Automatic Transformer Insulation Oil Dielectric Loss Tester Oil Dielectric Tan Delta Tester Oil Tan Delta and Resistivity Dissipation Factor Tester

• Customization: Available
• Type: Strength Testing Machine
• Display: LCD
• Model NO.: HM601
• Weight: 25kg
• Power Source: AC220V
• Power Consumption: 100W
• Product Name: Transformer Insulating Oil Dielectric Loss Testing
• Transport Package: Wooden Box with Foam Inside
• Specification: 450mm* 410mm*320mm
• Trademark: GDHM
• Origin: Hubei, China(Mainland)
• Production Capacity: 500 Set Per Month

Product Description

Automatic transformer insulation  oil dielectric loss tester oil dielectric tan delta tester oil tan delta and resistivity   dissipation factor tester

I. Summary
Transformer Oil Delta Tangent Tester , is designed and manufactured based on "Liquid insulating material of relative permittivity, dielectric loss factor and DC resistivity measurements". It is used for measuring dielectric dissipation factor and DC resistivity of insulating oil and other insulating liquids. The instrument is characterized by integrated structure, and integrates test cell, temperature controller, temperature sensor, dielectric loss test bridge, AC test power, standard capacitor, high resistance meter, DC high voltage source and other major components. The instrument adopts full digital technology and all of the intelligent automatic measurement, is equipped with large colcor screen (800*480) LCD display, which each step has prompted the English, the test results can be automatically stored and printed output, so that the operator without professional training will be able to use it proficiently


II. Main functions and Features

1. The test cell used of the three-electrode structure in line with the IEC standard, with electrode spacing 2mm, can eliminate the effects of the stray capacitance and leakage on dielectric loss test results. The apparatus is equipped with the oil drainage solenoid switch, and we can empty the test cell in case of not removing it and rinse it with the test sample.
2. The instrument adopts the medium frequency induction heating, PID temperature control algorithm. This heating method has the advantages of t non-contact between the test cell and the heating body, even heating, fast speed, convenient control, strict control of the temperature within error range of the preset temperature.
3. Internal standard capacitor is SF6 gas-filled three-electrode capacitance, and its capacitor dielectric loss and electrical capacity is independent of ambient temperature, humidity and other effects, so that the instrument accuracy can be ensured even after prolonged use.
4. AC test power supply using AC-DC-AC conversion, effectively avoid the fluctuations in mains voltage and frequency on dielectric loss measurement accuracy effect. Even a generator, the instrument can work properly.
5. Perfect protection function; When there is over voltage,over current or high-voltage short circuit, instruments can quickly cut off pressure, and issues a warning message. When the temperature of the sensor failure or not connected, the instrument will also issue a warning message.
6. There is a temperature limiting relay in the medium frequency induction heating furnace. When temperature above 120 degrees, the instrument frees the relay and stops heating.
7. More convenient the experimental parameter is set. Temperature setting range 0~125ºC, AC voltage setting range 500~2000V, DC voltage setting range 0~500V.
8. Using of large-screen LCD display, with backlight and clear display. Friendly interface, simply follow the Chinese menu prompt, enter the command, the instrument can be automatically tested. And automatically store and print test results.
9. Built-in real-time clock, the test date and time may be saved, displayed and printed with the test results.
10. Calibration functions of cleaned dry cell. The measurement of dry cell's capacitance and dielectric loss factor can determine its cleaning and assembly conditions. The calibration data is automatically saved and so that it facilitates the calculation of relative permittivity and DC resistivity.

III. Main technical indicators
Voltage supply:  AC 220V±10%
Power frequency: 50Hz/60Hz ±1%
Measuring range:
Electric capacity   5pF~200pF
Relative Permittivity 1.000~30.000
Dielectric loss factor 0.00001~100
DC Resistivity 2.5MΩm~20TΩm
Measuring accuracy:
Electric capacity ± (1% of measured value+0.5pF)
Relative Permittivity ±1% of measured value
Dielectric dissipation factor ± (1% of measured value+0.0001)
DC Resistivity ±10% of measured value
Resolution:
Electric capacity 0.01pF
Relative capacitivity 0.001
Dielectric dissipation factor 0.00001
Measured temperature range:0~125ºC
Temperature measurement error:±0.5ºC
Test Voltage AC(RMS): 500~2000V Continuously adjustable, frequency 50Hz
Test Voltage DC: 0~500V  Continuously adjustable
Power consumption:100W
External dimensions: 500×360×420
Total weight: 22Kg



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