StarTech.com N6PAT10MYLS Cat6 Ethernet Cable, UTP, 10 m, Yellow Low Smoke Zero Halogen

StarTech Ethernet Cable, 10m Cable Length, Yellow Jacket - N6PAT10MYLS

This ethernet cable provides reliable network connectivity for structured installations in commercial and industrial environments. Designed as a category6 patch lead with a halogen-free outer sheath, it serves as a flexible link between switches, patch panels, and Active equipment where reduced smoke emissions are required during a fire event.

Features and Benefits:

• 28AWG stranded conductor for enhanced cable flexibility and routing
  Unshielded twisted pair configuration reduces weight and handling complexity
  Low smoke zero halogen jacket for reduced toxic and dense smoke output
  Copper conductors deliver consistent electrical conductivity performance
  10m length supports mid-span connections without additional links
  RoHS conformity minimises restricted substance content for installations

Applications

• Suitable for connecting patch panels to network switches in comms racks
  Ideal for temporary site networks and movable automation rigs
  Used for linking IP cameras and networked sensors in installations
  Can be used for desk-to-wallplate connections in office refurbishments
  Suitable for network continuity testing and lab connectivity setups

What temperature range is appropriate for operation?

The cable is specified for use between 10°C and 60°C, ensuring stable performance within typical plant and office ambient conditions.

How does the jacket material influence safety in enclosed spaces?

The halogen-free, low-smoke sheath limits corrosive gas and dense smoke generation, improving evacuation and equipment protection during incidents.

What is the cable’s external diameter and how does that affect installation?

The conductor assembly results in an outside diameter of 3.6mm which facilitates tight bundling and high-density tray routing.

Is the construction suitable for frequent movement or flexing?

The use of stranded copper conductors provides greater flexibility than solid cores, making it appropriate for patching and movable cabling scenarios.