This release has the following requirements.
For optimal performance of the Logix Designer application, the personal computer should meet or exceed these hardware and software requirements.
|
Tip: The Logix Designer application can be installed on a personal computer
that meets the operating system minimum requirements, but may not meet
performance expectations when used in a production system.
|
IMPORTANT
|
Keep these operating system considerations in mind:
When installing the Logix Designer application on
computers that have not been updated, a prompt
displays to install Universal C Runtime or to update the
computer to at least the Microsoft April 2014 update
roll-up.
|
IMPORTANT
|
When installing version 33.01 of the Logix Designer
application, Microsoft .NET Framework 4.6 is installed
automatically. However, when installed on 32-bit
Windows operating systems, .NET Framework 4.6
causes versions 23 and earlier of the Logix Designer
application to fail on startup. Also, when previous
versions of Logix Designer are installed after version
33.01, .NET Framework 4.6 may cause these earlier
versions of the Logix Designer application installation to
fail.
|
Preferred operating systems are prioritized for support, testing, and post-release patch qualifications. These operating systems are preferred for this release:
Windows 10 v1703 / Windows Server 2016 or later is the recommended operating system if running this software with a 2K or 4K High Resolution Display with scaling up to 125%.
Acceptable results can also be expected with:
Windows 7 / Windows Server 2008 is not recommended for display scaling greater than 125%.
Install one or more functionalities for FactoryTalk Updater:
FactoryTalk Updater Agent collects information and activation license data from the Rockwell Automation software installed on the computer. Install the FactoryTalk Updater Agent on each computer that requires data collection. This is the default functionality installed with most Rockwell Automation software.
FactoryTalk Updater Server:
|
Tip: To avoid issues, limit FactoryTalk Updater Server installations to
one instance per intranet.
|
FactoryTalk Updater Client is the user interface that displays information collected by the FactoryTalk Updater Server. Install FactoryTalk Updater Client to display information from the intranet.
|
Tip: Most modules use Flash-ROM for the storage of firmware. If a
module requires a firmware change, use the ControlFLASH™ tool or
the ControlFLASH Plus™ tool to perform the update to the
Flash-ROM. These tools are contained in the downloaded image or on
a DVD-ROM shipped with the Logix Designer application. Another
option is to update the firmware automatically as part of the project
download.
For additional information and assistance in performing a Flash-ROM
update, review the ControlFLASH Firmware Upgrade Software User
Manual, publication 1756-UM105, or the ControlFLASH Plus Quick
Start Guide, publication CFP-QS001.
|
Rockwell Automation tests software products under a standard configuration of operating systems and antivirus software. For additional information, see the Knowledgebase Document ID: PN24 - Rockwell Software Products and Antivirus Software.
This release includes the following system features.
Logix Designer application version v33.01 has the same new and enhanced features and new supported hardware as v33.00.
This table lists new hardware supported in this release.
Catalog Number
|
Description
|
Vendor Name
|
Basic Bus Module
|
Basic Bus Module EtherNet/IP Interface Card
|
Advanced Energy Industries, Inc.
|
BLH-1756-WM
|
Weigh Scale Module
|
Vishay Nobel AB
|
1756_FPI_1002
|
Fire Protection Interface
|
Reserved
|
HM-1756-WM
|
Weigh Scale Module
|
Reserved
|
ILX56-PBM
|
PROFIBUS Master or Slave Module
|
Prosoft Technology
|
ILX56-PBS
|
PROFIBUS Slave Module
|
Prosoft Technology
|
1732E-16CFGM12M12LDR
|
16 Point 24V DC Self-Configuring, Quick
Connect, 2-Port, M12 L-code Power,
Diagnostic
|
Rockwell Automation/Allen-Bradley
|
1732E-16CFGM12P5DR
|
16 Point 24V DC Self-Configuring, Quick
Connect, 2-Port, 5-Pin Mini Power,
Diagnostic
|
Rockwell Automation/Allen-Bradley
|
1734-OBV2S
|
2 Point 24V DC Source Output
|
Rockwell Automation/Allen-Bradley
|
1756-EN4TR
|
1756 Ethernet Bridge, 2-Port, Twisted-pair
Media, Device Level Ring
|
Rockwell Automation/Allen-Bradley
|
1756-IB16S
|
16 Point 24V DC Safety Input, Sink
|
Rockwell Automation/Allen-Bradley
|
1756-OBV8S
|
8 Point 24V DC Bipolar/Sourcing Safety
Output
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10B
|
Stratix 5800 10 Port Non-Expandable Base
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10BE
|
Stratix 5800 10 Port Non-Expandable Base
PoE
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10
|
Stratix 5800 10 Port Expandable Base
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R
|
Stratix 5800 10 Port Expandable Base Layer
3
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E
|
Stratix 5800 10 Port Expandable Base PoE
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA
|
Stratix 5800 10 Port Expandable Base PoE
Advanced
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR
|
Stratix 5800 10 Port Expandable Base PoE
Advanced Layer 3
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A
|
Stratix 5800 10 Port Expandable Base
Advanced
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 8 Port Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 6 Port Copper 2 Port
SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 8 Port POE Copper
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 8 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX8EA
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 8 Port PoE Copper
Advanced Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX8SA
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 8 Port SFP Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX8TA
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 8 Port Copper
Advanced Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base plus 8
Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base plus 6
Port Copper 2 Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base plus 8
Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base plus 8
Port PoE Copper Basic POE
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 8 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 6 Port Copper 2 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 8 Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 8 Port PoE Copper Basic POE
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base PoE
plus 8 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base PoE
plus 8 Port PoE Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base PoE
plus 6 Port Copper 2 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base PoE
plus 8 Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 8 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 8 Port PoE Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 6 Port Copper 2 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 8 Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 8 Port Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 8 Port PoE Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 6 Port Copper 2 Port
SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 8 Port SFP Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX8EA
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 8 Port PoE Copper
Advanced Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX8SA
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 8 Port SFP Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX8TA
