Cable Fault Locator

XHGX507B Our underground metal detector offers precise positioning capabilities for accurate detection of buried metal objects. Ideal for professional and industrial applications requiring reliable underground scanning. Technical indicators Receiver : Input method built-in receiving coil, identification clamp (optional), A-frame for troubleshooting (optional) Detection frequency 256Hz , 286Hz , 320Hz , 380Hz , 460Hz , 640Hz , 1280Hz , 1860Hz , 512Hz , 570Hz , 577Hz , 640Hz ,

Cable Fault Location System This high-performance underground detection system precisely locates cable faults, identifies paths, and measures depth for metal pipelines and underground cables. The complete system includes a signal transmitter and receiver for comprehensive pipeline surveying. Accurate path detection and depth measurement Precise fault location capabilities Identifies broken pipe insulation Detects various cable fault types Includes unique identification

XHYZ1668 The On-load Tap Changer Tester features high-level intelligence with a full English menu interface, enabling straightforward and intuitive operation. Compact in size and lightweight in design, this instrument also boasts strong anti-interference performance, which significantly reduces the labor intensity of field operators. It serves as an ideal and reliable tool for power generation and supply units as well as transformer manufacturing industries to ensure safe

XHZS506YS Professional-grade underground metal detector featuring dual pistol design with integrated voiceover functionality for enhanced detection and user experience. After cable identification and before invoicing, specialized instruments are used to further perform destructive testing on the cable. This confirms whether the cable is energized, ensuring the safety of personnel; the combination of wireless and wired operation enhances safety and reliability, with voice

XHZS506YS The Cable Fault Piercing system features dual pistols with integrated voiceover functionality for precise cable fault detection and location. After cable identification and before invoicing, specialized instruments are used to further perform destructive testing on the cable. This confirms whether the cable is energized, ensuring the safety of personnel; the combination of wireless and wired operation enhances safety and reliability, with voice prompts or automated

XHZS506YS The Cable Fault Piercing system features dual pistols with integrated voiceover functionality for precise cable fault detection and location. When relocating or repairing power cables that require cutting, first confirm the cable's identity and whether it is energized before proceeding. Key Features Dual-pistol design for efficient cable fault piercing Integrated voiceover system for audible feedback Precision-engineered for accurate fault detection Robust

XHCC-4/30 Product Description The pulse capacitor efficiently stores energy from a small - power supply over a set time and then rapidly releases it when needed. This results in a strong impact current and power. It's widely used in high - voltage impulse discharge tests, high - energy physics, oscillation circuits, and geological exploration. Product Parameters Ambient temperature: -20~+50ºC; Altitude: ≤2000 meters, if it is greater than 2000 meters, it will be explained

XHCC-4/40 Model NO. XHCC-4/40 Rated Capacity 4UF Transport Package Wooden Case Trademark XZH TEST Product Description Product Description The pulse capacitor stores the charging energy of the small-power power supply to the capacitor within a certain time interval, and releases the stored energy quickly within a very short time interval at a certain moment of need, forming a strong impact current and a strong impact power . It is mainly used in high-voltage impulse discharge

XHCC-4/40 Model NO. XHCC-6/35 Transport Package Wooden Case Trademark XZH TEST Product Description - The pulse capacitor stores energy from a small-power supply over a specific time. - It releases this energy quickly in a very short interval, creating a strong impact current and power. - This capacitor is essential in high-voltage impulse discharge testing, high-energy physics, oscillation circuits, and geological exploration. Product Parameters Ambient temperature: -20~+50ºC

XHCC-4/40Y Model NO. XHCC-4/40Y Transport Package Wooden Case Trademark XZH TEST Product Description In the realm of high-energy applications, the pulse capacitor plays a pivotal role. Imagine a small-power power supply steadily delivering energy to the capacitor over a set period. Suddenly, at a crucial moment, the capacitor unleashes all its stored energy in a blink of an eye. This rapid discharge creates a powerful surge of current and immense power. Its remarkable ability

XHCC-4/40 Model NO. XHCC-4/40 Transport Package Wooden Case Trademark XZH TEST Product Description Within a precisely defined time interval, the pulse capacitor effectively accumulates the charging energy provided by a low-power power supply. At a predetermined moment of need, it swiftly releases this accumulated energy over an exceedingly brief period. The result is the formation of a robust impact current and a significant amount of power. These characteristics render the

XHCC-4/40Y Model NO. XHCC-4/40Y Transport Package Wooden Case Trademark XZH TEST Product Description The pulse capacitor is a crucial component in various high-energy applications. It efficiently stores the charging energy from a small-power power supply over a specific period. When required, it rapidly discharges this stored energy in an extremely short interval, generating a powerful surge of current and intense power. This capability makes it indispensable in fields such

XHCC-4/40Y Model NO. XHCC-4/40Y Transport Package Wooden Case Trademark XZH TEST Product Description The pulse capacitor stores the charging energy of the small-power power supply to the capacitor within a certain time interval, and releases the stored energy quickly within a very short time interval at a certain moment of need, forming a strong impact current and a strong impact power . It is mainly used in high-voltage impulse discharge test, high-energy physics, oscillatio

XHCC-2/30 Model NO. XHCC-2/30 Transport Package Wooden Case Trademark XZH TEST Product Description let me tell you about this nifty pulse capacitor. So basically, it's like a little energy bank. It takes the energy from a small - power power supply and stores it up for a bit. But then when the time is right, it just lets it all go in this super quick burst. And when it does that, you get this huge rush of current and a ton of power. It's super useful in all kinds of cool

XHCC-2/30 Model NO. XHCC-2/30 Transport Package Wooden Case Trademark XZH TEST Product Description The pulse capacitor functions in a precise manner. Within a specified time interval, it accumulates the charging energy provided by a small - power power supply into the capacitor. At a particular moment when it's needed, the stored energy is rapidly discharged over an extremely brief time period. This results in the generation of a substantial impact current and significant

XHZ1320A Overview Transformers serve as the heart of power systems, and their sustained, dependable performance directly underpins the overall stability and reliability of the entire grid. DC resistance testing is an essential procedure for transformers—required during semi-finished/finished product factory inspections, installation, handover, and preventive maintenance by power authorities. This test effectively identifies manufacturing flaws (e.g., substandard coil

XHZ1320 For the power system, the transformer is the core equipment in the system, so the long-term and reliable operation of the transformer is related to the stability and reliability of the entire system. The DC resistance of the transformer is a must-test item for semi-finished products, finished products factory testing, installation, handover testing and preventive testing of the power department in transformer manufacturing. It can effectively detect the material

XHZ1320 Description As the core equipment of power systems, transformers’ long-term reliable operation is directly tied to the stability and dependability of the entire grid. In transformer manufacturing, DC resistance testing is a mandatory item for semi-finished/finished product factory inspections, installation handover tests, and preventive testing conducted by power departments. This test effectively identifies defects such as improper coil material selection, welding

XHZ1020A Transformers are the central component of power systems, so their sustained reliable performance is vital to the stability and reliability of the entire system. Mandatory for transformer delivery, installation, and handover (for both semi-finished and finished units), DC resistance testing is also a must for power industry preventive checks—it identifies manufacturing defects (coil material issues, welding faults, loose connections, missing strands, disconnections)

XHSB505B A common and challenging problem encountered during on-site operations such as power cable laying, relocation, maintenance, and troubleshooting is identifying the correct cable. This is especially true when dealing with trenches containing numerous cables of the same specifications, leaving construction workers often at a loss. This device can quickly and accurately solve this problem. Technical Parameters Identification Method: Determined by the direction of the