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General| Brand | Fluke |
|---|---|
| Model | OMNIScanner 2 |
| Category | Test Equipment |
| Language | English |
Overview of OMNISCANNER's capabilities for copper and fiber link testing.
Details on OMNIFIBER adapters for fiber optic testing.
Guidance on when the OMNIREMOTE unit is required for various tests.
Step-by-step instructions for attaching OMNIFIBER adapters.
Contact information and advice for obtaining technical support.
Step-by-step process for certifying network cabling installations.
Procedure for setting the reference for OMNISCANNER and OMNIREMOTE.
Steps to perform an autotest on twisted pair cabling.
How to save the results of a twisted pair autotest.
Diagrams and descriptions of common test setups for twisted pair cabling.
Procedures for performing autotests on coaxial cabling.
Steps to perform an autotest on coaxial cabling.
Step-by-step process for certifying fiber optic installations.
Procedure for setting the reference for fiber optic measurements.
How to select projects and autotests for fiber optic testing.
Steps to perform an autotest on fiber optic cabling.
Steps for running an equation-based fiber autotest.
Procedure for setting the reference for OMNISCANNER and OMNIREMOTE.
Steps to set reference using OMNIFIBER adapters.
Measures electromagnetic coupling between pairs at the near end.
Measures signal loss in a cable as a function of frequency.
Measures cable impedance uniformity and reflected signal strength.
Measures electromagnetic coupling at the far end, normalized for attenuation.
Measures Attenuation to Crosstalk Ratio and usable frequency range.
Measures electromagnetic coupling between adjacent pairs, considering multiple transmission pairs.
Calculates summation of ELFEXT effects on pairs by other pairs.
Calculated from attenuation and Power Sum NEXT for each pair.
Measures fiber length and propagation delay using GRI.
Measures signal loss in a fiber optic cable at different wavelengths.
Reports overall received power, used for loss measurement and troubleshooting.
Displays measured length, termination, impedance, and resistance for coaxial cables.
Identifies opens, breaks, shorts, and miswiring in twisted-pair cables.
Diagnoses NEXT faults as a function of distance using S-Bands.
How to use TDNXT graphs to pinpoint connection or cable faults.
Diagnoses Return Loss faults as a function of distance using S-Bands.
How to use TDRL graphs to pinpoint connection or cable faults.
Overview of methods for establishing a reference measurement for fiber optics.
Detailed procedure for the one jumper reference method.
Detailed procedure for the two jumper reference method.
Detailed procedure for the three jumper reference method.
Procedure for loopback testing using the two jumper method.
Introduction to Scanlink software for data management and reporting.
Procedure for updating the device software.
Steps to install the necessary USB drivers on a PC.
Detailed instructions for installing the USB driver on Windows.
Procedure for transferring test results from the scanner to a PC.
How to download configurations from PC to the OMNISCANNER2.
How to control the OMNISCANNER2 remotely from a PC.
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