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Fiber Optic Test Equipment

    What type of certification are you doing?

    Tier 2 Fiber Certification OTDR - Troubleshoot existing fiber to pinpoint fault locations, check for optical return loss (ORL) measurement and characterize events like splices, connectors and faults

    Tier 1 Fiber Certification OLTS – Verify basic performance such as continuity check, insertion loss (attenuation) and length measurement.

    What is your style connectors?
    Fiber Testing LC Connection
    Fiber Testing FC Connection
    Fiber Testing ST Connection
    Fiber Testing SC Connection
    What diameter fiber cable are you working with?
     
     
    What style fusion splicing?
    Are you testing Coax?
    Are you certifying patch cords?
    Are you testing and validating the performance of Industrial Ethernet cabling?

    What type of quote should we send?

    Fiber and Copper Certification Fluke Networks Versiv Products
    Fiber Certification Fluke Networks Versiv Products Needed
    Fiber Optic Test Equipment Versiv Mainframe
    Two versiv mainframes 2 Versiv Mainframes
    Fiber Optic Test Equipment Remote Versiv Remote
    Fiber Optic Test Equipment CableAnalyzer DSX-8000 CableAnalyzer Modules
    Fiber Optic Test Equipment for Optical Loss Testing CertiFiber Pro Quad OLTS Modules
    Fiber Optic Test Equipment for Fiber Troubleshooting OptiFiber Pro Quad OTDR Module
    DSX-CHA021S DSX-COAX
    DSX-PC5ES DSX-PC5ES
    DSX-PC6S DSX-PC6S
    DSX-PC6AS DSX-PC6AS
    DSX-CHA021S DSX-CHA021S (4-Position)
    DSX-CHA-M12-X-S DSX-CHA-M12-X-S (8-Position)
    Fujikara 90R Fusion Splicer Fujikara 90R
    Fiber Fox Mini 12R Ribbon Fiber Fusion Splicer Fiber Fox Mini 12R
    Fujikara 90S Core Alignment Fusion Splicer Fujikara 90S
    Fiber Fox Mini 6S Fiber Fox Mini 6S

    Items pictured are examples only. Comparable products may be quoted depending on availability.

    Best sellers

    Anritsu MT9083 Series Access Master OTDR – Obsolete

    Anritsu MT9083 Series Access Master OTDR

    Noyes M200-K-Quad Singlemode & Multimode OTDR – Obsolete

    Noyes M200-K-Quad

    Fluke Networks Fiber Optic Cleaning Kit with Case

    Fluke Networks Fiber Optic Cleaning Kit with Case

    Fluke Networks FT120 Fiber Viewer, 200X magnification with 2.5mm Universal Adapter

    Fluke Networks FT120 Fiber Viewer

    Fiber Optic Test Equipment for Sale

    In today’s world of communications, bandwidth is the most sought after commodity. The wider the bandwidth, the more and faster data can be sent down the communications media. Fiber optics uses light through glass. Light is at such a high frequency that the bandwidth available for fiber optic communications systems is the greatest of all the communications media available in this day and age. JM Test provides quotes on new fiber optic test equipment units, rental units, calibration, and repair.

    Fiber Optic Tester Types

    The communications systems using fiber optics have two basic types of test equipment used in the installation and maintenance of these fiber optic networks. The first is the fiber Optic Line Test Set (OLTS). The second is the fiber Optic Time Domain Reflectometer (OTDR).

    OLTS Fiber Tester

    The OLTS in its most basic form consists of a fiber optic light source and a fiber optic power meter. The OLTS kit requires access to both ends of a fiber run. An OLTS kit cannot be utilized to locate any break within a fiber run. With the most basic version of optical line test set, the installer and/or maintainer of the fiber optic network can determine the overall loss of a fiber optic installation. This is then compared to the allowable total loss of the installation. In the advanced versions of these OLTS sets, more than just overall loss can be determined. These advanced types can show loss levels at each connection, as well the lengths of the fiber optic runs and distances between fault or connection points.

    OTDR Fiber Tester

    The Fiber Optic Time Domain Reflectometer (OTDR). The OTDR does not require access to both ends of a fiber run. It can determine the length of fiber runs, loss of the run, length to a break, or length of fiber on a spool. The OTDR can be used with both very short runs, such as within a single building installation and long fiber runs such as between cities. The classic OTDR is a trace, very similar to the traces seen in metallic time domain or frequency domain reflectometers. Most modern OTDR units also have computational power on board to analyze a trace to assist the user in evaluation. Almost all OTDR units have capability of storage of the data and software available to aid in producing test reports for submission as needed.

    JM Test Systems offers calibration/verification of accuracy of both fiber optic line test sets and fiber optic time domain reflectometers – to ensure accuracy of measurements. Models we service include Fluke Networks, and Anritsu. Our calibration services include a NIST traceable certificate, archiving, cleaning, and more. JM Test Systems is ISO/IEC 17025 Accredited by A2LA.

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    Please send us an email using the form below. You can also call us toll free at 1-800-353-3411.

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