Welcome to System 1 “Version 21.1”
Document #: 125M6426

Welcome to System 1
Version 21.1 [May 2021]

Copyright 2021 Baker Hughes Company. All rights reserved.

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Welcome to System 1 “Version 21.1”
Document #: 125M6426

WelcomeBently Nevada is pleased to present System 1 version 21.1. This release delivers brand new capabilities to theHydro Machine Monitoring, Emission Monitoring, and OT/IT System Integration use cases.

Hydro Machine MonitoringHydro Machinery Asset Support

Air Gap Native Channel Support

New HMI Symbols



Rotor Stator Plot

Air Gap Plot

Emission Monitoring

PEMS Integration Support

OT/IT System Integration

OPC UA Static Data import

Users upgrading to version 21.1 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,Chris Kramm – System 1 Product Manager
On behalf of your System 1 Leadership and Development Teams
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Welcome to System 1 “Version 21.1”
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Table of Contents
SYSTEM 1 V21.1 FEATURE OVERVIEW ................................................................................................................................. 4
VERSION SUPPORT & OPERATING SYSTEM COMPATIBILITY ........................................................................................ 6
CONNECTIVITY ..................................................................................................................................................................... 7
Bently Devices ................................................................................................................................................................................................................. 7
3.1.1

Orbit 60 Support ............................................................................................................................................................................................................................ 7

3.1.2

Hydro Machinery Support ................................................................................................................................................................................................... 8

3.1.3

vbOnline Pro Enhancements............................................................................................................................................................................................ 9

3.1.4

Portable Enhancements ..................................................................................................................................................................................................... 12

3.1.5

Ranger Pro Enhancements .............................................................................................................................................................................................. 13
Interfaces ..................................................................................................................................................................................................................... 14

3.2.1

OPC UA Static Data Import............................................................................................................................................................................................... 14
Database Management................................................................................................................................................................................... 15

3.3.1

Audit Files Enhancement.................................................................................................................................................................................................... 15

ANALYTICS ........................................................................................................................................................................... 17
Core Alarming ............................................................................................................................................................................................................... 174.1.12300 Alarm Data Capture..................................................................................................................................................................................................17
Emission Monitoring............................................................................................................................................................................................. 17

4.2.1

PEMS Integration ...........................................................................................................................................................................................................................17

VISUALIZATION .................................................................................................................................................................... 19
HMI Builder ........................................................................................................................................................................................................................ 19
5.1.1

HMI Enhancements .................................................................................................................................................................................................................. 19
Plots ................................................................................................................................................................................................................................. 20

5.2.1

Rotor Stator Plot ..........................................................................................................................................................................................................................20

5.2.2

Air Gap Plot ....................................................................................................................................................................................................................................... 21
Reports ........................................................................................................................................................................................................................... 21

5.3.1

Route Report -Machine Summary ........................................................................................................................................................................... 21

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Welcome to System 1 “Version 21.1”
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SYSTEM 1 V21.1 FEATURE OVERVIEW
ALL 21.1 FEATURES ARE ONLY SUPPORTED WITH POSTGRESQL AS THE DATA HISTORIAN.
Table 1: System 1 v21.1 – Connectivity Capabilities

Connectivity
Bently Devices
System 1 v21.1 supports connection to the new Orbit 60 Series
Orbit 60 Support**Orbit 60 release tofollow System 1 21.1**

platform and the advanced processing capabilities of the Condition
Monitoring Module (CMM). This includes Offline Diagnostic File import,
Protection Configuration synchronization, Alarm & Transient Data

3.1.1

collection, Alarm and System Health Events import, Software StateBased Alarming, Static Data Historization, and CM Waveform support.
System 1 enables monitoring of Hydroelectric Turbines andHydro Machinery

Generators using the data provided by 3500/46M Air Gap channels.

