Welcome to System 1 “Version 21.2”
Document #: 125M6426

Welcome to System 1
Version 21.2 [Nov 2021]

Copyright 2021 Baker Hughes Company. All rights reserved.

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Welcome to System 1 “Version 21.2”
Document #: 125M6426

WelcomeBently Nevada is pleased to present System 1 version 21.2. This release delivers brand new capabilities to theHydro Machine Monitoring and OT/IT System Integration use cases.

Hydro Machine Monitoring

Air Gap Extractions

OT/IT System Integration


Health Status Export through OPC DA

OPC UA Hydro Waveform Export

Users upgrading to version 21.2 will benefit from the many capability enhancements to System 1’s
Connectivity, Analytics, and Visualization pillars, which are summarized below.

Bently Nevada remains focused on delivering the world’s premier plant-wide machinery management
software through bi-annual product releases. For a detailed overview of System 1, please visit the website.
Thank you,

Tarannum Sarang – System 1 Product Manager
On behalf of your System 1 Leadership and Development Teams
Copyright 2021 Baker Hughes Company. All rights reserved.

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Welcome to System 1 “Version 21.2”
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Table of Contents
SYSTEM 1 V21.2 FEATURE OVERVIEW ................................................................................................................................ 4
VERSION SUPPORT & OPERATING SYSTEM COMPATIBILITY ........................................................................................ 6
CONNECTIVITY ..................................................................................................................................................................... 7
Bently Devices ................................................................................................................................................................................................................. 7
3.1.1

3500/62 Custom Unit Support ........................................................................................................................................................................................ 7

3.1.2

2300 Synchronous Sampling Support.................................................................................................................................................................... 8

3.1.3

Ranger Pro Device Groups ................................................................................................................................................................................................. 8Interfaces .......................................................................................................................................................................................................................11

3.2.1

Health Status Export through OPC DA..................................................................................................................................................................... 113.2.2

OPC DA Server Heartbeat .................................................................................................................................................................................................. 123.2.3

OPC UA Hydro Waveform Export ................................................................................................................................................................................ 12
Database Management................................................................................................................................................................................... 15

3.3.1

Seamless View of Data from Multiple Archives .......................................................................................................................................... 15

ANALYTICS ........................................................................................................................................................................... 18
Core Analytics ............................................................................................................................................................................................................... 18
4.1.1

Hydro Machinery Support – Air Gap Extractions ....................................................................................................................................... 18

4.1.2

Spectral Band Computation Using Highest Peak ..................................................................................................................................... 19

VISUALIZATION ................................................................................................................................................................... 22
Plots ...................................................................................................................................................................................................................................... 22
5.1.1

Apply User-defined Plot Sets across all Machines ................................................................................................................................. 22

5.1.2

Plot Enhancements .................................................................................................................................................................................................................24
Events.............................................................................................................................................................................................................................26

5.2.1

Event Filtering ................................................................................................................................................................................................................................26

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Welcome to System 1 “Version 21.2”
Document #: 125M6426

SYSTEM 1 V21.2 FEATURE OVERVIEW
ALL 21.2 FEATURES ARE ONLY SUPPORTED WITH POSTGRESQL AS THE DATA HISTORIAN.
Table 1: System 1 v21.2 – Connectivity Capabilities

Connectivity
Bently Devices
3500/62 Custom Unit
Support2300 Synchronous
Sampling Support

Configure custom units for points from 3500/62 Process Monitor.

3.1.1

Import synchronous waveform measurement data from 2300 device.

3.1.2

Create custom Ranger Pro device groups to aid in device
Ranger Pro Device Groups

management.
**Available with new version of Ranger Pro Plugin. Release to follow System 1

3.1.3

21.2**

Interfaces
Health Status Export
through OPC DA
OPC DA Server Heartbeat
OPC UA Hydro Waveform
ExportExport capability through OPC DA to enable health statuses (alarmand point statuses exported as Boolean tags) from System 1.
OPC DA server heartbeat export using the Heartbeat tag to indicate
steady connection between OPC server and client.
Export Hydro Waveform data from System 1 to third party OPC UA
client through the OPC UA Protocol.

