Highly Dynamic Temperature Control System

Highly dynamic temperature control system is more and more widely used in modern manufacturing, such as pharmaceutical, chemical, and reactor temperature control fields. Separate heating and cooling systems are used to control temperature and exchange heat and cold.

The interior of the highly dynamic temperature control system includes oil pipes, oil supply lines, pumps and cooling water systems, heating devices and cooling devices, etc. The cooling water system communicates with the heating device, the cooling device pipeline, the pump and the heating device and the cooling device conduit.

First, the highly dynamic temperature control system is a control system under temperature control conditions, including three parts:

1. The heat transfer fluid has good thermal conductivity, and it can introduce or export a large amount of heat in a short time. From a thermodynamic point of view, water is obviously higher than oil.

2. It is heated by heat conduction oil, and the circulation pump circulates into the jacket layer of the reactor, and performs periodic circulation in the pipeline and the jacket. The temperature is automatically controlled to reach the temperature of the product, and the intelligent PID control technology is adopted, and the constant temperature can be heated and cooled.

3. The internal pipeline of the heat transfer oil heater is integrated, the heat loss in the pipeline is very small, the multi-point temperature control unit can be customized, the temperature range is large, uniform and stable, the thermal conductivity is fast, the temperature is fast and the temperature is self-controlled, and it can quickly reach various The temperature required for the desired temperature of the product.

Second, the main application range of highly dynamic temperature control system:

1. It can control the temperature of cooling and heating.

2. Refrigeration and heating temperature control in material testing industry.

3. Temperature control in cooling and heating tests of new energy battery motors.

4. High-temperature testing of chip semiconductors in the component industry.

Third, the heat conduction medium of highly dynamic temperature control system:

Commonly used media are heat transfer oil, water, ethylene glycol, etc., depending on the temperature, the choice of heat transfer media is different, and the highly dynamic temperature control system can transfer the matched heat out for cooling to achieve the purpose of cooling.