Radiodetection Lexxi T1660 Time Domain Reflectometer

SKU: RADI10/T1660
  • Features a minimum range of 7m and a maximum range of 6km
  • 1% distance accuracy and resolution provides accurate results
  • Large brightly lit colour display simplifies fault locating
More Info
Typically ships within 3 to 5 working days

Radiodetection Lexxi T1660 Time Domain Reflectometer

The Radiodetection Lexxi T1660 Time Domain Reflectometer is an innovative and ergonomic cable fault locator ideal for first responders. Featuring high-resolution and hand-held portability, the T1660 boasts an incredible combination of performance, accuracy and affordability. With a 7m minimum and 6km maximum range, a 0.5m dead zone and a 1% distance resolution & accuracy technicians can precisely pinpoint faults extremely quickly.

Incorporating a unique TDR engine and 11 range settings, the Lexxi T1660 is suitable for analysing any metallic cables comprising of at least two metallic elements, one of which can be the screen or armouring. Cables types range from CATV, Ethernet, twisted pair telecom and LV power cables. The customisable components of the T1660 Time Domain Reflectometer include an adjustable Velocity Factor (VoP) which can be set anywhere between 1% to 99%, and a selectable cable output impedance of either 25, 50, 75 or 100 ohms.

A 3.5" back-lit 328 x 256 pixel colour display comes as standard with the Radiodetection Lexxi T1660, providing large and easy to read results which simplifies fault finding in most conditions. Easy to hold, the T1660 is also simple to operate thanks to its 6 control buttons and straightforward menu system. Powered by either alkaline or NiMH rechargeable batteries this Reflectometer has a typical life span of 12 hours and includes a user selectable Power Down time. Rated IP54 against dust or water ingress and is fully in line with EMC BS/EN 61326-1 standards, the T1660 offers innovation and economy while enabling positive growth in productivity.

Key Features

  • Innovative cable fault locator
  • Suitable for first responders
  • Provides high-resolution results
  • 7m minimum and 6km maximum range with 0.5m dead zone
  • 1% distance resolution & accuracy
  • Buil-in unique TDR engine
  • Suitable for metallic cables including ethernet & power cables
  • Adjustable Velocity Factor
  • Selectable Cable Output Impedance
  • 11 range setting
  • 3.5" back-lit 328 x 256 pixel colour screen
  • 6 push button interface
  • Battery powered with 12 hour lifespan
  • User selectable power down option
  • Ergonomically designed hand-held build
  • Compact and portable
  • IP54 rated

Radiodetection part number: 10/T1660

What's In The Box?

  • Radiodetection Lexxi T1660 Time Domain Reflectometer
  • Small bag with clear cover (10/T1660-BAG)
  • Connection cables, Twisted Pair with Alligator Clips (10/T1660-TP-ALLIG)
Specification
  • Ranges:
    Meters 7, 15, 30, 60, 120, 250, 500, 1000, 2000, 3000, 6000
    Feet 20, 50, 100, 200, 400, 800, 1600, 3200, 9400, 10000, 20000
  • Range Selection: Manual range control
  • Accuracy: 1% of selected range*
  • Display: 328 x 256 pixel 3.5” colour backlit LCD
  • Resolution: Approx 1% of range
  • Velocity Factor, VoP: Adjustable from 1% to 99%
  • Output Pulse: 5V peak to peak (Into open circuit)
  • Output Impedance: Selectable 25, 50, 75 & 100 ohms
  • Output Pulse Width 3ns to 3ms (Automatic with range)
  • Scan Rate 2 scans/second
  • Batteries Six AA (LR6/R6) Alkaline or NiMH cells
  • Battery Life: 12 hours typical, continuous operation, Alkaline batteries
  • Voltage Protection
    Lexxi T1660 with Mains Blocking Filter - 600V AC Category III, 300V AC Category IV
    AC Lexxi T1660 with all other connectors and Plug-In Module options - 250V
  • Power Down: Selectable 1, 3, 5, 10, 15 minutes or disabled
  • Operating Temp: -10ᵒ to 50ᵒC, 14ᵒ to 122ᵒF
  • Storage Temp: -20ᵒ to 70ᵒC, -4ᵒ to 158ᵒF
  • Dimensions: 250 x 100 x 55mm, 9.8 x 4 x 2.2”
  • Weight: 600g, 1.3lb
  • Standards: EMC BS/EN 61326-1
  • Water/Dust Proof: IP54

* Measurement accuracy of ±1% assumes accurate setting of Velocity of Propagation (VoP), homogeneity of VoP along the length of the cable and accurate cursor positioning