1205000021

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Ultra-Low Temperature Control Technology (TC 1205000021) is a patented technology developed by Ultra Low Temperature Control Technologies. It is based on a special type of solid-state thermal control device. This technology provides a superior ice control system with a high degree of reliability and flexibility. It is designed for applications where extreme tight temperature control needs to be achieved.

Application Field

The Ultra-Low Temperature Control Technology can be widely used in industries including home appliance manufacturing, semiconductor manufacturing, pharmaceutical production, medical equipment production and food refrigeration. In addition, it can also be used in robot arms, precision machining centers, machine tools, and laboratory instruments. In particular, this technology is the optimal choice for extreme cold applications such as cryogenic chambers, ultra low temperature workstations, and liquefied natural gas (LNG) storage tanks.

Working Principle

The working principle of the Ultra-Low Temperature Control Technology is based on an innovative energy-saving design. It is a self-regulating system and utilizes dual thermoelectric elements in order to balance the cold and heat in the system. These dual thermoelectric elements provide one additional degree of freedom compared to the conventional ice control system. This extra degree of freedom allows the system to precisely regulate the temperature of the object to the user\'s requirements. The system also provides several protection features including temperature shutoff, electronic overload protection, and temperature regulation.

The working principle of this technology is simple yet efficient. It combines the thermal and electrical properties of the dual thermoelectric elements to regulate the temperature accurately. The amount of heat generated by each element is determined by the amount of energy applied at the heat and cold sides. This energy is monitored and regulated via the integrated computer control system. By adjusting the power applied to the heat elements, the temperature can be accurately maintained.

In addition to the dual thermoelectric elements, the Ultra-Low Temperature Control Technology utilizes a hermetically sealed chamber to reduce the thermal losses. This chamber is divided into two compartments, each with a separate thermally conductive chamber wall. This wall is filled with refrigerant or other coolant which circulates through the two compartments. This circulation helps keep the temperature consistent throughout the chamber.

The Ultra-Low Temperature Control Technology also makes use of advanced algorithms in order to monitor and control the temperature. These algorithms use reference values and compare actual temperatures with them. The result of this comparison is used to determine if the temperature needs to be adjusted. If any adjustments are needed the system will make them in order to maintain the required temperature.

The Ultra-Low Temperature Control Technology is an extremely reliable and energy-efficient solution for extreme cold applications. Its combination of an efficient thermal chamber, dual thermoelectric elements, and advanced algorithms provide superior temperature control and precise regulation. This makes it ideal for cutting-edge applications where accurate temperature control is essential.

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