Low Partial Discharge GIS Test System for High Voltage AC Withstand and Electrical Insulation Testing
Product Description
SXGTU GIS Partial Discharge AC Withstand Test System
The SXGTU GIS Partial Discharge AC Withstand Test System is developed for high voltage testing applications requiring controlled partial discharge performance. The high voltage section is completely sealed within a shielded space, providing a reliable and safe structure for testing.
The overall partial discharge can be controlled within 1–3 pC at rated voltage under normal environmental conditions. The system adopts a compact design with lightweight components, reducing installation space requirements. High voltage generation can be achieved through high voltage transformer boosting and series resonance, including power-frequency and variable-frequency operation. The equipment also features an internal high voltage isolation switch, enabling one system for multiple testing arrangements.
Product Parameters
|
Parameter |
Specification |
|
Model |
SXGTU |
|
Product Type |
GIS Partial Discharge and Withstand Test System |
|
Voltage Level |
100 kV, 200 kV, 250 kV, 300 kV, 500 kV, 800 kV, 1000 kV |
|
Capacity |
50–2000 kVA |
|
Input Voltage |
0.35–10 kV |
|
High Voltage Generation |
High Voltage Transformer / Series Resonance |
|
Frequency Mode |
Power Frequency / Variable Frequency |
|
Voltage Boosting |
Single Stage |
|
Partial Discharge |
1–3 pC |
|
Temperature Rise |
≤65 K |
Product Advantages
- Controlled partial discharge performance meets high voltage testing requirements.
- Internal high voltage isolation switch enables flexible system operation.
- Compact structure reduces the required installation space.
- Lightweight components make equipment arrangement more convenient.
Application Scenarios
- GIS partial discharge testing
- GIS withstand testing
- High voltage insulation testing
- Electrical equipment testing
- High voltage test systems
FAQ
Q1: What makes the SXGTU suitable for partial discharge testing?
A1: The high voltage structure is sealed and shielded, with partial discharge controlled within 1–3 pC at rated voltage.
Q2: Does the system include a high voltage isolation switch?
A2: Yes, an internal high voltage isolation switch is included.
Q3: What is the structure of the voltage boosting system?
A3: All voltage boosting methods use single-stage boosting without cascade connection.
Q4: Can the capacity be customized?
A4: Yes, higher capacity levels can be customized.
Get in Touch
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