StarTech.com N6PAT10MPLS Cat6 Ethernet Cable, UTP, 10 m, Purple Low Smoke Zero Halogen

StarTech Ethernet Cable, 10m Length, Purple Jacket - N6PAT10MPLS

This ethernet cable provides a flexible network connection for industrial and commercial environments, designed for data transmission within LAN installations. It uses stranded copper conductors and an unshielded twisted-pair configuration to deliver consistent connectivity for automation and electronics systems while incorporating a jacket engineered to limit hazardous emissions in confined spaces.

Features and Benefits:

• 28AWG stranded conductors enhance cable flexibility for frequent routing
  UTP design supports straightforward installation in patching setups
  LSZH jacket reduces toxic and dense smoke in enclosed areas
  RoHS conformity ensures restricted substance adherence in components
  Operational temperature range up to 60°C enables use in warm cabinets
  Minimum operating temperature 10°C prevents stiffness during cool conditions

Applications

• Suitable for connecting PLCs and control panels in production lines
  Ideal for field wiring inside electrical distribution enclosures
  Used with test racks and bench equipment in electronics labs
  Can be used for patching switches in mechanical engineering workshops

What conductor material is used and why does it matter?

The cable uses copper conductors which provide low electrical resistance for reliable signal transmission in LAN environments.

How does the jacket composition affect safety in installations?

The low smoke zero halogen outer sheath minimises toxic gas and dense smoke during combustion, improving evacuation and equipment safety in confined rooms.

Is this cable suitable for tight routing through cable trays and ducts?

Yes, the stranded conductor construction yields higher flexibility than solid cores, facilitating installation through constrained pathways.

What mechanical characteristic influences cable thickness?

The cable has an overall outside diameter of 3.6 mm, reflecting the combination of conductor gauge and insulation layers that determine bend performance.