation, lightning surge simulation, and electrical protection analysis in industries such as power systems, telecommunications, industrial electronics, automotive electronics, defense systems, and research laboratories.

High-Energy Induced Lightning Surge Simulation

Lightning strikes can generate strong ground potential fluctuations that induce high-energy surge noise in:

• Power distribution lines
• Communication lines
• Industrial control systems
• Electrical equipment
• Electronic devices
• Transmission networks

These induced lightning surges may damage sensitive electronic equipment or reduce insulation reliability. The Lightning Surge Simulator accurately reproduces these high-energy surge conditions to evaluate the resistance and dielectric strength of electronic devices.

JEC 210 / JEC 212 Standard Compliant Surge Testing

The Lightning Surge Simulator is designed according to:

• JEC 210 standards
• JEC 212 standards
• Lightning surge immunity testing requirements
• High-energy surge simulation standards

The system supports advanced surge testing beyond the limitations of conventional IEC combination wave surge simulators.

High Voltage and High Current Surge Testing Capability

The simulator delivers powerful surge generation performance for advanced dielectric strength and surge immunity evaluation.

Key Output Specifications

• Maximum output voltage: 20 kV
• Maximum output current: 4000 A

These high-energy surge capabilities allow engineers to perform:

• Induced lightning surge testing
• High-voltage insulation testing
• Surge absorber current handling analysis
• Dielectric strength verification
• Electrical protection performance evaluation

Dielectric Strength Testing Beyond IEC Combination Wave Standards

Conventional IEC combination wave surge simulators may not reproduce extremely high-energy induced lightning surge conditions. The Lightning Surge Simulator enables testing at higher surge energy levels to verify:

• Insulation reliability
• Surge withstand capability
• Electrical isolation performance
• High-energy surge resistance
• Protective device durability

This helps manufacturers evaluate product safety and long-term reliability under severe lightning surge conditions.

Surge Absorber and Protection Device Testing

The simulator is ideal for testing:

• Surge absorbers
• Surge protection devices (SPDs)
• Lightning protection systems
• Power line protection equipment
• Communication line protection devices
• Industrial surge suppression systems

The high-current output capability supports current handling evaluation and protection device performance testing.

Easy Waveform Observation and Measurement

The system includes a standard 1/100 waveform check terminal that allows engineers to observe output waveforms using:

• Standard oscilloscopes
• 1/10 voltage probes

This simplifies surge waveform monitoring and improves testing convenience during laboratory operation.

Built-In Isolation Transformer for Safe Testing

The Lightning Surge Simulator includes a built-in isolation transformer that simplifies:

• Primary power input connection
• EUT connection setup
• Electrical isolation during testing
• Safe surge testing operation

This improves operator safety and simplifies EMC testing configuration.

Applications of Lightning Surge Simulator

The Lightning Surge Simulator is widely used for:

• Lightning surge immunity testing
• Dielectric strength testing
• Surge absorber testing
• Surge protection device validation
• Power system surge analysis
• Communication line surge testing
• Industrial electronics surge testing
• EMC compliance testing
• Electrical insulation testing
• High-energy surge simulation

Industries using the system include:

• Power distribution industries
• Telecommunications
• Industrial automation
• Electronics manufacturing
• Defense and aerospace
• Research laboratories
• EMC testing facilities

Key Features of Lightning Surge Simulator

• High-energy induced lightning surge simulation
• JEC 210 / JEC 212 compliant testing
• Maximum output voltage up to 20 kV
• Maximum surge current up to 4000 A
• Advanced dielectric strength testing capability
• Surge absorber current handling evaluation
• High-voltage surge immunity testing
• Standard 1/100 waveform check terminal
• Easy oscilloscope waveform observation
• Built-in isolation transformer
• Reliable and repeatable surge generation
• Industrial-grade surge testing system
• Advanced EMC and insulation testing solution

Benefits of Using the Lightning Surge Simulator

The Lightning Surge Simulator helps manufacturers improve surge protection performance, validate dielectric strength, reduce lightning-induced failure risks, and ensure reliable operation under severe electrical disturbance conditions. By reproducing real-world induced lightning surge environments, the system supports advanced product validation and improves electrical safety.

Its high-voltage surge capability, high-current performance, advanced waveform monitoring features, and standards-compliant testing design make it an ideal solution for EMC laboratories, power system manufacturers, telecommunications companies, industrial electronics developers, and research institutions.