TCU's multiple reactor temperature control devices realize the cold and heat control of the enamel stirring tank

TCU multiple reactor temperature control devices can be equipped with enamel stirring tanks, various reactors for refrigeration and heating, then, how to cool and heat it? 1.
The material in the enamel stirring tank of the TCU multiple reactor temperature control devices is mainly liquid
.

2.
After the materials in the stirring tank of the TCU multiple reactor temperature control devices are fully mixed, they need to be cooled
.

In order to ensure uniform cooling, it is necessary to cool statically for 8-10 hours, and then the material is quickly cooled from 50 ° C to 20 ° C, which is convenient for transferring the material to the spare tank for storage
.

3.
The temperature control device of multiple reactors connected to the TCU should have the function of viewing the liquid level in the stirring tank, and the control system of the stirring tank can be connected to the
control system of the stirring tank at the same terminal.

TCU multiple reactor temperature control device manufacturers in full understanding of the customer's enamel stirring tank characteristics and temperature control characteristics, combined with the installation environment of the stirring tank and other factors, integrated a heating and cooling integrated machine, the enamel stirring tank for independent heating and cooling: 1, customized TCU multiple reactor temperature control device, can be customized isolation explosion-proof different models of styles, can be operated
online through the port and the stirring tank control terminal.

2.
The temperature control object of the TCU multiple reactor temperature control device is the material in the tank, and the temperature control accuracy of the TCU multiple reactors reaches ±1 °C
.

3.
In terms of the customized function of TCU multiple reactor temperature control devices, in addition to RS485 communication, a dual temperature probe has been added to monitor the material temperature and the heat transfer oil temperature respectively, and the power regulator
has been added at the top.

4.
In order to facilitate the addition of heat transfer oil, the oil injection port and liquid level of TCU multiple reactor temperature control are designed on the side of
the equipment.