3.2.1
3.2.2
3.2.3

Data Management
Seamless View of Data

Simultaneously join data from multiple audit files and display it in afrom Multiple Archives

seamless view, on a single client.

Copyright 2021 Baker Hughes Company. All rights reserved.

3.3.1

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Table 2: System 1 v21.2 – Analytics Capabilities

Analytics
Core Analytics
Hydro Machinery Support –Air Gap Extractions

Add a set of Air Gap extractions as Trended Variables.

Spectral Band

Add Spectral band based on the computation using either theComputation Using

Highest Peak or Energy. System 1 also allows users to add Overall

Highest Peak

4.1.1

4.1.2

Spectral measurement.

Decision Support
Decision Support

Refer to the Decision Support Roadmap for more details.

-

Table 3: System 1 v21.2 - Visualization Capabilities

Visualization
Plots
Apply User-defined Plot

Apply user-defined plot sets across all machines from the Defined

Sets across all Machines

Plot Sets, Save Plot Sets, and Manage Plot Sets dialog box.

5.1.1

Enable plot view customization by providing the Add New Plot option
Plot Enhancements

button in the Plot Title Bar to add new plot of the same plot type.
User preference to turn off Phase Roll-Over for vector measurements

5.1.2

on Trend and Bode Plot.

EventsEvent Filtering

Filter Events within the Events workspace by Time Range, Activity, andEvent Source.

Copyright 2021 Baker Hughes Company. All rights reserved.

5.2.1

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Welcome to System 1 “Version 21.2”
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VERSION SUPPORT & OPERATING SYSTEM COMPATIBILITY
System 1 follows a semi-annual release cadence with targeted releases in May and November of each year.
Versions are fully supported for a minimum of two years from the published date of availability (Table 4).
New Versions of System 1 benefit from:Compatibility with the latest Microsoft Client & Server Operating Systems



Client backwards compatibility to previous versions under support (21.2 Client to 20.1 Server DB)



Database upgrade from previous versions released within last 3 years (19.121.2)



Security patch and update testing for the latest available version

Bug fixes included in the latest available version

Standard technical support with escalation to engineering as required

Versions no longer supported:
Standard support is provided for common FAQ type questions, but users are encouraged to update

software to latest version to benefit from new features, OS compatibility, and bug fixes.
Table 4: System 1 Version Support & OS Compatibility Matrix
System 1 Versions & Support

Windows Server OS

VersionAvailable

End of Support

2019

2016

2012 R2

21.2

Nov 2021

Nov 2023





21.1

May 2021

May 2023



20.2

Nov 2020

Nov 2022

20.1

May 2020

19.2
19.1

2012

Windows Client OS (64bit)
2008 R2

10**

8.1 U1

7 SP1

























May 2022













Nov 2019

Nov 2021

















May 2019

May 2021

















**Windows 10 version compatibility will track Microsoft’s published release and support model. System 1 will
be tested and supported on all versions of Windows 10 under support at the time of release.
System 1 v21.2 (Windows 10 v21H1, v20H2, 2004)

System 1 v20.1 (Windows 10 v1903, 1809, 1803)

System 1 v21.1 (Windows 10 v20H2, 2004, 1909)

System 1 v19.2 (Windows 10 v1903, 1809, 1803)

System 1 v20.2 (Windows 10 v1903, 1909, 2004)

System 1 v19.1 (Windows 10 v1809, 1803)

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Welcome to System 1 “Version 21.2”
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CONNECTIVITY
Bently Devices
3.1.1

3500/62 Custom Unit Support
General Enhancement video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
Prior to System 1 v21.2, custom units configured for 3500/62 Process Variable Monitor were
imported as unknown and read-only.
With System 1 v21.2, users can configure the custom units from System 1 configuration for these
Process Variable points (Figure 3-1 and Figure 3-2). Users can also replace these custom units
with any standard unit available in System 1. The units configured in System 1 for the Process
Variable points will then be exhibited in the Display environment i.e., Status List view, Bar graph,
Plots, etc.

