1408460

Overview

Phoenix Contact part number 1408460 is a sensor cable belonging to the PLUSCON Field product series. It features an eight-pole configuration with M8 male connectors on both ends, designated as SAC-8P-M 8MS/ 3,0-PUR SH. The cable assembly utilizes a polyurethane (PUR) jacket and includes shielding for electromagnetic interference protection. It is rated for an IP65 ingress protection level when mated, ensuring suitability for demanding industrial environments.

Feature Summary

• Eight-pole signal transmission capability via M8 connectors
• Polyurethane jacket construction for mechanical durability
• Integrated shielding for noise reduction in industrial settings

Applications

• Industrial automation signal transmission
• Sensor and actuator connections
• Factory floor wiring systems

Procurement Notes

Verify the specific connector gender and pin count against project requirements before ordering. Confirm that the PUR material and IP65 rating meet the environmental conditions of the installation site. Ensure compatibility with existing M8 interfaces in the control system architecture.

Selection Notes

Select this component for applications requiring robust, shielded connections between sensors and controllers. The M8 interface offers compact connectivity suitable for space-constrained panels. Consider the PUR jacket's resistance to oils and abrasion when evaluating long-term reliability in harsh operational conditions.

Part Context

This cable is part of the Phoenix Contact PLUSCON Field series, designed for field-level automation tasks. The series emphasizes reliable data transfer in industrial networks. The specific model integrates standard M8 technology with high-quality materials to support consistent performance in automated machinery and process control systems.

FAQ

What is the connector type for this cable?

The cable uses M8 connectors on both ends, configured as a male-to-male assembly.

Is this cable shielded?

Yes, the cable includes shielding to protect against electromagnetic interference in industrial environments.