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Phoenix Contact part number 1481701 is an aluminum heatsink designed for the UCS housing series. It functions as a side wall component, manufactured from anodized aluminum to facilitate thermal management within industrial enclosures. The unit measures 96 mm in width and 40.1 mm in height according to primary specifications, while secondary data indicates a width of 116 mm. This component serves as a replacement for standard side panels, enabling direct installation to enhance heat dissipation capabilities for electronic devices housed within the compatible UCS system.
Verify dimensional compatibility carefully before procurement, as source documentation presents conflicting width measurements (96 mm versus 116 mm) for this specific heatsink model. Confirm that the target application utilizes the Phoenix Contact UCS housing series to ensure proper fitment. Ensure the required finish is anodized aluminum, as specified in the official product description. Cross-reference the part number 1481701 with current manufacturer catalogs to validate availability and technical accuracy prior to ordering.
Select this component when enhanced passive cooling is required for devices installed within the UCS housing series. It is appropriate for applications where standard side panels provide insufficient thermal dissipation. Choose this heatsink if the design requires a tool-free or simple mechanical integration into existing enclosure structures. Consider this option when replacing damaged or missing side panels with thermally conductive alternatives.
This heatsink belongs to the Phoenix Contact UCS housing series portfolio, which provides comprehensive solutions for industrial automation and control systems. The UCS series is known for compact design and reliable protection of internal components. This specific accessory supports the series by addressing thermal constraints, ensuring stable operation of sensitive electronics under varying environmental conditions without requiring active cooling mechanisms.
Official documentation states this heatsink can replace a side panel. Verify exact dimensional overlap with existing UCS models to ensure structural integrity. No alternative part numbers are explicitly confirmed as direct substitutes in the provided source material.