Megladon Manufacturing HLC® 4.8mm Ruggedized Indoor/Outdoor Fiber Cables

Megladon Manufacturing HLC® 4.8mm Ruggedized Indoor/Outdoor Fiber Cables are designed to provide a reliable solution for the challenges associated with multi-dwelling unit (MDU) deployments and FTTx cabling applications. These 4.8mm cables are ideal for situations requiring a rugged drop cable for use in indoor and outdoor environments. To meet these needs, the HLC® 4.8mm Ruggedized Fiber Cables feature a durable bend-insensitive fiber that can be stapled directly to rafters or wall studs without risk of damage. Megladon’s patented HLC® termination process provides increased scratch resistance and maximum durability. The indoor/outdoor cable assemblies are comprised of high-quality materials, factory-terminated, and tested to meet high industry standards.

Features

  • Hardened Lens Contact (HLC) manufacturing process
  • Highly flexible
  • Indoor/outdoor cable design
  • SCAPC connectors
  • Staple-proof design
  • Bend insensitive glass

Applications

  • FTTx
  • Outside plant fiber
  • MDU deployments
  • Harsh environments
  • Broadband networks

Specifications

  • Performance
    • 1310 and 1550 wavelengths
    • -0.2dB insertion loss (IL)
    • -70dB to -58dB initial return loss (RL) options
    • 0.05dB connector repeatability (IL change)
    • Temperature cycling
      • 0.05dB for IL change
      • 3dB for RL change
    • Vibration loss
      • 0.05dB for IL change
      • 3dB for RL change
    • Cable retention loss
      • 0.1dB for IL change
      • 5dB for RL change
  • Environmental
    • -40°C to +85°C storage temperature range
    • 5% to 95% relative humidity
    • 10mm minimum bend radius
    • 1250nm to 1640nm SM optical wavelength range
    • Radius of curvature
      • 7mm to 25mm for standard HCL
      • 5mm to 12mm for HCL angle-polished physical contact type (APC)
    • 0 to 50µm apex offset
    • Fn (ROC) to 50nm fiber height
    • Angle
      • ±0.2° for standard HCL
      • 7.5° to 8.5° for HCL angle-polished physical contact type (APC)

Videos

Publicado: 2021-11-10 | Actualizado: 2022-03-11