Although it doesn't always receive the proper attention, The choice of the most suitable final control element is of great importance for the good performance of a control loop., because it is responsible for modifying different values so that the variable under control is kept at the desired value
Control Valves Manual
Project FactoryFPH, HFP, Hydraulics, HVAC, Technical Material, Control ValvesAccessories for a control valve, Introductory analysis to cavitation, Piston actuator with linear displacement, Piston actuator with rotary displacement, electric actuator, Electro-hydraulic actuator, Piston type pneumatic actuator, Spring and diaphragm actuator, Actuators for control valves, Noise level calculation, Calculation of the flow coefficient (cv) from a valve, Installed flow characteristic, Flow characteristics, Flow characteristics of control valves, One valve castle, Seal class of a valve, How to select the flow characteristic, stuffing box set, Inherent flow characteristic curves, Sizing a control valve, General equation for incompressible fluids, General equations for fluids with mixed phases, General equations for compressible fluids, Lower flange of a valve, FP, Internal of a globe valve, Flange gaskets for a valve, Materials for valve trim construction, Materials for building a control valve, MT, Fail safe position, pneumatic positioner, Pneumatic positioner piston type pneumatic actuator, positioners, Valve fluid pressure and temperature requirements, Valve corrosion resistance requirements, Erosion resistance requirements, Valve erosion resistance requirements, aerodynamic noise, hydrodynamic noise, mechanical noise, Types of valve body end fittings, Types of globe valve plug guides, Bi-Part Control Valve, globe control valve 3 vias, butterfly control valve, Diaphragm control valve, Ball segment control valve, Cage type globe valve, double seat valve, Simple seat valve, Stem linear displacement valves 03, Rotary rod displacement valves, blocked flow and flashing