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 8 Port Copper Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 8 Port Copper
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 8 Port PoE
Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX6T2S
|
Straix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 6 Port Copper 2
Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 8 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX8EA
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 8 Port PoE
Copper Advanced Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX8SA
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 8 Port SFP
Advanced Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX8TA
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 8 Port Copper
Advanced Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX8T
|
Stratix 5800 10 Port Expandable Base
Advanced plus 8 Port Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX8E
|
Stratix 5800 10 Port Expandable Base
Advanced plus 8 Port POE Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX6T2S
|
Stratix 5800 10 Port Expandable Base
Advanced plus 6 Port Copper 2 Port SFP
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX8S
|
Stratix 5800 10 Port Expandable Base
Advanced plus 8 Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX8EA
|
Stratix 5800 10 Port Expandable Base
Advanced plus 8 Port PoE Copper Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX8SA
|
Stratix 5800 10 Port Expandable Base
Advanced plus 8 Port SFP Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX8TA
|
Stratix 5800 10 Port Expandable Base
Advanced plus 8 Port Copper Advanced
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base plus
16 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base plus
14 Port Copper 2 Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10 plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base plus
16 port Copper Basic POE
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 16 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 14 Port Copper 2 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10R plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base Layer
3 plus 16 port Copper Basic POE
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base PoE
plus 16 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base PoE
plus 16 Port PoE Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10E plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base PoE
plus 14 Port Copper 2 Port SFP Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 16 Port Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 16 Port PoE Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10ER plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base PoE
Layer 3 plus 14 Port Copper 2 Port SFP
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 16 Port Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 16 Port PoE Copper
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EA plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base
Advanced PoE plus 14 Port Copper 2 Port
SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX16T
|
Straix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 16 Port Copper
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 16 Port PoE
Copper Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10EAR plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base
Advanced PoE Layer 3 plus 14 Port Copper 2
Port SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base
Advanced plus 16 Port Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base
Advanced plus 16 Port POE Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10A plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base
Advanced plus 14 Port Copper 2 Port SFP
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX16T
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 16 Port Copper Basic
Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX16E
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 16 Port POE Copper
Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
1783-MMS10AR plus 1783-MMX14T2S
|
Stratix 5800 10 Port Expandable Base
Advanced Layer 3 plus 14 Port Copper 2 Port
SFP Basic Expansion
|
Rockwell Automation/Allen-Bradley
|
440R-ENETR
|
Guardmaster Safety Relay Ethernet Interface
|
Rockwell Automation/Allen-Bradley
|
442G-MABRB-UR-P49
|
Multifunctional Access Box, Power to
Release, Right, No Estop, 2 Pushbuttons,
Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABLB-UR-P49
|
Multifunctional Access Box, Power to Lock,
Right, No Estop, 2 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABRB-UL-P49
|
Multifunctional Access Box, Power to
Release, Left, No Estop, 2 Pushbuttons,
Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABLB-UL-P49
|
Multifunctional Access Box, Power to Lock,
Left, No Estop, 2 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABRB-UR-E0P49
|
Multifunctional Access Box, Power to
Release, Right, Estop, 2 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABLB-UR-E0P49
|
Multifunctional Access Box, Power to Lock,
Right, Estop, 2 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABRB-UL-E0P49
|
Multifunctional Access Box, Power to
Release, Left, Estop, 2 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABLB-UL-E0P49
|
Multifunctional Access Box, Power to Lock,
Left, Estop, 2 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABRB-UR-E0JP4679
|
Multifunctional Access Box, Power to
Release, Right, Estop, 4 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABLB-UR-E0JP4679
|
Multifunctional Access Box, Power to Lock,
Right, Estop, 4 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABRB-UL-E0JP4679
|
Multifunctional Access Box, Power to
Release, Left, Estop, 4 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
442G-MABLB-UL-E0JP4679
|
Multifunctional Access Box, Power to Lock,
Left, Estop, 4 Pushbuttons, Safety
|
Rockwell Automation/Allen-Bradley
|
5069-IB8S
|
8 Point 24V DC Safety Input, Sink
|
Rockwell Automation/Allen-Bradley
|
5069-OBV8S
|
8 Point 24V DC Bipolar/Sourcing Safety
Output
|
Rockwell Automation/Allen-Bradley
|
5094-OB32
|
32 Point 24V DC Output, Source
|
Rockwell Automation/Allen-Bradley
|
5094-OB32XT
|
32 Point 24V DC Output, Source, XT
|
Rockwell Automation/Allen-Bradley
|
5094-OB8
|
8 Point 24V DC Output, Source
|
Rockwell Automation/Allen-Bradley
|
5094-OB8XT
|
8 Point 24V DC Output, Source, XT
|
Rockwell Automation/Allen-Bradley
|
5094-OA16
|
16 Point 120/240V AC Output
|
Rockwell Automation/Allen-Bradley
|
5094-OA16XT
|
16 Point 120/240V AC Output, XT
|
Rockwell Automation/Allen-Bradley
|
5094-IB32
|
32 Point 24V DC Input, Sink
|
Rockwell Automation/Allen-Bradley
|
5094-IB32XT
|
32 Point 24V DC Input, Sink, XT
|
Rockwell Automation/Allen-Bradley
|
5094-IA16
|
16 Point 120V AC Input
|
Rockwell Automation/Allen-Bradley
|
5094-IA16XT
|
16 Point 120V AC Input, XT
|
Rockwell Automation/Allen-Bradley
|
5094-IM8
|
8 Point 240V AC Input
|
Rockwell Automation/Allen-Bradley
|
5094-IM8XT
|
8 Point 240V AC Input, XT
|
Rockwell Automation/Allen-Bradley
|
5094-OB16S
|
16 Point 24V Safety Output, Source
|
Rockwell Automation/Allen-Bradley
|
5094-OB16SXT
|
16 Point 24V Safety Output, Source XT
|
Rockwell Automation/Allen-Bradley
|
5094-IB16S
|
16 Point 24V DC Safety Input, Sink
|
Rockwell Automation/Allen-Bradley
|
5094-IB16SXT
|
16 Point 24V DC Safety Input, Sink XT
|
Rockwell Automation/Allen-Bradley
|
5094-OW4IS
|
4 Point AC/DC Safety Relay Output, Isolated,
N.O.
