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- Pickering Interfaces Inc.
product
Cable Assembly, 37-Pin D-Type, Female to Unterminated With Tinned Ends, 0.5m, HV
A037DF4-T-HA050
The 37-Pin D-Type HV Cable assemblies are constructed from 7/0.2 (24AWG) Tinned Copper Wire with PTFE Type C insulation. The connector assembly can be secured to the mating part by a screwlock. The 37-Pin Female connector options of this product can be directly mated to a corresponding Pickering Interfaces switching product.
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Fiber Identifier
Fiber identifier is an essential installation and maintenance instrument which can identify the optical fiber by detecting the optical signals transmitted through them,during this process the fiber optic identifier generate no harm or damage to the fiber cable and it do not need opening the fiber at the splice point for identification or interrupting the service.This fiber identifier detects frequency tones at 270Hz, 1KHZ, 2KHZ, when traffic is present on the fiber under test, an audible tone can be heard. In the meantime, it can identify the traffic direction that indicated by LED with illumination.
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Power Special Test Equipment
PSTE
AMETEK Programmable Power, Inc.
There are several key benefits of the PSTE. First, it is a complete turnkey system that is capable of operating locally through a simple GUI interface or remotely via a host computer as a single Ethernet address. The spacecraft engineer who defines the spacecraft power bus limits, cabling scheme, mode simultaneity matrix, and system behavior based upon limit conditions implements the real intelligence of the system. From this definition, operating procedures can be generated to allow spacecraft technicians to operate the system, system protections are implemented that perform cable detection and mode verification, automated spacecraft fixture identification and related mode capability, and more.
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Cable Tracing
Tone and Probe
The Amplifier Probe is designed to identify and trace wires or cables within a group without damaging the insulation. It allows for pin point identification even in the most congested cable bundles. Our unit can be used with any tone generator.
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Pentype Visual Fault Locator
RA3105
Radiasun International Group Ltd.
The RA3105 Pentype VFL is specially designed for field personnel who need an efficient and economical tool for fiber tracing, fiber routing and continuity checking in optical network. It includes: Finding the breakpoint, poor connections, bending or cracking in fiber optic cables. Finding the faults of OTDR dead zone End-to-end visual fiber identification.
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Pen-type Visual Fault Locator
PVLS Series
Shanghai Tarluz Telecom Tech Co., LTD
PVLS Series Pen-type Visual Laser Source (VFL) is specially designed for field operators who need an efficient and economical tool for fiber tracing, fiber routing and continuity checking in optical network. It includes threen main functions, Finding the breakpoint, poor connections, bending or cracking in fiber optic cables, Identifying the faults of OTDR dead zone, End-to-end visual fiber identification.
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Coaxial Cable Tester
6106
Peaceful Thriving Enterprise Co Ltd
This device is designed to test the connection of F type coaxial cable. The testing includes continuity and cable mapping. The tester includes 4 mapping terminals with different color and a F type adapter, which are very helpful for cable identification.
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Deci-Center™ Jumpers
Series 112, 113 & 114
Deci Center Jumpers. Reliable, electronically tested solder connections. Pitch bars help maintain .100 [2.54] conductor spacing. 10-color cable allows for easy identification and tracing.
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Online PD Spot Tester
Liona
BAUR Prüf- und Messtechnik GmbH
Cable testing and diagnostics with the BAUR liona. Liona is a portable online PD spot tester for measuring and locating partial discharges in cables and switchgear during normal mains operation. Liona lets you test cable systems and electrical equipment online without switching off partial discharge activities, and then generate trend analyses. Even a PD spot test (duration: 5-10 minutes) is capable of reliably assessing the current status of your system.* Automatic PD detection during normal mains operation (without switching off the cable route)* With DeCIFer technology: PD identification based on 500 million measurement results* Precise online PD mapping with PD transponder
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Low Frequency Generator
LFG-2500
• tracing – finding the route and burial depth of the underground utilities;• fault location – pinpointing phase-to-sheath and interphase short-circuit faults;• cable identification – identifying a correct cable in a bunch.
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Live Cable Identification Instrument
HTDS-V / 411
Wuhan Huatian Electric Power Automation Co., Ltd.
A special instrument used to identify a particular cable from a bundle of cables.
