Line Fault Indicators
See Also: Overhead Line
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PXI/PXIe 1000Base-T1 Dual Multiplexer With Fault Insertion, Dual Channel
42-204-002
The 40-204-002 (PXI) and 42-204-002 (PXIe) are dual channel differential multiplexers designed to simulate common faults on high-speed two wire communication interfaces such as 1000Base-T1. They are available with support for 1 or 2-channels of two wire serial interfaces. Each channel pair can be looped out to external equipment or the switches can be used simulate a channel open fault.
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AC Line Separators
ALS-2
Standard Electric Works Co., Ltd
● x10 Model allows for more accurate measurements of low amperage devices.● Direct reading x1 mode.● 4mm Voltmeter input jacks.● Intergrated ground conductor.● 10 amp capacity.● 10cm plug cord for greater flexibility.
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Test Voltage Indicators
PRV240FS
Verify your test tool works without unnecessary exposure to shock and arc flash. Make the process easy by using the PRV240FS Proving unit. Verifying that your T6 electrical tester is working properly reduces the need for personal protective equipment (PPE) when a known voltage source is not available for verification before tests are performed.
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Line Scan Cameras
JAI’s extensive product offering includes color line scan cameras featuring prism technology with multiple CCD or CMOS linear sensors delivering high performance color/NIR imaging solutions for high-speed web/continuous applications such as print verification, tile inspection, food/fruit sorting, and more. Also monochrome line scan cameras with ultra fast scan rates.
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CAN/FlexRay/Differential Bus PXI Fault Insertion Switch - 8 Channel
40-200-008
This PXI Fault Insertion module is designed to simulate common faults on two wire communication interfaces such as CAN Bus. This module supports 4 or 8-channels of two wire serial interfaces. Each channel can simulate an open fault in either or both wires, a short between both wires or a short to one of eight externally applied fault connections, such as a battery connection or ground, via four fault buses. Each channel can support up to 0.3A and is rated to handle up to 100V between the wire pairs. The wire pairs have controlled transmission line impedance suited to most differential pair signalling systems, including fast CAN Bus interfaces and RS232. Each fault bus is capable of carrying 2A allowing multiple channels to be connected to the same fault condition. Additionally, each fault bus features a changeover relay to allow the user to connect alternative fault conditions to the fault buses.
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xDSL Line Drivers
Analog Devices xDSL line driver amplifiers provide industry-leading performance for cable set top boxes, cable modems, xDSL modems, and xDSL central office line cards. Due to our portfolio’s very low noise, high speed, and overall high performance, we provide designers with a top tier solution that is widely deployed as xDSL receivers. Applications for these products include wireless infrastructure, automated test equipment, multistandard radio receivers, point-to-point receivers and transmitters, instrumentation, and the military and aerospace industry.
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Optical Visual Fault Locator
SAT-3C01
Shaanxi Aitelong Technology Co., Ltd
SAT-3C01 Optical Visual Fault Locator is used for optical identification, fault locating of SM fiber or MM fiber, which is a basic maintenance tool of optical network, LAN, FDDI, ATM optical system, and telecom network system, suitable for field working.
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X-Ray Line Camera
X-Scan C
Slim, plug-and-play-type, water-resistant X-ray line cameras for harsh industrial environments.
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LISN Line Impedance Stabilisation Networks / AMN Artificial Mains Network
A LISN Line Impedance Stabilization Networks / AMN Artificial Mains Network: *supplies the neccessary mains voltage (AC or DC) and current for the Equipment under Test (EuT).*couples interference voltage generated by the EuT and supplies it to the receiver.*provides well defined RF-impedance to the Equipment under Test (EuT)*keeps away unwanted disturbance coming from mains (filter)*protects the mains from unwanted disturbance voltage generated by the EuT
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PRO Banjo Pro Line Tester
TC-BJ100
The Banjo Pro features convenient testing in both data and POTS environments. The black RJ45 plug is used for testing in eight conductor environments. "Just Flip It" to the red RJ11 plug for testing of two, four, and six conductor POTS environments.
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Process Indicators & Field Devices
Field devices from the Field Analog series record and convert signals from resistance temperature detectors, thermocouples, resistance-type sensors, and voltage sensors directly on site.
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Bleeder, Pressure Indicator - Brake, F/A-18 Hornet
F-18 Brake Bleeder. This unit is designed to test, monitor and bleed the brake systems of F/A-18 Hornet fighter aircraft.
