Brief Introduction:

U9815R impulse winding tester adopts high stability & high-voltage impact power and thyristor module controlled high-voltage switching devices, which bring a substantial increase in the stability and reliability of the product. With advanced 32 bit CPU and high speed FPGA, 100Msps sampling rate and memory depth of 6500 bytes make the test more precise; the use of high speed testing technique make the maximum test speed up to 15 meas/sec. Layer short/ DC resistance two-in-one test greatly improves the test efficiency of testing coil products.

Features:

■ 65k color 7’’ TFT high definition display screen, selectable Chinese and English interfaces

■ Waveform sampling rate:100Msps; memory depth: 6500bytes

■ Max. Test speed: 15 meas/sec

■ Four waveform comparison methods: Area, differential area, corona and differential phase

■ Strong corona analysis and extraction function (several corona modes and corona display function) to excavate potential defective insulation of products

■ Excellent test repeatability to guarantee stable measurement

■ Instrument parameters automatic storage and boot-up file load function

■ Vertical exaggeration, horizontal zoom and movement of waveforms for detail observation

■ Sample average function, average processing of 32 standard waveforms

■ Automatic standard acquisition mode to select suitable sampling rate

■ Destructive testing bring the right test voltage for you

■ Fast test mode can make real-time change of impulse voltage and sampling rat

■ Imposed demagnetized impulse to ensure the conformity of the tested waveforms

■ 20000 pieces of historical measured data storage and discrimination statistics function; can be saved to the U-disk

■ Directly save the screen pictures (BMP, GIF, PNG) or waveform data to U-disk through SAVE key

■ System firmware upgrade through U-disk

■ Foot switch interface for easy and fast measurements

■ Handler、RS232C、USB Device、USB Host和GPIB(option)

Measurement display interface:

Layer short waveform and DC resistance can be displayed in the measurement display interface simultaneously.