Figure 3-1: Process Variable Imported with Custom Unit Showing “Unknown”

Figure 3-2: Edit the Custom Unit

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Figure 3-3: Custom Units Displayed for Process Variable

3.1.2 2300 Synchronous Sampling Support
2300 Enhancements video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 v21.2 now enables users to import Synchronous Waveform measurements data froma 2300 device. Users need to add Synchronous Waveform and nX measurements to thefollowing input channels under the 2300 device (Firmware version 3.3) in the BNMC version 6.6:
Acceleration channelVelocity channelRadio Vibration channel

Figure 3-4: Spectrums & Waveforms Tab Showing Sync Measurement

3.1.3 Ranger Pro Device Groups
Ranger Pro Enhancement video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required**Available with new version of Ranger Pro Plugin. Release to follow System 1 21.2**

System 1 v21.2 now enables users to create custom device groups within Ranger Pro gateways.
Users can add device groups by right clicking a connected gateway and selecting “AddDevice Group” (Figure 3-5). Users can then drag and drop Ranger Pro devices from the samegateway into device groups (Figure 3-6). Grouping related devices together helps users tobetter manage large numbers of devices. Users can group devices that are monitoring thesame machine or machine train, which helps to quickly view only the channels andmeasurements of those devices in System 1. The ability to filter using these groups greatly
improves the performance of System 1 workspaces, as less information is loaded to generate
the views (Figures 3-7 and 3-8).

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Welcome to System 1 “Version 21.2”
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Figure 3-5: New “Add Device Group” Context-Menu Option for Ranger Pro Gateways

Figure 3-6: Ranger Pro Devices Nested Under Device Groups

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Figure 3-7: System 1 Mapping Mode with Gateway Selection

Figure 3-8: System 1 Mapping Mode with Device Group Selection

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Welcome to System 1 “Version 21.2”
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Interfaces
3.2.1 Health Status Export through OPC DA
Data Export Enhancements video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 now extends the export capability through OPC DA to enable export of Health
Statuses. These Health Statuses include alarm and point statuses exported as Boolean tags.
This Health Status information exported through OPC DA can be further fed to the DCS system.
The figure below (Figure 3-9) shows the list of health statuses that System 1 exports.
Health Status Name

Health Status Type

Inactive

Alarm Status

Condition Monitoring Alarm

Alarm Status

New Alarm Status

Alarm Status

New Condition Monitoring Alarm

Alarm Status

New Protection Alarm

Alarm Status

No Data

Alarm Status

Not OkAlarm Status

Alarm Ok

Alarm Status

Protection Alert Alarm

Alarm Status

Protection Danger Alarm

Alarm Status

Alarm Latch

Alarm Status

Transient Mode

Point Status

Trip Multiply

Point Status

Alert Bypass

Point Status

BypassPoint Status

Danger Bypass

Point Status

New Point Status

Point Status

Drive Rack Not OK Relay - Key switch change

Miscellaneous Status

Program Mode Enabled

Miscellaneous Status

Figure 3-9: Health Status Tags Exported over OPC DA Server

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Welcome to System 1 “Version 21.2”
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Figure 3-10: Health Status Tags in OPC DA Client

3.2.2 OPC DA Server Heartbeat
System 1 OPC DA Server supports the export of OPC DA Server Heartbeat, which indicatessteady OPC connection between OPC server and client using the Heartbeat tag. The OPC
Heartbeat tag is a simple counter that goes from value 1 to 10 in steps of 1 per second, thenresets back to value 1.
Users need to monitor this tag in the OPC client to detect failure of OPC connection between
the OPC server and client.

Figure 3-11: Heartbeat Tag in OPC DA Client

3.2.3 OPC UA Hydro Waveform Export
System 1 v21.2 now supports export of Hydro Air Gap and Multimode Hydro Air Gap waveforms
from a 3500/46M device mapped to a Hydro Machinery through System 1 OPC UA Protocol.
After the OPC UA server configuration is complete, System 1 begins exporting waveforms at 10minute intervals or the device storage rate intervals (NOTE: Each OPC UA client can further
regulate the dynamic data subscription rate). The data is exported with a set of data
properties, such as Unit, Data Status, Node Status, and RPM (Figure 3-12) that can be utilized todefine the dynamic sample in external systems.

