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Cable Sheath
test and fault location of a compromised cable covering.
See Also: Cable Fault Locators, Cable Assembly
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VLF Testing and Diagnostics Unit
Frida TD
BAUR Prüf- und Messtechnik GmbH
Cable testing and diagnostics with the BAUR frida TD. The portable and high performance high-voltage testing and diagnostics device is available in two different configurations: frida: Used for cable and cable sheath testing of medium-voltage cables and electrical equipment up to 20 kV. Another function is insulation testing on electrical equipment.frida TD: Expands the functional scope of frida with the tan delta diagnostics and Monitored Withstand Test (MWT) that combines the cable testing and dissipation factor measurement. This allows for an accurate and comprehensive assessment of the cable condition.* Cable testing and dissipation factor diagnostics in one device* Easy and quick test setup* Automatic testing and diagnostic sequences* Compact dimensions and lightweight
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Search Receiver
KMF 1
BAUR Prüf- und Messtechnik GmbH
Cable fault location with the BAUR KMF 1. The KMF 1 search receiver is used according to the step voltage method. The cable line is scanned with two measurement probes that can be dismantled during transport. The battery-operated device is also suitable for locating multiple consecutive sheath faults.* Battery mode* Zero point compensation* accurate location of cable sheath faults* battery test
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Cable Sheath Fault Location
Locating cable sheath faults is one of the last steps in cable testing, occurring after you have identified the existence of a cable fault via the identification procedure based on your specific site variables and the type of system you are working on
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VLF Testing and Diagnostics Unit
Viola TD
BAUR Prüf- und Messtechnik GmbH
Cable testing and diagnostics with the BAUR viola TD. The portable and high performance high-voltage testing and diagnostics device is available in two different configurations:viola: Used for cable and cable sheath testing of electrical equipment and medium-voltage cables up to 35 kV. Another function is insulation testing on electrical equipment. viola TD: Expands the functional scope of viola with the tan delta diagnostics and Monitored Withstand Test (MWT) that combines the cable testing and dissipation factor measurement. This allows for an accurate and comprehensive assessment of the cable condition.* Cable testing and dissiation factor diagnostics in one device* High performance and compact* Easy and quick test setup* Automatic testing and diagnostic sequences
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Outdoor Fiber Cable
GYTS
Hangzhou Softel Optic Co., Ltd.
Loose tube style, optical fiber cable with metallic central strength member of steel wire/strand and moisture barrier inner sheathed. Cable protected by a black PE over sheath, suitable for duct or aerial application. Tubes contain optical single-mode or multimode fibers color coded as per color coding scheme.
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Cable Sheath Testing and Fault Location System
Shirla
BAUR Prüf- und Messtechnik GmbH
Cable fault location with the BAUR shirla. Shirla the fault location system is used for cable and cable sheath testing as well as for pre-location and pinpointing of cable faults. The pre-location based on the measuring bridge principle according to Murray and Glaser that is designed especially for power cables, also enables pre-location for control and lighting cables. Null balance and evaluation take place automatically.* Cable and cable sheath testing up to 10 kVC* Resistance measurement* Cable and cable sheath fault pre-location with precision measuring bridge* Adjustable cable sections that can be defined with length, conductor cross-section and material respectively and can be considered in the distance calculation
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High-Voltage Test and Diagnostics Device
Viola
BAUR Prüf- und Messtechnik GmbH
Cable testing and diagnostics with the BAUR viola. The portable and powerful viola high-voltage testing and diagnostics device is used for cable and cable sheath testing of medium-voltage cables up to 35 kV and electrical equipment. Another function is insulation testing on electrical equipment.* High performance and compact* Precise and non-destructive determination of the cable condition* Easy and quick test setup* Automatic testing and diagnostic sequences
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Energized Cable Sensor
The purpose of the Energized Cable Sensor is to allow the lineman to readily determine whether a URD cable is energized. The sensor consists of an amplifier which is designed to give a meter reading when the small AC voltage between the semi-conductive sheath and the concentric neutral of the energized URD cable is applied to the test probe. The amplifier is housed in a rugged phenolic case. Sensor may be used to check for energized condition on concentric-neutral cable below an elbow without test points. At cable mid-span (left), hose clamps bridge all strands of concentric neutral at the test location. Sensor’s neutral lead clips to one of the hose clamps. Tip on probe lead contacts only semi-conductive cable sheath to test for voltage presence.
