Process Engineering Division – Instrumentation and Automation Section – Daily Topics – Topic No. 2021-01-09
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Process Engineering Division – Instrumentation and Automation Section – Daily Topics – Topic No. 2021-01-09: Discussion question: 352. Please briefly describe the function of an electrical converter
An electrical converter reduces the input air pressure to generate a precise output pressure that is proportional to the electronic control signal.
An electrical converter reduces the input air pressure to generate a precise output pressure that is proportional to the electronic control signal.
An electrical converter reduces the input air pressure and converts it into an electronic signal in a certain proportion, so as to enable electric unit instruments and pneumatic unit instruments to work together.
An electrical converter facilitates the conversion of electrical signals into pneumatic signals; it typically accepts a 4–20mA current signal as input and outputs a pneumatic signal of 20–100kPa. The electrical converter requires a pressure air supply of 140 kPa.
An electrical converter indicates the conversion of electrical signals into pneumatic signals
The function of an electrical converter is to convert electrical signals into pneumatic signals, typically by transforming DC signals of 0–10mA or 4–20mA into pneumatic signals of 20–100kPa.
An electrical converter reduces the input air pressure to generate a precise output pressure that is proportional to the electronic control signal.
An electrical converter reduces the input air pressure to generate a precise output pressure that is proportional to the electronic control signal.
An electrical converter reduces the input air pressure and converts it into an electronic signal in a certain proportion, so as to enable electric unit instruments and pneumatic unit instruments to work together.