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Figure 3-12: OPC UA Client Hierarchy & Data Sample after Subscription

The format of the exported waveforms and its derived extractions is described in the figure
below (Figure 3-13):
Property

Description

MeasurementId

Unique ID for the measurement (System 1 GUID)

UTCTimestamp

Spectrum/waveform time stamp in UTC format

Data

Raw data samples from Device

NumberOfSamples

Total number of waveform samples (e.g., 1024, 2048)

Fmax

FMax for the spectrum or waveform

RPM

Speed for the spectrum or waveform

SampleTypeID

Synchronous or Asynchronous

UnitName

Name of the spectrum/waveform Unit (e.g., mil, um)

Unit

OPC UA code for the Unit (OPC Foundation code)

SubunitName

Name of the spectrum Subunit (pk, rms, pp)

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Subunit

OPC UA code for Subunit (OPC Foundation code)

Samplingperiod Unit

Delta time between two data values in a waveform

ACCoupled

Waveform AC Coupled (True or False)

DC Offset

DC Offset value

DataStatus

OPC UA code for the Data Status (OPC Foundation code)

NodeStatus

OPC UA code for the Node Status (OPC Foundation code)

AlgorithmTypeID[Future] Applied algorithm type (e.g., Enveloping, Averaging)

KPHitIndices

Sample on which KPH hits occurred

RevolutionSpeeds

Speed in rpm for each revolution

PistonAngle

Piston angle for reciprocating compressor waveforms

PairedMeasuremendIDs

Paired channel ID -X or Y (System 1 GUID)

NumberOfPoles

Number of Poles on the Rotor

PoleCountDirection
SensorPoleNumber
SensorAngle

Ascending or Descending as the number of poles pass a reference
point
Pole that is directly in front of the air gap probe
Angle at which sensors are mounted with respect to reference
plane

ShaftRotationDirection

Angular rotation direction of the Shaft for Hydro Units

AirGapAmplitudes

Air Gap Amplitude data values

NumberOfTeeth

Number of Teeth on the Stator

ToothNumberingDirection

Direction that the tooth numbering increases around the Stator

ReferenceToothNumber
ToothNumberForPoles

Tooth on the Stator that is aligned in the same direction as thereference point
Tooth on the Stator that is aligned in the same direction as thereference point

Nominal Air Gap

Designed Air Gap

RotorAmplitudes

Rotor Amplitude data samples

PoleAngles

Calculated Pole angle values

StatorAmplitudes

Stator Amplitude data samples

TeethAngles

Calculated Tooth angle values

RotorCircularity

Calculated value of ellipticity or out-of-roundness of the rotor

RotorConcentricityAmp
RotorConcentricityAngle
StatorCircularity

Calculated distance between the current location and defined
location of the rotor center
Calculated angle between the current location and defined
location of the rotor center
Calculated value of ellipticity or Out-of-roundness of the stator

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StatorConcentricityAmp
StatorConcentricityAngle

Calculated distance between the current location and defined
location of the stator center
Calculated angle between the current location and defined
location of the stator center
Calculated value of ellipticity or Out-of-roundness of the rotor or

RotorStatorCircularity

the stator

RotorStatorConcentricityAmp
RotorStatorConcentricityAngle
AirGapShapeAmplitudes

Calculated distance between the current location and defined
location of the rotor or the stator center
Calculated angle between the current location and defined
location of the rotor or the stator center
Air Gap Shape Amplitude data samples
Air Gap Shape Angle corresponding to the Amplitude data

AirGapShapeAngles

samplesFigure 3-13: OPC UA Data Properties for Hydro Waveform

Database Management
3.3.1 Seamless View of Data from Multiple Archives
Audit Files Enhancement video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 v21.2 allows users to join data from multiple audit files and display it in a seamless
view, on a single client. The audit files must belong to the same database. Users can choose toattach audit files to the database or another audit file. To create a seamless view, users need
to follow the below steps:
1.

Select the Display workspace2.

In the Machines or Devices hierarchy pane, select and right-click the Database node3.

