Fluke Networks FTK1000 Multimode Fibre Optic Test Kit

Fluke Fibre Tester, 1300nm Wavelength, 10dBm Maximum Power Measurement - FTK1000

This Fibre tester is a portable optical power metre and Basic Fibre verification kit designed for front-line testing and troubleshooting of multimode cabling in industrial and commercial installations. It helps technicians measure power and loss, identify Active Fibres without contact, and perform Rapid dual-wavelength checks to speed up site work while operating across typical onsite temperature ranges.

Features & Benefits

• 0.01 dB resolution for precise loss measurement and verification
  Measures up to 10 dBm to cover common transmitter power levels
  Simultaneous dual-Wavelength testing to halve test time
  Auto-senses Wavelength to prevent measurement errors
  USB Interface for straightforward data export to PC
  AA battery power providing around 50 h typical runtime

**Applications**

• Suitable for commissioning multimode links using fixed SC connectors
  Ideal for pre-testing Fibre runs and polarity checks on site
  Used for routine maintenance of high-bandwidth premises networks
  Can be used with handheld Visual fault locators for break finding
  Suitable for field technicians documenting results with PC software

What connector types can I test with this tool?

The metre uses a fixed SC optical connector and accommodates removable SC adapters
other adapter styles are available as interchangeable accessories.

How many test results can I store before downloading?

It can save up to 1000 power or loss measurements in internal memory for later transfer.

What wavelengths is the detector calibrated for?

Calibration covers 850 nm, 1300 nm, 1310 nm, 1490 nm, 1550 nm and 1625 nm to support multimode and singlemode checks.

How does the instrument identify live fibres without direct contact?

It features a non-contact active-fibre detection mode that indicates live links via an icon and audible tone.

What environmental range supports field use?

The unit operates between −10 °C and 50 °C and conforms to IEC standards for field instruments.