Molex LC2+ Metallic Optical Connectors

Molex LC2+ Metallic Optical Connectors offer metal-housing as a high-performance, discrete-fiber solution for use in severe operating environments. LC2+ Metallic Connectors feature an enhanced latch for improved retention for high shock and vibration environments and a metal body designed to withstand high temperatures up to +150°C. With its ruggedized construction, Molex LC2+ Metallic Connectors are ideal for industrial, telecom, military, and medical applications used in harsh environments.

Features

  • High-temperature metal body
  • Withstands long-run operating temperatures up to +150°C
  • Withstands extended severe shock and vibration exposure without risk of breaking
  • Enhanced latch 
  • Sealing O-ring and strain-relief boots 
  • Simplex, duplex, singlemode and multimode versions

Applications

  • Telecommunications
    • Base stations
    • Wireless antennas
    • Video transmission
  • Military/aerospace
    • Avionics
    • Satellites
  • Industrial
  • Commercial Vehicles
  • Medical

Specifications

  • Metal plug body
  • Metal outer body materials
  • +150°C maximum operating temperature
  • -900µ, 1.60mm, 2.00mm, 3.00mm standard fiber jacket sizes
View Results ( 9 ) Page
Numéro de pièce Fiche technique Mode Couleur Type de port Diamètre de la fibre Série
106397-2402 106397-2402 Fiche technique Multimode White Duplex 127 um 106397
106397-3010 106397-3010 Fiche technique Multimode White Simplex, Duplex 127 um 106397
106397-2427 106397-2427 Fiche technique Multimode White Simplex, Duplex 127 um 106397
106397-1502 106397-1502 Fiche technique Multimode White Simplex 127 um 106397
106397-1604 106397-1604 Fiche technique Singlemode Blue Duplex 126 um 106397
106397-1664 106397-1664 Fiche technique Singlemode Blue Simplex 126 um 106397
106397-1862 106397-1862 Fiche technique Singlemode White Duplex 127 um 106397
106397-1904 106397-1904 Fiche technique Singlemode Blue Simplex 126 um 106397
106397-2202 106397-2202 Fiche technique Singlemode Blue Duplex 125 um 106397
Publié le: 2012-02-22 | Mis à jour le: 2023-08-29