StarTech.com N6PAT10MBKS Cat6 Ethernet Cable, UTP, 10 m, Black Low Smoke Zero Halogen

StarTech Ethernet Cable, 10m Cable Length, Black Jacket - N6PAT10MBKS

This Ethernet cable provides a flexible network connection for industrial and commercial installations. Designed as a Category 6 unshielded twisted pair lead, it supports typical Cat6 networking requirements while using fine-strand conductors for enhanced bendability. The jacket is halogen-free and produces minimal smoke in the event of fire, making it suitable for environments where reduced toxic emissions are necessary.

Features and Benefits:

• Stranded copper conductors improve flexibility for frequent movement
  Low smoke zero halogen jacket reduces harmful emissions during fire
  28AWG conductor size allows high-flex routing in confined spaces
  Unshielded twisted pair construction simplifies terminations
  Operates across a broad temperature range for varied sites

Applications

• Suitable for office network patching where flexibility is required
  Ideal for automation cabinets with space-constrained routing
  Used for temporary site networks and test benches
  Can be used for interconnects in electronics workshops

What material is used for the conductors and why does it matter?

The conductors are copper, which provides reliable electrical conductivity and consistent signal transfer for network links.

How does the cable behave under different ambient conditions?

It is rated to operate between 10°C and 60°C, enabling use in standard indoor and some controlled industrial spaces.

Is the outer jacket suitable for safety-conscious installations?

The jacket is low smoke zero halogen, which minimises toxic emissions and smoke density in fire scenarios.

What approval or environmental standard does the cable meet?

It conforms to RoHS requirements, indicating restricted use of certain hazardous substances.

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

The overall diameter is 3.6 mm, allowing it to pass through tight conduits and tray spaces while maintaining signal integrity.