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VLF Testing and Diagnostics Unit
Frida
BAUR Prüf- und Messtechnik GmbH
Cable testing and diagnostics with the BAUR frida. The portable and powerful high-voltage testing and diagnostics device is used for cable and cable sheath testing of medium-voltage cables up to 20 kV and electrical equipment. Another function is insulation testing on electrical equipment.* Precise and non-destructive determination of the cable condition* Easy and quick test setup* Automatic testing and diagnostic sequences* Compact dimensions and lightweight
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Split-box Pipe & Cable Locator
Weshine Electric Manufacturing Co., Ltd
Pipe Locator is specially designed to detect pipes, sondes, telecommunication lines buried utilities. This device may detect buried power cables, CATV cables, gas and water pipes, sewer lines, telephone cables, fiber optic cables with sheath, sondes, inspection camera transmitters. The Transmitter emits a signal.
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Low-Temperature Impact Device
DWC-1
This low-temperature impact device is compliance with standard requirement of IEC60245, IEC60227, IEC60540, GB5013-2008, GB5023-2008 and GBT2951-2008. It’s used to test all kinds of PVC sheathed cable, wire, soft wire and no sheath of parallel soft PVC insulated impact resistance at low temperature. Specification: • Working temperature: -15℃±1℃ • Impact height: 10~200mm adjustable • Length of specimen: 5D~150D • Material: 304 stainless steel • Completion time once: 3~5s • Completion number of units for once: ≥2pcs • Weight: 100/200/300/400/500/600/750/1000/1250/1500g • Low temperature box to match additionally
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VLF test system
BAUR PHG 80 portable
BAUR Prüf- und Messtechnik GmbH
Portable, high performance test generator with VLF truesinus technology. The BAUR PHG 70/80 portable VLF test systems are used for cable and cable sheath testing of medium-voltage cables of up to 50 kV and electrical equipment.* 3 voltage shapes in one device: VLF truesinus, VLF square wave and DC voltage* For medium-voltage cables of up to 50 kV operating voltage* Cable testing, fault conditioning, cable sheath testing
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Mobile Cable Fault Location System
Syscompact 2000
BAUR Prüf- und Messtechnik GmbH
Fault location with Syscompact 2000. The Syscompact 2000 is a multifunctional cable fault location system designed for modular 19" rack technology. The integrated surge and test generator is used for cable and sheath testing as well as for precise location of high-resistive and intermittent faults. The SYSCOMPACT 2000 is preferably used in low- and medium-voltage networks for fault location up to a cable lengths of 65 km. * Fast and reliable * Precise, dependable cable fault location High performance * high voltage unit* Integrated proven cable fault pre-location methods
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VLF Test System
BAUR PHG 70 portable
BAUR Prüf- und Messtechnik GmbH
Portable, high performance test generator with VLF truesinus technology. The BAUR PHG 70/80 portable VLF test systems are used for cable and cable sheath testing of medium-voltage cables of up to 50 kV and electrical equipment.* 3 voltage shapes in one device: VLF truesinus, VLF square wave and DC voltage* For medium-voltage cables of up to 50 kV operating voltage* Cable testing, fault conditioning, cable sheath testing
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Pin-Pointing System
Protrac®
BAUR Prüf- und Messtechnik GmbH
Fast and precise cable fault pin-pointing with protrac The BAUR protrac pin-pointing system is used for the precise pin-pointing ofcable and cable sheath faults. Combining acoustic and electromagnetic faultpin-pointing with sheath fault location in one system, it is ideal for universal application.* Unique operating convenience thanks to wireless Bluetooth® connections* Precise 3D user guidance to the fault* Excellent acoustic quality and range* Saves time thanks to use of cable route data and the pre-located fault position from the BAUR Fault Location App
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Cable Assembly, 50-Pin D-Type, Female to Unterminated With Tinned Ends, 0.5m HV, Exit Towards Pin 1
A050DF5-T-HA050
50-Pin D-Type HV Cable assemblies are constructed from 7/0.2 (24 AWG) Tinned Copper Wire with PTFE Type C insulation. The connector assembly can be secured to the mating part by a screwlock. The 50-Pin Female connector options of this product can be directly mated to a corresponding Pickering Interfaces switching product.
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Cable Assembly, Receiver, QuadraPaddle, 36", 2 78-Pin Female D-Sub
540034010229
Cable Assembly, Receiver, QuadraPaddle, 36", 2 78-Pin Female D-Sub
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Cable Assembly, 160-Pin DIN41612, Female to Unterminated With Ferrules, 0.5m
40-972-160-0.5m-FU
A range of DIN41612 cable assemblies with unterminated connections on one end. For applications in LXI products where 4 connectors are used in a horizontal row if the user requires all connectors to have a second fixing then the right hand connector can be fitted with the optional screwlock assembly 40-969-101.
