Process instruments and controls handbook
Measurement fundamentals. Temperature systems. Pressure systems. Flow systems. Level systems. Analytical and testing instrumentation. Weighing, feeding, and batching systems. Force systems. Motion and geometric systems. Humidity and moisture systems. Rheological systems. Radiation systems. Electrical energy measurements. Circuits, components, and subsystems. Information and display systems. Data communications systems. Principles of automatic control. Automatic controllers. Final control elements.
What people are saying - Write a review
We haven't found any reviews in the usual places.
TEMPERATURE SYSTEMS 2 1
PRESSURE SYSTEMS 3 1
17 other sections not shown
Other editions - View all
absorption accelerometer accuracy amplifier analysis analyzer applications bourdon bridge bridge circuit calibration capacitance characteristics circuit coefficient coil components conductivity constant density detection detector device diaphragm differential display effect electrical electronic element emission energy error factor float flow rate flowmeter fluid frequency function hygrometer indicator industrial input instrument insulation ionization linear liquid load cell magnetic manometer material maximum measurement mechanical metal meter method microprocessor moisture operating optical orifice output oxide piezoelectric pipe platinum pressure probe produce pulse radiation range ratio reference resistance resistance thermometer resistors rotation sample scale sensitivity sensor shown in Fig signal specific gravity speed standard strain gage surface switch tachometer techniques temperature thermal thermal conductivity thermistor thermocouple thermometer transducer transmitter tube typical unit valve vapor variable velocity viscosity voltage wattmeter wavelength weight Wheatstone bridge wire x-ray zero