OVERVIEW
Our state-of-the-art three-phase capacitance tester offers a seamless solution for wirelessly measuring individual capacitors within shunt capacitor groups. It achieves this through sophisticated measuring techniques and a four-terminal approach, ensuring precise and consistent readings that align with the SJ-255-10300 national standard for capacitance measurement.
Extended Measurement Capabilities
- The tester’s capabilities extend beyond capacitance, allowing for the measurement of the inductance of various reactor types. This versatility makes it an ideal choice for a wide array of field applications, providing a comprehensive solution for electrical testing requirements.
Intuitive and Efficient Operation
- Designed with user convenience in mind, the three-phase capacitance tester features an intuitive interface that simplifies operation and reduces the workload for maintenance personnel. Its straightforward design not only improves field test efficiency but also ensures the security of the power grid’s normal operation.
CHARACTERISTIC
Measurement Display and Analysis
- The device provides a comprehensive display of the measured capacitance and inductance values, along with other essential data such as voltage, current, power, frequency, impedance, and phase angle. This enables a thorough analysis of the sample’s quality.
User-Friendly Interface
- The device features an 8.0-inch 800 × 600 graphics dot matrix K600 + 65K color dgus screen with touch control operation, ensuring clear visibility and an intuitive menu for easy operation.
Data Storage and Management
- The device comes with a built-in large-capacity nonvolatile memory, capable of storing 200 groups of measurement data. It also includes a U-disk interface for additional data storage.
Timekeeping and Printing
- The device is equipped with a high-precision real-time clock function for date and time calibration. It also has a high-speed microthermal printer for printing measurement and historical data.
Safety and Protection
- The device incorporates an instrument test power over-current protection function, safeguarding against damage in the event of a power output short circuit.