|
Rockwell Automation/Allen-Bradley
|
5094-OW4ISXT
|
4 Point AC/DC Safety Relay Output, Isolated,
N.O. XT
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP14BA1
|
10mm Solid Shaft Single-turn Safety
Encoder, Clamping Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP15BA1
|
12mm Solid Shaft Single-turn Safety
Encoder, Clamping Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP16BA1
|
3/8 inch Solid Shaft Single-turn Safety
Encoder, Clamping Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP14BA4
|
10mm Solid Shaft Single-turn Safety
Encoder, Synchro Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP15BA4
|
12mm Solid Shaft Single-turn Safety
Encoder, Synchro Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP16BA4
|
3/8 inch Solid Shaft Single-turn Safety
Encoder, Synchro Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP14BA7
|
10mm Solid Shaft Single-turn Safety
Encoder, Square Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP15BA7
|
12mm Solid Shaft Single-turn Safety
Encoder, Square Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP16BA7
|
3/8 inch Solid Shaft Single-turn Safety
Encoder, Square Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP8BA6
|
10mm Hollow Shaft Single-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP9BA6
|
12mm Hollow Shaft Single-turn Safety
encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP11BA6
|
14mm Hollow Shaft Single-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP12BA6
|
15mm Hollow Shaft Single-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP7BA6
|
3/8 inch Hollow Shaft Single-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-SIP10BA6
|
1/2 inch Hollow Shaft Single-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP14BA1
|
10mm Solid Shaft Multi-turn Safety Encoder,
Clamping Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP15BA1
|
12mm Solid Shaft Multi-turn Safety Encoder,
Clamping Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP16BA1
|
3/8 inch Solid Shaft Multi-turn Safety
Encoder, Clamping Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP14BA4
|
10mm Solid Shaft Multi-turn Safety Encoder,
Synchro Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP15BA4
|
12mm Solid Shaft Multi-turn Safety Encoder,
Synchro Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP16BA4
|
3/8 inch Solid Shaft Multi-turn Safety
Encoder, Synchro Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP14BA7
|
10mm Solid Shaft Multi-turn Safety Encoder,
Square Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP15BA7
|
12mm Solid Shaft Multi-turn Safety Encoder,
Square Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP16BA7
|
3/8 inch Solid Shaft Multi-turn Safety
Encoder, Square Flange
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP8BA6
|
10mm Hollow Shaft Multi-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP9BA6
|
12mm Hollow Shaft Multi-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP11BA6
|
14mm Hollow Shaft Multi-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP12BA6
|
15mm Hollow Shaft Multi-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP7BA6
|
3/8 inch Hollow Shaft Multi-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
843ES-MIP10BA6
|
1/2 inch Hollow Shaft Multi-turn Safety
Encoder, 63mm Stator Coupling
|
Rockwell Automation/Allen-Bradley
|
281ES-F12S-10A-RRG-3FR-00
|
ArmorStart Network Safety, 4i/2o,
(0.24-1.2A), Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F12S-10A-RRG-3FR-22
|
ArmorStart Network Safety, 4i/2o,
(0.24-1.2A), Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F12S-10B-RRG-3FR-00
|
ArmorStart Network Safety, 4i/2o, (0.5-2.5A),
Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F12S-10B-RRG-3FR-22
|
ArmorStart Network Safety, 4i/2o, (0.5-2.5A),
Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F12S-10C-RRG-3FR-00
|
ArmorStart Network Safety, 4i/2o, (1.1-5.5A),
Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F12S-10C-RRG-3FR-22
|
ArmorStart Network Safety, 4i/2o, (1.1-5.5A),
Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F23S-25D-RRG-3FR-00
|
ArmorStart Network Safety, 4i/2o, (3.2-16A),
Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281ES-F23S-25D-RRG-3FR-22
|
ArmorStart Network Safety, 4i/2o, (3.2-16A),
Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F12S-10A-RRG-3FR-00
|
ArmorStart Network Safety, 6i/0o,
(0.24-1.2A), Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F12S-10A-RRG-3FR-22
|
ArmorStart Network Safety, 6i/0o,
(0.24-1.2A), Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F12S-10B-RRG-3FR-00
|
ArmorStart Network Safety, 6i/0o, (0.5-2.5A),
Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F12S-10B-RRG-3FR-22
|
ArmorStart Network Safety, 6i/0o, (0.5-2.5A),
Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F12S-10C-RRG-3FR-00
|
ArmorStart Network Safety, 6i/0o, (1.1-5.5A),
Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F12S-10C-RRG-3FR-22
|
ArmorStart Network Safety, 6i/0o, (1.1-5.5A),
Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F23S-25D-RRG-3FR-00
|
ArmorStart Network Safety, 6i/0o, (3.2-16A),
Reversing Starter, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
281GS-F23S-25D-RRG-3FR-22
|
ArmorStart Network Safety, 6i/0o, (3.2-16A),
Reversing Starter, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD2P3S-10-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 4i/2o, (0.75KW),
2.3amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD2P3S-10-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 4i/2o, (0.75KW),
2.3amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD4P0S-10-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 4i/2o, (1.5KW),
4.0 amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD4P0S-10-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 4i/2o, (1.5KW),
4.0 amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD6P0S-25-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 4i/2o, (2.25KW),
6.0 amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD6P0S-25-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 4i/2o, (2.25KW),
6.0 amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD7P6S-25-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 4i/2o, (4.0KW),
7.6 amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284ES-FVD7P6S-25-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 4i/2o, (4.0KW),
7.6 amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD2P3S-10-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 6i/0o, (0.75KW),
2.3amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD2P3S-10-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 6i/0o, (0.75KW),
2.3amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD4P0S-10-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 6i/0o, (1.5KW),
4.0 amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD4P0S-10-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 6i/0o, (1.5KW),
4.0 amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD6P0S-25-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 6i/0o, (2.25KW),
6.0 amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD6P0S-25-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 6i/0o, (2.25KW),
6.0 amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD7P6S-25-RRG-SBG-DB1-EMI-00
|
ArmorStart Network Safety, 6i/0o, (4.0KW),
7.6 amp, VFD, No Safe IO
|
Rockwell Automation/Allen-Bradley
|
284GS-FVD7P6S-25-RRG-SBG-DB1-EMI-22
|
ArmorStart Network Safety, 6i/0o, (4.0KW),
7.6 amp, VFD, With Safe IO
|
Rockwell Automation/Allen-Bradley
|
2198-C1004-ERS
|
Kinetix 5300,85-253 Volt,0.4kW,Safe Torque
Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C1007-ERS
|
Kinetix 5300,85-253 Volt,0.75kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C1015-ERS
|
Kinetix 5300,85-253 Volt,1.5kW,Safe Torque
Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C1020-ERS
|
Kinetix 5300,85-253 Volt,2kW,Safe Torque
Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C2030-ERS
|
Kinetix 5300,170-253 Volt,3kW,Safe Torque
Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C2055-ERS
|
Kinetix 5300,170-253 Volt,5.5kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C2075-ERS
|
Kinetix 5300,170-253 Volt,7.5kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4004-ERS
|
Kinetix 5300,342-528 Volt,0.4kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4007-ERS
