1481703

Overview

Phoenix Contact part number 1481703 is a COMBIFIX plug connector element designed for industrial signal and power distribution. It features a spring-cage connection technology that allows for tool-free conductor insertion and secure locking without the need for additional screwdrivers or crimping tools. The component is constructed with a robust housing material to withstand industrial environments, ensuring reliable electrical continuity under vibration and thermal cycling conditions.

Feature Summary

• Tool-free spring-cage connection mechanism for rapid assembly
• Integrated color-coded actuating push button for intuitive operation
• Defined contact force ensures stable long-term electrical performance

Applications

• Industrial control cabinet wiring
• Signal distribution modules
• Automation system interconnections

Procurement Notes

Verify the specific pin count and current rating requirements against the application datasheet before ordering. Confirm compatibility with mating COMBIFIX receptacle housings to ensure proper mechanical engagement. Check for any regional certification requirements such as UL or CE marking relevant to the installation site.

Selection Notes

Select this component when tool-free assembly speed is critical for production line efficiency. Ensure the wire gauge matches the specified range for the spring-cage terminals. Consider the environmental protection rating of the final assembled housing if the connector will be exposed to dust or moisture.

Part Context

This item belongs to the Phoenix Contact COMBIFIX product family, which provides modular connectivity solutions for control engineering. The series is characterized by its compact design and high density capabilities, allowing for efficient space utilization within standard DIN rail mounted enclosures and control panels.

Replacement Considerations

No direct public substitute part numbers are confirmed in the provided documentation. Verify cross-compatibility with existing Phoenix Contact COMBIFIX series components before attempting substitution.