Alpha WireAlpha Essentials Coaxial Cable, 30m Cat5, Grey, Aluminium/Mylar Tape Shielded, Unterminated PVC Sheath

The Alpha Wire Thin Ethernet® cables are UL and CSA approved and are precisely designed to broadcast video transmission at the highest quality whilst achieving low capacitance, high velocities of propagation and tight tolerances for maxiumum signal intergrity.
The cable contains aluminium sheet individual shielding, external shielding with aluminium sheet and a tinned copper braid. The cable contains 4 pairs of copper conductors, 3 of which are AWG 28 and 1 which is AWG 24. The product was specifically designed for use with ethernet applications, such as: NEC CLL, UL AWM 2919 and PCC FT4.

  UL and CSA

This Ethernet cable is a Cat5 shielded model designed for high-performance networking applications. At 100m in length, it features an Aluminium/Mylar shield and is constructed with stranded 24 AWG and 28 AWG conductors. The grey PVC sheath adds durability, making it suitable for various environments.

• Shielded design reduces electromagnetic interference for stable connections
• Multicore configuration ensures efficient data transmission
• Low capacitance of 64.616 pF/m enhances signal integrity
• Heat-resistant with a voltage rating of 300V for safe use
• Stranded conductors provide flexibility and easy routing
• Compliant with RoHS directives ensuring environmental safety

• Used for connecting devices in industrial automation systems
• Suitable for running high-speed data connections in commercial buildings
• Ideal for enhancing network performance in electronics and electrical
• Utilised in mechanical environments requiring reliable signal integrity

The Aluminium/Mylar shielding effectively reduces signal loss and interference from external sources, ensuring clear data transmission even in high-noise environments. This improves overall network reliability and efficiency.

The multicore design allows the cable to handle higher data rates and reduces the risk of crosstalk between pairs, resulting in improved performance and faster data transfer speeds over long distances.

A low capacitance rating helps maintain signal quality by reducing the delay and distortion that can occur in longer runs. This is particularly beneficial in environments requiring high-speed data transmission or in setups with multiple connections.