|
Kinetix 5300,342-528 Volt,0.75kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4015-ERS
|
Kinetix 5300,342-528 Volt,1.5kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4020-ERS
|
Kinetix 5300,342-528 Volt,2kW,Safe Torque
Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4030-ERS
|
Kinetix 5300,342-528 Volt,3kW,Safe Torque
Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4055-ERS
|
Kinetix 5300,342-528 Volt,5.5kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198-C4075-ERS
|
Kinetix 5300,342-528 Volt,7.5kW,Safe
Torque Off Servo Drive
|
Rockwell Automation/Allen-Bradley
|
2198T-W25K-ER
|
Kinetix 5700 iTRAK Power Supply
|
Rockwell Automation/Allen-Bradley
|
iTRAK 5730
|
Intelligent Track System, Section, Network
Safety STO
|
Rockwell Automation/Allen-Bradley
|
2198T-iTRAK-MEDIUM-FRAME
|
Kinetix 5700 iTRAK Medium Frame, motor
with integrated 200/400V drive, Networked
Advanced Safety
|
Rockwell Automation/Allen-Bradley
|
PowerFlex 755-EENET-CM-S3
|
PowerFlex 755 AC Drive via Embedded
Ethernet - CIP Motion/S3 Safety Option
|
Rockwell Automation/Allen-Bradley
|
PowerFlex 755-EENET-CM-S4
|
PowerFlex 755 AC Drive via Embedded
Ethernet - CIP Motion/S4 Safety Option
|
Rockwell Automation/Allen-Bradley
|
PowerFlex 755-HiPwr-EENET-CM-S3
|
PowerFlex 755 High Power AC Drive via
Embedded Ethernet - CIP Motion/S3 Safety
Option
|
Rockwell Automation/Allen-Bradley
|
PowerFlex 755-HiPwr-EENET-CM-S4
|
PowerFlex 755 High Power AC Drive via
Embedded Ethernet - CIP Motion/S4 Safety
Option
|
Rockwell Automation/Allen-Bradley
|
5069-L430ERMW
|
CompactLogix™ 5480 Controller
|
Rockwell Automation/Allen-Bradley
|
5069-L450ERMW
|
CompactLogix™ 5480 Controller
|
Rockwell Automation/Allen-Bradley
|
5069-L4100ERMW
|
CompactLogix™ 5480 Controller
|
Rockwell Automation/Allen-Bradley
|
5069-L4200ERMW
|
CompactLogix™ 5480 Controller
|
Rockwell Automation/Allen-Bradley
|
5069-L320ERP
|
CompactLogix™ 5380 Controller
|
Rockwell Automation/Allen-Bradley
|
5069-L340ERP
|
CompactLogix™ 5380 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L81EP
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L81E-NSE
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L82E-NSE
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L83EP
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L83E-NSE
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L84E-NSE
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L85EP
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
1756-L85E-NSE
|
ControlLogix® 5580 Controller
|
Rockwell Automation/Allen-Bradley
|
2198-E2150-ERS
|
Kinetix 5100 Position Servo Drive, 15KW,
230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E2075-ERS
|
Kinetix 5100 Position Servo Drive, 7.5KW,
230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E2055-ERS
|
Kinetix 5100 Position Servo Drive, 5.5KW,
230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E2030-ERS
|
Kinetix 5100 Position Servo Drive, 3KW,
230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E1020-ERS
|
Kinetix 5100 Position Servo Drive, 2KW,
120-230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E1015-ERS
|
Kinetix 5100 Position Servo Drive, 1.5KW,
120-230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E1007-ERS
|
Kinetix 5100 Position Servo Drive, 0.75KW,
120-230V AC
|
Rockwell Automation/Allen-Bradley
|
2198-E1004-ERS
|
Kinetix 5100 Position Servo Drive, 0.4KW,
120-230V AC
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MV-C
|
Medium Voltage Smart Motor Controller via
20-COMM-C
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MV-E
|
Medium Voltage Smart Motor Controller via
20-COMM-E
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MV-ER
|
Medium Voltage Smart Motor Controller via
20-COMM-ER
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MV-Q
|
Medium Voltage Smart Motor Controller via
20-COMM-Q Fiber
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MVSS-C
|
Medium Voltage Smart Motor Controller with
Soft Stop via 20-COMM-C
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MVSS-E
|
Medium Voltage Smart Motor Controller with
Soft Stop via 20-COMM-E
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MVSS-ER
|
Medium Voltage Smart Motor Controller with
Soft Stop via 20-COMM-ER
|
Rockwell Automation/Allen-Bradley
|
SMC-50 MVSS-Q
|
Medium Voltage Smart Motor Controller with
Soft Stop via 20-COMM-Q Fiber
|
Rockwell Automation/Allen-Bradley
|
FX9600
|
RFID Reader
|
Zebra Technologies
|
The version of FactoryTalk Linx software provided with this version of the Logix Designer application includes an updated set of electronic data sheet (EDS) files for Rockwell Automation products. Installing this software ensures that FactoryTalk Linx software and RSNetWorx software will be able to work with the new revisions of firmware. To download and install the latest EDS file, access the Rockwell Automation Services & Support website (http://www.rockwellautomation.com/global/support/downloads.page?).
This release corrects the following anomalies.
PAO/PPID instruction issue (1045247)
Shed value (Cfg_CVIntlk) is limited to less than 100% when it should be less than or equal to 100%.
As a work around, enter Cfg_CVIntlk = 99.999 %
This anomaly first identified in v33.00.
Upload rejects tag suffix greater than three characters (1218803)
The Logix Designer application verifies and downloads an I/O tag suffix with three or more characters, but does not allow the upload of the tag.
This anomaly first identified in version 33.00.
Unexplained motion possibly caused by the application not recognizing the motion database which could cause the motion configuration to change.
Warnings about unable to set attributes for map connection will be observed while importing an L5K project file that contains any of the following modules: 1794-IE8HB, 1794-IF8IH, 1794-OE8HB and 1794-OF8IH. Use and L5X project export or delete the modules before exporting to L5K.
This anomaly first identified in version 30.00.
When attempting to upload modules from the controller, the Logix Designer application generates these errors:
This anomaly first identified in version 32.00.
Using the shortcut combination Alt, plus, and dash did not close routine windows and caused the Logix Designer application to become unresponsive. This effects versions 31.00 and later.
This anomaly first identified in version 31.00.
Importing a CSV file of tags into the Logix Designer application requires more time than in prior releases to complete.
This anomaly first identified in version 33.00.
License Source Protection and locked content not compatible (925976, Lgx00229625, Lgx00229626)
When importing, cutting, copying, or pasting License Source Protected and locked routines and Add-On Instructions that contain GSV or SSV instructions, an error message states that Licensed Source Control content is newer and not compatible. Licensed Source Protected and locked routines and Add-On Instructions that do not contain GSV or SSV import, cut, copy, and paste without an error message.
This anomaly first identified in version 31.00.
When an axis gets inhibited, the axis command and actual positions are set = 0.0000. When the axis is uninhibited, the command and actual positions return to their previous values.
This anomaly first identified in version 28.00.
Incorrect calculation of Motion Counters per Unwind Cycle (1108548)
The Logix Designer application calculated an incorrect number of Motion Counts/Unwind Cycle value.
This anomaly first identified in version 32.00.
A comment in an imported routine in a Structured Text Add-On Instruction loses the closing parenthesis upon import forcing the user to add the closing parenthesis to successfully download the file.
This anomaly first identified in version 32.03.
To work around this issue, add a space before the forward slash (* /*).
The Logix Designer application stopped responding with the error 0xc0000005 after switching SFC routines while online in edit mode.
This anomaly first identified in version 33.00.
For the ControlLogix 5380 and 5580 controllers, a Boolean InOut parameter in an Add-On Instruction when referencing the .31 bit of a DINT on the outside of the Add-On Instruction, sets the 22nd bit, not the 32nd bit, of that DINT.
This anomaly first identified in version 30.00.
