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Fluke CableAnalyzer DSP-4000SR - User Manual

Fluke CableAnalyzer DSP-4000SR
228 pages
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TM
DSP-4000 Series
CableAnalyzer
Users Manual
PN 1580351
July 2000
© 2000 Fluke Networks, Inc. All rights reserved. Printed in USA.
All product names are trademarks of their respective companies.

Table of Contents

Other manuals for Fluke CableAnalyzer DSP-4000SR

Questions and Answers

  • J
    Jacob MatthewsAug 7, 2025
    What to do if Fluke CableAnalyzer DSP-4000SR show NEXT or ELFEXT error?
    • D
      Dylan MartinezAug 7, 2025
      If you are experiencing NEXT or ELFEXT issues with your Fluke Measuring Instruments, the problem could stem from: * Excessive untwisting of pairs at the connection. * Insufficient quality of connecting hardware. * Damage to the cable (pinches, kinks, etc.). * Damaged connector. * Insufficient cable quality. Inspect the cable for the suggested fault at the location indicated by the diagnostics display.
  • A
    Andrew MillerAug 12, 2025
    Why does my Fluke CableAnalyzer DSP-4000SR Measuring Instruments show an impedance anomaly?
    • C
      Casey GreeneAug 12, 2025
      An impedance anomaly detected on your Fluke Measuring Instruments could be due to several factors: * A poor connection between two lengths of cable. * Damage to the cable (pinches, kinks, etc.). * Taps into the wire pair (twisted pair cable should never be tapped). * Excessive loading at the coaxial cable tap. * Mismatch of cable types. * Incorrect terminator value. Inspect the cable for the suggested fault at the location indicated by the diagnostics display.
  • L
    Lisa EllisonAug 17, 2025
    What causes 'Wire map: short' on Fluke CableAnalyzer DSP-4000SR?
    • L
      Leonard SchultzAug 17, 2025
      A 'Wire map: short' error on Fluke Measuring Instruments indicates a short circuit. This can be caused by: * Wires connected to the wrong pins at the connector or punchdown blocks. * Conductive material stuck between pins at a connection. * Damage to cable insulation. Inspect the cable for the suggested fault at the location indicated by the diagnostics display.
  • J
    Jesse MooreAug 21, 2025
    Why am I getting 'Wire map: crossed pairs' on my Fluke CableAnalyzer DSP-4000SR Measuring Instruments?
    • M
      meghan10Aug 22, 2025
      If your Fluke Measuring Instruments report 'Wire map: crossed pairs', this can occur due to: * Wires connected to the wrong pins at connectors or punchdown blocks. * Mix of 568A and 568B wiring standards (1, 2 and 3, 6 crossed). * Crossover cables used where not needed (1, 2 and 3, 6 crossed). Inspect the cable for the suggested fault at the location indicated by the diagnostics display.
  • C
    Cody YatesAug 27, 2025
    What does 'Wire map: split pair' mean on Fluke CableAnalyzer DSP-4000SR Measuring Instruments?
    • J
      jfreemanAug 27, 2025
      A 'Wire map: split pair' error on Fluke Measuring Instruments usually means the wires are connected to the wrong pins at the connector or punchdown blocks. To address this, inspect the cable for the suggested fault at the location indicated by the diagnostics display.
  • C
    Courtney AndersenSep 1, 2025
    How to troubleshoot 'Wire map: reversed pairs' on Fluke CableAnalyzer DSP-4000SR Measuring Instruments?
    • J
      Jeremy ClaySep 1, 2025
      A 'Wire map: reversed pairs' error on Fluke Measuring Instruments happens when wires are connected to the wrong pins at the connector or punchdown blocks. Inspect the cable for the suggested fault at the location indicated by the diagnostics display.

Summary

Getting Started

Read First: Safety and Operational Information

Essential safety precautions and operational guidelines for using the test tool.

Rotary Switch

Summarizes the modes that can be selected using the rotary switch on the main unit.

Autotest

Autotest on Twisted Pair Cable

Details the procedure for performing an Autotest on twisted pair cables.

Link Performance Grade Result (Headroom)

Explains the headroom value as a figure of merit for cable performance.

Autotest Results for Twisted Pair Cable

Explains how to view detailed results of Autotests on twisted pair cables.

Wire Map Test

Describes the wire map test and its results for cable wiring verification.

NEXT Test

Details the Near-End Crosstalk (NEXT) test and its results.

ACR

Explains the Attenuation to Crosstalk Ratio (ACR) test and its results.

Return Loss (RL)

Explains the Return Loss (RL) test and its indication of impedance match.

Autotest on Coaxial Cable

Instructions for performing an Autotest on coaxial cables.

Running Individual Tests

Single Tests for Twisted Pair Cable

Instructions for running individual tests on twisted pair cables.

The HDTDX Analyzer

Explains the HDTDX analyzer's function for locating crosstalk sources.

The HDTDR Test

Describes the HDTDR test for locating faults via signal reflections.

Monitoring Impulse Noise

Explains how to monitor electrical noise on twisted pair cables.

Viewing and Printing Saved Reports

Printing Test Reports

Describes how to send saved test reports directly to a printer.

Calibrations and Custom Test Standards

Calibrating the Test Tool

Instructions for performing self-calibration to ensure test accuracy.

Configuring a Custom Test

Guides users on defining custom test standards and parameters.

Basic Cable Testing

Attenuation (Insertion Loss)

Explains signal strength loss (attenuation) over a cable's length.

Noise

Discusses electrical noise and its effect on LAN signals.

Maintenance and Specifications

Fluke CableAnalyzer DSP-4000SR Specifications

General IconGeneral
ModelDSP-4000SR
Frequency Range1 MHz to 350 MHz
Supported Cable TypesCoaxial
Test StandardsISO 11801, EN 50173, TIA/EIA-568-B
DisplayLCD

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