This is a simple PVS process that compares process variable data against defined limits and conditions. The majority of the logic that determines the state is contained in sub-modules. Here is an example of how you can create this in Sentinel Studio.
This process has an optional Max or Min limit. It tests two temperatures (supplied by the Temperature and Primary Temp inputs) against a maximum limit (Max) and a minimum limit (Min). Here is an example of how you can create this in Sentinel Studio.
This process is exactly same as the 2-Level Alarm but uses sub-modules for the Max and Min check. It also shows how to use the Flow In on the sub-module to trigger the logic in the sub-module. Here is an example of how you can create this in Sentinel Studio.
The 2-Level Alarm Boolean process tests continuous data (Temperature) against primary and secondary temperature limits (Primary Temp and Secondary Temp). Here is an example of how you can create this in Sentinel Studio.
This process is the same as 2-level Alarm Boolean, but instead of a Min/Max checkbox in the UI, uses a drop-down list for the user to select Min or Max. Here is an example of how you can create this in Sentinel Studio.
The Min Max process in Sentinel tests continuous data (supplied by the Temperature input) against a maximum limit (Max Temp) and a minimum limit (Min Temp). Here is an example of how you can create this in Sentinel Studio.
This article demonstrates some examples of a Sentinel user process that compares the first and last values of a time period.
The Trig. Math components in Sentinel Studio are a set of typical trigonometric functions for evaluating angles.
The Time components in Sentinel Studio provide a way to work with time periods and timestamps of data points.
The Text components in Sentinel Studio provide a way of working with text (strings), and can manipulate text to produce various outputs.