1201766

Overview

Phoenix Contact part number 1201766, identified as NBC-M12FS/94L/, is a shielded Ethernet network cable. It supports CAT5e performance standards and features an M12 female socket connector. The cable construction includes UL AWM Style 2463 certification with ratings of 80 °C temperature tolerance and 600 V voltage capacity. The assembly utilizes 8 positions for data transmission.

Feature Summary

• Highly flexible design suitable for dynamic industrial environments
• Shielded construction to ensure signal integrity in electromagnetic interference conditions
• M12 push-pull style connection interface for secure mating

Applications

• Industrial automation systems requiring robust Ethernet connectivity
• Process control networks demanding high flexibility
• Facility management infrastructure

Procurement Notes

Verify the specific suffix code (e.g., /94L/) against the official Phoenix Contact datasheet to confirm length and material specifications. Ensure compatibility with M12 coding standards required by the target device. Confirm RoHS compliance status if restricted substances are a project constraint. Cross-reference the UL listing details for electrical rating validation.

Selection Notes

Select this component when a shielded, flexible Ethernet solution with an M12 interface is required. The CAT5e rating ensures standard Gigabit Ethernet compatibility. Consider the 80 °C thermal rating for environmental suitability. Verify that the external cable diameter fits within the connector's strain relief range.

Part Context

This product belongs to the Phoenix Contact NBC series of pre-assembled network cables. These components are designed for reliable data transmission in industrial settings. The M12 connector system provides a standardized, ruggedized connection method widely adopted in factory automation and machine building sectors.

Replacement Considerations

Check for identical M12 female configurations and CAT5e shielding requirements. Ensure substitute parts match the UL 2463 certification and voltage ratings. Verify mechanical dimensions and pinout compatibility with existing panel layouts.