Choose Data Management > Attach Audit File (Figure 3-14)

The Windows Open dialog box is displayed.

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Welcome to System 1 “Version 21.2”
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Figure 3-14: Attach Audit File

Navigate to the directory where the machine audit file is stored and select the file to attach it
either to a database or an audit file.

Figure 3-15: Data from Older Audit File is Stitched with Existing Database Data on Plots Seamlessly

If users no longer want to view data from attached audit file(s), they can detach an audit fileusing below steps:
1.

Select the Display workspace2.

In the Machines or Devices hierarchy pane, select and right-click on Database node3.

Choose Data Management > Detach Audit File4.

Choose an audit file to detach (Figure 3-16)

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Welcome to System 1 “Version 21.2”
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Figure 3-16: Detach Audit File

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Welcome to System 1 “Version 21.2”
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ANALYTICS
Core Analytics
4.1.1

Hydro Machinery Support – Air Gap Extractions
Hydro Machinery Support video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 provides the ability to add a set of Air Gap extractions as Trended Variables (Figure4-1). The extractions are derived from the Average Air Gap Waveform and calculated inaccordance with CEATI International guidelines. User can configure these Air Gap extractions
for both upper and lower planes of the hydro generator to monitor changes in Air Gap,
including Rotor and Stator Circularity and Concentricity. These Trended Variables are
historized and available for trend plots, software alarms, and reports in System 1. They can also
be exported through standard OPC protocols for analytical purposes, including rule
development in Decision Support.

Figure 4-1: Air Gap Extractions as Trended Variables

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Figure 4-2: List of Air Gap Extractions

4.1.2 Spectral Band Computation Using Highest Peak
Peak Band Extraction video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 v21.2 now enables users to add trended variable types, Overall – Spectral andSpectral Bands – Peak, in addition to the existing variable type, Spectral Bands – Energy(earlier known as Spectral Bands). These trended variable types are available on all devices.
1.

Overall – Spectral: Spectrum Overall displays the root mean square (RMS) value for FFT
calculation

Figure 4-3: Add Overall – Energy from Add Trended Variable Dialog
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2.

Spectral Bands - Peak: Users need to choose the spectrum/waveform measurementthat they want associated with the trended variable. Then, configure the band lower
and upper frequencies for the range that is needed for calculating spectral band using
highest peak.

Figure 4-4: Add Spectral Bands – Peak from Add Trended Variable Dialog

System 1 v21.2 shows a Band Computation column in the Trended Variables tab, which showswhether Spectral band computation is performed using Energy or Highest Peak.

Figure 4-5: Band Computation Column in Trended Variables Tab

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Figure 4-6: Spectral Bands and Overall Displays in Spectrum Plot

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VISUALIZATION
Plots
Plot Enhancements video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required

5.1.1

Apply User-defined Plot Sets across all Machines
System 1 now enables users to apply user-defined plot sets across all machines from theDefined Plot Sets, Save Plot Sets, and Manage Plot Sets dialog box.
This capability allows users to create global database-level plot sets and then apply themacross all machines using the “Apply to All Machines” option (Figure 5-1). This option is helpful if
the machines within the database are not created from same templates but rather
individually configured.

Figure 5-1: Define Plot Sets for All Machines

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From the Manage Plot Sessions dialog box (Figure 5-2), users can rearrange the user-defined
Plot Sets and choose to “Apply to All Machines”, which creates the same Plot Set order for all
machines within the database.

Figure 5-2: Manage Plots Sets for All Machines

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5.1.2 Plot Enhancements
5.1.2.1

Add New Plot

System 1 now supports plot view customization by providing the Add New Plot button in the
Plot Title Bar (Figure 5-3). This button generates a new Plot of the same Plot type and users
can add measurements to that Plot from the Add Measurement dialog.

Figure 5-3: Add New Plot

5.1.2.2 Turn off Phase Roll-Over
System 1 now allows users to disable Phase Roll-Over on the Trend and Bode Plots from thePreferences window. This helps to lock the Phase scale at 0-359 when analyzing two ends ofrotor to find mode shape (Figure 5-4).
Phase Roll-Over is turned on by default. When turned on, Phase is displayed continuously in an
unwrapped form (Figure 5-5).

