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The AU84X7824BLP is a universal freestanding industrial enclosure manufactured by Hoffman Enclosures, Inc. Constructed from mild steel with an ANSI 61 Gray finish, it features a dual-door design with both sides open for versatile access. The unit measures 84.13 inches in height, 77.99 inches in width, and 24.13 inches in depth. It provides robust environmental protection, certified to NEMA 3R, NEMA 4, NEMA 12, IP66, and IK10 standards, ensuring suitability for demanding industrial environments requiring high ingress protection and impact resistance.
Verify that the specific order matches the AU84X7824BLP part number to ensure correct dimensions and dual-door configuration. Confirm that the required environmental rating aligns with the NEMA 4/IP66 certification. Check for any necessary internal accessories such as mounting rails or cable glands, as these are typically sold separately. Ensure site conditions match the freestanding design requirements rather than wall-mount specifications.
Select this model when high accessibility via dual-sided doors is critical alongside maximum environmental protection. The universal freestanding format allows integration into various rack systems. Consider the substantial footprint and weight due to the mild steel construction. Verify that the 24.13-inch depth accommodates the deepest internal components. This unit is suitable where IK10 impact resistance is mandated for safety compliance.
This component belongs to the Universal Freestand Enclosures Series by Hoffman Enclosures, Inc. It is designed as a modular solution for large-scale industrial applications. The series emphasizes flexibility through universal mounting options and standardized dimensions. The AU84X7824BLP represents a high-capacity variant within this lineup, focusing on durability and comprehensive protection for sensitive electronic hardware in challenging operational settings.
Public confirmed substitute part numbers are not available in the provided documentation. Users should verify compatibility with existing rack structures before considering alternative models. Direct replacements must maintain identical dimensional constraints and environmental ratings to ensure seamless integration without structural modifications.

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