Alpha Wire 1235 SV005 Кабельная муфта

Belden FIT Wire Management Series Cable Sleeve, 30m Sleeve Length, Silver - 1235 SV005

This cable sleeve provides robust braided protection for wiring in industrial environments, forming a flexible cover that manages and guards bundles against mechanical abrasion and external interference. Constructed from tinned copper braid in a silver finish, it offers conductive coverage suitable for routing and organising harnesses across automation, electronics and electrical assemblies.

Features & Benefits

• Braided construction delivers abrasion resistance for extended service life
  Tinned copper material affords conductivity for EMI mitigation
  1.14mm wall offers substantial mechanical robustness for heavy-duty use
  30m length supplies continuous runs for large installations
  Silver finish enables easy Visual identification in complex harnesses

**Applications**

• Suitable for shielding cable runs in control cabinets
  Ideal for protecting wiring harnesses in manufacturing equipment
  Used with sensor and actuator cabling in automation systems
  Can be used for retrofitting EMI protection on electrical panels
  Suitable for routing loom bundles in mechanical assemblies

How does the sleeve help reduce electromagnetic interference?

The tinned copper braid forms a conductive envelope that can be earthed to provide a shield against radiated and conducted EMI when connected to an appropriate earth.

What handling characteristics should installers expect during routing?

The braided construction provides flexibility for tight bends and ease of overbraiding connectors while retaining shape and resisting fraying during installation.

Is the product appropriate for long continuous cable runs?

Yes, the supplied 30m length supports extended routing without frequent joins, minimising discontinuities in coverage for large installations.

How does the surface finish affect compatibility with other components?

The silver‑coloured tinned surface is compatible with metal fittings and allows clear Visual differentiation when integrating with multi‑conductor looms.