Historian FeaturesGeneral Remarks/Limitations Version

Operating System Connector/Core Windows Server (2008R2 or newer) or 64-bit Desktop OS (7/8/8.1)

Storage (MongoDB) any Linux/Windows as per MongoDB support

Tags/Objects unlimited any number of Connectors/Data Sources any number of Core Servers any number of Storage Subsystems possible

SmallScale (Trial) all services on one host supported

Timestamp UTC (Posix)

Timestamp Resolution 1 millisecond

Data Categories Real-time data (V[QT]*)

Historical data (V[Q]T* series)

Alarms and Events 1.1

Data Types Single Values

Bool

32-bit Integer Smaller ints are stored in a 32-bit int

64-bit Integer

Real (double prec.) Currency and other special real number formats are converted to Double

Date/Time POSIX (Milliseconds since UNIX epoch)

String any length

Arrays (all above types) single dimension

Data Acquisition Interfaces

TCP (listener sockets) any number per host computer (depending on OS support)

Files any number of Dropzones (monitored folders) per host (depending on OS support)

Cloud Dropbox support

OPC DA (COM/DCOM) 2.0x, 3.0 Servers

OPC UA (TCP/binary)

OPC XML-DA (SOAP)

OPC A&E 1.1

Modbus 1.1

Data Protocols Pre-defined text protocol for sockets and files

for CSV, XML, JSON data representation

Configurable Custom proto-col conversion (Lua script) for sockets and files

for CSV, XML, JSON data representation

OPC DA Standard Branches, Leaves (Items) and Properties

OPC HDA Standard Raw and Aggregrates

OPC A&E Standard 1.1

Acquisition Rates Socket/Files Data-driven

OPC >= 100ms (depends on Serverperformance)

Pre-Aggregation Periods

1 min

10 min

15 min

1 h

1 d

Aggregates Persistent Pre-Aggregation and adhoc-Aggregation for Trend Displays

OPC UA Part 13 Rel. 1.02 Aug 2012 compliant

Interpolative

Average

TimeAverage/TimeAverage2

Total/Total2

Minimum/Minimum2

Maximum/Maximum2

MinimumActualTime/ MinimumActualTime2

MaximumActualTime/

MaximumActualTime2

Range/Range2

Aggregates continued AnnotationCount

Count

DurationInStateZero

DurationInStateNonZero

NumberOfTransitions

Start

End

Delta

StartBound

EndBound

DeltaBounds

DurationGood

DurationBad

PercentGood

PercentBad

WorstQuality/WorstQuality2

StandardDeviationSample

VarianceSample

StandardDeviationPopulation

VariancePopulation

Databases (MongoDB) RawHistory JSON (Micro)-documents

Aggregates JSON documents

ProcessImage JSON documents

Typical Storage Rate (Raw)

Peak 100.000/sec

Sustained 50.000/sec

Data Availability Replica Set Support

Managed Capacity Unlimited (Shard Support)

Hybrid StorageAutoCloud

1.2

*V: Value | Q: Quality | T: Timestamp

DATA STUDIO

HistoryTrendHistory trending is a major component of system:inmation DataStudio. The nu-merous visualization options allow you to create your own custom trending displays for efficient data mining. Keep track of your data the way you require it. Choose your point of view from zooming in to the

shortest time frame and raw data for in-cident details or decide to select a more general overview based on OPC UA ag-gregates, which are completely imple-mented according to the global standard specification.

Drag & drop or use the simple object search to create displays or add items within seconds

Basic Functions

Save display configuration to file Common y-axis

Load display configuration from file Multiple y-axis

Default configuration Stacked Charts

Export display to (Excel) file Go backward to previously selected zoom level

Move displayed time span backward in time Go forward to previously selected zoom level

Move displayed time span forward in time Add cursor

Select time period to fetch historical data Choose cursor type

Reload historical data based on current start / end time Show zoombar with chart preview

Start/pause the current trend display

Each system:inmation history trend dis-play contains an extensive set of functions which allow you to conveniently browse through your data’s events. By using these functions you can easily build your own set of displays, each with an appropriate visualization style fitting the type of data. Save the display configurations in a Data-Studio ‘workspace’ and share them with

your co-workers. A workspace can hold any number of trend displays (among oth-er display types). inmation DataStudio is a modern WPF multi-window, multi-screen application and can be used to monitor vi-tal operational data up to enterprise level.

Trend SettingsThere are numerous possibilities to indi-vidualize your trending objects. You can modify the ‘trend type’ and its ‘dash’ style and weight. Any color can be assigned. You can choose between different ‘aggregate’ types and define at which axis the values

should be displayed. Also the visibility of items can be changed, alarm limits and EU ranges can be visualized. Style your charts exactly the way you want them to be pre-sented. Press ‘play’ to display rolling histo-ry for steady monitoring.

You can export your history trend dis-plays to MS Excel for any kind of further usage or automated processing. inmation exports ‘real’ Excel spreadsheets, not just separated text.

Spreadsheet Export

ZoombarAdditionally to the basic ‘zoom’ function the history trend also features an ad-vanced ‘zoombar’ which enables the user to conveniently narrow down his selected time frame to see more details. Zoom in to see changes that occurred in very short

periods. By dragging the ‘zoombar’ you can keep the selected time frame and ap-ply it to a different period.

Trend Item OrganizationYou can choose between three different item organization options. By default the trends are aligned to a ‘common y-axis’. All added items share one axis and its sin-gle value ratio. By selecting ‘multiple y-ax-

is’ the items are distributed evenly on the trending canvas using separate value ra-tios. Values for each item are displayed at the y-axis. ‘Stacked charts’ shows separate areas for each items vertically.

Common y-axis Multiple y-axis Stacked charts

To apply your preferred settings and visualizations by default, they can be set in the configu-ration. Save time by having your preferred configurations being set as defaults.

Default Configuration

Cursor TypesHistory trend displays offer three types of cursors. The number of added cursors is unlimited. You can move them within the trending canvas. The default option always stays on top of the display. ‘Mov-ing’ cursors move along the trend line as you drag them. ‘Floating’ cursors appear within a box which can be moved. Each mode also features an advanced view which additionally shows quality and timestamp information.

On Top Moving

Floating

Workspace Setup – Don’t Save On Resolution!

To fully experience DataStudio, its history trend functionality, as well as the other soft-ware features, it is recommended to use multi-screen, high resolution workstations. Utilize the useful workspaces functionality to save and load your display arrangements as required.

inmation is proud to present a modern data mining application, especially designed for the data scientists in industrial corporations. The software runs on any modern 64-bit Windows platform.

inmation Software GmbH | Hohenzollernring 72 | 50672 Köln (Cologne) | Germany +49 221 168 144 16 www.inmation.com info@inmation.com