1408665

Overview

The Phoenix Contact 1408665 is an Ethernet CAT5 network cable rated for 1 Gbps transmission speeds. It features an 8-position configuration with a straight M12 female connector on one end and a free cable end on the other. The assembly utilizes Advanced Shielding Technology for electromagnetic interference protection and carries an IP67 rating when mated. Coding A ensures correct pin alignment, while the SPEEDCON locking mechanism provides secure connection integrity in industrial environments.

Feature Summary

• SPEEDCON locking mechanism for secure connection
• Advanced Shielding Technology for EMI protection
• IP67 ingress protection rating when connected

Applications

• Industrial automation data networks
• Building intelligence system integration
• Ethernet fieldbus connections

Procurement Notes

Verify the specific cable length requirement during ordering, as this model supports variable lengths cut to customer specifications. Confirm that the application environment requires the IP67 rating provided by the M12 connector interface. Ensure compatibility with Category 5 Ethernet standards and 1 Gbps speed requirements before procurement.

Selection Notes

Select this component for applications requiring a pre-terminated M12 female connector paired with a custom-length free cable end. It is suitable for environments needing robust shielding and high ingress protection. Consider the straight connector orientation and Coding A specification to match existing panel or device interfaces.

Part Context

This part belongs to the NBC-M12FS series of network cables from Phoenix Contact. It is designed for building intelligence and industrial connectivity solutions. The product integrates cross-sector data integration capabilities, supporting structured cabling systems where reliable Ethernet communication is essential for operational technology networks.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Verify pinout compatibility and shielding specifications when evaluating alternative components.