HARTING HARTING ix Industrial Ethernet Cable, 0.3 m, Screened, Pre-Assembled Cable, Green, Polyurethane

Harting ix Industrial Series Ethernet Cable, 300mm Length, Shielded Cable Shape - 33483147412003

This Ethernet cable is a terminated Cat5 connection measuring 300mm in length. Designed for robust networking applications, it features a shielded construction, ensuring reliable data transmission. The round cable shape and green outer sheath made from polyurethane lend durability and flexibility to this industrial Ethernet cable.

Features & Benefits

• Shielded design minimises interference for stable connections
• 22AWG wire gauge optimises performance for high-speed data
• Terminated with a straight RJ45 connector for easy setup
• Straight orientation ensures a seamless connection experience
• Compact 300mm length ideal for tight spaces
• Green sheath colour provides easy identification in setups

Applications

• Used for connecting devices in automation systems
• Suitable for installations in electrical and mechanical
• Ideal for connecting network switches to various equipment
• Utilised in industrial environments for reliable data transmission

What makes this cable suitable for high-speed applications?

The use of 22AWG conductors enhances signal integrity and reduces attenuation, making it effective for high-speed networking tasks.

How does the shielded configuration benefit the user?

The shielded design protects against electromagnetic interference, ensuring a stable connection even in electrically noisy environments.

Can this cable be used in harsh conditions?

Yes, the polyurethane sheath provides resistance to abrasion and environmental factors, making it suitable for industrial settings.

What considerations should be taken for connector compatibility?

The RJ45 connector is widely compatible with most networking equipment, facilitating easy integration into existing setups.

Is this cable flexible enough for tight installations?

The round shape and flexible construction allow for easy routing through confined spaces without compromising performance.