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1 Years
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| Model Number : | SXBP |
| Certification : | CE/SGS/EMS/ISO 9001 |
| Delivery Time : | 30 Working Days |
| Brand Name : | Sansion Power |
| Payment Terms : | L/C,T/T |
Product Description
SXBP 3750KVA/300kV Variable Frequency AC Resonant Test System
A variable frequency AC resonant test system uses the resonance principle to generate high AC test voltage for electrical insulation testing. By adjusting the output frequency to match the electrical characteristics of the test circuit, the system supports AC withstand voltage testing of suitable high-voltage equipment.
For GIS manufacturers, switchgear producers, substations, and electrical testing teams, selecting a suitable resonant testing solution requires consideration of the test object, insulation requirements, site conditions, and applicable testing procedures.
Product Components
Product Features and Applications
FAQ
Q1: What is a variable frequency AC resonant test system used for?
It is used to perform AC withstand voltage tests on compatible high-voltage electrical equipment, helping assess insulation performance according to the applicable test procedure.
Q2: Why is series resonance suitable for high-voltage testing?
The resonance principle helps reduce the reactive power required from the input power supply when testing suitable capacitive loads, making it useful for high-voltage testing applications.
Q3: Can it be used for GIS and switchgear testing?
It may be suitable for GIS and switchgear AC withstand tests. The final configuration should be checked against the equipment characteristics and required test procedure.
Q4: Is this system suitable for substation field testing?
It can be considered for suitable on-site testing projects. Site conditions, equipment arrangement, and testing requirements should be evaluated before selecting the system.
Q5: What information is needed before choosing a system?
Please provide the equipment type, required test procedure, test voltage, electrical characteristics of the test object, and site conditions so the appropriate configuration can be evaluated.
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