ZOOM 2 / Dual OWL 850 / Laser OWL 1310 MM/SM Test Kit



Item #: KIT-Z2-D285-L213
Reg. Price: $803.00
Your Price: $794.97
 
 

 

The ZOOM 2 / Dual OWL / Laser OWL Test Kit is ideal for LAN managers and installers who need to do simple attenuation tests on their multimode and single-mode networks. The ZOOM 2 (Zeroed Output Optical Meter) is an economical fiber optic power meter. It provides accurate testing of multimode and singlemode fiber cables. The 4-digit 7-segment LCD displays power readings with a resolution of 0.01dB. On-screen indicators display measurement units (dBm, dB, uW), as well as battery life. The ZOOM 2 comes configured with a 2.5mm universal connector for connection to ST or SC connectors, as well as any other fiber connector with a 2.5mm ferrule.

The Dual OWL 850 is a NIST traceable multimode light source. Its LED output is temperature-stabilized for accurate measurements, and compliant to national and international testing standards for certification.. The Dual OWL has two connector options: ST or SC. The Laser OWL 1310 is a NIST traceable singlemode light source. Its FP laser wavelength output is temperature- stabilized for accurate measurements, and compliant to national and international testing standards for certification. Three connector options are available (ST, SC, and FC).

Features

  • Economical option for quick attenuation and loss testing of both multimode and singlemode networks
  • Easy-to-read 4-digit 7-segment LCD display
  • Store reference values for calibrated wavelengths
  • Intuitive 2-button interface on both units
  • On-screen wavelength, measurement units, and low battery indicator
  • NIST traceable

Kit Contents

  • Power Meter: ZOOM II
  • Light Source: Dual OWL 850 / Laser OWL 1310
  • Product manuals
  • 9-volt batteries
  • NIST certificate
  • Carrying case
  • Protective rubber boots

Specifications and More Information

Availability: Usually ships within 24 hours.

Urgent Orders: Read Information 


MULTIMODE INSERTION LOSS MEASUREMENT VIDEO

 

SINGLEMODE INSERTION LOSS MEASUREMENT