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The NBC-R4AC/4,0-94L/R4AC is a pre-assembled Ethernet cable manufactured by Phoenix Contact. It features RJ45 connectors on both ends, designated as R4AC type, configured for straight-through wiring. The cable length is specified as 4.0 meters. The product utilizes Cat. 5e cabling standards to support data transmission speeds up to 100 Mbps and operates within a frequency range of up to 100 MHz. The conductors are constructed from tinned copper wire with a cross-section of 24 AWG (0.25 mm²). The outer jacket is made of PVC material in orange color, providing flexibility and durability for industrial networking applications.
Verify the specific connector housing type and cable length against project requirements before ordering. Confirm that the Cat. 5e specification meets the bandwidth needs of the intended application. Ensure environmental conditions align with the PVC jacket temperature ratings. Check for any specific certification requirements such as UL or CE marking relevant to the installation region.
Select this model when a fixed-length 4-meter connection is required between two RJ45 ports. Consider the straight-through pinout for standard device-to-switch or device-to-PLC linking. Evaluate the 24 AWG conductor size for adequate current carrying capacity if power over Ethernet is utilized. Assess the orange jacket visibility needs within complex wiring environments.
This component belongs to Phoenix Contact's NBC series of pre-wired Ethernet cables. These products are designed for reliable data communication in industrial settings. The R4AC connector variant indicates a specific housing design compatible with standard RJ45 ports. The series emphasizes plug-and-play functionality to reduce assembly time and potential wiring errors in control systems.
Direct substitutes must match the 4.0-meter length, RJ45/RJ45 configuration, and Cat. 5e specifications. Verify that alternative cables maintain the same 24 AWG conductor gauge and PVC jacket material. Ensure compatibility with existing connector housings and strain relief mechanisms.