Need help?Do you have a question about the Fluke DSX-8000 and is the answer not in the manual?
General| Category | Test Equipment |
|---|---|
| Model | DSX-8000 |
| Brand | Fluke Networks |
| Cable Testing | Yes |
| Storage Temperature | -20°C to 60°C |
| Display | Touchscreen |
| Interface | USB |
| Battery Life | 8 hours |
| Supported Cable Types | Fiber |
| Operating Temperature | 0°C to 45°C |
| Humidity | 0 % to 90 %, non-condensing |
| Certifications | CE, FCC |
Provides critical safety warnings and precautions for the main tester and its operation.
Explains the HOME screen layout and its important test settings before performing a test.
Step-by-step guide to setting up, performing, and saving twisted pair cable certification tests.
Details the process of setting up a twisted pair test, including module and cable type selection.
Provides instructions for performing an Autotest on twisted pair cabling with the necessary equipment.
Details the process of saving test results, including entering a Cable ID.
Step-by-step guide to setting up, performing, and saving fiber optic loss/length tests.
Instructions for performing a bi-directional SmartLoop test, including setup and connections.
Introduces DSX CableAnalyzer modules for certifying, troubleshooting, and documenting twisted pair cabling.
Explains the DSX CableAnalyzer home screen layout and its important test settings.
Provides guidelines to ensure tester accuracy specifications are met before performing tests.
Details the reference procedure for twisted pair cable to set a baseline for measurements.
Explains how the DSX CableAnalyzer automatically provides fault information when an Autotest fails.
Provides instructions to enable the AC wire map test for links connected through midspan PoE devices.
Guides on performing an Autotest on a link connected through a PoE device, with specific connection steps.
Details the procedure for setting the reference for coaxial tests using DSX-CHA003 adapters.
Provides instructions for performing an Autotest on coaxial cabling with the necessary equipment.
Explains how the DSX CableAnalyzer provides fault information, including wire maps and analyzer plots.
Identifies common causes for failures in twisted pair tests, categorized by test type and fault.
Lists common causes for failures encountered during coaxial test procedures.
Explains the HDTDR analyzer's function in showing return loss relative to distance to identify failure causes.
Describes the HDTDX analyzer for showing crosstalk signals relative to distance to find NEXT and ACR-F failure causes.
Emphasizes the importance of cleaning fiber connectors before making connections to ensure proper operation.
Provides instructions on using the Quick Clean Cleaner device for cleaning fiber optic connectors.
Introduces the FI-1000 FiberInspector video probe for inspecting fiber optic connector endfaces.
Explains the FiberInspector HOME screen, showing important test settings before performing a test.
Provides step-by-step instructions for performing a FiberInspector test using the FI-1000 probe.
Explains the automatic analysis feature for scratches and defects on fiber endfaces, providing PASS/FAIL results.
Introduces CertiFiber Pro OLTS modules for certifying, troubleshooting, and documenting fiber optic installations.
Explains the CertiFiber Pro HOME screen, showing important test settings before performing a test.
Lists procedures to ensure reliable fiber test results, including cleaning, referencing, and software updates.
Explains the fiber reference procedure for setting a baseline power level for loss measurements.
Explains how to perform tests on dual-fiber cabling using Smart Remote mode.
Describes how to use Loopback mode for testing spools and segments of uninstalled cable.
Explains how to measure loss at two wavelengths on one fiber using Far End Source mode.
Explains when and how to perform bi-directional OTDR tests in Smart Remote and Loopback modes.
Details how to monitor optical power supplied by a source and measure power loss compared to a reference.
Introduces OptiFiber Pro OTDR modules for locating, identifying, and measuring fiber events.
Explains the OptiFiber Pro HOME screen, showing important test settings before performing a test.
Explains how the tester shows OTDR port connection quality and how to troubleshoot issues.
Provides step-by-step instructions for performing an OTDR test with necessary equipment and connections.
Describes the SmartLoop test for connecting fiber ends and getting separate results for each fiber.
Explains how bi-directional SmartLoop tests provide results for both fibers and calculate averaged loss.
Provides instructions for performing a bi-directional SmartLoop test, including setup and connections.
Describes the FaultMap test for recording connections and identifying bad connections with high reflectance.
Introduces the OptiFiber Pro HDR OTDR module for locating, identifying, and measuring events on singlemode fibers.
Explains the OptiFiber Pro HDR HOME screen, showing important test settings before performing a test.
Provides instructions for performing bi-directional OTDR tests on single fibers.
Details the procedure to test all links from End 1, then re-test them from End 2.
Details how to change the event type of a Loss event to APC Connector for accurate analysis.
Explains the Span function for limiting OTDR results to a defined section of fiber.
Describes the applications of the visual fault locator (VFL) for verifying fiber continuity and finding faults.
Provides instructions on using the visual fault locator, including turning it on and identifying faults.
Identifies common causes of fiber link problems, such as dirty connectors and bad splices, based on a survey.
Lists potential causes for loss/length test failures, including connector issues and incorrect settings.
Details common causes of OTDR test failures, such as dirty connectors, bad splices, and incorrect fiber types.
Details how to replace a failed saved result, either with the same or different test settings.
Explains the benefits of using the ProjX™ management system for jobs, including monitoring status and organizing results.
Step-by-step guide to creating a new project, specifying tests, operator, and cable IDs.
Provides instructions for cleaning the touchscreen, case, and optical connectors.
Explains how to update the tester's software using a PC, another tester, or LinkWare Live.
Provides troubleshooting steps for unusual tester behavior, errors, or failure to turn on.
To Next Page
