Electrophoretic paint pure water machine equipment

Electrophoretic Paint Pure Water Machine Equipment How to maintain and service pure water equipment? The main requirements for equipment maintenance include several items: Keep the interior and exterior of the pure water equipment clean, and clear away chips, debris, and dirt around the equipment; 2. Organize repair tools, accessories, and workpieces (products) neatly, and ensure pipelines and circuits are orderly; Follow safe operating procedures, avoid overloading the pure water equipment, ensure the safety protection devices of the equipment are complete and reliable, and promptly eliminate unsafe factors. The maintenance content of pure water equipment generally includes daily maintenance, regular maintenance, periodic inspections, and precision checks. Daily maintenance of pure water equipment is the foundational work of equipment upkeep. Work quotas and material consumption quotas should be established and assessed accordingly. Regular maintenance of the equipment should be incorporated into the evaluation of workshop contracting responsibility systems. Periodic inspections of pure water equipment must be institutionalized and standardized. Planned preventive inspections should be conducted, and besides sensory checks, data must be used as the basis, including total inlet water flow, product water flow, concentrated water flow; total inlet pressure, operating pressure, post-membrane pressure; inlet raw water conductivity, product water conductivity, etc. If there is a dosing system, check whether the dosing device is operating normally and whether any spare materials have expired.

Electrophoretic Paint Pure Water Machine Equipment Every winter, when temperatures are relatively low, how to ensure the stable operation of pure water equipment during the winter? Winter usage and maintenance precautions for pure water equipment: 1. ️When temperatures are too low, promptly check the water pipes. When the temperature drops to 0°C, water pipes are prone to cracking. If the external municipal water supply pipeline cracks or during water supply interruptions, close the equipment’s inlet valve. After water supply resumes, first open the tap to discharge sediments and other debris from the water supply pipeline, then open the main valve and perform forward and reverse flushing of the pretreatment system to prevent sediments, rust, and other debris from entering the subsequent process system, which could cause filter cartridges to clog quickly and reduce product water flow. 2. Avoid installing pure water equipment outdoors or in semi-open indoor spaces. If conditions require installation in semi-open indoor areas or cold, shaded locations, insulate the equipment pipelines. It is preferable to place the equipment in a fully enclosed room. 3. When temperatures are below 0°C, after stopping the pure water equipment, drain all water from the equipment and pipelines to prevent water from freezing and expanding, which could cause water pipes, filters, membrane housings, and other containers to crack. Also, close the main inlet valve. 4. The optimal operating temperature range for pure water equipment is 5-38°C. If used at extremely low temperatures, heat the inlet water and the water production area to ensure the normal operation of the pure water equipment. Activated carbon filters primarily remove residual chlorine, organic compounds, odors, color, etc., from water, improving effluent quality and ensuring the normal operation of reverse osmosis membranes.