Cable Fault Locator

XHCC8/15 Overview Crafted with imported film and a non-inductive winding design, our pulse energy storage capacitors offer superior self-healing capabilities and explosion protection. Key advantages include robust reliability, zero leakage, eco-friendly operation, moisture/fire resistance, extended lifespan, and a compact, lightweight form factor. Applications Designed to store energy from low-power sources over set intervals, our pulse energy storage capacitors deliver

XHCC-6/35 Overview Pulse energy storage capacitors adopt imported film and employ a non-inductive winding structure, boasting excellent self-healing and explosion-proof properties. They are characterized by reliable construction, leak-proof design, pollution-free operation, moisture resistance, fire resistance, long service life, compact size, and lightweight. Applications Pulse energy storage capacitors store electrical energy charged by low-power power sources at specific

XHSC-60Q Cable Fault Location Intelligent Bridge (burn-through + intelligent bridging): Burn mode: 60kV rated voltage, 600mA short-circuit current (converts high-resistance faults to low-resistance quickly). Intelligent bridge: 600mA rated current (enhances location accuracy). Application: Insulation fault location for high-voltage, large-section, long complex cables (e.g., GIS-terminal/cross-interconnected cables). Advantage: Rapid location no need to remove GIS switches

XHSC-60Q Combining burn-through and intelligent bridging capabilities, the Cable Fault Location Intelligent Bridge is engineered for high-demand cable systems. Its 60kV/600mA burn mode quickly reduces high-resistance faults to low-resistance, while the 600mA intelligent bridge ensures precise location. Ideal for high-voltage, large-section, long complex cables (e.g., GIS-terminal cables and cross-interconnected setups), it delivers fast fault location without needing to

Digital Burn-Through Bridge The Cable Fault Location Intelligent Bridge integrates burn-through and intelligent bridging functions. In burn mode, it supports a 60kV rated voltage and 600mA short-circuit current, enabling fast conversion of high-resistance faults to low-resistance ones. The intelligent bridge’s 600mA rated working current significantly boosts fault location accuracy. It excels at locating insulation faults in high-voltage, large-section, long complex cable

XHOW560 Based on the LCR damped oscillation principle, the XHOW560 Cable Insulation Comprehensive Diagnostic System realizes overall insulation assessment for cables after finishing their DC charging. Application Sites: Power systems: power generation, transmission, transformation, and distribution;Factories and Mines: large-scale manufacturing plants and various mining companies;Metallurgy and Petrochemicals: smelting, chemical processing, water treatment, etc.;Transportatio

XHOW560 XHOW560 Cable Insulation Comprehensive Diagnostic System adopts the LCR damped oscillation principle. It evaluates cable insulation comprehensively following the DC charging of the cable. Technical Specifications Partial Discharge Bandwidth: 100-500kHz Partial Discharge Positioning: 100kHz-20MHz Resolution: 0.01% DAC Output: 30/60kV 20-500Hz VLF Output: 30/60kV 0.05, 0.1, 0.5Hz DC Output: 0-30/60kV Partial Discharge Test: 5pC-10nC Resolution: 1pC Application Sites:

XHOW560 Cable Insulation Comprehensive Diagnostic System, based on the LCR damped oscillation principle, conducts overall assessment and analysis of cable insulation status after completing DC cable charging. Performance characteristics The XHOW560 cable insulation comprehensive diagnostic system uses a built-in high-voltage reactor and a high-voltage real-time solid-state switch to generate a damped oscillating voltage wave with the test cable. This applies a sinusoidal

XHFZ510-B2 Urbanization and rising electricity demand promote the replacement of overhead lines with cables. Training for cable fault detection personnel is a persistent challenge. Our self-developed electrical test simulation training system, built on decades of expertise, simulates all cable faults to support seamless training. Technical Parameters High-voltage cable length ≥300 meters (coaxial cable) High-voltage cable outer diameter ≥φ12mm High-voltage cable main