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Cable Identification Instrument
HTDS-H / 410
Wuhan Huatian Electric Power Automation Co., Ltd.
It is mainly used to accurately identify one target cable from multiple cables.
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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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Cable Fault Locators
Cable Fault Locator is a device used for short circuit faults, cable cuts, resistive faults, intermittent faults, and sheath faults. Fiberinthebox supply cable fault locator for power cable, optical fiberal cable, etc. Fault Location in Power Cable is designed to locate cable faults, pinpointing the fault location, route tracing, cable identification, voltage withstand test and cable information management. It can locate all kinds of cable faults for all voltage level cables, including open circuit, short circuit, low insulation, high insulation and flashover faults, etc. Most power cables were buried underground, invisible, and out of reach, with modern new power cable fault locater, it can find the fault point quickly, solve problems immediately and restore power supply.
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Cable Identification System
After excavation, sometimes it is confusing to identify the right cable from a bunch of cables. Cable Identification is very important for the safety of field personnel – Cutting a wrong cable can be fatal. So, we require a Cable Identification System to identify the wanted cable.
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COAX & LAN Cable Mapper PRO
PK-801 Multiple 10-Way PRO
The multiple 10-way PRO combines the functions of a 10-way COAX cable mapper and LAN cables identifier that enables identification of a group of improperly labeled patch cables quickly and effortlessly. It also built-in 2 selectable Net/Tel tones for tracing active Ethernet cables even when connected at a switch or Router and locating live phone line systems. This unit also with the capability to do cable/wires loopback and remote continuity testing and voltage detection and warning on F connector, and auto power off function as well as over voltage protection up to 60VAC in a single unit. It provides 2 different ways of Net Tone and HUB blink (optional) feature to trace and work on a live network. It no needs disconnection cable from switch or server and speed up port identification.
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SM / Expansion Unit
A testing procedure designed to thoroughly test the electrical characteristics of a wire or cable, may require additional test points to connect the end points of all conductive paths. The changing and alteration of Test Adapter Cables (TACs) would become obsolete when having access to one or several expansion units. Increased testing efficiency alleviates the long, drawn out down times of the disabled aircraft while improving product readiness. Additional time can be spent on troubleshooting and problem identification and will not require the user to unhook and connect TACs to different matrices. Adding additional expansion units will save the user time, money, and effort.
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Cable Assembly, 200-Pin LFH, Male (Male Screwlocks) to 4x50-Pin D-Type Male, 1m
40-971B-200D-1m-MM
This male rear exit to D-type 1m long cable assembly is suited for direct connection to all Pickering Interfaces products using the 200-Pin LFH connector. It is constructed from 4 bundles of 50-wire round/flat ribbon cables, terminated with 50-pin male D-type connectors. The connector can be secured to the product by screwlocks. The cable assembly can be used with Pickering's 50-Pin D-Type connector blocks (refer to 90-005D). Each of the four D-type cables is numbered to allow identification.
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Cable Fault Locator
TX2001
Lowest Cost Full Specification Professional Graphical TDR Rugged Palm Top Design 350g (12oz) 5 Measurement Ranges up to 3000m (10,000ft) 50, 75 & 100 ohm Selectable Impedance Built in Tone Generator for Pair Tracing & Identification Suitable for testing all Communications Cables Water & Dust Proof to IP54 Complete with tool-belt holster & test leads
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Thumpers and Cable Fault Location
Cable testing can be broken down to different steps of the process, starting with a time domain reflectometer test to look for an incident signal on the line or, in some high resistance situations, VLF testing. These tests will identify a fault, allowing you to move on to pre-locating it. In some low resistance faults this will occur alongside the identification via the TDR.
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Cable Identification System & Cable Phasing System
Impulse Phaser
With the introduction of direct buried, solid dielectric primary voltage cables, the IMPULSE PHASER has come into greater prominence for safely and accurately identifying buried primary cables, including jacketed neutral designs. The IMPULSE PHASER has been accurately used on paper insulated, lead covered feeders in excess of 20 miles and even on submarine cable 300 feet underwater.
