Phoenix Contact CUC Series Male RJ45 Connector, Cable Mount, Cat5 Right Angle 8 -Way

From Phoenix Contact, a series of 8 position RJ45 connectors. These IP20 RJ45 connectors benefit from IDC fast connection technology making them ideal for time critical situations. The connectors have copper alloy contacts with gold over nickel plating, ensuring optimum quality in connections within networking environments. All models are highly reliable and excellent quality.

This RJ45 connector is a vital component for establishing efficient network connections. Designed as a male Ethernet connector, it features a cable mount design with a right-angle orientation that optimises space and organisation. With dimensions of 37.9mm in length, 13.6mm in width, and a depth of 44.7mm, this connector supports Cat5 Ethernet connectivity with a transmission speed of up to 1 Gbps and is rated to protection class IP20.

• Simple assembly without the need for special tools
• One-piece design minimises the risk of assembly errors
• Offers 360° shielding for enhanced signal integrity
• Designed for high shock and vibration resistance
• IDC fast connection allows for easy and efficient wiring
• Gold-plated contacts ensure reliable and corrosion-resistant connections

• Used for reliable connections in industrial automation systems
• Suitable for network installations in electrical cabinets
• Ideal for in mechanical engineering
• Utilised within telecommunications infrastructure for stable performance

The IDC fast connection method facilitates quick and straightforward connections, reducing installation time and ensuring consistent performance across connections. This is particularly beneficial in environments where speed and reliability are crucial.

An IP20 rating signifies that the connector offers protection against solid objects greater than 12mm, but it is not protected against liquids. This makes it suitable for indoor environments where exposure to moisture is limited.

The right-angle design allows for more efficient routing of cables in tight spaces, reducing strain on connections and preventing accidental disconnections, which is especially useful in densely packed installations.