Radiodetection Lexxi T1660 TDR

The Radiodetection Lexxi T1660 is a high-performance Time Domain Reflectometer (TDR) designed for fast, accurate fault location and analysis of metallic cables. Combining advanced TDR technology with proven ergonomics, the Lexxi T1660 delivers an excellent balance of performance, usability, and value for field technicians.

Built around a unique TDR engine and featuring a 3.5 in colour back-lit display, the Lexxi T1660 provides clear trace visibility and intuitive operation. With up to 1% distance accuracy and high resolution, technicians can quickly identify the location of faults such as opens, shorts, impedance changes, and poor joints, reducing downtime and improving productivity.

The Lexxi T1660 is suitable for analysing all metallic cables with at least two metallic elements, including CATV, twisted-pair telecom, Ethernet, and low-voltage power cables. It is supplied as standard with 100 Ω crocodile clip twisted-pair connection leads, allowing immediate use in the field. Optional plug-in modules expand its capabilities across a wide range of applications, including a blocking filter module that enables safe analysis of live three-phase mains cables.

Key Features

• Handheld Time Domain Reflectometer (TDR) for cable testing and fault location

• Up to 1% distance accuracy for precise fault identification

• High-resolution measurements for rapid diagnostics

• 3.5 in colour back-lit display for clear trace viewing in all lighting conditions

• Analyses a wide range of metallic cables, including CATV, telecom, Ethernet, and LV power

• Ergonomic, easy-to-hold design familiar to Lexxi and Riser Bond users

• Supplied with 100 Ω crocodile clip twisted-pair connection cables

• Optional plug-in modules for expanded functionality, including safe testing of live 3-phase mains

Ideal For

Utility providers, telecom technicians, electrical contractors, and industrial maintenance teams performing cable fault location, network analysis, and troubleshooting across power, communications, and control cable networks.