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OrienTek

Part:
TFLC-2

Orientek OTDR Dead Zone Eliminator

$54.95
Condition:
New

PRODUCT SPECIFICATIONS

OTDR is a necessary tool in optical fiber testing, it uses the principle of light scattering to measure optical fiber loss and light fault. But the OTDR hasthe dead zone, if nothing is done, this dead zone will affect the accuracy of the teste results. So using the OTDR launch cable is a way to eliminate the effects of dead zone.

ABS has excellent mechanical properties, excellent impact strength and can be used at low temperatures. Good wear resistance and eletrical insulation, and almost unaffected by temperature, humidity and frequency, can be used in most environments.

  • Features
    • Compact, rugged, lightweight
    • 100m, 300m, 500m, 1km, 2km lengths standard
    • Available with a variety of connector styles
    • Compact! Fits easily in OTDR cases or kits
    • For use as OTDR launch cable
    • For use as OTDR receive cable
    • Measure insertion loss and reflectance of nearand far-end connections of a fiber optic link using an OTDR
    • Use to test link loss with an OTDR
  • Highlights
    • Testing, Inspection and Location
      • OTDR optical fiber launch cable is used to measure the loss and reflectivity of the proximal connection and the remote non-corrupt insertion of the optical fiber line using OTDR.
      • Each OTDR launch cable can be used as an OTDR transmiting and receiving cable, both of which were necessary to eliminate blind spots when measuring the complete line loss of the optical fiber with OTDR.
      • OTDR launch cable adopts coiled design, easy to carry, compact and light.Various length options, very suitable for short, medium,long distance fiber network test applications.
    • Generate a Baseline Trace Using Fibre Rings
      • Use the Fibre Ring as a launch cable.Connect the Fibre Ring between your OTDR and the fibre link under test. This will allow you to measure the loss of the near-end connection.
      • Use the Fibre Ring as a receive cable.Connect the Fibre Ring to the far-end connector of your fibre link under test. This will allow you to measure the loss of the far-end connection.
      • By using the jump cable as a transmiting and receiving cable.You can measure the total insertion loss of the fiber link.

Technical Description

  • Configuration
    • Standard, coupler
  • Fiber type
    • Single-mode
  • Length
    • 500M
  • Model
    • OS2-500M , 9/125μm

More Information

MFRPartNum:
TFLC-2
Datasheet: