Categories:

Fluke Networks OFP-SM OptiFiber Pro Singlemode OTDR Kit

$6,129.00

The Fluke Networks OFP-SM kit is a professional singlemode OTDR solution for accurate fiber testing, fault detection, and certification. Perfect for network engineers and field technicians.

The Fluke Networks OFP-SM OptiFiber Pro Singlemode OTDR Kit delivers precise testing and certification for singlemode fiber networks. It accurately measures fiber length, insertion loss, and identifies faults, ensuring reliable network performance. Designed for both field and lab use, the kit features a rugged, portable design and an intuitive interface for fast trace acquisition and analysis. The complete kit includes singlemode launch cables, a protective carrying case, and batteries, providing everything needed for immediate deployment. This solution streamlines troubleshooting, verification, and certification, helping technicians complete fiber network tasks efficiently and with confidence.

Key Features:

  • Singlemode OTDR for precise fiber characterization

  • Measures fiber length, loss, and locates faults

  • Rugged and portable for field and lab use

  • Intuitive interface for quick trace analysis

  • Generates detailed reports for documentation and compliance

  • Complete kit with launch cables and protective carrying case

Compatible Applications:

  • Singlemode fiber link testing and certification

  • Data center and enterprise network installations

  • Telecom fiber troubleshooting and maintenance

  • Long-haul fiber network verification

Included Accessories:

  • OFP-SM OTDR unit

  • Singlemode launch cables

  • Protective carrying case

  • User manual

  • Batteries for portable operation

Compliance & Standards:

  • Meets international standards for optical time-domain reflectometry (OTDR) and fiber certification

Benefits for Lab/Field Users:
The OFP-SM kit ensures fast, reliable singlemode fiber testing with high accuracy. Its portability, rugged design, and user-friendly interface help technicians troubleshoot, measure loss, and certify fiber networks efficiently in both field and laboratory environments.