Support

These channels can be mapped to new Hydro Asset Models to

3.1.2

support the Hydro Monitoring Use Case.
Bently Devices
vbOnline Pro Software

System 1 now supports software states for machines mapped with

StatesvbOnline Pro channels.

vbOnline Pro as
Modbus Client

SCOUT Enhancements

Ranger Pro
Enhancements

3.1.3

The vbOnline Pro device can be configured as a Modbus Client,
allowing the device to connect to and historize data from third-party

3.1.3

systems. This data can drive Device states on the vbOnline Pro.
To connect to SCOUT devices, users now have the option to manuallyenter the device IP address (rather than relying on UDP Browse).

3.1.4

Configuration enhancements to the Ranger Pro include:

Order Ranger Pro device by name

Improved progress indicator when importing devices

3.1.5

Interfaces
OPC UA Static Data

System 1 supports the import of static data from third-party systems

Import

via the OPC UA Protocol.

3.2.1

Data Management
Audit Files

System 1 allows users to create audit files that consist of multiple

Enhancement

groups and/or machine trains.

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3.3.1

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Table 2: System 1 v21.1 – Analytics Capabilities

Analytics
Core Alarming
2300 Alarm Capture

System 1 now supports trigger-based alarm data capture for 2300.

4.1.1

Emission Monitoring
PEMS Integration

System 1 Predictive Emissions Monitoring System (PEMS) is specificallydesigned for gas turbines. It can predict with high accuracy the levelof emissions generated by gas turbines based on ambient

4.2.1

conditions, fuel composition, and machine operating conditions,while also considering real-time degradations.

Decision Support
Decision Support

Refer to the Decision Support Roadmap for more details.

-

Table 3: System 1 v21.1 - Visualization Capabilities

Visualization
HMI Builder
HMI Enhancements

The HMI library now includes new symbols for hydro machinery andother general machines.

5.1.1

Plots
Rotor Stator Plot

The Rotor Stator Plot compares data from multiple Air Gap sensors,
displays the stator shape relative to the rotor shape, and displays

5.2.1

the overall rotor shape.
Air Gap Plot

The Air Gap Plot is specifically designed to display data from hydrogenerator machines and is an XY Plot of rotor poles versus air gap.

5.2.2

Reports
Support Route Report –System 1 v21.1 adds a new route report, Route Report – Machine

Machine Summary

Summary, which provides a summary of all routes and machines

5.3.1

within a Database or Route Folder.

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Welcome to System 1 “Version 21.1”
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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 (21.1 Client to 19.2 Server DB)



Database upgrade from previous versions released within last 3 years (18.221.1)

Security patch & 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

21.1

May 2021

May 2023





20.2

Nov 2020

Nov 2022

20.1

May 2020

May 2022

19.2

Nov 2019

19.1

2012

Windows Client OS (64bit)
2008 R2

10**

8.1 U1

7 SP1



























Nov 2021

















May 2019

May 2021

















18.2

Dec 2018

Dec 2020















18.1

Jul 2018

Jul 2020















Windows 10 version compatibility will track Microsoft’s published release and support model. System 1 will betested and supported on all versions of Windows 10 under support at the time of release.
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)

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

System 1 v18.2 (Windows 10 v1803, 1709)

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Welcome to System 1 “Version 21.1”
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CONNECTIVITY
Bently Devices
3.1.1

Orbit 60 Support
Orbit 60 Support video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required**Orbit 60 release to follow System 1 21.1**

In System 1 v21.1, users with a valid security certificate and Import Protection Configuration (read only) User
Rights can add an Orbit 60 device and view data and events from the device. Once an Orbit 60 device has
been added to System 1, users will be able to:Synchronize the protection configuration changes in System 1. System 1 will then retrieve and store
data and events (Alarm and System) in real-time from the Orbit 60 device.

Configure alarm and transient data capture settings and send them to the Condition Monitoring
Module (CMM). System 1 will trigger alarm and transient data collection from the CMM based on theevent triggered on the machine train.



Add and configure synchronous and asynchronous waveforms on Orbit 60 device vibration andthrust position channels and send them to the CMM. Based on waveform properties configured by theuser, the CMM will calculate the waveforms and transmit live data back to System 1.



