All Aluminum Construction, 650nm Laser, 2.5mm or 1.25mm Universal Adapter, Finds Sharp Bends and Breaks, Tests for Continuity, 6-7km Singlemode, 4-5km Multimode, Nylon Belt Holster, Extra-Long Battery Life with Two “AA” Batteries, Continuous and Modulated Modes. Learn More
Locates Breaks, Bends even through Jacketed Fibers,Troubleshoots Faults within OTDR Dead Zone, Mechanical Fusion Splice Optimization, End-to-End Fiber Identification, Finds Bad Connectors and Splices. Learn More
A Continuity Tester enables you to easily verify light throughput (continuity) of a fiber optic link. The device also enables you to identify multiple fibers at an interconnect location. To use the FIS Continuity Tester, simply attach your connector to the adapter and push the on/off button. The LED transmits red light down the fiber, providing visual identification at the fiber’s far end. Operates with two “AA” size batteries (provided). Contained in durable hard rubber housing, the compact unit stores easily in your toolbox. Learn More
A Continuity Tester enables you to easily verify light throughput (continuity) of a fiber optic link. The device also enables you to identify multiple fibers at an interconnect location. To use the FIS Continuity Tester, simply attach your connector to the adapter and push the on/off button. The LED transmits red light down the fiber, providing visual identification at the fiber’s far end. Operates with two “AA” size batteries (provided). Contained in durable hard rubber housing, the compact unit stores easily in your toolbox. Learn More
A Continuity Tester enables you to easily verify light throughput (continuity) of a fiber optic link. The device also enables you to identify multiple fibers at an interconnect location. To use the FIS Continuity Tester, simply attach your connector to the adapter and push the on/off button. The LED transmits red light down the fiber, providing visual identification at the fiber’s far end. Operates with two “AA” size batteries (provided). Contained in durable hard rubber housing, the compact unit stores easily in your toolbox. Learn More
A Continuity Tester enables you to easily verify light throughput (continuity) of a fiber optic link. The device also enables you to identify multiple fibers at an interconnect location. To use the FIS Continuity Tester, simply attach your connector to the adapter and push the on/off button. The LED transmits red light down the fiber, providing visual identification at the fiber’s far end. Operates with two “AA” size batteries (provided). Contained in durable hard rubber housing, the compact unit stores easily in your toolbox. Learn More
A Continuity Tester enables you to easily verify light throughput (continuity) of a fiber optic link. The device also enables you to identify multiple fibers at an interconnect location. To use the FIS Continuity Tester, simply attach your connector to the adapter and push the on/off button. The LED transmits red light down the fiber, providing visual identification at the fiber’s far end. Operates with two “AA” size batteries (provided). Contained in durable hard rubber housing, the compact unit stores easily in your toolbox. Learn More
A Continuity Tester enables you to easily verify light throughput (continuity) of a fiber optic link. The device also enables you to identify multiple fibers at an interconnect location. To use the FIS Continuity Tester, simply attach your connector to the adapter and push the on/off button. The LED transmits red light down the fiber, providing visual identification at the fiber’s far end. Operates with two “AA” size batteries (provided). Contained in durable hard rubber housing, the compact unit stores easily in your toolbox. Learn More