1494978

Overview

The Phoenix Contact 1494978 is a housing half-shell designed for the UCS modular enclosure system. It enables the fabrication of custom enclosures with specific dimensions and integrated heat sinks. Constructed from PP-H 2,5/7 material, this component serves as a structural element for industrial electrical installations. The part is manufactured to order and is non-returnable.

Feature Summary

• Enables creation of custom-sized housings within the UCS system
• Supports integration of built-in heat sinks for thermal management
• Fabricated from durable polypropylene material

Applications

• Custom industrial control cabinet assembly
• Enclosures requiring specialized thermal dissipation
• Modular electrical housing construction

Procurement Notes

Verify that the specific UCS model dimensions align with the 145-125 series requirements before ordering. Confirm that the application necessitates a half-shell configuration rather than a complete enclosure. Note that this item is made to order and cannot be returned once produced. Ensure compatibility with associated PCBs or terminal blocks intended for the final assembly.

Selection Notes

Select this component when standard enclosure sizes are insufficient for the project's spatial constraints. Choose this part if the design requires a custom form factor with integrated cooling capabilities. Consider the material properties of PP-H for environmental resistance. Verify that the half-shell design meets the mechanical protection needs of the internal components.

Part Context

This part belongs to the Phoenix Contact UCS (Universal Compact System) family, which provides modular solutions for industrial automation. The UCS system allows for flexible expansion and customization of control cabinets. This specific half-shell complements other UCS accessories to create tailored electrical housing solutions.

Replacement Considerations

No direct public substitute part numbers are confirmed for this specific custom-fabricated half-shell. Alternative solutions may require redesigning the enclosure using different UCS models or generic materials.