StarTech.com N6PAT7MYLS Cat6 Ethernet Cable, UTP, 7 m, Yellow Low Smoke Zero Halogen

StarTech Ethernet Cable, 7m Cable Length, Yellow Jacket - N6PAT7MYLS

This Ethernet cable provides reliable network connectivity for industrial and commercial installations, designed for use where reduced smoke and halogen emissions are required. It is a Cat6 UTP solution with stranded copper conductors optimised for flexible routing and repeated handling in control panels, machinery enclosures and patching applications. The jacket is yellow and uses Low Smoke Zero Halogen material, making it suitable for environments prioritising occupant and equipment safety.

Features and Benefits:

• 28 AWG stranded copper for high‑flex cable routing and movement
  UTP construction minimises interference without added shielding
  RoHS‑approved materials reduce harmful substances in production
  3.6mm outside diameter fits dense cable management systems
  Operating range 10°C to 60°C supports varied indoor conditions

Applications

• Suitable for connecting PLCs and automation controllers in plant rooms
  Ideal for patching at network racks and distribution frames
  Used with test equipment and temporary site networks
  Can be used for linking sensors and field devices requiring flexibility

What conductor type ensures repeated flexing durability?

The cable uses stranded copper conductors which provide greater flexibility and endurance under frequent bending compared with solid conductors.

How does the jacket material affect safety in enclosed spaces?

The Low Smoke Zero Halogen jacket reduces toxic and dense smoke output during combustion, improving visibility and lowering corrosive gases in confined areas.

What temperature conditions can this cable withstand during operation?

It is rated for use between 10°C and 60°C, appropriate for most indoor industrial and equipment‑room environments.

Is the cable suited for dense cable trays and conduit runs?

Yes
its 3.6mm outside diameter and flexible construction make it appropriate for Compact routing and high‑density installations.