Infrared Cure Ovens for Electrical Switchgear Enclosures
Electrical switchgear enclosure finishing often involves cabinets, doors, panels and frames that need controlled heating without disrupting fabrication flow. Double D Mechanical installs, relocates and services infrared cure ovens with attention to part exposure, exhaust, make-up air, utilities, controls and maintenance access.
Discuss your installationHeating Cabinet Surfaces Evenly
Switchgear enclosures can include deep cabinets, louvered doors, removable panels and welded frames. Infrared oven planning should consider line of sight to coated surfaces, part spacing, rack orientation and shadowed areas that may heat differently than flat panels.
Flow From Coating to Assembly
The cure area should support movement from prep or coating into downstream assembly, inspection or packing. Clearance for cabinet height, door swing, carts, racks and lift equipment helps prevent finished parts from being handled in tight spaces.
Exhaust and Utility Placement
Infrared systems may require electrical service, gas service, control wiring, exhaust ducting and make-up air coordination depending on the equipment. Routing should avoid panel staging, crane paths, busier aisles and locations needed for enclosure assembly.
- Confirm tallest enclosure and widest rack before layout.
- Review access to emitters, fans and controls.
- Keep utility runs clear of future assembly work.
Details for a Field Walk
Useful preparation includes enclosure size ranges, rack or conveyor details, coating process notes, desired throughput, utility locations, ceiling height, roof access points and photos of the proposed cure area.
Frequently asked questions
Why does part orientation matter with infrared curing?
Infrared heat depends on exposure, so shelves, returns, louvers and deep cabinet geometry can affect how surfaces heat.
Can infrared ovens fit into an existing finish line?
They can be reviewed for fit, utility routes, exhaust, controls and part handling around the current line layout.
What enclosure details should be provided?
Provide height, width, depth, weight, rack method, coating areas and any surfaces that are hard to expose.
What service access should be protected?
Access to emitters, electrical panels, fans, sensors, controls and duct connections should remain clear.