Thermal oil temperature control device, reactor heating

The conventional thermal oil temperature control device heats the reaction kettle by burning steam from a boiler, which has advantages in terms of the size of the reaction kettle. But now the country advocates energy conservation and environmental protection, coupled with the approval and annual review of boilers, as well as the need for professional boiler workers and boiler installation engineering, all of which invisibly increase the trouble, difficulty, and difficulty for manufacturers using reaction vessels.

The heating method of the reactor mold temperature machine is cyclic heating, which has fast thermal conductivity, no loss of medium, and is energy-saving and efficient. High control accuracy, temperature control accuracy ± 1 ℃, internal stainless steel integrated molding, low heat loss inside the tube, uniform heating. The unique heating design and temperature self-control of the explosion-proof device quickly meet the temperature requirements of various products

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The thermal oil temperature control device, reaction kettle heating, and reaction kettle mold temperature machine undergo strict testing before leaving the factory. With the leading technology and reliable quality of the product, and the comprehensive after-sales service provided by the national joint guarantee, you can rest assured! The solution for temperature control of the reaction kettle is generally to use a thermal oil temperature control device and heat the reaction kettle to solve the problem.

Features:

The thermal oil temperature controller adopts touch mode internal storage and automatic calculation, which can be reliably controlled within ± 2 ℃;

2. Two sets of electric heating tubes, which can be used separately or together;

3. Fast heating and cooling time, stable temperature;

4. The electric heating cylinder is made of stainless steel material;

5. Complete safety and fault systems;

6. Adopting imported advanced components with a long service life;

7. The process system design in the UK is easy to operate and maintain.

Parameters required for the selection of thermal oil temperature control device and reaction kettle heating:

1. Temperature control medium: water or oil?; important

2. The diameter and height of the reaction vessel, as well as the height above ground; important

3. Thickness of the jacket, volume of the jacket, interface size, important

4. How much weight is the material inside the reactor;

5. What material is it, its specific heat, the required material temperature, and how long it takes to reach this temperature.

6. The detailed process flow of material temperature control is important

7. Inquire with the customer if they have previously been equipped with a mold temperature machine, and if so, what size of pump and heating power are required, how effective is the use, and if there are any issues. important

8. The weight of the reaction vessel; Dimensional diagram of the reaction vessel; (Reference inquiry)

9. The length and diameter of the connecting pipe between the reactor and the machine; (Reference inquiry)

The refrigeration unit used to quickly reduce the temperature of the reaction kettle is reliable. The main components of the refrigeration unit are equipped with compressors from brands such as Bitzer, Copeland, Hanbell, Danfoss, etc!

A refrigerator is a type of water cooling equipment that provides constant temperature, constant current, and constant pressure cooling water. The working principle of a chiller is to first inject a certain amount of water into the internal water tank, cool the water through the chiller refrigeration system, and then send the low-temperature cooling water to the equipment that needs to be cooled by the water pump. The chilled water of the chiller takes away the heat and rises in temperature before flowing back to the water tank, achieving the cooling effect.

The reactor freezer is a type of water cooling equipment that can provide constant temperature, constant current, and constant pressure cooling water. The working principle is to first inject a certain amount of water into the internal water tank of the machine, cool the water through the refrigeration system, and then send the low-temperature cooling water to the equipment that needs to be cooled by the water pump. The chilled water takes away the heat and rises in temperature before flowing back to the water tank, achieving the cooling effect. The cooling water temperature can be automatically adjusted according to requirements, and long-term use can save water. Therefore, a chiller is a standard energy-saving device.