Equipment Leveling Feet

HVAC Equipment Leveling Feet

The HVAC Equipment Leveling Feet category is built for fine-tuning the support under your units—where a standard pad or shims are not enough to get things perfectly level and quiet. Uneven slabs, sloped mechanical rooms, rooftop curbs and older utility spaces can throw equipment out of level. Adjustable leveling feet give you precise control over height and pitch so condensate drains correctly, compressors stay properly oiled and fans run smoothly without shaking the structure.

In this section you’ll find adjustable equipment feet, anti-vibration leveling feet, rubber and neoprene-based feet, threaded stud feet and swivel base feet sized for air handlers, fan coils, furnaces, mini-split condensers, small rooftop units, pumps and accessories. Many models combine height adjustment with integrated vibration-damping materials so you can solve both leveling and noise issues at the same time. Thread sizes and bases are matched to common HVAC frames, rails and mounting brackets.

• Adjustable leveling feet for precise height and pitch corrections.
• Anti-vibration feet with rubber or neoprene inserts for noise control.
• Threaded stud feet for frames, rails and equipment bases.
• Swivel and articulating feet to sit flat on uneven floors.
• Corrosion-resistant feet for damp mechanical rooms and outdoor use.

When selecting HVAC equipment leveling feet, verify unit weight, number of contact points, thread size, required adjustment range, floor conditions and noise sensitivity. Light residential air handlers may only need simple rubber leveling feet, while commercial fan coils, pumps and small mechanical skids can benefit from heavy-duty feet with higher load ratings and integral vibration isolation. Correct leveling protects bearings, ensures quiet operation and helps avoid long-term issues with oil return and condensate management.

Pro tip: After setting your HVAC leveling feet and tightening locknuts, recheck level under operating conditions. Fans, pumps and compressors can settle into pads and feet after the first few hours of runtime, so a final check helps lock in smooth, quiet performance.