Engineering Requirements

Heavy equipment booths are not scaled-up standard booths.

At 30'+ spans and 80,000+ CFM airflow, every component is custom-engineered — structure, airflow, controls, and integration.

Structural Engineering

Booth spans of 30'+ require engineered structural frames. James Fox Engineering provides calculations for custom I-beam sizing (fabricated from plate steel), column spacing and foundation loads, roof structure and equipment weight, and wind/snow loads per local code. Every large booth gets stamped drawings — no pre-engineered frames at this scale.

Airflow Engineering

Large booths require serious airflow: 40' wide booth at 100 FPM = 80,000+ CFM. Fan systems use multiple units in parallel, VFD control for energy management, and staged exhaust for partial-booth use. PFS engineers complete air systems — not just fan selection.

System Capabilities

Engineering at production scale.

PFS heavy equipment booths integrate the full set of system components needed for large-scale production finishing.

Custom Frame Fabrication

PFS fabricates I-beam structural frames from plate steel — W6×6, W8×4, W10×4 sized to span and load. No pre-engineered frame catalogs at this scale.

Multi-Fan Air Systems

Multiple parallel fan systems with VFD control. Staged exhaust allows partial-booth use for energy management on smaller parts.

Material Handling Integration

Floor conveyors, transfer carts, and crane systems integrated with booth entry/exit. Booth airflow synchronized with material handling speed.

Heated Make-Up Air

Apollo Heat air make-up units sized to booth CFM and local climate. Heated, filtered fresh air for booth pressurization.

Frequently Asked Questions

Heavy equipment paint booths FAQ.

What's the maximum booth width PFS engineers?
PFS regularly engineers booths up to 60'+ wide and effectively unlimited length, depending on facility constraints. Width is bounded by structural engineering and roof span — beyond 60', side-load configurations or open-face booths are typically used.
Are stamped structural drawings included?
Yes. James Fox Engineering provides PE-stamped structural drawings for every PFS heavy equipment booth: I-beam sizing, column spacing, foundation loads, roof structure, and wind/snow loads per local code.
What's the airflow approach for very large booths?
Multiple fan systems in parallel with VFD control. A 40' wide booth at 100 FPM capture velocity is 80,000+ CFM — that's typically 4–8 fans operating together. VFD control allows partial-booth operation for smaller parts and energy management.
Can heavy equipment booths integrate with floor conveyors?
Yes — floor conveyor integration is standard for many heavy equipment lines. PFS engineers booth pit depth, conveyor entry/exit, and air seal integrity around moving conveyors.
How long do heavy equipment booth projects take?
Custom-engineered heavy equipment booths typically run 12–16 weeks from order to ship. On-site installation adds 4–8 weeks depending on size and integration complexity. Total project timeline is usually 16–24 weeks from PO to startup.