The cabinet-type explosion-proof air conditioner looks similar to the common cabinet air conditioner and usually has a greater cooling and heating capacity, which is suitable for larger spaces.

The wall-mounted explosion-proof air conditioner is installed on the wall and does not occupy floor space. Its protection level reaches Ex d ib mb IIC T4 Gb and can meet the requirements of flammable and explosive environments such as oil platforms, cargo ship ports, power engineering, metallurgical industry, pharmaceutical industry, chemical plants, etc.

The ceiling cassette-type explosion-proof air conditioner is generally installed on the ceiling and supplies air evenly in four directions, ensuring that the coolness reaches every corner of the room.

The window-type explosion-proof air conditioner is an integral type and is installed on the window.

In addition, explosion-proof air conditioners can also be classified according to the shell material, such as cast iron, aluminum-plastic, etc.; according to the function, they can be divided into single cooling, heating and cooling; according to the electric current, they can be divided into 220V, 380V, etc. In some specific places, such as laboratories, workshops, etc., different styles and specifications of explosion-proof air conditioners may be selected according to actual needs.

The appearance and usage of explosion-proof air conditioners are similar to ordinary air conditioners, but in the structure, compound explosion-proof technologies such as flameproof type, intrinsically safe type, and potting type are adopted. The electrical system, including the compressor, fan, electrical circuits, etc., has undergone explosion-proof treatment to ensure safe use in flammable and explosive environments. At the same time, explosion-proof air conditioners produced by different manufacturers may have differences in detail design. When choosing an explosion-proof air conditioner, a comprehensive consideration should be made according to the specific circumstances of the usage environment, such as the degree of danger, the requirements of the explosion-proof level, the size of the space, and other factors.