Add Trended Variables, such as Wf pk-pk, Spectral Bands, and Bearing Fault Bands to Orbit 60
vibration channels. System 1 will compute and store the values in its database.

Configure software states and use Orbit 60 points to trigger the state (when Orbit 60 points are
mapped to machine trains)

Utilize the System 1 Display workspace to manage the health of machines monitored by the Orbit 60
Device, as well as the Instrumentation health of the device itself (Figure 1).

Under Devices Hierarchy, users will also be able to import the Offline Diagnostic File (ODF) generated from the
CMM installed on the Orbit 60 device. The ODF contains protection configuration, events (Alarm & System),and alarm and transient data stored in the CMM. Once the ODF is imported successfully in System 1,
diagnostic experts can leverage System 1 features to troubleshoot machine related issues.

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Figure 1: Orbit 60 Series Device and Data in Display Workspace of System 1

3.1.2 Hydro Machinery Support
Hydro Machinery Support video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 supports comprehensive monitoring of hydroelectric turbines and generators, with extensive
configuration and display-based capabilities.
Configuration Capabilities

One of the key capabilities of the Bently Nevada solution is the ability to monitor Air Gap, which is ameasure of the distance between rotor (a part of the generator that has a rim) and poles. The Air
Gap measurement is taken from a 3500/46M Hydro monitor. System 1 v21.1 supports the import of
3500/46M Hydro and Multimode Hydro Air Gap Channels as native channels. All properties that exist
for these channels in 3500 can now be viewed within System 1.

Along with 3500 Device Import, System 1 also supports migration of these channels from System 1 6.x
through the Database Migration tool. (NOTE: In versions prior to v21.1, these channels were migrated from
System 1 6.x and supported as Custom Channels).

Users can map these channels to the newly added Hydro Turbine Generator Machine available within
the Asset Library.

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Display Capabilities

Hydro Machinery health can be viewed within the Status workspace, with a standard Machine Train
diagram (Figure 2) or customized HMI views (see Section 5.1.1)



System 1 provides diagnostic capabilities for Hydro Machinery with the addition of two plots:
1.

Rotor Stator Plot (see Section 5.2.1)

2.

Air Gap Plot (see Section 5.2.2)

Figure 2: Machine Train Overview of Hydro Turbine Generator

3.1.3 vbOnline Pro Enhancements
vbOnline Pro enhancement video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
Software State Support
In prior versions of System 1, vbOnline Pro device users could configure Device States, which have thelimitation of only including device calculated measurements as part of the trigger definition (e.g., Speed,
Direct). With System 1 v21.1, Software States are also supported. These states allow users to create trigger
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definitions that combine measurements available in System 1 (e.g., OPC or Modbus process measurements)
with those collected directly by the vbOnline Pro device. In addition, Software States enable state-based
setpoint support for vbOnline Pro measurements (Figure 3).

Figure 3: Condition Monitoring State-Based Setpoints for vbOnline Pro Device
vbOnline Pro as Modbus Client
To import data directly into vbOnline Pro devices from third-party systems, Modbus over Ethernet protocol is
now supported, with vbOnline Pro acting as the Client/Master and the Modbus device acting as the Server.
With the vbOnline Pro Premium+ license, the user can connect to 5 Modbus Servers, each with 15 points, for a
total of 75 measurements. In addition, these measurements can be used to trigger Device States.
To connect to a Modbus TCP device:1.

Select a vbOnline Pro Device in the Devices hierarchy and navigate to the General tab

2.

Select the number of Modbus servers from the “Add Modbus Servers” dropdown (Figure 4)

Figure 4 Add Modbus Servers Property in Configure Workspace
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Welcome to System 1 “Version 21.1”
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3.

Select the added Modbus Server under the vbOnline Pro Device in the Devices hierarchy and enter the
Modbus Server properties (Figure 5)

Figure 5 Modbus Server Properties in Configure Workspace
4.

To efficiently create and modify Modbus points, export the “Modbus Items” csv file from System 1.
Modify the points in the template and import the template file back into the database (Figure 6).

5.

