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The CSD363612SSST is a wall-mount enclosure manufactured by Hoffman Enclosures, Inc. It features a sloped top design constructed from 304 stainless steel with a #4 smooth brushed finish. The unit measures 36 inches in length, 36 inches in width, and 12 inches in depth. It is rated for NEMA 12, 3R, 4, and 4X environments, providing protection against dust, dripping water, splashing water, and hose-directed water. The enclosure includes a hinged door secured by quarter-turn latches and meets UL 508A and CUL standards.
Verify the specific suffix requirements when ordering, as variations may exist within the Concept series. Confirm that the required mounting hardware and internal accessories are included or ordered separately. Ensure the facility's environmental conditions align with the NEMA 4X rating before finalizing procurement. Check for any regional shipping restrictions due to product weight or dimensions.
Select this model when both high corrosion resistance and a sloped roof are necessary. The 304 stainless steel construction offers durability in harsh chemical or wet environments compared to painted steel alternatives. The 36x36x12 dimensions provide substantial internal volume for complex wiring or multiple components. Consider the quarter-turn latch mechanism for frequent access needs while maintaining a secure seal.
This component belongs to the nVent Hoffman CONCEPT series, which emphasizes streamlined aesthetics and robust performance. The series is designed for demanding industrial settings where standard enclosures may fail due to environmental stressors. The sloped top variant specifically addresses issues related to water accumulation on flat surfaces, enhancing longevity in outdoor or washdown areas.
Direct replacements must match the 304 stainless steel material and sloped top configuration. Verify that substitute models maintain the same NEMA 4X rating and UL 508A listing. Ensure dimensional compatibility if existing mounting points or adjacent equipment restricts size changes. Check if alternative latch mechanisms affect operational workflow.

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