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The reaction kettle cooling and heating temperature control system is a temperature control device that integrates heating and cooling functions
.
The equipment adopts a pipeline circulation system
.
The tube heater and plate heat exchanger improve the power density ratio of the system, reduce the use of heat transfer medium, and improve the temperature control response speed of the system
.
It meets the high requirements of equipment temperature control and is widely used in medical, chemical, pharmaceutical and other fields
.
The reaction kettle refrigeration and heating temperature control system is connected to the reactor for refrigeration, heating and temperature control
.
Provide corresponding cold and heat sources for various endothermic and exothermic reactions
.
Select the program control mode to set the temperature difference between the heat transfer medium and the material to provide accurate linear material temperature control
.
Accurate temperature control can make the reaction kettle cooling and heating temperature control system avoid the failure of local high temperature, improve the stability of the process production, and avoid some failures with uneven heat dissipation of the reaction
.
If the temperature control is not accurate, side reactions will be increased, which may easily cause some reaction problems
.
The reaction kettle refrigeration and heating temperature control system has an expansion vessel.
The expansion vessel and the liquid circulation system are insulated.
There is no liquid circulation involved, but only mechanical connection.
Regardless of the temperature of the circulating liquid, the medium in the expansion vessel is always kept at room temperature
.
Since the entire liquid cycle is a closed system, there is no absorption of water vapor at low temperatures and no oil mist production at high temperatures
.
If the temperature difference between the use environment of the reaction kettle refrigeration heating temperature control system is relatively large, it will cause the equipment to generate a large amount of water vapor during use
.
Under such conditions for a long time, the corrosion of internal components will be accelerated, which will easily cause equipment damage
.
And when placing the device, be careful not to put it together with the heating appliance, and leave 60 cm of space for use and maintenance when placing the device, which can help the device to dissipate heat and achieve better use results
.
.
The equipment adopts a pipeline circulation system
.
The tube heater and plate heat exchanger improve the power density ratio of the system, reduce the use of heat transfer medium, and improve the temperature control response speed of the system
.
It meets the high requirements of equipment temperature control and is widely used in medical, chemical, pharmaceutical and other fields
.
The reaction kettle refrigeration and heating temperature control system is connected to the reactor for refrigeration, heating and temperature control
.
Provide corresponding cold and heat sources for various endothermic and exothermic reactions
.
Select the program control mode to set the temperature difference between the heat transfer medium and the material to provide accurate linear material temperature control
.
Accurate temperature control can make the reaction kettle cooling and heating temperature control system avoid the failure of local high temperature, improve the stability of the process production, and avoid some failures with uneven heat dissipation of the reaction
.
If the temperature control is not accurate, side reactions will be increased, which may easily cause some reaction problems
.
The reaction kettle refrigeration and heating temperature control system has an expansion vessel.
The expansion vessel and the liquid circulation system are insulated.
There is no liquid circulation involved, but only mechanical connection.
Regardless of the temperature of the circulating liquid, the medium in the expansion vessel is always kept at room temperature
.
Since the entire liquid cycle is a closed system, there is no absorption of water vapor at low temperatures and no oil mist production at high temperatures
.
If the temperature difference between the use environment of the reaction kettle refrigeration heating temperature control system is relatively large, it will cause the equipment to generate a large amount of water vapor during use
.
Under such conditions for a long time, the corrosion of internal components will be accelerated, which will easily cause equipment damage
.
And when placing the device, be careful not to put it together with the heating appliance, and leave 60 cm of space for use and maintenance when placing the device, which can help the device to dissipate heat and achieve better use results
.