StarTech.com N6PAT200CMWHS Cat6 Ethernet Cable, UTP, 2 m, White Low Smoke Zero Halogen

StarTech Ethernet Cable, 2m Cable Length, White Jacket - N6PAT200CMWHS

This ethernet cable provides a flexible network link for data and control connections in industrial and commercial environments. It is a Category6 unshielded twisted pair cable with a white low-smoke zero-halogen jacket designed for installations where reduced toxic emissions are required. The cable’s stranded copper conductors and 2m length make it suitable for patching and short interconnects within equipment racks and control panels.

Features and Benefits:

• Stranded copper conductors provide high-flex routing capability
  28AWG conductor cross-section supports Compact cable management
  UTP construction reduces weight for tidy horisontal runs
  LSZH outer sheath limits hazardous fumes in enclosed spaces
  3.6mm outside diameter eases tight-space cable entry
  Rated for operation between 10°C and 60°C for temperature stability

Applications

• Suitable for connecting field controllers to patch panels
  Ideal for short-range network patching in control cabinets
  Used with test rigs requiring frequent cable movement
  Can be used for office workstation network drops where LSZH is mandated
  Used for linking switches to modular automation devices

What conductor material is used and how does it affect connectivity?

The cable uses copper conductors which ensure good electrical conductivity and consistent signal transmission for Cat6 performance.

How does the jacket material influence installation safety?

The low-smoke zero-halogen sheath minimises toxic and corrosive gas output during combustion, improving safety in confined installations.

Is this cable shielded for EMI-sensitive environments?

No, the cable is unshielded twisted pair (UTP), so it is best used where external electromagnetic interference is controlled or minimal.

How flexible is the cable for repeated movement applications?

The stranded construction increases flexibility compared with solid cores, making it more suitable for high-flex patching and frequent handling.