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High-efficiency air supply outlet installation arrangement points

The high-efficiency air supply is a kind of terminal filtration device installed in the purified air conditioning system, which is widely used in medicine, health, electronics, chemical industry, and other industries, and is the key equipment to meet the purification requirements. The main function of a high-efficiency air supply is to supply air to clean rooms of various cleanliness levels and structures, and a high-efficiency air supply meets the requirements of the new GMP validation.

Compared with the general air supply outlet in the market, the high-efficiency air supply outlet has the following characteristics:

1. "0" leakage: adopting patented technology structure, eliminating leakage from design and process, wet and dry use, with DOP and differential pressure detection holes, in line with cGMP norms;

2. Modular: the filter adopts a replaceable design, with no need to replace together with the box, which reduces cost and saves resources;

3. Forward-looking: compact structure design, suitable for occasions with restricted ceiling space, greatly saving space.

High-efficiency air supply outlet installation layout should pay attention to the following principles:

1. The arrangement of a high-efficiency air supply outlet needs to consider the indoor airflow organization, noise, building decoration, installation, and maintenance requirements;

2. Select a high-efficiency air supply outlet according to the room structure. If there is a suspended ceiling, according to the height of the air-conditioning area and the use of airflow requirements, respectively, the use of a round, square diffuser; side-mounted replacement air supply outlet installation, the height from the ground is less than 0.8m

3. For indoor heat dissipation in large places or tall spaces, should give priority to the use of airflow stability of the lower part of the air supply.

4. High-efficiency air outlet air velocity should be based on air supply, air supply type, installation height, indoor air velocity and noise, and other factors to determine.