Custom Enclosures
Designing an electrical enclosure is not just about the box. Performance, safety, and long-term usability depend on how environmental protection, layout, fabrication, and integration are handled from the start.
Our approach focuses on doing the fundamentals right.
Environmental Protection (NEMA / IP)
The required NEMA or IP rating drives critical design decisions beyond material thickness or door style.
We consider:
-
Indoor vs outdoor exposure
-
Dust, moisture, washdown, or corrosion risk
-
Temperature variation and condensation
-
Gasket type, compression, and continuity
-
Door overlaps, seam design, and penetration strategy
Ratings are achieved through design discipline, not afterthought sealing.
Enclosure Type & Mounting
The enclosure form must suit installation, service access, and future expansion.
Typical configurations include:
-
Wall-mounted enclosures (compact, space-efficient)
-
Floor-standing cabinets (single or multi-door)
-
Modular or sectional enclosures
-
Custom housings for constrained or unconventional installations
Mounting, anchoring, and access clearances are addressed early to avoid field issues.
Internal Layout & Usability
A technically sound enclosure is easy to build, wire, and maintain.
We design for:
-
Logical component placement and wiring flow
-
Adequate wire duct sizing
-
Clearance for heat dissipation and service access
-
DIN rail, back panel, and mounting flexibility
-
Grounding and bonding strategy
Good layouts reduce wiring time, errors, and future rework.
Materials & Fabrication Quality
Quality of fabrication is very important and affects durability and compliance.
We typically work with:
-
Powder-coated steel
-
Stainless steel (when required)
-
Aluminum (application-dependent)
Fabrication details matter:
-
Consistent bends and tolerances
-
Clean welds and corner construction
-
Proper stud welding and grounding provisions
-
Finish quality suitable for industrial environments
Designs are created with manufacturability in mind.
Interfaces & Penetrations
Cable entry and interface points are common failure locations.
We account for:
-
Cable glands, conduit, or cutouts
-
Knockouts vs machined openings
-
Separation of power and control
-
Future expansion allowances
Penetrations are planned, not improvised on the shop floor.
Integration, Standards & Responsibility
Work is developed to align with electrical codes, industry standards, and site installation practices.
We address:
-
Power, control, and instrumentation requirements
-
Grounding and bonding provisions
-
Equipment clearances and access requirements
-
Coordination with installation and inspection
The result is install-ready work that integrates cleanly, passes inspection, and performs reliably in service.