Fluke Networks DTX-1800-O DTX-1800 Cable Analyzer with Set of DTX-OTDR Compact OTDR Modules for MM and SM Fiber Testing

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About Fluke Networks DTX-1800-O DTX-1800 Cable Analyzer

The Fluke Networks DTX-1800-O DTX-1800 cable analyzer with DTX-OTDR compact OTDR modules performs Level IV accuracy tests of copper and fiber optic networks at speeds up to 10 gigabits and bandwidths up to 900MHz that comply with industry standards including TIA, ISO/IEC, EN, ANSI, and IEEE. The meter performs a Class F autotest in less than 25 seconds and a Category 6 autotest in less than 10 seconds. Testing includes shielded and unshielded twisted pair LAN cabling (STP, FTP, SSTP, and UTP), Category 6A/Class EA permanent link adapters, and Category 6/Class E channel adapters. The meter includes one main unit, one smart remote, one set of DTX-OTDR-QMOD compact OTDR modules for single-mode and multimode fiber networks. The DTX module cavity accepts additional test modules as network testing needs and requirements change, including fiber, OTDR (optical time-domain reflectometer), network service, and alien crosstalk modules. The units support coaxial adapters, custom limits, and talk between operators at the main and remote units (headphones included). A wiremap test can be performed to verify that cables are installed correctly. The permanent link adapter provides repeatable accuracy and Category 5e, Category 6, and Category 6A interoperability. Certification tests are performed to TIA, ISO/IEC, EN, ANSI, and IEEE standards. The user-selected test standard automatically determines the test parameters and frequency range for the performed tests. Autotests can be started from the main or remote unit. The fiber autotest performs a dual-fiber, dual-wavelength certification test. The backlit, passive color, LCD display has a diagonal measurement of 3.7"/9.4cm and a resolution of 240 x 320 pixels (W x H). Copper and fiber testers are used by network technicians to troubleshoot, maintain, and optimize performance of copper and fiber optic cabling, hardware connections, and network settings in enterprise networks. The meter include one set of DTX Compact OTDR Modules (DTX-OTDR-QMOD). Modules plug into the back of the main meter and remote sensor to provide testing and documentation for network connectivity and cable certification. The DTX-OTDR-QMOD Fiber Module provides Basic (Tier 1) and Extended (Tier 2) fiber certification. The module provides OTDR trace and event analysis to locate and evaluate reflective and loss events on multimode (850nm and 1,300nm; 50 micrometer, and 62.5 micrometer) and single-mode (1,310nm and 1,550nm; 9 micrometer) fiber. Pass/fail results are based on factory-installed or user-defined limits. The built-in visual fault locator (VFL) locates breaks, bad splices, and bends, and checks fiber continuity and polarity. The meter stores up to 250 sets of test results (graphical Category 6). The included removable 128MB multimedia card (MMC) stores up to 2,000 Category 6 graphical link test results. An autosave function ensures that test results are captured and saved. Results can be downloaded to a computer for long-term records retention, or imported to the LinkWare software for analysis and generation of certification reports to provide evidence that the installation has been completed according to standards and best practices (software and USB cable included). Specifications Standard link interface adapters (shielded and unshielded twisted-pair LAN cabling) TIA Category 4, 5, 5E, 6 and 6A: 100ΩISO/IEC Class C and D: 100Ω and 120ΩISO/ IEC Class E, F and FA: 100Ω Category 6A/Class EA permanent link adaptersTIA Category 3, 4, 5, 5e, 6, 6A and ISO/IEC Class C, D, E and EA permanent linkCategory 6A/Class EA channel adapters TIA Category 3, 4, 5, 5e, 6, 6A and ISO/IEC Class C, D, E and EA channels Supported test parameters (selected standard automatically determines the test parameters and frequency range) Wire Map, Length, Propagation Delay, Delay Skew, DC Loop Resistance, Insertion Loss (attenuation), Return Loss (RL), RL @ Remote, NEXT, NEXT @ Remote, Attenuation-to-crosstalk Ratio (ACR-N), ACR-N @ Remote, ACR-F