High Voltage Test Solutions
Persistently developing technology, improving quality, management, and service standards

>1600KV Range

LQHIVG 1800KV-180KJ Impulse Voltage Generator: High-Energy Testing Solution

Complete technical specifications of the LQHIVG 1800KV-180KJ Impulse Voltage Generator with 9-stage design, 180kJ energy rating, and full compliance with IEC/IEEE standards for high-voltage testing.


  • US$ 77,902.00
  • Lead time: 120 days

>>>WhatsApp Communication<<<

Product Details

Product Tags

LQHIVG 1800KV-180KJ Impulse Voltage Generator: High-Energy Testing Solution

High-Capacity Impulse Testing System

The LQHIVG 1800KV-180KJ Impulse Voltage Generator delivers industry-leading 180kJ energy capacity for rigorous high-voltage testing applications. With its 9-stage modular design and +1800kV maximum output, this system performs lightning impulse, switching impulse, and specialized steep-wave tests compliant with international standards.

Certified Compliance Standards

  • IEC 60060-1/2-2010: High-voltage test techniques & measurement systems

  • IEEE 4a-2001: Standardized high-voltage testing methods

  • IEEE 1122-2007: Digital recording for impulse tests

  • ASTM D2484/D2518: Electrical insulation validation protocols

  • GB311/GB16927: Chinese national standards compliance

Technical Specifications

ParameterSpecification
Rated Voltage+1800kV
Stage Voltage+200kV (9 stages)
Rated Energy180kJ (20kJ/stage)
Impulse Capacitors1.0µF/200kV per stage
0.111µF/1800kV system
Load Range400-3400pF (includes divider)
Voltage Stability< ±1.0%
Synchronous Error< 2%

Precision Waveform Generation

  • Lightning Impulse (Full Wave): 1.2±30%µs / 50±20%µs
    Peak oscillation ≤5%, Amplitude tolerance ±3%

  • Switching Impulse: 250±20%µs / 2500±60%µs

  • Output Efficiency: ≥90% (lightning, no load)
    ≥70% (switching @1000pF)

Operational Performance

  • Voltage Range: 10%-100% of rated voltage

  • Synchronization: ±20% polarity matching across 10-100% range

  • Discharge Cycles: 120s interval @ >70% voltage
    Continuous operation @ <70% voltage

  • Minimum Discharge Time: ≥60s at maximum voltage

Application Scenarios

  1. Power transformer impulse withstand testing

  2. Composite insulator validation under steep-wave impulses

  3. Switchgear and GIS insulation certification

  4. High-voltage component R&D stress testing

>>>WhatsApp Communication<<<

>>>Click To Get Quote<<<

Leave Your Message

Leave Your Message