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The feature of this pilot-scale machine is its dual-mode cooling design, which can switch between water-cooled and air-cooled modes according to the site environment, providing more flexible temperature control solutions. Its ±0.2℃ high-precision temperature control ensures the consistency of pilot-scale production data, reducing the error between pilot-scale and large-scale production. The PLC + touchscreen + remote monitoring control mode supports automated production and remote management, allowing operators to easily control the entire production process. The 304 stainless steel inner tank has good corrosion resistance and durability, adapting to various industrial production media. It is also equipped with an intelligent fault diagnosis system, which can quickly locate and deal with equipment failures, reducing downtime.
This pilot-scale machine has a temperature range of -30℃ to 250℃, with a temperature control accuracy of ±0.2℃. The circulating flow rate is 40L/min, and the working pressure is 0.4MPa. The rated power is 8kW, and the power supply is AC380V 50Hz. The whole machine has a protection level of IP44, which can adapt to the general industrial production environment. The overall dimensions are 900×1100×1500mm, and the weight is 420kg, suitable for fixed installation in pilot-scale workshops. The circulating pump power is 1.5kW, and the maximum temperature rise and fall rate is 5℃/min, which can meet the rapid temperature change needs of pilot-scale production. It is equipped with a 30L oil tank, which can meet the continuous operation needs of 50-500L reaction kettles.
This pilot-scale temperature control integrated machine is mainly suitable for pharmaceutical pilot-scale production, fine chemical amplification experiments, material research and development pilot-scale and bio-pharmaceutical fermentation temperature control scenarios. It can be used for temperature control of 50-500L reaction kettles, providing stable temperature environment for polymerization reaction, extraction and other pilot-scale production processes. It is also suitable for university and research institute pilot-scale experimental production, helping researchers scale up laboratory results to industrial production scale.