Axis Properties do not reflect SSV changes to bit attributes (00234015, 1063469)
After executing an SSV instruction on a motion axis, the instruction correctly sets the attribute value, but the axis properties does not reflect the change. See technote BF27663 for additional details.
This anomaly first identified in version 31.00.
Changing the Major Revision Keying of a Kinetix Drive sometimes affects Axis Parameters (1010610, 1010618)
Changing the firmware Major Revision Keying in the properties of a Kinetix drive could affect the scaling (Load Type parameter), as well as other axis parameters, of the associated CIP Motion Axis. This sometimes causes motor performance changes, different from their original configuration. See technote BF27045 for additional details.
This anomaly first identified in version 32.00.
Error: 1746-HSCE Failed to modify properties. Connection failure. (1685002)
Error Failed to modify properties. Connection failure. occurs when changing the configuration of a 1746-HSCE module connected to a 1747-AENTR while online.
The same error occurs with the 1746-HSCE2 module after the above-described error occurs with the 1746-HSCE module. Following a controller download, no configuration errors occur when changing the configuration of a 1746-HSCE2 module until an error occurs while attempting to change the configuration of a 1746-HSCE module connected to a 1747-AENTR while online.
To work around this issue, consider:
This anomaly first identified in version 32.00.
This release has the following known anomalies.
Upload failure (1024944)
When attempting to upload a project, the Logix Designer application generates these errors and the upload fails:
To work around this issue, remove long names from the project.
This anomaly first identified in version 32.00.
Tag based alarm does not create on import (1093641)
If Logix based alarms are not verified or created when importing a User-defined Data Type (UDT) that references them, users will experience a controller major non-recoverable fault (MNRF) after download.
This anomaly first identified in version 33.00.
The Logix Designer stops responding when copying motion axes (1170662)
When copying and pasting motion axes between motion groups, the Logix Designer stops responding.
This anomaly first identified in version 32.00.
Safety I/O Add-On Profile Automatic Diagnostic online setting edits makes Add-On Profile unstable (1172072)
For 5094 Safety Discrete I/O Automatic Diagnostic Add-on Profile build v2.2.2, Automatic Diagnostic is enabled by default. If users disable Automatic Diagnostics while the Add-On Profile is online, after applying the change, the Logix Designer application generates a Failed to modify properties error message and the Add-On Profile stops responding.
To work around this issues, go offline, delete the module, and add it again.
This anomaly first identified in version 33.00.
These anomalies are from previous releases but are still known in this release.
When importing and exporting programs or routines with Public program parameters between projects, the program or routine causes the parameter to appear undefined.
This anomaly first identified in version 24.00
The Tag Browser may disappear behind the Watch view preventing the user from selecting a tag. This can happen when the Watch view is in Auto Hide mode, the user opens the Tag Browser from the Watch view, and the Tag Browser appears outside the Watch view.
This anomaly first identified in version 32.00.
Use one of these steps to work around the issue:
Size the Watch view so the Tag Browser fits inside the Watch view.
Some browsers (particularly the Microsoft Edge browser) may not launch the hyperlinks in the Sample Projects.pdf file when the hyperlinks are configured to open PDF files.
This anomaly first identified in version 32.00
To work around this issue, open the PDF file with Adobe Acrobat Reader:
The Accelerate 3D Graphics setting in VMware sometimes causes the Logix Designer application to run out of memory.
This anomaly first identified in version 32.00.
Use one of these steps to work around this issue:
In the Tag Editor with Show: Consumed tags displayed, selecting all the consumed tags can cause the Logic Designer application to freeze.
This anomaly first identified in version 32.00.
Leaving multiple routines open for over two days while online with the controller can cause the Logix Designer application to crash.
This anomaly first identified in version 32.00.
Subroutine called by locked routine through JSR instruction might not show energized power rail (Lgx00218331)
When a locked routine uses a JSR instruction to call a subroutine, Logix Designer sometimes fails to display the power rails in the subroutine as energized. The problem is limited to the incorrect display; the execution flow in the controller is still correct.
This anomaly first identified in version 32.00.
Labels are cut off and dislocated in BOOTP-DHCP Server applications (Lgx00152848)
When the font size in Windows 7 is set to 125%, the labels in the Network Settings and DHCP properties of BOOTP-DHCP Server application are cut off, making them unreadable. They are also dislocated, where they do not match with the proper input fields.
This anomaly first identified in version 23.00.
Source protected routine or Add-On Instruction not executing after download (1312820, Lgx00233725)
Licensed-based Source Protected routines or Add-On Instructions in a Logix Designer application stop executing after a download, when a routine or Add-On Instruction is locked online and previously compiled data was deleted during the Compact operation. See technote 1132965 for additional details.
This anomaly first identified in version 30.00.
Error in the content of Studio 5000 Logix Designer application generated reports (1421415)
"ACD filename - Label does not exist" appears at the top of the page instead of "ACD filename - Controller Organizer Listing" when using the Generate Report menu option.
This anomaly first identified in version 33.00.
The Logix Designer application is unable to run a trend in v29 or earlier after switching
communication software from RSLinx Classic to FactoryTalk Linx in another instance of the Logix Designer application v31 and later on the same workstation.
Once a trend is run in the Logix Designer application v31 and later, using FactoryTalk Linx as the communication software, you will receive this error message if you then attempt to run a trend in the Logix Designer application v29 or earlier on the same workstation:
Error: <trend name> - : Can’t open the specified RSLinx driver.
For more information, refer to the technical note BF23206.
This anomaly first identified in version 20.00.
Editing project documentation when offline prevents the controller from going online (1817937)
Logix Designer application users who change a tag's description or a rung comment in project documentation while offline with the controller cannot go online with the controller, even when the Download Project Documentation check box is not selected.
This anomaly first identified in version 32.00.
Not enough graphics resources to perform the operation requested. Closing windows will free graphic resources (1623620)
Closing SFC routines online in run mode causes a Windows GDI object memory leak. When this occurs, this window’s operating system dialog box may appear.
When the anomaly occurs, the online project can be saved but opening any other windows results in the dialog box appearing.
The workaround is to close the Logix Designer application session and start a new Logix Designer application session.
This anomaly first identified in version 31.00.01.
Displayed alarm fields may not update when modified programmatically (1541337)
Alarm behavior functions properly with the programmatically modified value; however, the Alarm List and Alarm Properties dialogs box might display values that existed before the programmatic modification.
Saving the file, uploading tags, and reopening the dialogs updates the Alarm List and Alarm Properties to the current value.
This anomaly first identified in version 32.03.
Direct Add-on-Profile-to-Device Communication Could Result in Time Out Errors or Communication Routing to the Wrong Device (1927272)
Direct Add-on-Profile-to-device communication could result in time out errors or routing the communication to the wrong device in circumstances where all of the following conditions are met:
This applies to configuration data that goes through unconnected communication to the target I/O device (for instance, uploading/downloading device parameters).
