Industrial Electrical Enclosure with Air Conditioner for CNC Machine Control - Custom Sizes 600x400x800mm to 1200x1000x2200mm, 500-5000W Cooling
Professional-grade metal electrical enclosure with built-in air conditioning system designed specifically for temperature-sensitive industrial equipment. Features customizable sizing, corrosion resistance, and multiple installation options for optimal thermal management in demanding environments.
| Attribute | Specification |
|---|---|
| Shape | Rectangular |
| Ventilation | Yes |
| Size Range | Customizable from 600×400×800mm to 1200×1000×2200mm |
| Waterproof Rating | IP55 / IP65 |
| Material | Cold Rolled Steel / Stainless Steel |
| Installation | Wall Mounted / Floor Standing |
| Lock Type | Key Lock |
| Number of Doors | 1 or 2 |
| Fireproof | No |
| Color Options | Grey / Custom Colors |
| Corrosion Resistance | Yes |
| Cabinet Type | Size Range (W×D×H, mm) | Cooling Capacity | Typical Applications |
|---|---|---|---|
| Compact Control Cabinets | 600×400×800 ~ 800×600×1200 | 500 ~ 1200 W | CNC machine tools, small automation systems |
| Medium Industrial Cabinets | 800×600×1200 ~ 1000×800×1800 | 1200 ~ 2500 W | Production line controllers, robotic workcells |
| Large Power Cabinets | 1000×800×1800 ~ 1200×1000×2200 | 2500 ~ 5000 W | High-power drive systems, data center edge cabinets |
| Outdoor Weatherproof Cabinets | 800×600×1500 ~ 1200×800×2000 | 1500 ~ 3000 W | Telecom base stations, outdoor power distribution |
Maintain stable operating temperatures for precision controllers and servo drives in machining workshops with high ambient heat.
Ensure continuous operation of PLCs, HMIs and frequency converters in environments with temperature fluctuations.
Provide localized cooling for edge computing cabinets and network equipment racks in limited space installations.
Regulate internal climate for telecom base station cabinets and power distribution units exposed to direct sunlight.
Maintain precise temperature control for diagnostic equipment and laboratory automation systems requiring stable thermal environments.
Calculate heat load based on total power consumption of internal components (add 30% redundancy). For high-density equipment (>200W/rack unit), select inverter-type air conditioners with 1000-5000W cooling capacity.
Use 2mm cold-rolled steel with powder coating (indoor) or 304 stainless steel (outdoor). Ensure IP54/IP55 rating with foam gaskets on door edges to prevent hot air infiltration.
Mount AC units at bottom (for floor-standing cabinets) or top (wall-mounted) to form vertical airflow. Reserve 150mm clearance around the unit for maintenance and airflow.
Integrate temperature sensors (with alarm function), variable-speed fans, and insulation panels (for outdoor models). Use perforated mounting plates to optimize airflow distribution.
Include dedicated AC power supply circuit (16A breaker), remote monitoring interface (Modbus/RJ45), and emergency shutdown switch. For outdoor use, add surge protection devices (SPD).
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