Input pressure is the amount of force applied to a controller in order to produce a desired output value. It is typically measured in units of pressure, such as pounds per square inch (psi) or kilopascals (kPa).
The input pressure required to produce controller output values is directly proportional to the desired output value. This means that as the desired output value increases, so does the necessary input pressure.
There are several factors that can affect the input pressure required for controller output values. These include the type of controller, the type of input pressure (e.g. air, hydraulic), the size and strength of the controller, and the desired output value.
The input pressure required for a specific controller is determined through experimentation and testing. This involves varying the input pressure and measuring the resulting output values to determine the relationship between the two.
Yes, input pressure can be adjusted to achieve a specific controller output value. This is typically done by adjusting the input pressure source (e.g. increasing or decreasing air pressure) or by using a pressure regulator to control the input pressure to the controller.