30818289

Overview

The nVent SCHROFF 30818289 is an unshielded aluminum front panel designed for 3U rack mounting systems. It features a height of 128.4 mm and a width of 106.3 mm, corresponding to 21 HP (Huttinger Pitch) compatibility. The component is constructed from aluminum material and complies with RoHS regulations. This specific part number identifies the physical dimensions and form factor required for integration into standard industrial enclosure frameworks.

Feature Summary

• Constructed from aluminum material for structural integrity
• Designed as an unshielded front panel solution
• Compatible with 3U rack mounting standards

Applications

• Industrial control cabinet front access
• Rack-mounted equipment housing
• Enclosure system faceplate installation

Procurement Notes

Verify that the required mounting configuration matches the 3U standard and 21 HP width specification. Confirm that the unshielded design meets the electromagnetic interference requirements of the intended application environment. Ensure compliance with RoHS directives if applicable to the project specifications before finalizing procurement.

Selection Notes

Select this component when a 3U height and 106.3 mm width are required for a rack-mounted assembly. The aluminum construction provides necessary rigidity for front panel applications. Consider the unshielded nature of the part when evaluating environmental protection needs against alternative shielded options within the same series.

Part Context

This part belongs to the nVent SCHROFF 30818 Series, which comprises various aluminum front panels for box and rack accessories. The series offers multiple configurations differing in height, width, and shielding characteristics to accommodate diverse enclosure requirements within standardized industrial mounting frameworks.

Replacement Considerations

Consult official nVent SCHROFF documentation for verified substitute part numbers within the 30818 series or compatible product lines. Cross-reference dimensional specifications and mounting hole patterns to ensure mechanical interchangeability without modifying existing enclosure structures.