AC Resonant Test System

Variable Frequency Series Resonance Test Device AC Resonance Test System High Voltage AC Variable Frequency Series Resonant System - More Efficient Testing High Voltage AC Resonant Test System for Field and Laboratory Use Product Overview The Variable Frequency Series Resonance Test Device AC Resonance Test System is widely used in power industry, metallurgical industry, petrochemical industry, and other sectors. It's applied to handover and preventive testing of large

High Voltage AC Variable Frequency Series Resonant System More Efficient Testing High Voltage AC Resonant Test System for Field and Laboratory Use Product Overview The SXBP Series Variable Frequency Series Resonant System is mainly used for ac withstand voltage test of cross-linked cable, hydraulic generator, main transformer, bus, GIS, etc. It has a wide range of application and is an ideal withstand voltage equipment for local, municipal and count-level high voltage test

Advantage Placed way: the placement of variable frequency power for longitudinal and transverse, especially suitable for field operation and observe. Shockproof protection: internal and external have special damping rubber support foot and protect aluminum boxes, which can effectively slow motion and lifting the bumpy transport the shock. Ensure the inverter power long-term stability and reliability. Parameter display: touch or external mouse LCD interface display system. Can

225kVA/25kV PD-Free AC Series Resonant Test SystemThe SXBP PD-free AC Series Resonant Test System provides an optimized solution for on-site and factory AC withstand voltage testing of high-capacitance loads in substations, including power cables, GIS, transformers, and generators (rated up to 500kV). Operating on the series resonance principle, the system automatically tunes to the resonant frequency of the test loop, fundamentally solving the challenges of testing large

Advanced HV Resonant Test System Mobile Variable Frequency HV AC Resonant Test System for Transformers, Cables and Switchgears Testing Product Overview The SXBP Variable Frequency HV AC Resonant Test System provides an efficient and safe solution for AC withstand voltage testing of substation equipment (10kV-500kV). Utilizing core series resonant technology, this system delivers superior performance with three key advantages: High-Output, Low-Input: Requires only a fraction

Variable Frequency Resonant Test System for High Voltage Switchgear Testing The SXBP Variable Frequency Resonant Test System is engineered to conduct AC withstand voltage tests on 10kV to 500kV electrical equipment in substations. By matching the inductive reactance of the reactor with the capacitive reactance of the test object at a specific frequency, the system achieves a high-quality factor (Q), enabling high-voltage output with remarkably low input power and ensuring

High Voltage AC Resonant Test System More Efficient Testing High Voltage AC Resonant Test System for Field and Laboratory Use Product Overview The SXBP High Voltage AC Resonant Test System is designed for withstand voltage testing of primary electrical equipment in substations, including transformers, GIS systems, SF6 switches, CT/PT units, insulators, busbars, cables, sleeves, and other capacitive equipment. This system meets the testing requirements for 220kV and below

Variable Frequency Resonant Test Set High-performance testing solution for transformers, generators, and cables at competitive pricing Product Overview SXBP Variable Frequency Resonant Test Sets are engineered for high-capacity, high-voltage capacitive equipment testing in Electric Power, Oil, Chemical Industry, and related sectors. The system comprises a control cabinet, excitation transformer, high voltage reactor, and high voltage divider, delivering precise AC voltage

The SXBP High Voltage AC Resonant Test System is engineered for AC withstand voltage testing of 35kV, 110kV, and 220kV cables, switches, transformers, insulators, and related high-voltage equipment. This versatile system serves as an ideal testing solution for municipal power departments, county-level testing facilities, and power installation engineering units. Key Features Compact & Portable: Lightweight design with individual modules under 30kg for single-person handling

Portable Series Resonant AC Withstand Test System for 220kV Cable Testing The SXBP Series Resonant AC Withstand Test System is specifically engineered for AC withstand voltage testing of high-capacity, high-voltage primary equipment in power systems. This portable system meets regulatory requirements for on-site AC withstand voltage testing of various capacitive equipment. System Overview Featuring high-voltage test reactors with series-parallel combination capability, this

Variable Frequency Series Resonant Test Set AC Series Resonant Test System Resonance Voltage Withstand Tester Product Overview The SXBP Variable Frequency Series Resonant Test Set utilizes series resonance principles with an excitation transformer to stimulate the resonant loop. By adjusting the output frequency, the system creates series resonance between the loop inductance L and the equipment under test C, applying the resonance voltage directly to the tested equipment.

High Voltage Series Resonant AC Hipot Test System for Power Cables The SXBP Series Resonant AC Hipot Test System is specifically engineered for AC withstand voltage testing of electrical equipment in substations rated at 10kV to 500kV. Key Features Reactors feature compact design with smaller volume and lighter weight at equivalent voltage levels and capacity Low temperature rise at rated load with dry casting construction for high mechanical strength and reliable electrical

High Voltage Induction Resonant Test System AC DC Hipot Tester The SXBP series Resonant Test System (RTS) is specifically engineered for AC withstand voltage testing of electrical equipment in substations rated at 10kV to 500kV. Key Features Compact, portable design for easy operation Real-time display of test data, status, and operational steps Low temperature rise at rated load with dry-type epoxy casting High mechanical strength and excellent insulation capability