Fluke Networks MFTK-SM1310 Multifiber Pro Kit with Sm 1310 Nm Pmls

The Fluke Networks MFTK-SM1310 Multifiber Pro Kit is designed for network technicians and installers working with singlemode MPO and multifiber networks. Equipped with a 1310 nm PMLS (Power Meter and Light Source) module, the kit enables precise measurement of optical power, loss, and fiber link integrity across multiple fibers simultaneously. It is ideal for testing MPO trunk and breakout cables, reducing troubleshooting time and ensuring reliable network certification. Its rugged and portable design allows technicians to perform testing in both field and lab environments. With an intuitive interface and traceable results, the MFTK-SM1310 simplifies reporting and ensures compliance with industry standards. This kit is essential for enterprise, data center, and telecom networks that require high-performance singlemode fiber testing.

Key Features:

• Singlemode 1310 nm PMLS module for precise fiber testing

• Multifiber testing for MPO trunk and breakout cables

• Accurate optical power and loss measurements

• Rugged, portable design suitable for field and lab use

• Intuitive interface for fast testing and reporting

• Traceable measurements for industry compliance

Compatible Applications:

• Singlemode MPO and multifiber network installation and verification

• Enterprise, data center, and telecom network troubleshooting

• Optical fiber certification and testing

• Field and lab fiber maintenance

Included Accessories:

• 1310 nm PMLS module

• Multifiber launch cables

• Connector inspection accessories

• Protective carrying case

• User manual

• Batteries

Compliance & Standards:

• Meets international standards for singlemode fiber testing and certification

Benefits for Lab/Field Users:
The MFTK-SM1310 kit delivers a portable, all-in-one solution for singlemode multifiber testing. Its PMLS functionality allows technicians to quickly verify, certify, and troubleshoot MPO fiber networks, ensuring high-quality installations and reliable network performance in both field and lab environments.