Product Description
The SXCY Series High-Voltage Impulse Generator is developed for laboratories and electrical equipment manufacturers that need a configurable high-energy impulse source for high-voltage insulation testing.
With rated voltage configurations from ±100 kV to ±4800 kV, up to 24 stages, and impulse energy reaching 320 kJ, the SXCY Series provides a scalable platform for different testing capacities.
Specification
| Specification |
Available Range |
| Rated Voltage |
±100–±4800 kV |
| Stage Voltage |
±100 / ±150 / ±200 kV |
| Impulse Capacitance |
0.0278–0.1625 μF |
| Grading Capacitance |
0.325–1 μF |
| Impulse Energy |
7.31–320 kJ |
| Charging Voltage |
±100 / ±150 / ±200 kV |
| Number of Stages |
1–24 |
Configuration Options
| Voltage Configuration |
Stages |
Impulse Energy |
| ±100–±400 kV |
1–4 |
7.31–33.74 kJ |
| ±300–±900 kV |
2–6 |
7.31–33.74 kJ |
| ±1050–±1500 kV |
7–10 |
25.58–56.25 kJ |
| ±1600–±2400 kV |
8–12 |
80–240 kJ |
| ±2800–±3200 kV |
14–16 |
140–320 kJ |
| ±3600–±4800 kV |
18–24 |
80–240 kJ |
FAQ
1.What is the SXCY Series used for?
It is designed as a high-energy impulse source for high-voltage testing applications, including transformer and other electrical insulation testing.
2.What voltage range is available?
The SXCY Series covers rated voltage configurations from ±100 kV to ±4800 kV.
3.How many stages are available?
The system can be configured from 1 to 24 stages, depending on the required output voltage.
4.What is the maximum impulse energy?
The available configuration range reaches 320 kJ.
5.Can it be used for transformer impulse testing?
Yes. The SXCY Series can be incorporated into an appropriate transformer impulse testing system together with the required test and measurement equipment.
6.Is the system suitable for a complete laboratory?
Yes. The generator can be integrated with charging, control, voltage measurement, data acquisition, and other required subsystems to form a complete impulse testing platform.
7.How do I choose the right model?
The recommended configuration depends on the required test voltage, test object, impulse energy, capacitance, number of stages, and laboratory arrangement.