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Cable Fault Location System
Syscompact 2000 M Pro
BAUR Prüf- und Messtechnik GmbH
Cable fault location system 2000 M pro. The portable BAUR Syscompact 2000 M pro cable fault location system is used for cable fault location and cable testing in low- and medium-voltage cables up to 65 km length.* Fully integrated proven cable fault pre-location methods* Surge mode for acoustic pin-pointing* Easily transportable* Ideal for locations that are difficult to access
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Fault finder
The STaff™
The staff fault finder is designed to meet the demands of the professional troubleshooter but its simplicity and price make it a tool for anyone needing to locate cable faults. Arrows on the LCD screen direct the user to the fault with pinpoint accuracy. A reference indication also will aid the user in identifying multiple faults when present. Whether you are fault locating utility service line or locating a broken sprinkler wire, the STAFF is the professional's choice.
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AC Line Separator
Model ALS-1
Kusam Electrical Industries Limited
With the aid of the AC line separator, the AC current from any appliance can be determined by plugging the appliance directly into the separator. By doing so, you are able to separate the neutral from hot / live conductor.
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Switch Indication Maintainer
The SIM
The SIM - Switch Indication Maintainer is a handheld device used to simulate normal switch correspondence while the switch is handthrown or handcranked to perform periodic maintenance or testing.
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Cable Fault Locator
TX4000
Auto Fault Location Rugged Palm-Top design Weighs less than 350g (12oz) 11 Measurement Ranges up to 4000m 25, 50, 75 & 100ohm Selectable Cable Impedance User Variable Gain Control Built in Tone Generator for Pair Tracing and Identification Suitable for testing all Communication and Power Cables Environmental Protection IP54 CE Approved Soft bag & Test Leads
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3 GHz, 4 Channel Programmable Delay Line
QPADL3
The QPADL3 is a programmable delay line instrument with 4 independent channels designed for adjusting the time delay or phase of radio, microwave or even digital signals with bandwidths from DC to 3 GHz.
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Programmable Delay Line Instruments
The XT Series
Our most precise programmable delay line instruments featuring Colby's patented trombone technology
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PXI Fault Insertion Insertion Switch Modules
Our PXI Fault Insertion Insertion Switch Modules feature a breakout arrangement that allows faults to be attached to the sensor lines, this includes the breaking of a connection or the adding of defect – all of which can simulate connectivity problems in the system.
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DC Earth Fault Locator
GFL-T + GFL-R
The DC Earth Fault locator is suitable to test the DC Battery System and Trace Ground Faults. The system is suitable for Power Plants, Sub-Stations upto 765KV and other industries. The system is highly capable in tracing and pin pointing the DC earth faults in a live system without requiring any shut downs. The receiver sensitivity of 1mA and better is capable to trace most complex fault.
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Ultra Fast Line Sensors
µsprint
With an unparalleled scanning rate, the µsprint sensors are the ideal tool for quality and process control with high throughput rates and precise measurements. As a standalone solution for laboratories, with machine safety enclosure for industrial production environments, or as an OEM solution – the μsprint technology can be inegrated flexibly everywhere.
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Pen-type Visual Fault Locator (VFL)
JW3105P
Shanghai Joinwit Optoelectronic Tech,co.,Ltd
The JW3105 Pen type 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:
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- Optically Isolated Line Driver
Model 72A
FEATURES: DC TO 19.2 KBPS; Optically Isolated; TD & RD LED's; Loopback Switch; Built-In Surge Protection; Male or Female Connectors; Screw Terminals and RJ-11. The Model 72A Optically Isolated Line Driver links RS-232 based devices over extended distances. It provides optical isolation and has built-in verification of operation using a loopback switch.
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Line Scan Camera
Piranha4 Polarization
The Piranha4 Polarization™ camera is a breakthrough in the machine vision industry. This high-speed polarization camera features three native polarization states plus an unfiltered channel.The Piranha4 polarization camera extends detection capability in machine vision and is ideal for detecting stresses, surface roughness, film thickness, alloy composition, and 3D profiles.
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LV Iron Core Line & Load Reactors
Line and load reactors are generally serial-connected to the input and/or output terminals of three phase equipment such as motor speed controllers, inverters and UPS systems. These equipment make use of semiconductor switches such as IGBTs, thyristors, and diodes and therefore create harmonic distortion and high switching over-voltages (dv/dt). Use of such equipment has been becoming more widespread as the technology advances. However, the negative effects of these equipment should not be overlooked.
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Visual Fault Locators
Optical Wavelength Laboratories
OWL fiber optic visual fault locators (VFL) are specially designed to couple a maximum of optical energy into multimode and singlemode optical fibers by using a bright red fiber optic laser. Breaks, microbends, and other anomalies in optical fibers and connectors cause the intense bright red laser light to escape, thus revealing the presence of a fault. In addition to visual fault location, OWL VFLs can be used as a visual optical fiber identifier. A visual fiber optic identifier eliminates much of the guesswork during testing by identifying the fiber under test.