This does not apply to I/O data.
This does not apply to commands from the controller (for instance, inhibiting/uninhibiting a device).
Please see technote BF28941 for additional details.
This anomaly first identified in version 20.00.
Removed KNOptimassMfc400 profile (2106380)
The KN profile no longer has a license in the Logix Designer application.
This anomaly first identified in version 32.02.
Motion Coordinated Linear Move (MCLM) Instruction Show ??'s for V_X, V_Y, V_Z Axes Positions (2069950)
In the Motion Coordinated Linear Move (MCLM) instruction, if the Position operand is defined with an array tag and the array pointer is set at element 1 or greater, axes V_X, V_Y, V_Z appear as question marks “??” instead of their respective positions.
This anomaly only occurs with direct array references. This will not occur with indirect addressing of the array tag.
This is a display anomaly that does not affect the instruction’s functionality.
This anomaly first identified in version 33.00.
Module Info B tab empty (1815893)
An anomaly in the AOP core (v26.32.51.0) installed with v34.00 Studio5000 Logix Designer prevents redundant 1715-AENTR and 1715 IO modules Module Info B tab from displaying information while online.
Consider these work arounds:
This anomaly first identified in version 20.05.
Mismatching display resolution and scaling may result in overlapping SFC elements (2122642)
Editing a Sequential Function Chart (SFC)) using a display with a given resolution (for example, 1920 x 1200) and Windows scale setting (for example, 100%), closing the ACD, and then opening the same ACD in another resolution (for example, 3840 x 2160) and Windows scale setting (for example, 150%) may result in overlapping SFC elements.
This release has the following functional changes from the previous release.
Logix Designer version 33.01 has these changes in functionality since the last release.
These features are not supported after redundancy is enabled:
For additional information about redundancy restrictions and functionality, refer to these user manuals:
In Logix Designer releases v32.00 and earlier, string comparison instructions (EQU, for example) do not reflect an error in rung condition output when the LEN member of a string is invalid (larger than the number of characters the buffer can hold). In v33.00, the instruction generates a minor fault and sets the rung to false. After you update to v33.00 software and firmware, projects that contain an invalid string error behave differently: rungs that were true now become false.
Rockwell Automation recommends testing conversion of projects that contain locked routines or locked Add-On Instructions before distribution. Some projects require unlocking of routines and Add-On Instructions before the project can successfully convert to this version of the Logix Designer application. (Lgx00221920)
Starting with version 33.00, the AutoTune license is removed from Full and Professional editions of the Logix Designer application. AutoTune is available as an Add-On to all editions.
Starting with Logix Designer application version 33.00, the default communication software is FactoryTalk Linx. If another version of the Logix Designer application has not been installed on the machine, then FactoryTalk Linx is the default communication software. If a previous version of the Logix Designer software was installed on the machine, then the previously chosen communication software will be used. FactoryTalk Linx communication software must be used to support CIP Security communication with controllers. To change the communication software:
When you upload through FactoryTalk Linx, if the project uses motion, a large connection size (4,000 bytes) is not used to reduce motion jitter.
The Import/Export version number for this version of Logix Designer application is 2.24. The table lists the Import/Export versions for previous releases.
Release Version
|
Import/Export Version
|
33.00, 33.00.02, 33.01
|
2.24
|
32.xx
|
2.23
|
31.xx
|
2.22
|
30.xx
|
2.21
|
29.xx
|
2.20
|
28.xx
|
2.19
|
27.xx
|
2.18
|
26.xx
|
2.17
|
24.xx
|
2.15
|
23.xx
|
2.14
|
21.xx
|
2.12
|
20.xx
|
2.11
|
19.xx
|
2.10
|
18.xx
|
2.09
|
17.xx
|
2.08
|
16.xx
|
2.07
|
15.xx
|
2.06
|
14.xx
|
2.05
|
13.xx
|
2.04
|
12.xx
|
2.03
|
11.xx
|
2.02
|
10.xx
|
2.01
|
9.00
|
2.00
|
5.02
|
1.02
|
2.xx, 6.xx, 7.xx, 8.xx
|
1.01
|
1.21, 1.23
|
1.00
|
1.10, 1.11
|
0.04
|
This release has the following application notes.
These are the application notes for Logix Designer version 33.01.
When going online with the controller with the Download Project Documentation and Extended Properties option cleared, online edits did not save after making online edits to Ladder Logic routines, saving and copying the project, going offline, and then going online with the copied project. (Lgx00230263, Lgx00230366, Lgx00230369, Product Safety Advisory 2017-10-002)
To help meet secure system design requirements, review these publications:
To learn about implementing CIP Security, see CIP Security with Rockwell Automation Products (publication SECURE-AT001).
While the programming software continues to extend its functionality with each new release, the physical controllers that it supports will vary. New controllers are added, and in some cases, support for existing controllers may be removed. While a specific controller may not be supported by the current release, the side-by-side installation of multiple versions of the software will, in most cases, provide a means to support the older hardware. If migrating from one controller to another, a project created for one controller can be easily converted to another controller using the Controller Properties configuration dialog box within the software.
If opening a project that is configured for a controller that is no longer supported and the older version of software is not installed, the software will provide an appropriate warning and will automatically provide the option to convert the project to one of the controllers supported by the release.
The table provides a breakdown of the various Logix 5000 controllers and the initial or minimum version of Logix Designer application that is required to support the controller.
