Alpha Wire Expandable Braided Tin Plated Copper Silver Cable Sleeve, 30m Length 0.781 in Cable Diameter, FIT Wire

Belden FIT Wire Management Series Cable Sleeve, 30m Sleeve Length, Silver - 2171 SV005

This cable sleeve provides a flexible, metal‑braided protective covering designed for routing and safeguarding wiring in industrial environments. Constructed from tinned copper with a silver finish, it offers expandable coverage for bundles of differing thicknesses and is supplied in a continuous 30m length for extended runs. The sleeve is intended for use where mechanical protection and conductive shielding are required in automation, electronics, electrical and mechanical installations.

Features & Benefits

• Braided construction delivers mechanical abrasion resistance and flexibility
  Tinned copper composition provides conductive shielding and corrosion resistance
  Expandable weave accommodates a range of cable‑bundle sizes
  Supports cable diameters from 0.031 in to 0.781 in for varied harnesses
  Supplied as a 30m length for long runs and reduced jointing

**Applications**

• Suitable for protection of wiring looms in automation cabinets
  Ideal for EMI attenuation on signal and power harnesses
  Used for cable management in control panels and switchgear
  Can be used for sleeving loom assemblies in machinery installations

How does the sleeve handle varying cable bundle sizes?

The braided structure expands radially to accept small to medium cable bundles, enabling insertion of multiple conductors without cutting the sleeving.

What electrical characteristic does the construction provide?

The tinned copper braid offers a conductive layer that can function as an earthing or screening path when terminated appropriately.

How is the product supplied for on‑site installation?

It is delivered as a continuous 30m length, allowing installers to cut to required lengths and reduce the need for multiple pieces.

What environmental behaviour can be expected from the material?

The tin plating on the copper improves resistance to oxidation compared with bare copper, helping maintain conductivity in exposed installations.