Synchronize the device to update the device configuration

Figure 6: Import Modbus Points
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3.1.4

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

In the Portables Send/Receive dialog, the user now has the option to connect to a SCOUT device by manuallyentering its IP Address. Previously System 1 relied on searching the network, which was limited to the same
subnet and was sometime unreliable on busy networks. When clicking on the ”Select Instrument” dropdown
within the Send Configuration dialog, simply choose ”Enter IP Address manually” (Figure 7). The IP address isconveniently displayed in the SCOUT200 app (Figure 8). Upon successful connection, the IP address is visible
in the “Select Instrument” dropdown menu (Figure 9).

Figure 7: Enter IP Address manually option in Send/Receive Dialog

Figure 8: IP Address is displayed in the SCOUT200 app

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Figure 9: Device Serial Number and IP Address
Other enhancements specifically for Portables can be found a

Route Report - Machine Summary, in the Reports section at the end of this document

Ability to receive data into System 1 when Config is locked by another user.



Four other SCOUT200 app-specific enhancements, in the separate “SCOUT200_WhatsNew_21.1”
document.

3.1.5 Ranger Pro Enhancements
In System 1 v21.1, users are provided with additional feedback of the import status of their Ranger Pro devices.
The original progress bar now displays a secondary progress bar during the “Processing Configuration” step,further updating users on the state of this step (Figure 8). This enhancement helps notify the user that theprocess has not stalled, as this step can be time-consuming based on the number of devices being
imported.

Figure 8: Secondary progress bar for Ranger Pro device import
Additionally, v21.1 now automatically sorts Ranger Pro devices in the Devices Hierarchy in ascendingalphanumeric order based on the device name. This action updates when users make any edits to the nameof a device, whether from within System 1 itself or externally from a gateway. Since many Ranger Pro devices
are first identified by their serial number, this makes finding a specific device in the Devices Hierarchy much
more efficient.

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Welcome to System 1 “Version 21.1”
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Interfaces
3.2.1 OPC UA Static Data Import
OPC UA Static Data Import video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 now supports the import of static data from third-party hardware using the OPC UA protocol. A
third-party OPC UA server can be added to System 1 and connected through secured modes ofauthentication.
Users can export the OPC UA server address space in a csv file (Figure 9) and, using the address space
information from the csv file, bulk import the OPC UA static tags in System 1 through the OPC UA import csv
template (Figure 10). Then, users can modify the data storage details within the OPC UA Process Group
properties.
Data collected through OPC UA is stored in the System 1 Database and is available for trending and alarming,
if setpoints are configured.

Figure 9: Export OPC UA Device Address Space Option

Figure 10: OPC UA Server with Tags in System 1
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Welcome to System 1 “Version 21.1”
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Database Management
3.3.1 Audit Files Enhancement
NOTE: This is only supported for databases with PostgreSQL as the data historian
Audit Files Enhancement video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 v21.1 allows users to select multiple locations in a database to create an audit file, by following the
below steps:


Launch the “Machine Audit File” dialog on a hierarchy location by selecting “Create Audit File fromGroup, Machine, or Machine-Train”

Click the “Select Locations” option within the Machine Audit File dialog (Figure 11) to select the Groups,
Machine Trains, or Devices from the Hierarchy view (Figure 12)

Figure 11: Select Locations Option in Machine Audit File Dialog

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Welcome to System 1 “Version 21.1”
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Figure 12: Select Locations Screen, Launched from Machine Audit Files Dialog

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ANALYTICS
Core Alarming
4.1.1

2300 Alarm Data Capture
2300 Alarm Data Capture video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required

The latest 2300 Device Firmware (v3.2) supports alarm data capture. This firmware supports a single
collection group, with alarm data captured for all measurements and channels. Alarm events are capturedwhen:A Protection (Level 4 or Level 3) alarm is triggered on a 2300 Device point

A Condition Monitoring (software) alarm is triggered on a 2300 Device point

A Condition Monitoring or Protection alarm is triggered on 3500, 3701, or OPC points on a machine
train with a mapped 2300 Device point

High resolution alarm data is collected for trend and waveform variables.

