Located in an international metropolis, Shanghai Xuce Electric Technology Co., Ltd. is the most powerful manufacturer of power detection equipment. Our main products are: grounding resistance tester, DC resistance tester, insulation resistance tester, and frequency conversion series resonance test. Complete sets of devices, shunts, AC/DC voltage dividers, transformer characteristic testers, frequency conversion series resonant withstand voltage testers, automatic capacitance inductance testers, lightning protection device testers, DC high voltage generators, zinc oxide surge arresters, etc. .
Frequency conversion series resonant voltage withstand test device (series resonance) is widely used in electric power, metallurgy, petroleum, chemical, and other industries, and is suitable for large-capacity, high-voltage capacitive test products, such as generators, transformers, GIS, high-voltage cross-linked cables , Transformer, casing and other transfer experiments and preventive tests. The company's independent research and development of frequency conversion and voltage regulator software in the field of variable-frequency series resonant high-voltage test is ahead of the domestic high-voltage test industry. It uses this technology to adopt 16-bit fine frequency conversion, 10KHZ carrier frequency, SPWM and imported original IPM overall module design and manufacture. The frequency conversion series-parallel resonance test set-up (series resonance) is in full compliance with the national regulations and requirements for high-voltage experiments.
Series resonant frequency voltage test equipment works <br> <br> reactor L and a capacitor C consisting of the test series resonator has a fixed resonance frequency F = 1 / (2π√L · C ) when the test frequency is equal to At this frequency, the circuit resonates. The variable frequency series resonance test equipment (series resonance) uses the principle of series-parallel resonance and adjusts the output frequency of the frequency conversion controller so that the inductance L of the reactor in the loop and the capacitance C of the sample product resonate. The resonant voltage is the Add voltage. Through the frequency modulation controller to provide power supply, the test voltage through the excitation transformer after a preliminary boost, so that high voltage is added to the reactor L and the test sample CX, by changing the output frequency of the FM controller, so that the circuit is in series resonance; The resonant frequency of the loop depends on the capacitance CX of the test object and the inductance L of the reactor, and the output voltage of the inverter controller is adjusted so that the high voltage on the sample reaches a desired voltage value.
The frequency conversion series resonant withstand voltage test device completes the composition of the â—‡ frequency modulation power supply - it can change its output frequency, but also can change its output voltage.
â—‡ reactor - in series with the sample, constitute the LC series resonant circuit.
Excitation magnetic transformer - acts as a coupling signal and voltage change, and increases the voltage according to its own changes.
Tantalum Divider - Measure the voltage on the sample and feed it back to the FM power supply as a sample signal.
â—‡ compensation capacitor - to compensate for the small capacity of the test sample, adjust the frequency of the sample.
Frequency conversion series resonant voltage withstand test device (series resonance) is widely used in electric power, metallurgy, petroleum, chemical, and other industries, and is suitable for large-capacity, high-voltage capacitive test products, such as generators, transformers, GIS, high-voltage cross-linked cables , Transformer, casing and other transfer experiments and preventive tests. The company's independent research and development of frequency conversion and voltage regulator software in the field of variable-frequency series resonant high-voltage test is ahead of the domestic high-voltage test industry. It uses this technology to adopt 16-bit fine frequency conversion, 10KHZ carrier frequency, SPWM and imported original IPM overall module design and manufacture. The frequency conversion series-parallel resonance test set-up (series resonance) is in full compliance with the national regulations and requirements for high-voltage experiments.
Series resonant frequency voltage test equipment works <br> <br> reactor L and a capacitor C consisting of the test series resonator has a fixed resonance frequency F = 1 / (2π√L · C ) when the test frequency is equal to At this frequency, the circuit resonates. The variable frequency series resonance test equipment (series resonance) uses the principle of series-parallel resonance and adjusts the output frequency of the frequency conversion controller so that the inductance L of the reactor in the loop and the capacitance C of the sample product resonate. The resonant voltage is the Add voltage. Through the frequency modulation controller to provide power supply, the test voltage through the excitation transformer after a preliminary boost, so that high voltage is added to the reactor L and the test sample CX, by changing the output frequency of the FM controller, so that the circuit is in series resonance; The resonant frequency of the loop depends on the capacitance CX of the test object and the inductance L of the reactor, and the output voltage of the inverter controller is adjusted so that the high voltage on the sample reaches a desired voltage value.
The frequency conversion series resonant withstand voltage test device completes the composition of the â—‡ frequency modulation power supply - it can change its output frequency, but also can change its output voltage.
â—‡ reactor - in series with the sample, constitute the LC series resonant circuit.
Excitation magnetic transformer - acts as a coupling signal and voltage change, and increases the voltage according to its own changes.
Tantalum Divider - Measure the voltage on the sample and feed it back to the FM power supply as a sample signal.
â—‡ compensation capacitor - to compensate for the small capacity of the test sample, adjust the frequency of the sample.
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