Belden Single Mode Cable, 9.2 μm Tinned Copper, Black, 1200 m

Belden Fibre Optic Cable, 1200m Cable Length, 9.2μm Core Diameter - 7804ESP.001200

This Fibre optic cable is designed to transmit single‑mode optical signals over extended runs in industrial and telecom contexts. It provides a continuous 1200 m length of single‑mode Fibre with a small core diameter suited to long‑distance signal propagation, and is configured for outdoor deployment where a robust outer sheath is required.

Features & Benefits

• 9.2 μm core diameter optimises long‑distance single‑mode transmission
  1200 m continuous length reduces jointing and splice points
  Tinned copper jacket enhances mechanical durability and corrosion resistance
  Black outer sheath supports discreet outdoor routing and UV exposure
  Operating range down to −40 °C and up to 75 °C maintains link stability in extremes

**Applications**

• Suitable for long‑haul telecom backbone links in rural installations
  Ideal for outdoor plant interconnections on industrial sites
  Used for single‑mode transmission between remote automation cabinets
  Can be used for long‑distance signal runs in electrical distribution networks

How does the cable jacket affect installation in coastal environments?

The jacket contains tinned copper, which offers improved resistance to corrosive atmospheres compared with plain metal coverings, helping to preserve sheath integrity in saline air.

What temperature extremes can the cable tolerate during operation?

It remains operational at temperatures as low as −40 °C and as high as 75 °C, allowing deployment across a wide climatic range without degrading specified performance.

Does the Fibre type suit high‑bandwidth telecom use?

Yes, the single‑mode core diameter of 9.2 μm is aligned with long‑distance, high‑capacity optical transmission common in telecom and industrial networks.

How does the cable length benefit system design?

A 1200 m continuous reel minimises the number of splices and associated insertion loss, simplifying route planning and reducing field termination time.