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Cable Assembly, Receiver, Mini Coax, 20", 20 SMB Plugs
540075010109
Cable Assembly, Receiver, Mini Coax, 20", 20 SMB Plugs
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Cable Assembly, 50-Pin D-Type, Male to Unterminated With Cut Ends, 1m HV, Exit Away From Pin 1
A050DM4-C-HA100
50-Pin D-Type HV Cable assemblies are constructed from 7/0.2 (24 AWG) Tinned Copper Wire with PTFE Type C insulation. The connector assembly can be secured to the mating part by a screwlock. The 50-Pin Female connector options of this product can be directly mated to a corresponding Pickering Interfaces switching product.
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Cable Assembly, Receiver, TriPaddle, 20", 2 20-Pin Power Connectors
540054040101
Cable Assembly, Receiver, TriPaddle, 20", 2 20-Pin Power Connectors.
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Cable Assembly, Receiver, QuadraPaddle, 72", 78-Pin FML D-Sub
540112020540
Cable Assembly, Receiver, QuadraPaddle, 72", 78-Pin FML D-Sub.
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T7 Fiber-Optic Cable Assembly for GPIB-140, 50 m
182805-050
2-Pin Male to 2-Pin Male, Core/Clad 62.5/125 um, 850 nm Wavelength Fiber-Optic Cable for GPIB-140A Extender - The GPIB T7 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T7 Cable with a GPIB extender to increase the cable length of your system up to 1 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T7 Cable is offered in different lengths.
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Cable Assembly, 26-Pin D-Type, Male to Unterminated With Ferrules, 1m
40-972-026-1m-MU
The 26-Pin Connector to Unterminated Cable Assy is constructed from PFA insulated 7/0.15 (26AWG) Silver Plated Copper Wire. The connector can be secured to an associated product by screwlocks. The unterminated connections are coded to match the connector pin designation and include crimped on ferrules to ensure the wire strands cannot break when they are terminated. Please ensure appropriate electrical safety precautions are observed when using this product
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Cable Assembly, 50-Pin D-Type, Male to Unterminated With Cut Ends
A050DM5-C-0A100
The 50-Pin Connector to Unterminated Cable Assy is constructed from PFA insulated wire and can be secured to the product by screwlocks. The 50-Pin Female connector option of this cable assembly is suited for direct connection to Pickering Interfaces products.
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Cable Assembly, 78-Pin D-Type, Female to Unterminated With Cut Ends
A078HF5-C-0A200
The A078HF5-C-0A200 is a 78-Pin D-Type to Unterminated cable assembly constructed from 7/0.15 (26AWG) Silver Plated Copper Wire. Screwlocks are provided to secure the cable connector to associated products. Has a 45 degree cable exit towards pin 1.
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Cable Assembly, 25-Pin D-Type, Female to Unterminated With Tinned Ends, 0.5m
A025DF4-T-0A050
The 25-Pin Connector to Unterminated Cable Assy is constructed from PFA insulated 19/0.18 (21AWG) Tinned Copper wire. The connector can be secured to the product by screwlocks. The unterminated connections are coded to match the connector pin designation. Please ensure appropriate electrical safety precautions are observed when using this product.
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Cable Assembly, 160-Pin DIN41612, Male to Unterminated With Cut Ends, 0.5m
A1604MR-C-0A050
This cable assembly is not suitable for direct connection to Pickering Interfaces switching products.
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T7 Fiber-Optic Cable Assembly for GPIB-140, 10 m
182805-010
2-Pin Male to 2-Pin Male, Core/Clad 62.5/125 um, 850 nm Wavelength Fiber-Optic Cable for GPIB-140A Extender - The GPIB T7 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T7 Cable with a GPIB extender to increase the cable length of your system up to 1 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T7 Cable is offered in different lengths.
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50 Ohm MMCX to MMCX Cable Assembly
40-977-571-0.5m
This 0.5m long MMCX cable assembly is part of the range of RF cables. Pickering Interfaces offer a range of RF cable assemblies to complement our extensive range of PXI, LXI, PCI, VXI and GPIB switching products. All cable assemblies are made from high quality materials and use best practice assembly methods to ensure the cabling matches the performance of the switching modules they support.
