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Reflectometers

Instruments used to measure the reflectance of a surface. (spaceflight.nasa.gov)


Showing product results. 1 - 15 of 94 products found.

  • Reflectometers

    ESP and ESP+ - Eclypse International

    The Eclypse ESP and ESP+ Reflectometers are user friendly, menu driven meters designed to provide the operator with plain language displays describing the type [open or short] and location from the measurement point to the wiring fault. The ESP alphanumeric screen will not only display the status of your meter, but also give you step-by-step instructions to guide you through all operations.

  • Reflectometer

    T-510 - Techno Instrumentation (India) Private Limited

    Pulse Echo, Impulse current and Decay methodprovided to get the distance to almost all typesof faults.Laptop based 15 inch display with user friendlyinterface for easy operation.Online support of experts to review fault graphs.Comparison feature of any 5 graphs for reviewand analysis to get more accurate results.Velocity of propogation(VOP) control makes iteasy to precisely pre-locate faults in cables withdifferent velocity.Automatic storage of more than 10,000 faultgraphs.

  • Time-Domain Reflectometer

    RIF-9 - Kharkovenergopribor Ltd.

    Three-phase reflectometer RIF-9 is designed for quick and efficient fault pre-location and distance measurement in electrical power cables and communication lines up to 120 km long.

  • Spectroscopic Reflectometer

    SR Series - Angstrom Sun Technologies, Inc.

    Spectroscopic reflectometer (SR) series are relative low cost and easy to use tools. To enusre accurate measurement on spectra, a long working distance and also adjustable working distance set up are professionaly desgined and considered. Since reflection spectra measurments require to use known reference to calibrate light intensity, it is hard to image user could get accurate spectra without optimizing signal step during such calibration because reference thickness is different from sample substrate's thickness in most of cases. Adjusting power output to lamp is our another consideration in ensuring a good measurement by reducing non-linearity effect of the detector

  • RF Reflectometer

    M9408A - Keysight Technologies

    The M9408A modules are custom built and tested to nominal* performance characteristics. This product has the same warranty and support services as other Keysight instruments. Because it is custom built, Keysight recommends checking availability and delivery information before ordering the product.

  • Spectroscopic Reflectometer

    Nano-View Co. Ltd.

    – Antireflective coating (ARC) on textured (poly-) crystalline silicon solar cellMeasurement– Thickness, Reflectivity, n&kWavelength– 420 – 950 nm (1.3-3.0 eV) : expandableAccuracy (thickness measurement on specular sample)– 104.5 nm for 104.8 nm SiO₂on c-Si* Accuracy can be dependent on the quality of filmThickness range– 10 nm ~ 20 mm (depend on sample)Data acquisition time– < 1 sBeam spot size– ~ 50 mmFocusing of beam– Manual (optional auto-focus)Sample stage– Manual X-Y stage (specify sample size and travel distance)(optional automatic X-Y stage for mapping)

  • Time-Domain Reflectometer

    TDR-410 - Sonel S.A.

    *Location damaged power cables.*Fault location copper telecom cables.*Coaxial cable fault location.*Fault location wiring infrastructure.*Detection of breaks, short circuits, damage caused by dampness and other changes in impedance of the cable.*Graphic depiction of damage the cable with automatic indication the distance to fault on the screen.

  • Optical Backscatter Reflectometer

    OBR 4600 - Luna

    The Luna OBR 4600 Optical Backscatter Reflectometer (OBR) is a powerful tool for testing and analyzing loss in short-run networks and components. The OBR 4600 is an ultra-high resolution reflectometer that features a spatial sampling resolution of 10 microns, zero dead zone, and backscatter-level sensitivity. The OBR 4600 offers industry leading technology to precisely track loss and polarization states, allowing you to “see inside” your components and systems.

  • Time Domain Reflectometer

    TDR-420 - Sonel S.A.

    TDR-420 is a hand held Time Domain Reflectometer designed to identify and locate faults in power, telecommunications and teletechnical cables. TDR-420 reflectometer allows to measure the length of the cable and determine the distance to damage or impedance variation in the range of 4 m to 6000 m in conductors with metal wires. The shortest measuring range of 7 meters and a dead zone of 0.6 meters allows to locate damages at a very close distance from the place where the device is connected.

  • Time Domain Reflectometer

    TDR 500 - BAUR Prüf- und Messtechnik GmbH

    Handheld Time Domain Reflectometer. The handheld time domain reflectometer TDR 500 and TDR 510 are used for fault location in all metal cables such as power cables, coaxial cables, data cables and communication cables.* Configurable for various measurement ranges and cable types* Standard-compliant, safe measurements on life cables through the measurement category CAT IV / 600 V (with separation filter)* Ideal for fault location in the area of telecommunication, video technology, data and security technology

  • Portable Solar Reflectometer

    CONDOR - Aragón Photonics Labs S.L.

    Condor is a portable reflectometer designed for field measurement of reflectivity in the solar field in less than 10 seconds with a high accuracy and precision. It can be applied to both flat and curved reflecting surfaces of up to 4 mm thickness.

  • 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

  • Time Domain Reflectometers

    Megger Group Ltd.

    Time domain reflectometers (TDR) are used in cable fault detection and pre-location. This form of cable testing is executed by transmitting an incident signal on to the cable and listening for the signal reflections. If the cable is of uniform impedance and is correctly terminated then there will be no reflections and the incident signal will be absorbed at the end of the cable by the termination. If there is a cable fault then some of the incident signal will be reflected back to the TDR .

  • Time Domain Reflectometer

    IRG 2000 - BAUR Prüf- und Messtechnik GmbH

    Cable fault location with the BAUR IRG 2000. The IRG 2000 impulse reflection measurement unit or time domain reflectometer is a handy, easy to carry device for single-phase cable fault pre-location. It is used in combination with a surge voltage generator on low-, medium- and high-voltage cables 0 - 65 km in length. It can also be used on live cables carrying voltage up to 400 V.* Easy and quick cable fault location* Light, compact and manageable* Main unit for the tried-and-tested pre-location method* Ideal for integration in measurement systems

  • Optical Time-domain Reflectometer

    UFO series - Radiantech, Inc.

    USB OTDR: FiberPal UFO series Radaiantech UFO series is a compact, cost-effective, plug-and-play Optical Time-domain Reflectometer (OTDR) unit, designed for full-range fiber fault detection. It is ideal for optical fiber installation, maintenance, field construction, and other on-site fault-location analysis. As a USB peripheral, UFO is the best choice of OTDR to integrate with remote optical monitoring systems. The OTDR unit is designed as a green PC peripheral compatible with Windows 2000,XP, Win7(64 bit) . The application program (AP) sends OTDR command from the computer to the unit and gets data back through USB connection. The USB OTDR gets power from the USB port and an internal rechargeable Li-ion battery.

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