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The HF1324524 is a side-mount filter fan manufactured by Hoffman Enclosures, Inc., designed for electrical enclosure cooling. It operates on a 24V input and delivers an airflow of 197 CFM. The unit features a light gray ABS construction with an IP55 rating. Its dimensions are approximately 6.30 inches in length, 12.83 inches in width, and 12.80 inches in height (160.0mm x 326.0mm x 325.0mm). It utilizes a Click-Fit design for tool-free installation into enclosure walls.
Verify that the specific application requires a 24V DC power supply, as this model differs from the 115V AC variant (HF1316424). Confirm that the enclosure wall thickness accommodates the Click-Fit mounting mechanism. Ensure the required airflow meets the thermal load calculations, as this unit provides 197 CFM. Check for compatibility with existing filter media if maintenance cycles require replacement.
Select this model when a low-voltage 24V solution is preferred over standard line voltage options. The 197 CFM output is suitable for moderate heat dissipation needs within enclosed spaces. Consider the physical dimensions to ensure adequate clearance on the enclosure side. The IP55 rating indicates protection against dust and water jets, making it appropriate for harsher industrial settings compared to lower-rated fans.
This component belongs to the HF Series of side-mount filter fans from Hoffman Enclosures. These units are engineered to provide efficient thermal management while maintaining environmental sealing. The series includes various voltage and airflow configurations to match different enclosure sizes and internal heat loads. The Click-Fit technology is a defining characteristic of this product line, simplifying both initial setup and ongoing maintenance procedures.
The HF1316424 is a direct functional substitute within the same series but operates at 115V AC rather than 24V. Verify power supply availability before swapping. Both models share similar physical footprints and mounting mechanisms. Ensure the new unit's voltage matches the existing system infrastructure to prevent operational failure.