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General| Display | LCD |
|---|---|
| Supported Media | Copper |
| Length Measurement | Yes |
| Fault Finding | Yes |
| Operating Temperature | 0 °C to 45 °C |
| Storage Temperature | -20 °C to 60 °C |
| Humidity | 10% to 90% non-condensing |
| Cable Types | Twisted pair, Coaxial |
| Weight | 1.2 lbs |
| Battery Type | Alkaline |
Registering your product for updates, troubleshooting tips, and support services.
Information and contact numbers for technical support and inquiries.
Accessing the Fluke Networks Knowledge Base for articles on cable testing.
List of accessories included with the tester and how to obtain more.
List of components included in the CIQ-100 kit.
List of components included in the CIQ-FTKSFP kit.
Explanation of international electrical symbols used in the manual and on the tester.
Warnings for avoiding fire, electric shock, and personal injury.
Description of the tester's buttons, display, LCD, rotary switch, and connectors.
Benefits of using wiremap adapters and remote ID locators for testing.
How to connect remote ID locators using a universal adapter in confined areas.
Information on tester power sources, battery types, and battery life.
Procedure to change the tester's language and length unit settings.
How to set the tester's internal clock and date.
Procedure for entering operator and company information.
Configuring the tester to turn off automatically after inactivity.
Enabling or disabling the tester's audible speaker output.
Procedure to restore tester settings to their original factory defaults.
How to check the tester's hardware and software version numbers.
List of applications the Autotest function can qualify cabling for.
Guide to configuring Autotest parameters and selecting tests.
Steps and notes for conducting an Autotest on twisted pair cabling.
Diagram and explanation for connecting cables in a star topology for testing.
Diagram and explanation for connecting cables in a bus topology for testing.
Factors affecting VoIP service quality and cabling qualification.
Understanding overall and type-specific Autotest results and symbols.
Examples of wiremap results, including good, open, and crossed pair faults.
Understanding qualified/unqualified results and fault types like connection/distributed faults.
Interpreting length values, delay limits, and pair termination indicators.
Steps to perform an Autotest on coaxial cabling and view results.
Understanding results for passed, qualified, and failed coaxial tests.
Checking wiremaps, length, and port speed/connection for twisted pair cables.
Checking continuity, length, and signal presence for coaxial cables.
Using Time Domain Reflectometry to analyze impedance changes in coaxial cables.
Viewing wiremaps from multiple remote ID locators simultaneously.
Using digital and analog tones to locate cables with a tone probe.
Using the tester and probe for cable mapping and verifying wiring.
Using the Blink Port Light function to find which port a cable connects to.
Steps for testing opens and shorts on modular jacks and coaxial connectors.
Using the continuity function as a toner for applications like security switches.
Using diagnostic functions to identify crosstalk and impedance issues on twisted pair cables.
Testing the wiring and phase of installed twisted pair speaker cables.
How to adjust the Nominal Velocity of Propagation (NVP) for accurate length measurements.
Steps to recall previously saved Autotest results from the tester's memory.
Procedure for deleting individual or all saved Autotest results.
Procedure and considerations for updating the tester's firmware.
Instructions for replacing the tester's AA batteries.
Referencing tables and contacting support for resolving tester issues.
Operating conditions, temperature, humidity, vibration, and safety standards.
Details on test connectors, power, interface, dimensions, weight, and display.
Technical performance details of autotests, length, wiremap, signal, and voltage protection.
FCC compliance and interference information for the device.
Common causes for open, split pair, reversed, crossed, and short wire map faults.
Causes of excessive crosstalk and marginal ELFEXT measurements.
Causes of impedance mismatch, attenuation, and length limit failures.
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