How much do you know about the isolation explosion-proof heating and refrigeration cycle machine?

Isolation explosion-proof heating and refrigeration cycle machine is an equipment used for various reactors and reactors.
It has a wide range of work and is used in pharmaceutical, chemical, biological and other industries.
So how much do you know about the common sense of TCU high and low temperature cycle devices? Isolation Explosion-proof heating and refrigeration cycle The liquid cycle of the entire system is closed, the system has an expansion vessel, the expansion vessel and the liquid cycle are adiabatic, and do not participate in the liquid cycle, but are only mechanically connected, regardless of whether the temperature of the liquid cycle is high or low.
The medium in the expansion vessel is below 60 degrees
.

Using plate heat exchanger, the heat exchange area is large and the heat exchange speed is fast
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PID intelligent control is adopted to automatically adjust the power output according to the chemical process technology, control the temperature of the reaction process, and meet the requirements of the reaction process for temperature changes
.

Check whether the fastening bolts of the power wiring of the isolation explosion-proof heating and cooling cycle machine are loose
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Whether the high and low pressure values ​​of the refrigeration/heating system are normal
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Whether the running current of the compressor and the insulation resistance of the unit are normal
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Check whether the filter drier and sight glass are normal.
If the outlet of the filter is frosted, it means that the filter is dirty and clogged, and the filter screen needs to be cleaned
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The design of the refrigeration circuit of the isolation explosion-proof heating and refrigeration cycle machine and the control of the temperature of the components are very important
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When the temperature or the temperature of the heating liquid rises to the set value, the temperature control system needs to be able to quickly and effectively prevent the temperature from continuing to rise
.