This equipment is an automated rotary spray cleaning device, consisting ofPLCComposed of programmable control system, human-machine interface operating system, main control box, rotating table, cleaning chamber, spray pipeline, drying system, spray pump, and filtration system. This equipment uses water-based cleaning agents for high-pressure spray cleaning and degreasing, compressed air for water cutting, and removal of debris, oil stains, and other impurities remaining in the manufacturing process of workpieces. It has the characteristics of high cleaning efficiency, good quality consistency, stable operation, energy conservation, and site conservation. The spray is a comprehensive spray cleaning from top to bottom, left to bottom, to eliminate cleaning blind spots to the maximum extent, achieve better cleaning effects, and a wider range of use. The design and production mainly consider the best cleaning effect, lowest energy consumption, safety protection level, and ergonomics, and have the following significant characteristics:1）The side drive rotary design completely eliminates the problem of water leakage and avoids the problem of water leakage due to wear and tear after long-term use of mechanical seals.2）The turntable adopts a middle positioning to avoid deviation due to long-term wear and tear of the turntable, ensuring the fit with the transmission shaft.3）Equipped with a wind cutting pipeline system, the author uses it to cut water after cleaning. As it blows away the larger water droplets on the surface of the workpiece, it is more conducive to rapid drying of the workpiece.4）Stainless steel rotating tray, with good load-bearing capacity and smooth rotation.5）Adopting a vertical lifting door structure, it is easy to operate and reduces operating space.

The entire device complies with explosion-proof standards. Its explosion-proof performance complies with the Ex de ib mb px specified in the GB/T3836 series standardsΠRequirements for B T4 Gb level:

The installation complies with the requirements of GB/T3836.15-2017 and GB50527-2014 standards, and the product is suitable for hazardous areas in Zone 1 and Zone 2 of explosive gas environments.