Cable Fault Locator

XHSB505B This product was developed to address the urgent need for high-voltage cable construction, installation, and maintenance personnel to identify multiple cables on-site. It was developed with reference to advanced foreign technologies and guided by electromagnetic field theory, using modern electronic technology and tooling techniques. Product Features: Specialized cable identification technology Direct finder capability for quick cable tracing Expert technical problem

XHSB505B The Energized Cable Identifier is a charged, direct finder solution designed for efficient cable identification in industrial applications. Instrument Layout and Description This instrument consists of a transmitter, transmitter clamp, receiver clamp, and handheld receiver. Transmitter Panel: 1. Grounding Terminal: Safety grounding terminal for the equipment; 2. Positive Output Terminal: Transmitter output positive, connect to the red output wire; 3. Negative Output

XHJK531 A reliable and intelligent solution for pinpointing faults in overhead power lines. This advanced locator provides accurate detection to minimize downtime and improve maintenance efficiency. Technical specification Designed specifically for overhead line applications Advanced intelligent detection technology Reliable fault pinpointing accuracy Reduces maintenance time and costs Positioning accuracy 0.2 meters Transmitter power maximum power 900W Sensor power supply 3

XHJK531 Overhead line fault tester Our overhead line and cable fault detector is designed for efficient identification and location of faults in overhead power lines and cables. This essential tool helps maintenance teams quickly pinpoint issues to minimize downtime and improve system reliability. Technical specification Positioning accuracy 0.2 meters Transmitter output characteristics (1)Output frequency 1Hz (2) Open circuit voltage: fundamental wave effective value 0~2800V

XHJK531 Overview The overhead line fault tester is suitable for overhead lines in small current grounding systems. This equipment can be used to accurately locate the grounding point after a single-phase grounding fault occurs on the line and is out of service. Features The sensor uses a high-sensitivity sensor and has an opening design that does not need to be closed, making it easy to hook up on the line. Wireless communication transmission between sensor and receiver is

XHCC-2/35 Overview Pulse energy storage capacitors use imported films and adopt a non-inductive winding design, offering superior self-healing and explosion-proof capabilities. They are characterized by robust construction, zero leakage, pollution-free operation, moisture and fire resistance, extended lifespan, compact size and lightweight design. Applications Pulse energy storage capacitors accumulate energy from low-power sources in the capacitor over a set time period,

XHCC-15/4*2 Overview The pulse energy storage capacitor adopts imported film and features a non-inductive winding structure, with excellent self-healing performance and explosion-proof performance. It boasts reliable structure, no leakage, no pollution, moisture resistance, fire resistance, long service life, small size and light weight. Applications The pulse energy storage capacitor stores the charging energy of a low-power power supply into the capacitor within a certain

XHCC-8/15 Product Description The pulse capacitor, which stores the charging energy of the small-power power supply within a certain time interval, releases the stored energy quickly within a very short time interval at a certain moment of need. This process creates a strong impact current and a strong impact power. High-voltage impulse discharge test, high-energy physics, oscillation circuit, geological prospecting and other fields are the main areas where it is used.

XHCC-8/15 Model NO. XHCC-8/15 Weight 27kg Transport Package Wooden Case Specification 28*24*36 Trademark XZH TEST Origin Shaanxi Product Description The pulse capacitor accumulates the charging energy from a small-power power supply within a specific time interval. At a certain moment when required, it rapidly discharges the stored energy over a brief time span, generating a potent surge current and powerful surge power. It is predominantly utilized in fields including high

XHCC-15/4*2 Overview Imported films are utilized in pulse energy storage capacitors, which are constructed with a non-inductive winding design. These capacitors exhibit superior self-healing capability and explosion-proof property, along with characteristics including stable structure, zero leakage, no contamination, moistureproofness, fireproofness, extended lifespan, compact size, and lightweight design. Applications By accumulating the energy charged by low-power sources