XHFZ510-B2 With accelerated urbanization, urban scale expands and electricity demand rises yearly. Overhead power lines are being replaced by cables. Popularizing and training cable fault detection personnel has long been challenging. Our self-developed electrical test simulation training system, refined from decades of industry experience, simulates all types of power cable faults to facilitate smooth training. Cable Fault Types: Open Circuit Fault:An open circuit fault

XHFZ510-B2 Product Overview As urbanization speeds up, growing electricity demand drives the shift from overhead lines to cables. Training cable fault detection staff remains a long-standing issue. Our independently developed electrical test simulation training system—distilled from decades of power cable experience—simulates all cable faults, ensuring effective training. Application The Electrical Testing Simulation Training System is primarily used for training power cable

XHHV508-4 This equipment is designed for testing cable faults at voltage levels of 35kV and below, including DC withstand voltage, impulse discharge, and fault point burn-through. It completely replaces traditional test transformers and control boxes that weigh tens of kilograms. Technical Specifications Output Voltage 0～35kVDC (Default 0～32kVDC) High Voltage Accuracy 1.5 class External Capacitor 1～2/4/8/16μF Burn-through Voltage 0～32kVDC Burn-through Current 320mA Output

XHHV508-4 It is mainly used for DC withstand voltage, impulse discharge, and fault point burn-through testing of cables with voltage levels of 35kV and below. Key Specifications Product Features: Automatic overcurrent, overvoltage, and overheat protection; DC withstand voltage and DC burn-through protection; Compatible with external capacitors for easy pairing; Strong short-circuit protection, allowing direct short-circuit operation to ground at high voltage output; Dual 1.5

XHLJ504L A handheld, portable solution for accurately tracing cable routes and locating underground pipes with precision. Cable path meter is a special instrument used to accurately detect the direction and depth of buried cables within a certain range; The path detection is completed by the cooperation test of the path signal generator and the path signal receiver; through the cooperative operation between them, the cable path can be accurately positioned within the

XHLJ504L A handheld analog cable path meter designed for accurate tracing and location of underground cables and pipes. This professional tool provides reliable route detection for maintenance and installation work. Key Applications: Utility maintenance, construction projects, telecommunications, and infrastructure development. Product Features Handheld analog design for portability and ease of use Accurate cable and pipe route tracing capability Durable construction for

XHLJ504L A cable path meter is a specialized instrument used to accurately detect the path and depth of buried cables within a specified range. Path detection is accomplished by the coordinated operation of a cable path signal generator and a cable path signal receiver; through their coordinated operation, the cable path is accurately detected. This path meter complies with the relevant requirements of the "DL/T 849.3 General Technical Requirements for Test Instruments for

XHLJ504 The XHLJ504 cable pipe locator is composed of a high-power path signal generator (transmitter) and receiver required for detecting buried cable paths. The basic principle of the cable path meter is to use a path signal generator (ie, the path meter signal transmitting host) to input a path pulse signal into the cable under test, thereby generating electromagnetic waves, and then receiving them with a probe, and the receiver amplifies the received signal. After

XHLJ504 Product Description Cable Route tracer is specially-designed for detecting the underground cable layout position and underground depth in a certain range. Cable route detector consists of signal transmitter and receiver (Cable fault pinpoint detector), both of which finish the detection. By united operation the Cable route detector could exactly pinpoint the cable route in the probable range of cable burial. Technical Parameters Output signal : intermittent: 0 ～ 50Vpp

XHLJ504 A cable path meter is a specialized instrument used to accurately detect the location and burial depth of buried cables within a certain range. Output signal intermittent: 0 ～ 50Vpp Output power 100W Output current 0 ～ 2A Output frequency 15kHz intermittent Receiving mode Magnetic sound synchronization Receiving frequency audio frequency Magnification 50,0000 times O utput impedance 350Ω Quiescent current less than 10Ma Operating temperature -10 ~ 55°C XZH Team is a

XHHG520 Professional-grade cable fault locator designed for detecting and locating outer sleeve failures in high-voltage cables. The cable outer sheath fault tester is designed based on the Murray bridge principle and can be used to locate breakdown points and defects in various wires and cables that are not broken down but have low insulation resistance values. Features Adjustable voltage output ≥15kV Specialized for outer sleeve failure detection Precision locating