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Cable Assembly, 200-Pin LFH, Male (Male Screwlocks) to 4x50-Pin D-Type Female, 1m
40-971B-200D-1m-MF
This male rear exit to D-type 1m long cable assembly is suited for direct connection to all Pickering Interfaces products using the 200-Pin LFH connector. It is constructed from 4 bundles of 50-wire round/flat ribbon cables, terminated with 50-pin female D-type connectors. The connector can be secured to the product by screwlocks. The cable assembly can be used with Pickering's 50-Pin D-Type connector blocks (refer to 90-005D). Each of the four D-type cables is numbered to allow identification.
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Cable Fault Locator
TX2002
Lowest Cost Full Specification Professional Graphical TDR Rugged Palm Top Design 350g (12oz) 5 Measurement Ranges up to 3500m (11,500ft) 50, 75 & 100 ohm Selectable Cable Impedance Built in Tone Generator for Pair Tracing & Identification Suitable for testing all Communications Cables Water & Dust Proof to IP54 Complete with tool-belt holster & test leads
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Multi-function Cable Tester
NCT-100-S
*NCT-100-S Multi-Function Cable Tester Kit can help you quickly find network cables with OOK audio during network construction and maintenance. *Use TDR diagnostic technology to quickly and accurately locate fault points and accurately measure wiring diagrams and lines. Cable identification, etc.
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Cable Assembly, 200-Pin LFH, Male (Male Screwlocks) to 4x50-Pin D-Type Male, 2m
40-971B-200D-2m-MM
This male rear exit to D-type 2m long cable assembly is suited for direct connection to all Pickering Interfaces products using the 200-Pin LFH connector. It is constructed from 4 bundles of 50-wire round/flat ribbon cables, terminated with 50-pin male D-type connectors. The connector can be secured to the product by screwlocks. The cable assembly can be used with Pickering's 50-Pin D-Type connector blocks (refer to 90-005D). Each of the four D-type cables is numbered to allow identification.
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Cable Identification System
KSG 200 / KSG 200 T
BAUR Prüf- und Messtechnik GmbH
Cable identification withBAUR KSG 200. The KSG 200 cable identification system is used to identify single- and multi-core cables in a cable bundle or cable loom. By using the KSG 200, the risk of accidentally cutting a live phase is significantly reduced.* Cable identification on all types of de-energised cables* Reliable verification of the cable identification by means of the highly precise three-factor-analysis ATP* Safe cable identification on live low-voltage cables* Connection technology according to CAT IV/600 V
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Energized Cable Identification System
LCI™
The LCI™ system is intended for energized cable identification on secondary and primary circuits. This innovative solution features a dual frequency technique that eliminates false identifications. The LCI™ is designed to be easy to use, safe for the user and cost-effective.
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LAN Cable Multifunction Tester
TCT-2690PRO
LAN/length cable tester quickly and accurately tests network, telecommunication, cable and security systems for a variety of issues. Tests for open or short circuits, jumpers, cross or split pairs, continuity and wiring of cable patterns, cable identification and length measurement using included remote ID.
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Male/Female DIP Jumpers
Series 200 thru 216
Male/Femaie DIP Jumpers. Reliable, electronically tested solder connections. Protective covers are ultrasonically welded on and provide strain relief for cables. 10-color cable allows for easy identification and tracing.
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Wires and Pipe Locator
LKZ-720
*Detection of wires and cables (live or not)**detection of cables in ceilings, walls and floors,**detection of breaks in cables,**tracing cables in building installation,**locating power points and switches in buildings,**locating short circuits between leads,**tracing shielded cables,**tracing cables in metal ducts.*Identification of fuses on the distribution board.*Tracing underground cables.*Tracing conductive water and heating pipelines.*Non-contact detection of live cables.
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Phase Detector
Paula
BAUR Prüf- und Messtechnik GmbH
BAUR paula phase detector. The paula phase detector is used for clear phase identification in earthed and shorted medium and high-voltage cables. With the help of the measurement procedure tried and tested over many years, paula delivers precise phase allocation without scope for interpretation and corresponds to the highest safety standards for tasks on and close to electric equipment.* Clear phase determination possible in cable lengths up to 40 km* Highest level of safety when used on earthed and shorted cables in compliance with EN 50110-1 (DIN VDE 0105-100)* Suitable for all switchgear constructions due to compact design of the signal injectors* Ready for operation for up to 2 weeks (standby mode)
