Distribution box AE metal shell is a protective and supporting structural component designed specifically for distribution boxes. It uses metal material as the core carrier and combines "customization" characteristics to adapt to the functional requirements of distribution boxes in different scenarios. Shouke® is the Chinese agent of SKYT, with strict quality standards and supports customization.
Distribution box AE metal shell combines protection, durability, and adaptability, and is widely used in industrial control, building electrical, new energy, communication base stations, and other fields, providing a safe and reliable operating environment for internal electrical components such as circuit breakers, relays, instruments, etc.
The AE box produced by our company adopts a cold-rolled steel plate structure, polyurethane sealing strip, and a pin type hinge for the door, which can be opened 110 ° and perfectly matches with the sealing ring, effectively preventing dust and water from entering the inside of the box.
The box adopts a unique reinforced rainproof groove structure, and is equipped with an electrical component installation plate inside. The surface of the box is treated with electrostatic powder coating, and the installation plate is made of non flower galvanized sheet.
The fully open installation layout facilitates on-site installation, and multiple installation methods such as wall mounted, floor standing, and cantilever can also be selected.
The distribution box AE metal shell of the distribution box is suitable for scenarios with high requirements for the protection level, structural stability, and environmental adaptability of the distribution box due to its high strength, corrosion resistance, electromagnetic interference resistance, and good heat dissipation.
1. Industrial production scenarios
Industrial environments are often accompanied by mechanical vibrations, dust, oil pollution, or fluctuations in high and low temperatures. AE metal enclosures can provide reliable protection and are one of the core application scenarios:
Manufacturing workshops: such as automobile production lines, mechanical processing workshops, electronic component assembly plants, etc., used to protect and control the distribution boxes of motors, assembly line equipment, sensors, and resist the impact of dust accumulation and mechanical collisions on internal circuits;
Heavy industry: such as iron and steel plants, chemical plants and mining sites, which need to withstand high temperature, humid or slightly corrosive gases, the aging resistance and sealing performance of AE metal shells can reduce the risk of equipment failure;
Energy production site: such as next to photovoltaic power plant inverters and inside wind power towers, used to support power distribution equipment, the shell needs to take into account wind load vibration and dust prevention to ensure stable energy transmission.
2. Outdoor public facility scenes
Outdoor environments face natural erosion such as rainwater, ultraviolet radiation, and low-temperature freezing and thawing, and distribution box AE metal shells (usually paired with waterproof sealing designs) are the key choice:
Municipal engineering: such as road lighting control boxes, traffic signal light distribution boxes, outdoor monitoring power supply boxes, must meet the protection level of IP54 or above to prevent rainwater infiltration and mosquito entry;
Infrastructure: such as supporting distribution boxes outside communication base stations, outdoor charging pile control boxes, and park greening irrigation distribution equipment. The metal shell can resist aging caused by long-term ultraviolet radiation and extend equipment life.
3. Commercial and public building scenes
This type of scenario has a dual requirement for the "safety+aesthetics" of the distribution box. The AE metal shell can be customized to fit the environment through appearance (such as spraying, drawing), while ensuring electrical safety:
Commercial complexes: such as floor distribution boxes in shopping malls, office buildings, and hotels, as well as distribution control boxes in air conditioning rooms, need to be hidden in walls or equipment rooms. The structural strength of the metal shell can adapt to embedded installation and prevent the spread of fire (metal non combustible characteristics);
Public buildings, such as hospital operating rooms, laboratories, and dedicated distribution boxes in data centers, need to be protected against electromagnetic interference (with metal shells shielding electromagnetic radiation) to avoid signal interference with precision equipment (such as medical instruments and servers), while meeting strict standards for fire prevention and electric shock prevention.
4. Scenarios with special protection requirements
For scenarios with extreme environments or specific safety standards, AE metal casings can be adapted through customized processes such as galvanizing, spraying, and explosion-proof treatment
Explosion proof scenarios: such as gas stations, oil and gas storage areas, and chemical explosion-proof workshops. Distribution box AE metal shells comply with explosion-proof standards (such as Ex d Ⅱ B T4) to prevent internal circuit sparks from igniting external flammable and explosive gases;
High humidity/corrosive scenarios: such as aquaculture bases, seaside facilities, electroplating workshops, the shell needs to undergo anti-corrosion treatment (such as stainless steel material or special coating) to resist water vapor and chemical corrosion.