Controller Catalog Number
|
Minimum Major
Software Version
|
ControlLogix 1756-L71 Series B
|
20.00
|
ControlLogix 1756-L71S Series B
|
20.01
|
ControlLogix 1756-L72 Series A
|
19.00
|
ControlLogix 1756-L72 Series B
|
20.00
|
GuardLogix 1756-L72S Series B
|
20.00
|
ControlLogix 1756-L73 Series A
|
18.00
|
ControlLogix 1756-L73 Series B
|
20.00
|
ControlLogix 1756-L73XT Series B
|
20.00
|
GuardLogix 1756-L73S Series B
|
20.00
|
GuardLogix 1756-L73SXT Series B
|
20.00
|
GuardLogix 1756-L81ES Series A
|
31.00
|
GuardLogix 1756-L82ES Series A
|
31.00
|
GuardLogix 1756-L83ES Series A
|
31.00
|
GuardLogix 1756-L84ES Series A
|
31.00
|
GuardLogix 1756-L8SP Series A
|
31.00
|
ControlLogix 1756-L74 Series A
|
19.00
|
ControlLogix 1756-L74 Series B
|
20.00
|
ControlLogix 1756-L75 Series A
|
18.00
|
ControlLogix 1756-L75 Series B
|
20.00
|
ControlLogix 1756-L81E Series B
|
29.00
|
ControlLogix 1756-L82E Series B
|
29.00
|
ControlLogix 1756-L83E Series B
|
28.00
|
ControlLogix 1756-L84E Series B
|
29.00
|
ControlLogix 1756-L85E Series B
|
28.00
|
CompactLogix 1769-L16ER-BB1B Series
A
|
20.00
|
CompactLogix 1769-L16ER-BB1B Series
B
|
20.00
|
CompactLogix 1769-L18ER-BB1B Series
A
|
20.00
|
CompactLogix 1769-L18ER-BB1B Series
B
|
20.00
|
CompactLogix 1769-L18ERM-BB1B
Series A
|
20.00
|
CompactLogix 1769-L18ERM-BB1B
Series B
|
20.00
|
CompactLogix 1769-L19ER-BB1B
|
28.00
|
CompactLogix 1769-L24ER-QB1B
|
20.00
|
CompactLogix 1769-L24ER-QBFC1B
|
20.00
|
CompactLogix 1769-L27ERM-QBFC1B
|
20.00
|
CompactLogix 1769-L30ER
|
20.00
|
CompactLogix 1769-L30ER-NSE
|
20.00
|
CompactLogix 1769-L30ERM
|
20.00
|
CompactLogix 1769-L33ER
|
20.00
|
CompactLogix 1769-L33ERM
|
20.00
|
CompactLogix 1769-L37ERM
|
31.00
|
CompactLogix 1769-L38ERM
|
31.00
|
CompactLogix GuardLogix
1769-L30ERMS
|
28.00
|
CompactLogix GuardLogix
1769-L33ERMS
|
28.00
|
CompactLogix GuardLogix
1769-L36ERMS
|
28.00
|
CompactLogix GuardLogix
1769-L37ERMS
|
31.00
|
CompactLogix GuardLogix
1769-L38ERMS
|
31.00
|
CompactLogix 1769-L36ERM
|
20.00
|
CompactLogix 5069-L306ER
|
29.00
|
CompactLogix 5069-L306ERM
|
29.00
|
CompactLogix 5069-L310ER
|
29.00
|
CompactLogix 5069-L310ERM
|
29.00
|
CompactLogix 5069-L310ERM-NSE
|
29.00
|
CompactLogix 5069-L3100ERM
|
30.00
|
CompactLogix 5069-L320ER
|
28.00
|
CompactLogix 5069-L320ERM
|
29.00
|
CompactLogix 5069-L330ER
|
29.00
|
CompactLogix 5069-L330ERM
|
29.00
|
CompactLogix 5069-L340ER
|
29.00
|
CompactLogix 5069-L340ERM
|
28.00
|
CompactLogix 5069-L350ERM
|
30.00
|
CompactLogix 5069-L37ERMO
|
30.00
|
CompactLogix 5069-L380ERM
|
30.00
|
CompactLogix 5069-L46ERMW
|
30.00
|
Compact GuardLogix 5069-L306ERMS2
|
31.00
|
Compact GuardLogix 5069-L310ERMS2
|
31.00
|
Compact GuardLogix 5069-L320ERMS2
|
31.00
|
Compact GuardLogix 5069-L330ERMS2
|
31.00
|
Compact GuardLogix 5069-L340ERMS2
|
31.00
|
Compact GuardLogix 5069-L350ERMS2
|
31.00
|
Compact GuardLogix 5069-L360ERMS2
|
31.00
|
Compact GuardLogix 5069-L380ERMS2
|
31.00
|
Compact GuardLogix 5069-L3100ERMS2
|
31.00
|
Compact GuardLogix 5069-L306ERS2
|
31.00
|
Compact GuardLogix 5069-L310ERS2
|
31.00
|
Compact GuardLogix 5069-L320ERS2
|
31.00
|
Compact GuardLogix 5069-L330ERS2
|
31.00
|
Compact GuardLogix 5069-L340ERS2
|
31.00
|
Compact GuardLogix 5069-L350ERS2
|
31.00
|
Compact GuardLogix 5069-L380ERS2
|
31.00
|
Compact GuardLogix 5069-L3100ERS2
|
31.00
|
One method to restore or reset Workstation Options is to hold Ctrl + Shift, launch the Logix Designer application, and continue to hold Ctrl + Shift until the application is fully launched.
However, when this restore method is used and the Windows User Account Control (UAC) setting is set at a level higher than Never notify, a UAC dialog box sometimes appears containing the following message:
Do you want to allow this app to make changes to your device?
Clicking Yes on the dialog box while continuing to hold Ctrl + Shift, the Workstation Options are not reset.
To reset Workstation Options, use one of these workarounds:
Some device properties, online functions, communication drivers, and FactoryTalk Security authentication with Studio 5000 Logix Designer are not supported with FactoryTalk Linx. Use the following table as a guide for the recommended communication software to use with select modules.
Product
|
Communication software
|
ArmorStart Ethernet (28xe)
|
RSLinx Classic
|
ArmorStart LT (29xe)
|
RSLinx Classic
|
Drives Profiles
|
|
GuardMaster and GuardLink
(440C-CR30-22BBB)
|
|
HIPROM
|
|
IO-Link Block (1732E-8IOLM12R IO Link)
|
FactoryTalk Linx
|
IO-Link Point (1734-4IOL)
|
FactoryTalk Linx
|
Starting with version 31.00 of Logix Designer application, the default font type size for the Structured Text Editor changed from Courier New size 8 to Consolas size 10. Since the Sequential Function Chart (SFC) Action uses structured text to execute assignments and instructions, this change makes the SFC Action larger causing the overlap of the SFC elements in projects converted from version 30.00 and earlier to version 31.00 and later.
To get the same SFC layout as in v30.00 and earlier:
Select Tools > Options.
In the Workstation Option, select Structured Text Editor > Font/Color.
In Font, choose Courier New.
In Size, choose 10.
To convert a project with a Function Block Diagram routine with text boxes from version 11.00 of RSLogix 5000 software to version 21.00 and later, use one of these steps:
The Logix Designer application may exceed memory when multiple large routines are opened and resized to fit the full window using the View>Zoom>Fit to Window command. To work around this issue, use the View>Zoom>Fit to Width command to set the zoom of the selected routines so that the entire width of the routine fits within the routine windows.
When versions 30.00 and 31.00 of the Logix Designer application are both installed on the same computer, and trending has never been run in the version 31.00.00 Logix Designer application, trending fails to run in the version 30.00 Logix Designer application. RSLinx Classic is the default communication software for Trend Server, which causes this behavior. After switching between FactoryTalk Linx and RSLinx Classic, the trend will not work for version 30.00. (Lgx00203589)
Starting with version 24.00 of the Logix Designer application, modules can be accessed via module references. Because of this, program-scoped tags with the same names as modules ignore those modules in terms of logic references. For version 24.00.00 and later, when attempting to access modules via module reference from within the Logix Designer application, a warning message opens. If converting from a version earlier than version 24.00, the application returns a verification error.
