4Fibers rozbiegówka OTDR Launch Cable 150m, single mode G.652D

OTDR Launch Cable 4Fibers

The 4Fibers OTDR Launch Cable is a high-quality measurement cable designed by specialists in OTDR reflectometry. Thanks to extensive experience in performing fiber optic measurements, a reliable and durable product has been created, ensuring high measurement accuracy in all working conditions.

The reinforced construction and carefully selected components guarantee long service life and stable measurement parameters. The quality of connectors in measurement cables has a crucial impact on measurement accuracy; therefore, 4Fibers launch cables provide excellent transmission performance and repeatability of results.

OTDR Launch Cables are available in various lengths and connector polishing configurations, allowing the product to be adapted to the individual requirements of the user. It is also possible to manufacture a cable with a custom length on request.

Key Features and Advantages

• Durable high-density foam housing
• Flexible construction resistant to mechanical damage
• Magnetic surface enabling attachment to metal surfaces
• Carabiner for convenient hanging
• Dust caps protecting the connectors
• Reinforced leads with steel tape and a highly flexible LSOH coating
• Connectors protected with a heat-shrink layer
• Product entirely manufactured in the European Union (Poland)

Technical Specifications

• Fiber: Corning 28e+ G.652.D (SM 9/125 µm)
• Connector insertion loss:
  
  • Typical: < 0.15 dB
  • Maximum: 0.2 dB
• Connector reflectance:
  
  • UPC: < -50 dB
  • APC: < -62 dB
• Housing dimensions: 130 × 140 mm
• Housing thickness:
  
  • Up to 500 m – 24 mm
  • 1000 m – 30 mm
• Weight: < 150 g (for lengths up to 500 m)

Product Specification

Brand: 4Fibers
Product type: OTDR Launch Cable

Available lengths:

• 150 m
• 200 m
• 300 m
• 500 m
• 1000 m

Connector polishing types:

• APC–APC
• APC–UPC
• UPC–UPC

Applications

The 4Fibers OTDR Launch Cable is designed for professional reflectometric measurements in fiber optic installations. It is particularly suitable for:

• OTDR reflectometry measurements
• Installation and acceptance testing of fiber optic networks
• Service and diagnostics of fiber optic infrastructure
• Quality testing of fiber optic connections