HF1326414R

Overview

The Hoffman Enclosures HF1326414R is a side-mount filter fan designed for electrical enclosures. It operates on 230 VAC with a power consumption of 0.34 A. The unit delivers an airflow capacity of 395 CFM (671 m³/hr). It features a click-fit mounting system that requires no tools or screws for installation into the enclosure wall. The design allows grilles to open easily for filter maintenance.

Feature Summary

• Click-fit mounting system enables tool-free installation directly into enclosure walls
• Grille mechanism opens with minimal effort to facilitate rapid filter replacement
• Side-mount configuration optimizes space utilization within electrical panels

Applications

• Ventilation for industrial electrical control panels
• Cooling for outdoor-rated NEMA enclosures
• Heat dissipation in telecommunications equipment housings

Procurement Notes

Verify voltage compatibility matches the 230 VAC specification before procurement. Confirm physical dimensions align with existing enclosure cutouts to ensure proper fitment. Check ambient temperature ratings against operational requirements. Ensure the side-mount orientation suits the specific panel layout constraints.

Selection Notes

Select this model when tool-free installation and maintenance accessibility are priorities. Choose based on the required 395 CFM airflow capacity for the specific enclosure volume. Consider the 230 VAC input requirement relative to available power sources. Evaluate the side-mount form factor against other ventilation options like top-mount fans.

Part Context

This component belongs to the Hoffman HF series of side-mount filter fans. These units are engineered for robust performance in demanding environments. The series emphasizes ease of installation and maintenance through innovative mechanical designs. They are commonly specified for protecting sensitive electronic components from dust and debris while providing necessary thermal management.

Replacement Considerations

Consult official nVent Hoffman documentation for direct cross-references. Verify dimensional compatibility if substituting with similar models. Ensure electrical specifications match exactly to prevent operational issues.