Emission Monitoring
4.2.1 PEMS Integration
PEMS Integration video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
The System 1 Predictive Emissions Monitoring System (PEMS) is specifically designed for gas turbines andpredicts the level of emissions based on ambient conditions, fuel composition, and machine operating
conditions while considering real-time degradations.
The PEMS solution requires the System 1 and Bently Performance software applications. Together, these two
packages provide an accurate estimate of cumulative CO2 generated over user-specified time periods,
such as consecutive monthly time intervals.
To configure PEMS, check “Enable PEMS Points” in the machine Configure workspace (Figure 13) and utilize
Mapping Mode to map performance inputs (collected via OPC or Modbus) and outputs (provided by the
PEMS template package). Like all other System 1 data sources, PEMS measurements can be viewed in the
Display workspace within the HMI, trigger alarm events, and be correlated with other asset data forenhanced diagnostic insights (Figure 14).

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Figure 13: Enable PEMS Points Property in General Workspace of Configure

Figure 14: PEMS Data in the HMI Display Workspace

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VISUALIZATIONHMI Builder
Hydro Machinery Support video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required

5.1.1

HMI Enhancements

New HMI symbols have been added for the Hydro and General Machinery use cases (Figure 15). Thesesymbols can be used to create Mechanical, Process, and Lube Oil HMI views for Hydro Monitoring (Figure 16).

Figure 15: Hydro and General Machinery Symbols

Figure 16: Hydro Turbine Lube Oil HMI View

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Plots
Hydro Machinery Support video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required

5.2.1 Rotor Stator Plot
The Rotor Stator Plot is designed to display data from Hydro Generator machines. It is a multiple channel plotthat displays:
1.

Stator shape relative to Rotor shape in case of Profile Sets

2.

Individual Stator and Rotor shapes from one or more sensors or from the average of all sensors

The Rotor Stator Plot also displays the minimum, maximum, and average Air Gap with corresponding Poleand Tooth number, with the green area representing the Nominal Air Gap. The locations of all sensors arevisible on the plot, represented by triangles in the same color as the curve (Figure 17).
NOTE: There must be an even number of stator mounted probes to use this plot, with a minimum of four
probes required.

Figure 17: Rotor Stator Plot

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5.2.2 Air Gap Plot
The Air Gap Plot displays data from Hydro Generator machines. It displays the rotor poles versus the air gap
for a single channel or the rotor poles versus the minimum air gap on all channels. This plot uses a
synchronous waveform measurement from Hydro Air Gap or Multimode Hydro Air Gap Channels (Figure 18).

Figure 18: Air Gap Plot

Reports
5.3.1 Route Report -Machine Summary
Portable Enhancements video located in Bently Nevada Tech Support Training Library
Valid M&S Agreement Required
System 1 v21.1 adds a new report, Route Report – Machine Summary (Figure 20). This report summarizes thecollection status of all routes and machines within a Database or Route Folder, highlighting the machines
which are overdue for collection. It can be generated at the Database or Route Folder node of the hierarchy,in Config > Route mode.
NOTE: The existing Route Report is still available, renamed as Route Report – Point Details. It can be generated
at the Route node and provides a detailed Route Status including a list of all missed points.

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Figure 19: Route Report – Machine Summary

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ONLY APPLICABLE WHEN UPGRADING FROM VERSIONS PRIOR TO 20.2
Installation
Before installing System 1 21.1, you must uninstall the version prior to 20.2 of System 1.

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

Program ID

Version 20.2 andPrior Versions

GE.BentlyNevada.Sys1OPCServer.2

Required Action

above
System1OPCServer.1

Change Program ID in client to“System1OPCserver.1”
Before Uninstalling System 1
1.

Take a screenshot of DCOM setting
for “System 1 OPC Server” for thefollowing tabs:

DCOM Config
Name

System 1 OPC Server

General

Security (Launch andActivation/Access/Configuration

System 1 OPC DA Service

permissions)

Identity

After Installing System 1 v20.2 andabove
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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