ps-1
ps-2
PID 컨트롤러
Technical features at a glance
- Retrofitting due to modular hardware concept
- Suitable control parameters for autotuning
- Customizing via text adjustments and user levels
- Recording and overview of all process variables
- Universal inputs for all common sensors and signals
- Multiple parameter sets, setpoint switching, ramp function
- Common interfaces (PROFINET, ETHERNET, Modbus, etc.)
Purchase PID controller
The most important background information<br/><br/>
What is a PID controller?
A digital PID controller can be universally programmed and parameterized by an integrated microprocessor. It operates in a proportional, integrating, and differentiating (PID) manner with the intensity of the individual components being adapted to the control process. This is done by dimensioning the control parameters: Xp (proportional band), Tn (reset time), and Tv (derivative time).
What is a PID controller? - JUMO FAQ
How do PID controllers work?
The principle of a PID controller is relatively simple to explain. Whether it is a PID temperature controller or a PID humidity controller, the controller always attempts to adjust a specific controlled variable to the setpoint value based on the actual value. In doing so, the P-controller amplifies the control deviation, the I-controller increases its output level in case of an existing control deviation, and the D-controller counteracts the movement of the actual value.
How do PID controllers work? - JUMO FAQ
In which applications are PID controllers used?
For most applications, the PID structure has the best control behavior. For example, PID compact controllers are very common in the field of temperature control, they also allow direct connection of RTD temperature probes and thermocouples. Some controlled variables require disabling of certain components, including speed and flow.
In which applications are PID controllers used? - JUMO FAQ
What is behind the PID components and the respective control parameters?
The P-component reacts very quickly and amplifies the control difference, the I-component eliminates the control deviation, and the D-component counteracts the movement of the actual value.
What is behind the PID components? - JUMO FAQ