Cable Fault Analysis Report

Feature Highlights

Multiple Distance Measurement Methods:

Low-Pressure Pulsing Method: Suitable for low-resistance, short-circuit, and open-circuit faults.Please provide the Chinese content to be translated..Certainly!Range measurement, also applicable to the full length of cables Intermediate connectorsTMeasuring type connectors and terminal heads, as well as correcting wave velocities.

Pulse Current Method: Suitable for distance measurement of high-resistance and flashover-type faults, using current couplers from the test ground wire The signal acquisition is fully isolated from the high-voltage section, ensuring safety and reliability.

Multiple Pulse Method: The world's most advanced distance measurement technique, an improvement over the dual-pulse method. Waveforms are clear and easy to interpret. For recognition, high precision in distance measurement.

　200MHzReal-time Sampling:

Domestic equivalent instruments boast high sampling frequencies, aligning with international high standards.

Provide high0.4mThe distance measurement has high resolution, a small measurement blind spot, and is particularly effective for near-end faults and short cables.

Touchscreen operation and mechanical button operation

Tactile buttons for enhanced flexibility, featuring gesture operation capabilities.

You can drag the cursor and perform double-click operations for easier and more convenient positioning.

Compatible with mechanical key operation, featuring a five-way key for enhanced user-friendliness.

　LEDLarge-screen color LCD display, user-friendly interface:

Waveforms are clear, especially during multiple pulse tests, where multiple waveforms are displayed simultaneously in different colors for ease of interpretation. Identify.

7Inch large LCD screen160°Wide viewing angle, displaying rich and intuitive content.

The feature menu is simple yet practical, offering robust functionality.

Picture-in-Picture Temporary Storage Display Feature

The interface display utilizes picture-in-picture mode, consisting of one main window and three temporary windows, allowing for the simultaneous viewing of three. A temporary waveform storage feature enhances the simplicity, intuitiveness, and convenience of the waveform comparison function.