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The core advantage of this portable machine is its high mobility, which can be quickly moved to any required working position, providing flexible temperature control solutions for field operations. Its ±0.3℃ temperature control accuracy can meet the precision requirements of most outdoor experiments and temporary production. The compact air-cooled design reduces the occupied space, making it suitable for use in narrow spaces such as car trunks and temporary workstations. The digital touchscreen interface is simple and easy to operate, even for operators without professional training. It also has multiple safety protection systems to ensure safe operation during mobile use. In addition, it adopts energy-saving design, with low power consumption and low operating noise.
This portable machine has a temperature range of -10℃ to 100℃, with a temperature control accuracy of ±0.3℃. The circulating flow rate is 10L/min, and the working pressure is 0.2MPa. The rated power is 1.2kW, and the power supply supports AC110/220V 50/60Hz, which is compatible with most mainstream power supply standards. The overall dimensions are 450×550×750mm, and the weight is only 65kg, which is easy to carry. The fuel tank capacity is 15L, which can meet the continuous operation needs of 4-6 hours. The operating noise is controlled within 50dB, which will not cause noise interference to the surrounding environment. It is also equipped with an external temperature probe interface to support customized temperature detection.
This portable temperature control integrated machine is mainly suitable for outdoor material testing, field food preservation and heating treatment, outdoor scientific research sampling temperature control, small mobile production workshop temperature control and other scenarios. It can be used for temperature control of portable reaction kettles, providing stable temperature environment for outdoor chemical synthesis, food processing and other projects. It is also suitable for temporary temperature control needs of emergency rescue and disaster relief scenarios, helping to maintain the required temperature environment for materials and equipment.