| Customization: | Available |
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| After-sales Service: | Lifetime Technical Support |
| Warranty: | 1 Year for High-Voltage Phase Verifier Calibration |
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| Item Presentation |
| The wireless high-voltage phase verifier calibration device is used to calibrate wireless high-voltage phase verifiers. A wireless high-voltage phase verifier is an instrument used to measure and verify phase differences in high-voltage power systems. It establishes a wireless connection with other devices and determines the phase difference by measuring the current and voltage in the power system. The wireless high-voltage phase verifier calibration device is employed to verify and calibrate the accuracy and reliability of the phase verifier, ensuring its proper operation in the power system. It typically provides precise calibration signals and reference values to calibrate the measurement results of the phase verifier and ensure consistency with actual phase differences. This device plays a crucial role in the maintenance and fault diagnosis of power systems, ensuring the accuracy of phase measurements and verifications. |
| Item Detail |
| 1. The entire withstand voltage test system consists of an operating control console, two programmable frequency power supplies, two 200kV step-up transformers, and two 200kV capacitive voltage dividers. All the voltage boosting processes and readings are controlled and calculated by the control computer on the operating control console. 2. Prior to starting the test, the test mode, test voltage, and high voltage operating time are set on the computer software of the operating control console. 3. Once the test process is initiated, the computer on the operating control console sends a voltage boosting command to the programmable frequency power supplies to control their output voltage. The computer on the operating control console collects real-time low voltage arm output voltages from the two 200kV voltage dividers. 4. In the automatic voltage boosting mode, the wireless high-voltage phase verifier calibration device controls the phase difference between the two high voltages while the control voltage is increasing, ensuring the phase remains within the desired operating conditions during the voltage boosting process. 5. In the manual voltage boosting mode or when the automatic voltage boosting mode reaches the target value, the magnitudes of the two high voltages and the phase difference between them can be adjusted using the test control console. |
| Item Functionalities |
| Verification and validation of phase measurement accuracy: The wireless high-voltage phase verifier calibration device is used to verify and calibrate the accuracy and reliability of high-voltage phase verifiers, ensuring their precise measurement and validation of phase differences in the power system. By providing precise calibration signals and reference values, it ensures that the measurements of the phase verifiers are consistent with the actual phase differences. |
| Provision of accurate calibration signals and reference values: The calibration device establishes wireless communication with other equipment and provides accurate calibration signals and reference values for calibrating the measurement results of the phase verifiers. This helps to guarantee the accuracy of the phase verifiers' measurements and ensures their consistency with the actual phase differences. |
| Ensuring accurate phase measurement in power system operation: The wireless high-voltage phase verifier calibration device plays a crucial role in power system operation, maintenance, and fault diagnosis. By verifying the accuracy of the phase verifiers, it ensures the accuracy of phase measurement and verification in the power system. This is essential for stable power system operation, fault diagnosis, and maintenance. |
| Automatic control of the voltage boosting process: The calibration device can automatically control the voltage rise of the phase verifiers during the voltage boosting process and simultaneously control the phase difference between the high voltages. This helps ensure that the phase angles during the voltage boosting process are within the required control conditions. |
| Technical Index |
| Operation control box input power supply | AC380V three-phase four-wire system, input power frequency 45Hz~65Hz |
| Operation control box output power | AC380V single-phase |
| Operation and control box maximum output power | 15KVA |
| Program-controlled frequency conversion power supply input power | AC380V single-phase, input power frequency 45Hz~65Hz |
| Program-controlled frequency conversion power supply output voltage | 0~440V single-phase,output power frequency 30~200Hz |
| Programmed frequency conversion power supply output current | 0~45A single-phase |
| Maximum output voltage of booster transformer | 200KV |
| Boost transformer operating frequency | 49Hz~300Hz |
| Boost transformer input voltage | AC 0~400V |
| High voltage divider input voltage | AC 0~200KV |
| High voltage divider capacity | 100pf |
| High voltage divider operating frequency | 49Hz~200Hz |
| Device system measurement voltage error | 1% reading value + 1D |
| Wireless high-voltage phase verifier calibration system phase angle measurement error | <1 degree |
| Frequency measurement error | less than <0.02Hz |
| Output voltage waveform distortion rate | less than 1.5% typical value |
| Operation mode | touch screen |
| Temperature | 0~50 degrees |
| Humidity | <80% |
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