Freestanding Operator Console Enclosure (Sloped Top Enclosure)
Electrical Enclosures
The sloped-top design provides an ergonomic interface for operators, ensuring easier monitoring and control of equipment. The cabinet includes a well-designed ventilation system with high-efficiency fans and air vents, allowing effective heat dissipation to maintain a stable operating temperature and extend the lifespan of electrical components.
It also supports flexible customization, offering a range of dimensions, electrical configurations, and functional modules to suit different industrial applications.
- The top console surface can be lifted and held in place by gas spring supports for easy installation and maintenance.
- The front single or double doors are elevated approximately 25 mm above the ground to ensure smooth opening and convenience.
- Concealed hinges provide a clean appearance without protruding into the frame and allow easy removal of door panels.
- The grooved cabinet edges prevent dust and water ingress, working seamlessly with the gasket to form a complete protective seal.
- Polyurethane foaming technology ensures excellent sealing performance across the entire enclosure.
| Model | Dimensions | ||
| H (mm) | W (mm) | D (mm) | |
| | 980 | 600 | 400-480 |
| | 980 | 800 | 400-480 |
| | 980 | 1000 | 400-480 |
| | 980 | 1200 | 400-480 |
The above table shows standard reference dimensions. For non-standard or custom enclosures, production can be tailored according to customer requirements.
- One galvanized mounting plate
- Front double doors with rear panel (600 mm width models use a single front door)
- Top cover support
- Colors: RAL7032 or RAL7035 (powder-coated) or custom colors available
- Material: Stainless steel 304 / 316 or cold-rolled steel
- Surface Treatment: Phosphated base coating with external powder coating
- Thickness: Door 2.0 mm, cabinet body 1.5 mm, mounting plate 2.5 mm (galvanized)
- Protection Level: IP54
What should be done if electrical faults occur, such as short circuits, open circuits, or poor contact?
Inspect all electrical connections and wiring to identify the fault location. Repair or replace any damaged or loose components as necessary.
What causes mechanical failures, such as motor rotor seizure or transmission breakage?
Such issues are often caused by wear or fatigue of mechanical parts. The solution is to inspect the condition of moving components, locate the failure point, and repair or replace the affected parts accordingly.