HellermannTyton Connectivity FBAMMBG-LCLCDX-FL001 LC to LC Multimode Duplex Fibre Optic Adapter, 0.3dB Insertion Loss

HellermannTyton Connectivity HT-DS-FIBRE-ADAPTORS-R10 Series Fibre Optic Adapter, 0.3dB Insertion Loss, LC to LC Connector Type - FBAMMBG-LCLCDX-FL001

This fibre optic adaptor connects two LC multimode duplex connectors to enable optical signal pass-through within cabling systems. It is intended for use in LAN and telecom environments where compact, panel-mounted coupling is required and supports common Ethernet and datacom link types.

Features and Benefits:

• Insertion loss ≤0.3dB for minimal signal degradation
  Duplex LC interface enabling paired channel connections
  PBT housing providing dimensional stability and chemical resistance
  Complies with IEC61754 and IEC61753-1 for connector interface consistency
  Meets GR-326 Core Issue 4 for mechanical and optical interchangeability
  RoHS-compliant materials reducing hazardous substance content

Applications

• Suitable for duplex LC multimode patch panel installation
  Ideal for metropolitan and access network interconnects
  Used with Gigabit Ethernet and higher-speed LAN links
  Can be used for telecom and datacom equipment racks
  Suitable for fibre multimode patch lead coupling in cabinets

What materials form the external body and sleeves?

The outer casing is moulded from polybutylene terephthalate while sleeve options include phosphor bronze or zirconia depending on required wear and alignment characteristics.

What operating temperatures can it tolerate?

The adaptor functions across a broad range from -40°C to +75°C, suitable for indoor and controlled-environment infrastructure.

How does the coupling perform mechanically during connector withdrawal?

Sleeve and ferrule withdrawal forces are controlled within a 200gf-600gf range to maintain retention without excessive connector stress.

Which connector arrangements are available beyond duplex?

Variants in the family include simplex and quad formats to suit different port densities and patching requirements.