GIL High Voltage Simulation Test System

GIL High Voltage Simulation Test System

The HM160 GIL High-Voltage Simulation Test System is a specialised high-voltage pipeline simulation testing apparatus designed for power systems. It is primarily employed to simulate the high-voltage operating conditions of gas-insulated transmission lines (GIL) within actual operational environments. By precisely replicating rated, overload,......
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Description
Technical Parameters

Product video

 

HM160 GIL High Voltage Simulation Tester Display Video 

 

 

Products Description

 

GIL03

The HM160 GIL High-Voltage Simulation Test System is a specialised high-voltage pipeline simulation testing apparatus designed for power systems. It is primarily employed to simulate the high-voltage operating conditions of gas-insulated transmission lines (GIL) within actual operational environments. By precisely replicating rated, overload, and short-circuit conditions, this equipment verifies the electrical performance, mechanical strength, and long-term reliability of high-voltage pipelines, thereby ensuring safe and stable operation during power transmission.

 

 

Features & Advantages

 

1. The cavity's inner walls must be smooth, and all experimental components within the device's internal experimental area must be smooth, free from burrs or uneven surfaces.

2. The first section of the cavity measures 450+300mm in length, the second section 300mm, with an internal diameter of 90mm and an external diameter of 110mm. The conductor diameter is

30mm, fitted with triangular pillar insulators and bowl-type insulators.

3. The port observation window's light-transmitting glass requires an internal diameter of no less than 85mm. The upper glass must allow sufficient light ingress to ensure visibility of particles at the bottom. The glass must be high-transmittance glass.

GIL02

 

 

 

Technical Parameters

 

GIL01

 

Category

Details

Structure

Chamber Inner Diameter: 90 mm

Outer Diameter: 110 mm

Conductor Diameter: 30 mm

Single Chamber Length: 450 mm (1 section) + 300 mm (2 sections)

Observation Window Glass Inner Diameter: ≥85 mm

Performance

Operating Pressure Range: 0.1–0.4 MPa

Rated Voltage: 100 kV AC

Gas Leakage Rate: ≤1% per year

Materials

Chamber Material: Aluminum Alloy

Bushing Material: Nylon

Insulator: Basin/Triangular Post Insulator (Customizable)

Components

Test Chambers (3 sections)

External Bushing (1)

Base Bracket (1)

Observation Windows (4)

High - Voltage Electrode (1 set)

 

Maintenance FAQ

 

Q: How to detect gas leakage?

A: Monitor chamber pressure via gauges. If abnormal pressure drops occur, use a leak detector (e.g., SF6 detector) to locate leaks and tighten joints or replace seals.

Q: How to clean scratched or stained observation windows?

A: Gently wipe with alcohol - soaked non - woven fabric. Avoid abrasive tools. Contact the manufacturer for glass replacement if transparency degrades severely.

Q: How to address voltage fluctuations during tests?

A: Check power connections and ensure no external interference. Install a voltage stabilizer if necessary.

Q: Does surface discharge on insulators affect performance?

A: Minor discharges can be cleaned. Replace insulators immediately if deep marks or insulation degradation occurs.

Q: How to maintain the device during long - term storage?

A: Drain gas, clean chambers, apply anti - rust oil, store in a dry ventilated area, and perform periodic system checks.

Summary
The HM160 GIL High Voltage Simulation Test Set, with its high precision, modular design, and multi - layer safety features, is an ideal tool for R&D, testing, and maintenance of high - voltage power equipment. It enhances testing efficiency and reduces operational risks for users.

 

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