Overview
Comprehensive Transformer Volt-Ampere Characteristic Tester, abbreviated as Transformer Volt-Ampere Characteristic Tester.
1. The instrument is safe and convenient to operate, fully computerized, with a built-in imported high-performance CPU and high reliability. After setting the test values according to the interface prompts, there is no need for manual contact with the tested equipment; the instrument automatically completes the test, keeping test personnel away from high-voltage circuits and ensuring their personal safety.
2. Large output capacity: the maximum output voltage for volt-ampere characteristic tests is up to 1000V, the maximum current for ratio tests is up to 600A, and the instrument's output capacity is 5KVA.
3. Optional accessories include an external booster, an external current generator, and an external voltage regulator. The external booster can increase the voltage up to 2000V, 3A; the external current generator can increase the current up to 1000A; the external voltage regulator can provide a maximum output of 1500V, 20A. When using the external booster, volt-ampere characteristic tests can be performed on 500KV class 1A current transformers.
4. Large 320*240 dot matrix Chinese character graphical interface; after the test is completed, the volt-ampere characteristic curve can be displayed directly. The graphics are clear, beautiful, and easy to analyze. A built-in micro printer allows for printing curves and test results at any time.
5. The instrument uses a rotary mouse as the input device, making operation convenient and simple, with a long service life.
6. The instrument has a built-in Flash memory; data is not lost after power failure. After on-site tests are completed, test results can be viewed and printed indoors.
7. The instrument is equipped with an RS232 communication interface, which can be connected to a computer via a serial cable to achieve communication between the PC and the instrument. Test personnel can use the computer to control the instrument for testing or upload test data from the instrument. The PC application software provided with the instrument is powerful, aesthetically pleasing, and easy to operate, enabling the saving and printing of test results, and the export of test data to EXCEL format documents for editing.
8. The instrument's power supply supports adaptive AC220V and AC380V.
Introduction
1. The instrument is safe and convenient to operate, fully computerized, with a built-in imported high-performance CPU and high reliability. After setting the test values according to the interface prompts, there is no need for manual contact with the tested equipment; the instrument automatically completes the test, keeping test personnel away from high-voltage circuits and ensuring their personal safety.
2. Large output capacity: the maximum output voltage for volt-ampere characteristic tests is up to 1000V, the maximum current for ratio tests is up to 600A, and the instrument's output capacity is 5KVA.
3. Optional accessories include an external booster, an external current generator, and an external voltage regulator. The external booster can increase the voltage up to 2000V, 3A; the external current generator can increase the current up to 1000A; the external voltage regulator can provide a maximum output of 1500V, 20A. When using the external booster, volt-ampere characteristic tests can be performed on 500KV class 1A current transformers.
4. Large 320*240 dot matrix Chinese character graphical interface; after the test is completed, the volt-ampere characteristic curve can be displayed directly. The graphics are clear, beautiful, and easy to analyze. A built-in micro printer allows for printing curves and test results at any time.
5. The instrument uses a rotary mouse as the input device, making operation convenient and simple, with a long service life.
6. The instrument has a built-in Flash memory; data is not lost after power failure. After on-site tests are completed, test results can be viewed and printed indoors.
7. The instrument is equipped with an RS232 communication interface, which can be connected to a computer via a serial cable to achieve communication between the PC and the instrument. Test personnel can use the computer to control the instrument for testing or upload test data from the instrument. The PC application software provided with the instrument is powerful, aesthetically pleasing, and easy to operate, enabling the saving and printing of test results, and the export of test data to EXCEL format documents for editing.
