Vented Electric Enclosure 2 Doors for Industrial Control Cabinet
Product Describe:
1.Industrial Control Enclosures: Cabinets housing heat-generating internal parts like programmable logic controllers (PLCs) and variable frequency drives. Airflow is facilitated through ventilation apertures to dissipate thermal energy.
2. Outdoor Electrical Distribution Cabinets: In environments characterized by elevated temperatures or direct solar exposure, these units assist in the removal of heat produced by operating internal electrical components, ensuring the maintenance of a consistent operational temperature range.
3. Data Networking Equipment Racks: Enclosures designed for the installation of network infrastructure devices including routers and network switches. Ventilation openings work in conjunction with cooling fans to establish effective heat dissipation pathways, guaranteeing uninterrupted equipment functionality.
4. Motor Control Enclosures: The control mechanisms that drive electric motors generate significant thermal output during operation. Ventilation ports are effective in lowering the internal temperature of the enclosure, thus preventing the frequent activation of motor overload protection systems.
Design:
Application Scenario | Common Size Range |
Industrial Control Cabinet | 600×400×200~2000×800×600 |
Outdoor Distribution Box | 300×200×150~800×600×400 |
Data Communication Equipment Cabinet | 600×600×1000~800×800×2200 |
Motor Control Box | 400×300×200~1000×600×500 |
Material:
Cold rolled steel /Stainless Steel
OEM / ODM Suggestion :
1. Thermal Dissipation Calibration: Determine the necessary airflow aperture size by assessing the cumulative heat emission of internal components. For high-wattage equipment (over 500W), implement tiered ventilation architectures (such as upper exhaust vents paired with lower air intakes) and install particulate filtration screens to mitigate dust accumulation.
2. Mechanical Fortification: When enclosure length exceeds 1200mm, construct the main body using 1.5-2mm cold-rolled steel sheets. Incorporate reinforcing brackets at door-frame junctions to counteract structural warping induced by ventilation port cutouts.
3. Environmental Resilience: In coastal regions, utilize 304 stainless steel construction with laser-etched louvered vents (angled below 45°) to withstand saline atmospheric corrosion. For high-vibration settings (e.g., manufacturing facilities), fit rubberized sealing gaskets around air intake openings to minimize resonant sound transmission.
4. Mounting System Compatibility: Arrange ventilation perforations in offset patterns relative to internal component positioning to preserve unobstructed airflow trajectories.
Safety Standard Adherence: Ventilation orifice diameters must not exceed 12mm to prevent accidental contact with energized components.