XHGG502A предварительный локатор неисправности кабеля

Чат контактные данные

XHGG502A предварительный локатор неисправности кабеля

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October 31, 2024

Категория Связь: Локатор неисправностей кабеля

Чат контактные данные

Тэги:

#High Voltage Cable Fault Locator #High Voltage Pulse Generator #Portable Cable Fault Locator

Brief: Discover the XHGG502A Portable Automatic Test Long Cable ARC Multi Pulse Cable Fault Pre Locator, a cutting-edge tool for diagnosing power cable faults. Featuring a 10.1-inch touch display, industrial-grade components, and multiple testing modes, this device ensures accurate and reliable fault detection for various cable types.

Related Product Features:

10.1-inch full-color TFT touch display for easy operation and clear visibility.
Embedded system with safe, stable, and simple display and operation modes.
Functions include cable wave speed testing, cable length measurement, and fault distance detection.
Automatic test range setting and waveform analysis for precise results.
Supports low-voltage pulse, high-voltage flashover, and multiple pulse methods (8 times).
Massive waveform storage capacity with over 8,000 records for low-voltage pulses and high-voltage flashovers.
Ultra-high brightness LED backlight (280nit) for use in direct sunlight.
Complies with GB/T 18268.1, DL/T 849.1-2019, and JJF1042-2020 standards.

Вопросы:

What types of cable faults can the XHGG502A detect?

The XHGG502A can detect low-resistance, short-circuit, open-circuit, disconnection faults, high-resistance leakage, and high-resistance flashover faults in power cables, high-frequency coaxial cables, street light cables, and buried wires.
What are the key features of the XHGG502A's display?

The XHGG502A features a 10.1-inch full-color TFT touch display with ultra-high brightness (280nit) and a resolution of 1024x600, making it easy to use even in direct sunlight.
How does the XHGG502A ensure accurate fault detection?

The XHGG502A uses a combination of modern electronic technology and computer technology for signal filtering, data processing, and graphic analysis, along with automatic test range setting and waveform analysis to ensure precise fault detection.