Technical Performance: 1. The process of both curing anddrying can be completed together but also can be independently. 2.The imported temperature andmoistureconverter is high temperature resistance, anti-mist,dust-proof, with long service life. 3. PLC control,touch screencontrol panel,with programmablefunctions,can be pre-stored20different sets ofprocess parameters, each composedof up to10segments, maximumexecution time999 minutes. 4. Two humidification ways: atomized waterand steam spraying, which can be automatically switched over according to actual temperature or user'sspecific requirements. 5. The circulating air system adopts thethree-dimensionalair distributionmethods; Select drum-type low speed circulating frequency modulationfanand specialized moisture-reducingfan. The moisture and temperature will be in uniform throughout thecuringroom. After drying andcuring, physical and chemical indicators of the plates is in good consistency. Temperaturedeviation:≤ 1.5 ºC, moisture deviation≤ 3% RH. 6.Electricheating: Use stainless steelheatingpipes, the heating temperature can be controlled by controlling the heating working frequency, which iseasy to control and with high precision.Material is stainless steel, with long service life. 7. With the alarm function forfancircuit malfunction,overtemperaturelimit, pressuredetection. With three alarmmodes of sound, lightandtext notice, and reminding the operator how to deal with the malfunction. 8. Curing chamber: inner wall is made of stainless steel, outside is color plate, sandwiching is polyurethane for heat preservation. 9. Independent set of atomizing chamber, ensuring the drops will not splash on the plate.
Technical Parameters: 1. Control range Curing stage: Temperature: room temperature to 75ºC, Moisture: above 95% Drying stage: Temperature: room temperature to 80ºC, Moisture: below 10% 2. Control accuracy Temperature: setting value ±1ºC Curing moisture: setting value ±2%RH 3. Process conversion rate Temperature: ≥1ºC/3 minutes Moisture: ≥2%RH /3 minutes 4. Breakage Testing Device: when the heater is broken and cannot continue to heat up, the system will alarm and display that the heater is damaged and cannot heat up. Current Testing Device: when the solid-state relay has short circuit and continue to heat up, the testing device will alarm and display that the solid-state relay is damaged, and stop heating up.