Modular electrostatic purifying equipment

Abstract

The invention discloses a modular electrostatic purification device, which comprises an air inlet box, a filter and an air outlet box. The air inlet box and the air outlet box are respectively installed on both sides of the filter. The filter part includes, an electric control part, a chassis, The primary effect filter, the micro-static ionization module and the micro-static dust collection module, the electric control part is arranged at one end of the chassis, and the primary effect filter, the micro-static ionization module and the micro-static dust collection module are sequentially arranged in the air inlet box inside the chassis Between the airflow channel and the air outlet box, the electric control part is electrically connected to the micro-static ionization module and the micro-static dust collection module through wires; the invention can make the air purification equipment generate less ozone and simultaneously collect impurities , Equipment maintenance and cleaning frequency is low.

Description

technical field [0001] The invention relates to the technical field of air filtering equipment, in particular to the technical field of modular electrostatic purification equipment. Background technique [0002] With the pollution of the environment, people's demand for air purification is increasing. The existing glass fiber and non-woven fabric filters are difficult to use in fan coil units, because the static pressure of fan coil units is generally ≤30Pa. The initial resistance of the filter with glass fiber and non-woven fabric as the medium is much greater than 30Pa, and the final resistance is greater than 100Pa. Because of the high resistance, the fan coil unit cannot get wind at all. At the same time, flat static electricity will generate a large amount of ozone, and there will be a crackling discharge sound, resulting in secondary pollution of ozone and noise pollution. The current fan coil purifiers all adopt a fixed structure rather than a modular type, which can...

AI Technical Summary

Problems solved by technology

[0002] With the pollution of the environment, people's demand for air purification is increasing. The existing glass fiber and non-woven fabric filters are difficult to use in fan coil units, because the static pressure of fan coil units is generally ≤30Pa. The initial resistance of the filter with glass fiber and non-woven fabric as the medium is much greater than 30Pa, and the final resistance is greater than 100Pa. Because of the high resistance, the fan coil unit can't get out the wind at all.

At the same time, flat static electricity will generate a large amount of ozone, and there will be a crackling discharge sound, resulting in secondary pollution of ozone and noise pollution.

The current fan coil purifiers all adopt a fixed structure rather than a modular type, which cannot be flexibly matched with the fan coil unit. The existing electrostatic air purification equipment is mainly a single-layer plate electrostatic air purifier, and the purification efficiency is low.

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