1433281

Overview

Phoenix Contact part number 1433281 is a pre-assembled bus cable designed for industrial automation networks. It supports CANopen and DeviceNet communication protocols. The component features a male connector on one end and a straight connector on the other, with a specified length of 920 mm. It utilizes a shielded design to ensure signal integrity in electrically noisy environments.

Feature Summary

• Pre-assembled configuration eliminates manual termination requirements
• Shielded construction provides electromagnetic interference protection
• Compatible with standard industrial fieldbus architectures

Applications

• CANopen network interconnections
• DeviceNet system wiring
• Industrial sensor and actuator linking

Procurement Notes

Verify the specific connector coding and shielding type against your system schematic before ordering. Confirm that the 920 mm cable length meets your installation spatial constraints. Ensure compatibility with existing Phoenix Contact mating connectors to guarantee proper mechanical engagement and electrical continuity within the bus topology.

Selection Notes

Select this model when a fixed-length, factory-terminated solution is required for CANopen or DeviceNet deployments. It is suitable for applications where consistent impedance and shielding performance are critical. Consider this option over custom assembly to reduce installation time and minimize potential connection errors in production environments.

Part Context

This component belongs to Phoenix Contact's range of pre-wired bus cables. These products are engineered to simplify the deployment of industrial communication networks by providing reliable, tested connections. They integrate seamlessly with the manufacturer's broader ecosystem of sensors, actuators, and controllers.

Replacement Considerations

No public substitute part numbers are documented for this specific item. Verify if alternative lengths or connector configurations from the same product family meet your requirements instead of seeking direct cross-references.