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EXFO Optical Loss Kit Quad Power Meter & Light Source

  • Quad optical power meter for simultaneous multi-fiber testing
  • Integrated light source for complete optical loss testing capabilities
  • Accurate insertion loss, power level, and continuity measurements
  • Supports singlemode and multimode fiber network applications
SKU: EXFO-OPTICAL-LOSS-KIT-QUAD-EI-EUI-91-EA-EUI-91-FOAS-54-GP-10-061-A

$3,600.00

Product Description

EXFO Optical Loss Kit Quad Power Meter & Light Source

The EXFO Optical Loss Kit with Quad Power Meter & Light Source is a comprehensive fiber optic testing solution designed for technicians who need accurate, efficient optical loss measurement across multiple fiber networks. This professional-grade kit combines a high-performance quad optical power meter with a dependable light source, allowing users to test multiple fibers simultaneously for faster certification, troubleshooting, and maintenance. Ideal for data centers, telecom providers, enterprise networks, and FTTH installations, this all-in-one optical loss testing kit improves productivity while delivering precise insertion loss and power level measurements. Engineered for field durability and reliable performance, EXFO’s optical loss kit is essential for maintaining high-speed fiber optic infrastructure.

Key Features:

  • Quad optical power meter for simultaneous multi-fiber testing
  • Integrated light source for complete optical loss testing capabilities
  • Accurate insertion loss, power level, and continuity measurements
  • Supports singlemode and multimode fiber network applications
  • Ideal for telecom, enterprise, data center, and FTTH deployments
  • Portable field-ready design for on-site testing and troubleshooting
  • Reduces testing time while improving network certification efficiency
  • Durable carrying case and accessories for organized transport

Streamline your fiber certification and troubleshooting process with the EXFO Optical Loss Kit Quad Power Meter & Light Source. Order today to improve testing speed, ensure network performance, and maximize fiber installation accuracy.