01/20/2025 7:48 p.m.
http://34.77.62.133/en/products/fiber-optic-coupler-fc-to-fc-singlemode-simplex-AF031/
Fiber Optic Coupler FC to FC Singlemode simplex
REF: AF031
Specifications
  • Fiber optic coupler that allows the splicing of cables with the minimum possible loss.
  • Coupler with FC / PC connector on both sides.
  • Allows the splicing of simplex Singlemode (SM) cables.
  • Ideal for use in distributors, to facilitate disconnection and quick change.
  • Format to be installed in a patch panel of FC connectors.
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More info
PVP
1.53
Price including VAT: 1.88
PVD
1.20
Shipping costs: 43,11 *
IE-D02 DY88
2 years
warranty
14 days
returns
100%
safe

In stock
Only 8 units

More info
Specifications
  • Fiber optic coupler that allows the splicing of cables with the minimum possible loss.
  • Coupler with FC / PC connector on both sides.
  • Allows the splicing of simplex Singlemode (SM) cables.
  • Ideal for use in distributors, to facilitate disconnection and quick change.
  • Format to be installed in a patch panel of FC connectors.

More info

Fiber optic coupler that enables cable splicing. Small boxes that receive a connector from each side producing the optical coupling, with the minimum possible loss. Ideal for easy disconnection and quick change in distributors. Perfect for connecting a fiber section to measurement equipment.

specs
  • Fiber optic coupler that allows the splicing of cables with the minimum possible loss.
  • Coupler with FC / PC connector on both sides.
  • Allows the splicing of simplex Singlemode (SM) cables.
  • Ideal for use in distributors, to facilitate disconnection and quick change.
  • Format to be installed in a patch panel of FC connectors.
  • Gross Weight: 10 g
  • Product size (width x depth x height): 2.0 x 2.0 x 1.0 cm
  • Number of packages: 1

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Technical terms

  • OM1, OM2, OM3, OM4
OM1, OM2, OM3, OM4
As network cables, fiber optic cables have their international standards. In this instance they are divided into OM1, OM2, OM3 and OM4. The difference between them is based on differences in bandwidth, speed, inside diameter as seen in the table below. To help clarify some concepts, would 9/125 (inside diameter/outside diameter). In the bandwidth can be 850nm, 1350nm or one550nm (nanometers). In the case of application we have put a guidance to help understand the concept, but actually it can be used in many areas.

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