Parker Ionics for Switchgear Cabinets
Switchgear cabinet finishing depends on controlled handling of cabinet shells, doors and removable panels before electrical assembly. Double D Mechanical supports Parker Ionics powder booths, lines and ovens through installation, relocation, exhaust, make-up air, utility and service access planning.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Cabinet Height And Travel Path
Tall cabinet shells need clear movement through staging, booth entry, oven entry and cool-down space. A layout review should check hanger or cart method, part swing, aisle width, overhead clearance and transfer points before equipment is set.
Door And Panel Handling
Doors, side panels and covers may run separately from the main shell. Racks should protect visible faces and edges while leaving room for masking, inspection and movement to cure.
Powder Collection And Heat Exhaust
Collector air, oven exhaust and make-up air should be coordinated with other process ventilation. Fan placement, duct runs and discharge routing can affect building pressure and the predictability of the coating area.
Trade Sequencing Around The Line
Booth panels, ovens, conveyors, ductwork, electrical feeds, compressed air, controls and heat source connections need a clear work order. Sequencing helps keep access open for installers and reduces interference between trades.
Frequently asked questions
What is important to measure before installing switchgear finishing equipment?
Measure cabinet height and depth, rack travel, ceiling clearance, door openings, floor space, roof structure and utility paths.
How can finished panels be protected during production?
Use stable racks, clear staging, short transfer paths and protected cool-down space away from fabrication dust and forklift traffic.
What utilities are usually involved?
Electrical service, compressed air, controls, exhaust ductwork, make-up air and gas or another heat source may need coordination.
What helps scope a Parker Ionics relocation?
Existing equipment drawings, photos, utility notes, duct routing, access constraints and the intended new production flow help define relocation work.