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Fault Location

Determine the location of faults.


Showing results: 121 - 135 of 173 items found.

  • Cable & Antenna Analyzer

    iVA Series - Kaelus

    VSWR, Return Loss Measurement & Distance to Fault. The iVA Series Cable & Antenna Analyzer is an exciting new product from Kaelus that enables users to accurately measure VSWR/return loss and the location of the VSWR/return loss faults in their RF infrastructure. The wireless connectivity allows unprecedented measurement flexibility and opens up new & important possibilities in sweep testing and multi-port testing.

  • Handheld Optical Fiber Ranger

    X5005 - Shinho Company

    Fiber Ranger X-5005 is the most portable test instrument in the industry. It adopts the OTDR technical principles and integrates the powerful analysis software, which enables the  fiber ranger to detect fiber faults location more accurate and easy.

  • Cable Test Vans and Systems

    BAUR Prüf- und Messtechnik GmbH

    Precise cable fault location, testing of new and diagnostic testing of existing cable routes – the BAUR cable test vans are suitable for any operation. Fast and reliable. Exactly adapted to individual requirements and predefined vehicle systems.

  • Time Domain Reflectometer

    BAUR TDR 510 - BAUR Prüf- und Messtechnik GmbH

    Handheld Time Domain Reflectometer TDR 510. The BAUR handheld time domain reflectometer TDR 510 is used for fault location in all metal cables such as power cables, coaxial cables, data cables and communication cables. The BAUR TDR 510 comes with a device storage for 50 measurements and the option to compare the trace of an active TDR measurement with a stored trace.* Configurable for various measurement ranges and cable types* Standard-compliant, safe measurements on live cables through the measurement category CAT IV / 600 V* Ideal for fault location in the area of telecommunication, video technology, data and security technology

  • Universal Locator

    UL 30 - BAUR Prüf- und Messtechnik GmbH

    Cable fault location with the BAUR UL 30. The UL 30 receiver is used together with a ground microphone (BM 30) and a surge voltage generator (SSG, STG) to pinpoint cable faults. With the coil integrated in the BM 30 for runtime measurement, the device determines the time difference between the magnetic and acoustic signal. This particularly offers special advantages when d ealing with faults difficult to locate acoustically.* Built-in speaker* Splashproof design* Large, illuminated display* Lightweight

  • Burn Down Transformer

    ATG 6000 - BAUR Prüf- und Messtechnik GmbH

    Cable fault location with the BAUR ATG 6000. The high performance ATG 6000 burn down transformer is used for impedance reduction of cable faults in low- and medium-voltage networks. The short-circuit proof 5.75 kVA stray field transformer delivers a maximum voltage of 15 kV and is housed in a fully enclosed 19" housing.* Proven methodes for cable faults that are difficult to locate* Useful for cables that are difficult to access* Robust construction for reliable functions* Independent current and voltage control on each burning level

  • Optical Fiber Ranger

    OFR300 - Shanghai Tarluz Telecom Tech Co., LTD

    OFR300 Optical Fiber Ranger is the most portable test instrument in the industry. It adopts the OTDR technical principles and integrates the powerful analysis software, which enables the OFR300 fiber ranger detect fiber faults location more accurate and easy.

  • Short Circuit Locator

    A694 - AGM Elettronica

    The A694 is a short circuit locator designed for fault location in metallic cables. The instrument measures the ratio of the resistances of the two sections of failed conductor using a four-wire "Kelvin" connection, thus eliminating errors associated with contact resistances of the test leads. With the A694 you can determine if the cable has more than a short and locate the first and the last fault. The instrument locates fault with an insulation resistance up to 5 Mohms in cables that have a total resistance greater than 0.1 ohm and less than 40 kohms. The distance to fault is measured as a percentage of the total length of cable and is displayed on a large LCD display.

  • Cable Test Van

    BAUR Transcable 4000/S 32-3 - BAUR Prüf- und Messtechnik GmbH

    Transcable 4000/S 32-3. Thetranscable 4000/S 32-3 cable test van is a 32 kV cable fault location system in 3-phase version. The system is controlled with the MGS semi-automatic control unit. The high voltage switch unit is maintenance-free and fully safe to touch.

  • Isolation Power Panels for Healthcare Facilities

    Bender Inc.

    Standards such as NFPA 99 and CSA Z32 require isolated power systems in all areas deemed “wet procedure locations” in healthcare facilities. Isolated power systems offer an invaluable advantage - early detection of ground faults allows for critical systems to remain online in a single fault condition.Bender isolated power panels provide isolated power to electrical systems in operating rooms and other critical care areas. Utilizing the latest in technology, Bender equipment ensures that electrical ground faults are detected and located fast and automatically, in compliance with the latest standards and code requirements.

  • Short Circuit Locator for Power Cables

    A910 - AGM Elettronica

    The A910 is a short circuit locator designed for fault location in power cables. The instrument measures the ratio of the resistances of the two sections of failed conductor using a four-wire "Kelvin" connection, thus eliminating errors associated with contact resistances of the test leads. With the A910 you can determine if the cable has more than a short and locate the first and the last fault. The instrument locates fault with an insulation resistance up to 5 Mohms in cables that have a total resistance greater than 5mohm (approximately 90 m of 300 sqmm cable) and less than 30 kohms. The distance to fault is measured as a percentage of the total length of cable and is displayed on a large LCD display.

  • Underground Cable Fault Locator

    KM-CFPL-620 /620B - Kusam Electrical Industries Limited

    “KUSAM-MECO” underground Cable Fault Pre-locator is an automatic Cable Fault Locator which adopts ARM, FPGA & Dot Matrix Color LCD display Technology. This tester combines both pulse reflecting technology (TDR) & (intelligent Bridge testing (Bridge) (Model-KM-CFPL-620B) for measuring the exact fault location such as broken line, cross faults, earthing, (poor insulation & poor contact of the lead covered cables as well as plastic cables. (Model-KM-CFPL-620B)).It is a microprocessor based fault locator with a user friendly menu. It is easy to operate. It tests almost all telecom & signal cables. It has an English menu which is easy to understand & use. With Megameter & Ohmmeter it enables to test insulation resistance & loop resistance. It has USB Port for uploading test data to computer

  • Cable and Antenna Analyzers

    Anritsu Corporation

    Handheld Cable and Antenna Analyzers offer measurement capabilities including precision return loss/VSWR, cable loss and distance-to-fault (DTF) measurements. Handheld analyzers help field technicians perform field verification and fault location to detect problems before they become costly, time-consuming system failures. Site Master is the leading choice for installation, maintenance, and troubleshooting of microwave cables and communication systems in cellular and broadcast industries as well as aerospace and defense.

  • Cable Fault Locator

    TX2003 - BI Communications

    6 km (19,000ft) 0.5mtr dead Zone Selectable Cable Impedance Warble Tone Generator Rapid Fault Location Large 128x64 LCD with Backlight Scratch Resistant Display Environmental Protection IP54 CE Approved 3yrs Manufacturers Warranty 60 Hours Battery Life

  • Power Divider, DC to 50 GHz

    11636C - Keysight Technologies

    The Keysight 11636C is a DC to 50 GHz power divider that provides highly accurate direct power dividing and combining. Excellent phase and amplitude tracking ensure accurate impedance matching of all three ports, which improves the fault location measurement by reducing re-reflections and intermodulation distortion.

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