Learn about the selection characteristics of the reactor high and low temperature circulator

When choosing a reactor high and low temperature circulator, it is necessary to specifically select according to the supporting reactor conditions, and have a deep understanding of the characteristics of the reactor high and low temperature circulator in order to effectively select the suitable reactor high and low temperature circulator, then, the selection and characteristics of the reactor high and low temperature circulator How much do you know? 1, the reactor high and low temperature circulator supporting the reactor needs to pay attention to the size of the reactor, the weight of the reactor, the volume of the reactor jacket or coil, the parameter density of the material in the reactor, the specific heat, viscosity, etc.
, the temperature that the material in the reactor needs to reach, and the time requirements for heating to this temperature, how big the inlet and outlet of the reactor jacket is, whether the need for refrigeration or explosion-proof, whether the drawings of the reactor can be provided, and the process requirements for
the reactor work.

2, the reactor high and low temperature circulator, the heat exchange area is large, the rate of heating and cooling is very fast, the demand for heat transfer oil is relatively small, and continuous heat
rise and fall can be realized.

Reactor high and low temperature circulator refrigeration heat exchanger adopts high-force plate heat exchanger, high heat exchange efficiency, small
footprint.

The whole cycle of the reactor high and low temperature circulator is closed, there is no oil mist volatilization at high temperature, and the heat transfer oil will not be oxidized and browned; Does not absorb water vapor in the air at low temperatures; Extends the life
of the heat transfer oil.

3, adapt to the control system in the process of controlling the process (such as chemical reaction process), continuously adjust the PID parameters to give the process control temperature and response time, this process is achieved through the effective multi-directional determination of temperature, temperature change and rate of
temperature change.

Features the PT100 with corrective outer and internal circulation temperature probes
.