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Figure 5-4: Phase Roll-Over Turned Off

Figure 5-5: Phase Roll-Over Turned On

Users can turn off Phase Roll-Over from Plot Preference > General Tab (Figure 5-6), which applies
to all Trend and Bode Plots in the Plot workspace or the individual plot through context menu.

Figure 5-6: Phase Displayed Continuously in Unwrapped Form

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Events
5.2.1 Event Filtering
Event Filtering video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 v21.2 supports filtering of Events within the Events workspace. The different filtering
options are:1.

Filter by Time Range

2.

Filter by Activity

3.

Filter by Event Source

These filtering options apply to both Alarm and System Health Tabs.
Time Range filter (Figure 5-7) allows users to view Events generated during the selected time
period.

Figure 5-7: Filter by Time Range

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Activity filter (Figure 5-8) allows users to view Events based on activity of the Events such as Active,
Cleared, Latched, and Shelved.

Figure 5-8: Filter by Event Activity

Event Source filter (Figure 5-9) allows users to view Events based on the following criteria:
1.

HW Alarm

2.

SW Alarm

3.

External Alarm

4.

Instrumentation

5.

System Health

6. User Initiated7.

TransientFigure 5-9: Filter by Event Source

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ONLY APPLICABLE WHEN UPGRADING FROM VERSIONS PRIOR TO 20.2
Installation
Before installing System 1 21.2, users must uninstall any System 1 versions below 20.2.

Change to Program ID impacting OPC Data Collection
As part of the Baker Hughes separation from General Electric (GE), OPC DA import settings have beenrenamed. To maintain data collection from OPC connections , please take the following actions:
Property

Prior Versions

Versions 20.2 & Up

Program ID

GE.BentlyNevada.Sys1OPCServer.2

System1OPCServer.1

Required Action
Change Program ID in client to“System1OPCserver.1”
Before uninstalling System 1:
Take a screenshot of DCOM setting for“System 1 OPC Server” for the following tabs:

DCOM Config
Name

System 1 OPC Server

System 1 OPC DA Service

General

Security (Launch and Activation /Access / Config Permissions)

Identity

After installing System 1 v20.2 and above:
Reapply the DCOM settings to “System 1
OPC DA Service”

For Bently Performance (BP) installations, open the BP template key and change the Program ID from
“Input OPC Server” to “System1OPCServer.1” (as shown in below image).

For more details, please refer to System 1 Help.

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Copyright 2021 Baker Hughes Company. All rights reserved.

Bently Nevada, System 1, Trendmaster, ADAPT, vbSeries, RangerPro, ADRE, and Orbit Logo are registeredtrademarks of Bently Nevada, a Baker Hughes Business, in the United States and other countries. The Baker
Hughes logo is a trademark of Baker Hughes Company. All other product and company names aretrademarks of their respective holders. Use of the trademarks does not imply any affiliation with orendorsement by the respective holders.
Baker Hughes provides this information on an “as is” basis for general information purposes. Baker Hughes
does not make any representation as to the accuracy or completeness of the information and makes nowarranties of any kind, specific, Implied or oral, to the fullest extent permissible by law, including those ofmerchant ability and fitness for a particular purpose or use. Baker Hughes here by disclaims any and all
liability for any direct, indirect, consequential or special damages, claims for lost profits, or third-party claims
arising from the use of the information, whether a claim is asserted in contract, tort, or otherwise. Baker
Hughes reserves the right to make changes in specifications and features shown herein, or discontinue theproduct described at any time without notice or obligation. Contact your Baker Hughes representative for themost current information.
The information contained in this document is the property of Baker Hughes and its affiliates; and is subject
to change without prior notice. It is being supplied as a service to our customers and may not be altered orits content repackaged without the express written consent of Baker Hughes. This product or associatedproducts may be covered by one or more patents. See Bently.com/legal.

1631 Bently Parkway South, Minden, Nevada USA 89423
Phone: 1.775.782.3611 (US) or Bently.com/support
Bently.com

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