Cable Assemblies & Harnesses

Cable assemblies and harnesses ensure robust electrical connections for industrial systems. They improve system reliability and performance by organizing multiple cables into a compact bundle.

  1. Applied Materials 0140-35959 Harness Assy, Service/Process Manometers

    Wiring Harness

    Applied Materials 0140-35959 Harness Assy, Service/Process Manometers

    Applied Materials 0140-35959 Harness Assy, Service/Process Manometers Harness Assy, Service/Process Manometers
  4. Alphawire PIF-240-2 Fiberglass Sleeving 100ft

    Wiring Harness

    Alphawire PIF-240-2 Fiberglass Sleeving 100ft

    Alphawire PIF-240-2 Fiberglass Sleeving 100ft Fiberglass Sleeving 100ft

Popular Manufacturers

Applied Materials Applied Materia ASML AMAT ARO Alphawire Unknown

Common Applications

aerospace systems

automotive manufacturing

industrial automation

telecommunications

medical devices

renewable energy systems

Buying Guide

Cable Assemblies & Harnesses Buying Considerations

  • Determine the specific environmental conditions the assembly will face, such as temperature or moisture.
  • Choose the appropriate materials for insulation and sheathing based on the application's electrical and physical demands.
  • Evaluate the required flexibility and bend radius necessary for installation.
  • Consider the certifications or compliance standards needed for the application, like UL or ISO.
  • Assess the level of customization needed, including wire gauge, connector types, and shielding.

Frequently Asked Questions

What is a cable harness?
A cable harness is an assembly of electrical cables or wires that transmit signals or electrical power.
Why are cable assemblies used in industries?
They provide organized, reliable connections, improving efficiency and safety in complex industrial environments.
What materials are used in cable harnesses?
Common materials include PVC, polyurethane, and thermoplastic elastomers for insulation and protection.
How do you select the right cable assembly?
Consider factors such as application environment, electrical requirements, and assembly complexity.