Drift Detection Process
The Drift Detection Process monitors the deviation between process variable data (inputs) and a reference input. The reference input can either be a fixed value, or it can be a dynamic value such as an entity.
Category: Technical Reference
Discrete Min Max Process
The Discrete Min Max process is used for testing discrete data for a monitor item. The sample data is tested against a maximum limit, Max, and a minimum limit, Min. The process can be specified to test against Max and Min limits, just against a Max limit, or just against a Min limit. Any periods where no data is found will cause a No Data event.
Digital State Process
The Digital State process is for evaluating different state pairs of the monitor item. The monitor item that is being tested will be in either one of two states. If it is in a Default Entity state, a default state is maintained. If it is in a Primary Limit Entity state, a primary state is reached.
Alarm Process
The Alarm process is used for testing continuous data for a monitor item. The sample data is tested against high limits (High and High High), and against low limits (Low and Low Low).
Value()
Returns the value of an item as a single value variable from the given collection variable.
Field Operator: Explorer Edition Releases
This pages lists the IFS OI Field Operator: Explorer Edition release notes available in the Help Center.
Keyboard Shortcuts
When entering daily production data for Field Operator: Explorer Edition, use these keyboard shortcuts to make the process quicker.
License Audit
Explorer calculates how many licenses are in use by looking at the combination of security privileges in use, and cross-referencing this with the data configured with available licenses.
Data Cache
A data cache is a time series specialised database that stores data from one or more datasources. Caches may improve fetch performance on datasources with higher latency and can be used for normal and Edge Hosted datasources.
Alarm
The Alarm process tests continuous data (Temperature) against high limits (H and HH) and low limits (L and LL). Here is an example of how you can create this in Sentinel Studio.