Cable Fault Locator

XHHV535-2TS t is mainly used for impulse discharge and withstand voltage tests during low- and high-voltage cable fault testing.The high-voltage pulse generator fully complies with DL/T846-2016 "General Technical Conditions for High Voltage Test Equipment" and DL/T474-2017 "Implementation Guidelines for Field Insulation Tests". Product Features: Uniform and controllable high-voltage pulse output; Dual 2.5-level pointer meter display for current and voltage, providing clear

XHGG510S Urbanization acceleration brings larger cities and surging annual electricity demand, gradually replacing traditional overhead power lines with cable systems. Popularization and training of power cable fault detectors have long been problematic. To solve this, our independently developed power cable fault simulator can simulate all fault types of power cables. The device distills decades of expertise in China's power cable fault detection sector. Main Technical

XHGG510S As urbanization speeds up, urban scales expand and electricity demand grows year by year, making cable lines the preferred replacement for the outdated single overhead power lines. For years, training and popularizing power cable fault detection professionals has remained a key difficulty. Addressing this, our company has developed a proprietary power cable fault simulator that can replicate all types of cable faults. This device integrates the core experience

XHGG510S Cable Fault Locating System With the accelerated urbanization, cities have expanded significantly, and the annual demand for electricity keeps rising. The traditional single overhead power transmission mode is gradually being replaced by cable lines. However, popularizing and training power cable fault detection personnel has long been a tough challenge. To facilitate smooth training, our company has independently developed a power cable fault simulator capable of

XHGG500 This cable fault automatic comprehensive tester is a high-tech product successfully developed by modern microelectronic technology. It has two test methods of pulse reflection and smart bridge, and is suitable for measuring the precise location of faults such as broken wires, mixed wires, ground gas, poor insulation, and poor contact of local telephone lead cables, plastic cables, and user leather wires. It is an effective tool to shorten the fault finding time,

XHGG500 The TDR Low Voltage Cable Fault Locator is a smart diagnostic tool designed for precise detection and location of faults in low voltage cables. Its advanced technology provides accurate results for efficient cable maintenance and repair. Product features Advanced Time Domain Reflectometry (TDR) technology Designed specifically for low voltage cable systems Smart detection algorithms for precise fault location User-friendly interface for easy operation Compact and

XHGG500 Product Overview The Communication Cable Fault Detector is a smart TDR (Time Domain Reflectometer) solution designed for precise location of faults in signal cables. This advanced diagnostic tool helps technicians quickly identify and resolve cable issues with high accuracy. Product features ● Combining the pulse reflection test method and the smart bridge test method, it can test various types of faults such as broken wires, mixed wires, and poor insulation. ● With

XHHD530M Precisely locate faults in concealed cables with this professional-grade cable fault locator. Ideal for industrial and commercial electrical maintenance applications. It can detect the direction of the buried line, the more accurate underground position, the basic buried depth, and various ground leakage faults, broken core faults, including lines under paddy fields, cement roads, bricks and stones, asphalt roads, and lines in the walls of buildings. Waterproof wires

XHHD530M The fault detector consists of a signal transmitter, a signal receiver, a probe, a plug and other parts. The transmitter and receiver are small in size, reasonable in structure, and beautiful in appearance. The instrument has the advantages of high sensitivity, strong anti-interference ability of the sound meter synchronization, convenient operation and carrying, and rapid and accurate location of fault points. The receiver and sound meter are synchronized, with high

XHHD530M Cable Fault Locator for Concealed Cables The Cable Fault Locator is designed for precise detection and location of faults in concealed cables, providing reliable performance for industrial and commercial applications. The hidden line buried line fault detector is a special instrument for power, broadcasting, post and telecommunications departments, as well as industrial and mining, rural areas to find underground cables, including direct buried armored cable lines

Description XHCC-6/40 pulse capacitor 6--Rated capacitance 6uF 40--Rated voltage level 40kV If the pulse capacitor accumulates the charging energy from a small - power power supply over a certain time duration and then discharges this energy quickly over a short time span when needed, it will generate a strong impact current and a high impact power. Given this situation, it can be mainly used in fields like high - voltage impulse discharge testing, high - energy physics,

Description XHCC-6/40 pulse capacitor 6--Rated capacitance 6uF 40--Rated voltage level 40kV If the pulse capacitor accumulates the charging energy from a small - power power supply over a certain time duration and then discharges this energy quickly over a short time span when needed, it will generate a strong impact current and a high impact power. Given this situation, it can be mainly used in fields like high - voltage impulse discharge testing, high - energy physics,

XHCC-6/40 Pulse energy storage capacitors store the charging energy of a low-power source over a certain time interval. At a specific instant, within an extremely short time interval, the stored energy is rapidly released, generating a powerful impulse current and high impulse power. They are mainly used in high-voltage impulse discharge tests, high-energy physics, oscillating circuits, geological exploration, and other fields. The pulse energy storage capacitor uses imported

XHCC2/40 Overview Pulse energy storage capacitors utilize imported thin film and a non-inductive wound structure, exhibiting excellent self-healing and explosion-proof properties. They are characterized by reliable structure, no leakage, no pollution, moisture resistance, fire resistance, long lifespan, small size, and light weight. Applications Pulse energy storage capacitors store the charging energy from a low-power source over a specific time interval. At a crucial moment

XHCC - 2 /40 Overview Pulse energy storage capacitors utilize imported film materials and a non-inductive winding structure, possessing excellent self-healing and explosion-proof properties. They feature a reliable structure, no leakage, no pollution, moisture resistance, fire resistance, long lifespan, small size, and light weight. They are mainly used in fields such as high-voltage impulse discharge testing, high-energy physics, oscillating circuits, and geological

XHCC-2/40 Applications Pulse energy storage capacitors store the energy charged from a low-power source into the capacitor over a certain time interval. At the required moment, the stored energy is rapidly released within a very short time interval, generating a powerful surge current and high pulse power. They are mainly used in fields such as high-voltage impulse discharge testing, high-energy physics, oscillating circuits, and geological exploration. Technical Parameters:

XHCC4/35 Overview Utilizing imported films and a non-inductive winding design, the pulse energy storage capacitor delivers outstanding self-healing and explosion-proof capabilities. Its key advantages include robust structure, leak-free operation, eco-friendly properties, moisture and fire resistance, extended lifespan, as well as small footprint and light weight. Applications This pulse energy storage capacitor accumulates energy from low-power sources during scheduled

XHCC-4/35 Overview The pulse energy storage capacitor is manufactured with imported films and adopts a non-inductive winding structure, boasting excellent self-healing and explosion-proof performance. It features reliable construction, zero leakage, no pollution, moisture resistance, fire resistance, long service life, compact size and light weight. Applications The pulse energy storage capacitor stores the electrical energy charged from low-power power supplies at fixed time

XHCC-6/35 Overview Pulse energy storage capacitors utilize imported film and a non-inductive winding structure, offering excellent self-healing and explosion-proof properties. They feature a reliable structure, are leak-proof, pollution-free, moisture-proof, fire-resistant, and have a long lifespan, small size, and light weight. Applications Pulse energy storage capacitors store energy from a low-power source by charging the capacitor over a certain time interval. At the

XHCC-6/35 Overview Pulse energy storage capacitors utilize imported film and a non-inductive winding structure, offering excellent self-healing and explosion-proof properties. They feature a reliable structure, are leak-proof, pollution-free, moisture-proof, fire-resistant, and have a long lifespan, small size, and light weight. Applications Pulse energy storage capacitors store energy from a low-power source by charging the capacitor over a certain time interval. At the