Cable Fault Locator

XHHG520 The Cable Fault Locator is designed for precise detection of outer sleeve failures in cables, providing accurate fault location to minimize downtime and maintenance costs. The equipment uses an electric voltage regulator and an R-type transformer to form a high-voltage constant current source, with keypad operation for voltage increase and decrease. The open-circuit voltage is 15kV, and the short-circuit current is 100mA. A high-sensitivity amplifier and galvanometer

XHHG520 Professional cable fault locator designed for rough measurement applications with adjustable voltage output ≥15kV. 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. Key Features Adjustable voltage output ≥15kV Designed for rough measurement applications Effective cable fault location

Cable Fault Locator Digital cable fault locator utilizing clamp current method with self-discharge capability for efficient fault detection. The high-voltage cable outer sheath fault detector has an output voltage of 10kV and below, fully meeting the cable outer sheath withstand voltage test requirements of the Chinese national standard GB50150-2006. This includes acceptance tests and preventative tests for cable outer sheaths suitable for cross-connection systems, as well as

XHHD523L Advanced cable fault locator system featuring precise positioning capabilities using the step voltage method for accurate fault detection. Precise fault positioning technology Step voltage method for accurate detection Professional-grade cable fault location Technical parameters Input voltage AC220V (±10%), 50Hz (±2Hz) Output voltage 0～10kV (square wave) adjustable Output current 0～200mA Output capacity 2kVA Frequency adjustment Min: 0.2Hz, Max: 5Hz (adjustable range

XHHD523L Product Overview Digital cable fault locator with acoustic magnetic synchronization technology for precise fault detection in cable systems. Key Features Digital technology for accurate fault location Acoustic magnetic synchronization for precise detection Designed for efficient cable fault identification Features automatic overcurrent, overvoltage, and overheat protection; Zero-position start protection enhances safety and reliability; Unique self-discharge design

XHHD523 Advanced cable fault detection system featuring TDR (Time Domain Reflectometry) technology for precise fault positioning and clamp current method for accurate current measurement. Time Domain Reflectometry (TDR) technology for precise fault location Clamp current measurement method for accurate current analysis High-precision positioning of cable faults Reliable performance in various cable testing scenarios Technical Specifications Input Voltage 220V (±10%), 50Hz (

XHHD523 This advanced cable fault detection system provides precise positioning of cable faults using the step voltage method for accurate results. Product Features: Accurate fault location detection Step voltage method for precise measurements Reliable cable fault identification Professional-grade diagnostic tool One-button switching between positioning mode and withstand voltage mode for convenience and speed; No blind spots in the testing range; Adjustable receiver

XHHD523 Advanced cable fault detection system featuring Time Domain Reflectometry (TDR) technology for precise fault location. With the comprehensive rollout of urban power grid upgrades, many power supply bureaus, construction companies, and even design units are encountering XLPE cables with voltage levels of 110kV and above for the first time. Due to time constraints and lack of experience, many cables fail the withstand voltage test (10kV/1min) after installation.

XHHG521C Professional test equipment designed for detecting outer sleeve failures and performing rough measurements in cable systems. Compared with the wave reflection method, the bridge balance method has no blind zone, is particularly suitable for determining the breakdown point of short cables and near the end, and is easy to operate. Product Features: Specialized for identifying outer sleeve failures in cables Provides rough measurement capabilities for fault location

XHHG521C Specialized equipment for detecting outer sleeve failures and performing rough measurements in power cables. The equipment uses a switching power supply to form a high-voltage constant current source, with an open-circuit voltage of 15000V and a short-circuit current of 50mA. It employs a high-sensitivity amplifier and galvanometer for balance indication, forming a balanced bridge with a proportional potentiometer. The entire system is positioned at a high potential.

XHHG521C It can be used to locate breakdown points and defects in various wires and cables after installation, as well as defects where there is no breakdown but the insulation resistance value is low. Key Features Adjustable output voltage; Adjustable impulse frequency; Overcurrent protection; No blind zone in the testing range; Signal frequency adjustment; Zero-position protection. Technical Specifications Input voltage AC 220V (±10%), 50/60Hz (±2Hz) Short-circuit current

XHHG521B Specialized equipment for detecting and locating outer sleeve failures in cables with rough measurement capabilities. The device also features a 12806 display and one-button operation. Inputting cable length automatically calculates the fault distance. The high-voltage source and bridge are integrated into a portable protective case. This device offers high voltage, is lightweight, easy to operate, and safe to use. Key Features Precisely identifies outer sleeve

XHHG521B The Power Cable Fault Locator provides efficient rough measurement capabilities for identifying faults in power cable systems. The device uses an electric voltage regulator and an R-type transformer to form a high-voltage constant-current source, with push-button operation for voltage increase and decrease. It has a no-load voltage of 5600V and a short-circuit current of 100mA. It uses a high-sensitivity amplifier and a galvanometer to indicate balance, forming a

Cable Fault Locator The cable sheath fault tester is designed based on the Murray bridge principle and can be used to locate breakdown points in various wires and cables, as well as defects that do not break down but have low insulation resistance. Features Output voltage is adjustable; With higher precision and stability; Uses a high-sensitivity amplifier and galvanometer to indicate balance; Zero-position protection; Automatically detects the fault point, but retains manual

XHDD503E Cable Fault Locator with TDR Technology Advanced cable fault detection system featuring Time Domain Reflectometry (TDR) technology for precise fault location. This fixed-point instrument is suitable for low-resistance, short-circuit, open-circuit and disconnection faults of power cables, high-frequency coaxial cables, street light cables, and buried wires made of various materials with different cross-sections and media, as well as high-resistance leakage and high

XHDD503E TDR Cable Fault Detection Point Finder The TDR Cable Fault Detection Point Finder utilizes acoustic measurement methods for precise identification of cable faults. The cable fault locator uses the principles of vibration pickup and electromagnetic induction to determine the specific location of the cable fault point. A high-voltage pulse generator is used to cause flash over discharge at the fault point. Physical phenomena such as vibration waves, sound waves, and

XHDD503E TDR Cable Fault Detection Point Finder This advanced cable fault detection point finder features a 5-inch touchscreen interface and Time Domain Reflectometry (TDR) technology for precise fault location. Key Features 5-inch touchscreen for intuitive operation and clear display TDR technology for accurate cable fault detection BNR background noise reduction for improved signal clarity Mute noise reduction technology for enhanced performance It has background noise

XHDD503C TDR Cable Fault Detection Point Finder Professional underground cable fault detection solution for precise location identification. The cable fault location instrument uses the acoustic and magnetic synchronization method to determine the power cable fault point. The electronic flashover is generated by the impact discharge generator, picked up and amplified by the corresponding probe, and the precise location of the fault point is determined by auditory and visual

XHDD503C Cable Fault Locator Our advanced Cable Fault Locator combines Time Domain Reflectometry (TDR) technology with precision detection capabilities to accurately identify and locate faults in cables. The Digiphone system provides reliable fault detection for various cable types, helping maintenance teams quickly pinpoint issues and minimize downtime. Product Features 5-inch touch-high brightness LCD ensures visibility under sunlight. The gain value and trigger value of

XHDD501C Touchscreen Cable Fault Locator Advanced digital cable fault detection system featuring a 5-inch touchscreen interface for intuitive operation. Key Features 5-inch touchscreen for easy control and clear display BNR background noise reduction technology for accurate readings Mute noise reduction function for enhanced signal clarity Precision cable fault pinpointer for accurate fault location Fully digital processing for reliable performance All pass 100Hz ~ 1600Hz Low