HM160 Insulation Defects Simulation and Signal Characteristics Analysis System of GIL Partial Discharge

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Applications:

Insulation Defects Simulation and Signal Characteristics Analysis System of GIL Partial Discharge

Strictly FAT Test
Third-party Calibration

Response within
24 hours
Free warranty
12 month
On-line training
Support

Profile:

The HM160 GIL high-voltage simulation test device is a simulation test equipment used for high-voltage pipelines in power systems.GIL stands for Gas Insulated Line,which means Gas Insulated Transmission Line.This device verifies its performance and reliability by simulating high-voltage power pipelines in real operating environments.
The HM160 GIL high-voltage simulation test device consists of a high-voltage power supply system,gas insulated lines,test equipment,etc.The high-voltage power supply system provides high-voltage power supply and delivers electrical energy to gas insulated circuits.Gas insulated circuits use high-voltage cables or wires suspended on brackets for transmitting electrical energy.The experimental equipment is used to monitor and record various parameters of the GIL circuit,such as voltage,current,temperature,etc.
The HM160 GIL high-voltage simulation test device is suitable for simulation testing of various high-voltage pipelines,such as gas insulated lines,DC transmission lines,etc.This device can simulate different working conditions,such as rated conditions,overload conditions,short circuit conditions,etc.,to verify the performance and reliability of high-pressure pipelines under various conditions.

Features:

The high-voltage power supply system is stable and reliable, and can provide the required high-voltage energy.
Gas insulated circuits use high-quality insulation materials that can withstand the transmission of high-voltage electrical energy.
The experimental equipment is accurate and reliable, and can monitor and record various parameters in real time.
Easy to operate, easy to install and debug.
High security performance, able to detect and eliminate potential security risks

Parameter:

Related parameters and requirements：

The inner wall of the cavity must be smooth, and the experimental components involved in the internal experimental area of the equipment must be smooth without burrs or unevenness.
The length of the first section of the cavity is 450+300mm, the second section is 300mm, the internal diameter is 90mm, the external diameter is 110mm, the conductor diameter is 30mm, and it is equipped with triangular pillar insulators and basin insulators.
The inner diameter of the transparent glass for the port observation window should not be less than 85mm, and the upper glass should have sufficient light intake to ensure that the bottom particles can be seen. The glass must be high transparency glass

Equipment configuration:

Three sections of the test cylinder
One external sleeve
One base bracket
Two insulation isolation insulators
One triangular support insulator
Three inflation/vacuum joints
Three pressure gauges
Four observation windows
1 set of high-voltage electrodes

Technical parameters and descriptions of each component
1. Test cylinder
Single section length: 450mm per section; 300mm2 section
Outer diameter of cylinder: 110mm
Inner diameter of cylinder: 90mm
Pressure range for cylinder use: -0.1-0.4Mpa
Annual gas leakage rate: ≤ 1%
Cylinder material: aluminum alloy
2. External sleeve
Rated voltage: 100kV AC
Sleeve material: Nylon
3. Insulation isolation insulators
Pot type insulators and triangular brackets are processed according to user requirements
4. Pressure gauge
Gas pressure used to monitor equipment
Pressure range: 0.1-0.9Mpa