Industrial Electrical Enclosure with Air Conditioner for CNC Machine Tool Control
Product Describe:
1. CNC machine tool control systems: Maintain stable operating temperatures for precision controllers and servo drives in machining workshops with high ambient heat.
2. Industrial automation production lines: Ensure continuous operation of PLCs, HMIs and frequency converters in environments with temperature fluctuations.
3. Data centers and server rooms: Provide localized cooling for edge computing cabinets and network equipment racks in limited space installations.
4. Outdoor electrical equipment shelters: Regulate internal climate for telecom base station cabinets and power distribution units exposed to direct sunlight.
5. Medical device enclosures: Maintain precise temperature control for diagnostic equipment and laboratory automation systems requiring stable thermal environments.
Design:
| Cabinet Type |
Size Range (Width×Depth×Height, mm) |
Air Conditioner 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 |
Material:
Cold rolled steel /Stainless Steel
IP Rating:
IP55 IP65
OEM / ODM Suggestion :
1. Cooling Capacity Matching: 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.
2. Cabinet Material & Sealing: 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.
3. Air Conditioner Installation: 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.
4. Thermal Management Accessories: Integrate temperature sensors (with alarm function), variable-speed fans, and insulation panels (for outdoor models). Use perforated mounting plates to optimize airflow distribution.
5. Power and Control Integration: 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).
