Provides self-adaptive, self-controlled data validation in real time.
Ensures both sensitive and reliable alarm limits respectively set points for process control.
Analyses noise, outliers and other combinations in real time to reliably detect any malfunction at an early stage.
Considers user interventions in real-time.
Application-specific training period considers normal fluctuations of individual water matrix and typical process dynamics.
Helps to dramatically reduce false alarm rates.
Configurable auto-correction of data based on threshold, outlier and noise analysis.
The moni::tool allows for easy management of operations such as cleaning cycles and measurement intervals and visualises the results to show them over time or even as 3D spectra when used in conjunction with the spectro::lyser sensor.
moni::tool is a revolutionary new platform for the management of an almost unlimited number of stations, online probes, analyzers and parameters. Intuitive operation – on site or remote – and reams of valuable features make moni::tool essential for state of the art sensor and station management.
moni::app now brings moni::tool to your Smartphone! Download it today from the Google Play Store.
moni::app is an Android app for moni::tool. It gives you a quick overview of the current system state of your monitoring station and allows you to analyze historic data. The app is limited to displaying data, it is not possible to change any settings of moni::tool.
The s::can range measures a wide range of parameters in numerous applications. All s::can measuring instruments are developed with the same philosophy in mind: They are intelligent, robust and require little to no maintenance.
The s::can spectrometer probes from PMA Ltd operate using the same measuring principle: Spectrometry. The spectrometer probes are the first and only instruments in the world that can measure optical spectra from 190 to 720 nm directly in liquid media. The materials contained in the medium deteriorate a light beam emanated by a lamp that transfers through the liquid. After contact, its intensity is measured by a sensor over a variety of wavelengths specific to the application.