XHCC-15/4*2 Overview Pulse energy storage capacitors adopt imported films and employ a non-inductive winding structure, featuring excellent self-healing performance and explosion-proof performance. They boast reliable structure, no leakage, no pollution, moisture resistance, fire resistance, long service life, small size, and light weight. Applications Pulse energy storage capacitors store the charging energy from low-power power supplies in the capacitor at certain time

XHCC-2/35 Overview Employing imported films and a non-inductive winding design, pulse energy storage capacitors deliver superior self-healing capabilities and explosion-proof properties. Their key characteristics include robust structural reliability, leak-free operation, eco-friendly performance (no pollution), moistureproof and fireproof features, extended lifespan, small footprint, and reduced weight. Applications These capacitors accumulate energy from low-power sources

XHCC-2/35 Overview Pulse energy storage capacitors utilize imported films and adopt a non-inductive winding structure, boasting excellent self-healing and explosion-proof performance. They feature reliable construction, zero leakage, no pollution, moisture resistance, fire resistance, long service life, compact size, and light weight. Applications Pulse energy storage capacitors store the electrical energy charged by low-power power supplies at regular intervals, and release

XHCC-4/30 Model NO. XHCC-4/30 Rated Capacity 4UF Transport Package Wooden Case Trademark XZH TEST Product Description Product Description In the world of electrical components, the pulse capacitor stands out. Imagine it as a tiny energy bank. It patiently absorbs the charging energy from a small - power supply over a certain period. When the need arises, it springs into action, releasing all that stored energy in the blink of an eye. This quick release creates a powerful

XHCC-4/30 Product Description Product Description The pulse capacitor is super cool! It takes in energy from a small power supply and holds onto it for a while. Then, when the moment is right, it lets go of all that energy super fast. This creates a powerful burst of current and a lot of energy. It's really useful in high - voltage impulse discharge tests, high - energy physics stuff, oscillation circuits, and even in geological exploration. Product Parameters Ambient

XHCC-2/30 Model NO. XHCC-2/30 Rated Capacity 2UF Transport Package Wooden Case Trademark XZH TEST Product Description The pulse capacitor is a specialized device designed to store electrical energy from a small - power supply over a defined time period. When required, it rapidly discharges this stored energy within an extremely brief interval, generating a substantial impact current and a significant amount of power. This capability makes it highly suitable for applications

XHXC105A The XHXC105A Power Transformer and Mutual Inductor Demagnetizer is mainly designed for residual magnetism measurement and on-site demagnetization of high-voltage and large-capacity power transformers, mutual inductors, reactors and other equipment. Performance Features: Utilizes patented technology – DC variable frequency attenuation principle; Patent numbers: ZL:201210328851.X (Invention Patent), ZL:201220454245.8 (Utility Model Patent)Demagnetization of only the B

XHHV535-4Z Specifically utilized for impulse discharge and withstand voltage tests during low and high voltage cable fault testing, this device is a premium trolley-mounted experimental instrument. It integrates multiple key components—DC high-voltage source, energy storage capacitor, discharge sphere device, automatic discharge device, and voltage level switching device—into one. It effectively overcomes the challenges of traditional experimental devices in terms of

XHHV535-4Z Its main application lies in conducting impulse discharge and withstand voltage tests when performing fault testing on low and high voltage cables. As a high-end mobile (trolley-type) experimental instrument, it combines a DC high-voltage power supply, energy storage capacitor, discharge ball device, automatic discharge device, and voltage grade switching device into a single integrated system. This equipment comprehensively resolves the limitations of conventional

XHHV535-4TS Primarily designed for impulse discharge and withstand voltage tests in low/high voltage cable fault detection, this high-end trolley-mounted testing instrument integrates a DC high-voltage source, energy storage capacitor, discharge sphere, automatic discharge mechanism, and voltage level switch. It fully addresses the drawbacks of traditional setups, including poor usability, portability issues, and inadequate safety and reliability. Features Unique high-voltage