If uninstalling the CodeMeter kit, which is installed with the FactoryTalk® Activation Manager, the Logix Designer application fails to uninstall. To restore the CodeMeter kit, uninstall the FactoryTalk Activation Manager and then reinstall it.
The SequenceManager feature is not available for Compact GuardLogix 5380, CompactLogix 5380, CompactLogix 5480, ControlLogix 5580, and GuardLogix 5580 controllers in this release of the Logix Designer application.
When editing existing standard STRINGs or entering a new STRING, if there is a non-alphanumeric character in the STRING, such as a space, period or apostrophe, add an escape carriage.
For installations of version 32.00 of Logix Designer, Microsoft .NET Framework 4.6 is installed automatically. However, .NET Framework 4.6 can cause these issues:
When using version 29.00 or later to open a project from a release earlier than version 29.00, the signature breaks for any Add-On Instruction included in the project. In the same way, when importing an Add-On Instruction from a project created in a release earlier than version 29.00, the signature breaks for that Add-On Instruction. Un-seal and then re-seal each Add-On Instruction to get a new signature.
The Requested Packet Interval (RPI) setting for the Kinetix Encoder Emulator must match the Motion Group Base Update period. If the RPI setting and the Motion Group Base Update period do not match, output can fail from the Encoder Emulator.
When the font size in Windows 7 is set to 125%, the labels in the Network Settings and DHCP properties of BOOTP-DHCP Server application are cut off, making them unreadable. They are also dislocated, where they do not match with the proper input fields.
Some Boolean members of the AxisSafetyFaults attribute were renamed and some were added to support the drive safety instructions. If a member of the AxisSafetyFaults is used in logic, the logic will not compile until the old axis Boolean attribute is replaced with the new name.
When using a Custom RSLogix 5000 Motion Database in RSLogix 5000 software versions 12.00 through 17.00, update the motion database to work with versions 18.00 or later. The following table lists the motion database revisions that are used with these application versions.
Version of Application
|
Motion Database Revision
|
33.01.00
|
14.31.00 [ Motion.mdb format ]
|
33.00, 33.00.02
|
14.24.00 [ Motion.mdb format ]
|
32.00 / 32.01 / 32.02 / 32.03 / 32.04
|
13.04.00 [ Motion.mdb format ]
|
31.00/ 31.02
|
12.02.00 [ Motion.mdb format ]
|
30.00
|
11.06.00 [ Motion.mdb format ]
|
29.00
|
11.05.00 [ Motion.mdb format ]
|
28.00
|
10.05.00 [ Motion.mdb format ]
|
27.00
|
10.03.00 [ Motion.mdb format ]
|
26.01
|
10.03.00 [ Motion.mdb format ]
|
24.00
|
9.24.00 [ Motion.mdb format ]
|
23.00
|
9.22.00 [ Motion.mdb format ]
|
21.03
|
9.15.00 [ Motion.mdb format ]
|
21.00
|
9.08.00 [ Motion.mdb format ]
|
20.01
|
8.12.00 [ Motion.mdb format ]
|
20.00
|
8.09.00 [ Motion.mdb format ]
|
19.01 / 19.00
|
7.05.00 [ Motion.mdb format ]
|
18.02 / 18.01 / 18.00
|
6.09.00 [ Motion.mdb format ]
|
17.01/ 17.00
|
5.03.00 [ *Motion.md format ]
|
16.04 / 16.03 / 16.00
|
4.02.00 [ *Motion.md format ]
|
15.03 / 15.02/ 15.01 / 15.00
|
3.24.00 [ *Motion.md format ]
|
14.01 / 14.00
|
3.12.00 [ *Motion.md format ]
|
13.04 / 13.03/ 13.02 / 13.01 / 13.00
|
3.12.00 [ *Motion.md format ]
|
12.06 / 12.05 / 12.04 / 12.03 / 12.02 / 12.01 / 12.00
|
3.03.00 [ *Motion.md format ]
|
* Before a Custom Motor can be used in version 18.00 or later, any Custom Motor currently in a motion database file at revision 5.00 or earlier (Motion.db format) must be converted to the newer Motion.mdb format.
To initiate the process of getting the database updated, please email the request to raeptechsupport@ra.rockwell.com. Please include any prior tech support case number if the current database includes non-Rockwell motors.
When using version 32.00 to open a project from a release earlier than version 32.00, any routines that are locked in the project will not download to a controller. Before downloading the project, open the project in version 32.00, unlock the routines, and then re-lock them. Download the project with the re-locked routines to the controller.
This version of Studio 5000 Logix Designer application does not install or use MSXML 4.0. MSXML 4.0 has security risks associated with it and is no longer supported by Microsoft. For more information about MSXML and its availability, see the MSXML Roadmap. When installing products or components made by other vendors that use MSXML 4.0, contact the vendor for questions about the security risk associated with MSXML 4.0.
Use command-line parameters to perform an unattended or silent installation of the software.
The following table identifies the installation command-line parameters. Command-line parameters are case-insensitive. However, if a specified value includes a space, be sure to enclose the value in quotation marks (for example, "value with spaces").
Parameter
|
Description
|
/?
|
Displays the usage options for installation parameters.
|
/Q
|
Silent Install, install runs in a quiet mode without any user interface.
This parameter is recommended when deploying the software installation
using an IT tool or script, and don’t expect any error or restart messages.
When using this parameter, check the error codes, and respond as needed.
For example, if the installation returns error code 1641, then the IT tool or
script should restart the computer and relaunch the installation after restart.
This parameter is required if /QS is not specified.
|
/QS
|
Unattended Install, install runs in a quiet simple mode and shows progress
through the UI, it does not accept any input but still shows error or restart
messages.
When using this parameter, the installation will stop and display a prompt if
there are error or restart messages. For example, if an immediate restart is
required to complete the install, a restart message will be displayed to confirm
the restart. Installation resumes automatically from the point of interruption
after restart.
This parameter is required if /Q is not specified.
|
/IAcceptAllLicenseTerms
|
Acknowledges acceptance of the license terms.
This parameter is required for /Q or /QS parameters.
|
/AutoRestart
|
Automatically restarts the computer after the installation is complete. Used
when a restart is required to complete the installation.
This parameter is optional. If this parameter is not used silent install (/Q) will
return either error code 1641 or 3010 if a restart is required, and unattended
install (/QS) will result in a confirmation prompt that must be agreed to before
the installation is completed.
|
/Record
|
Records the installation options chosen to a recording file.
This parameter is optional.
|
/Playback
|
Plays back a recording file to specify the installation options.
This parameter is optional.
|
/Repair
|
Runs a repair operation on the installed products.
This parameter is optional.
|
/Uninstall
|
Uninstalls the product.
The Logix Designer application does not support the /Uninstall option.
|
/SetupLanguage="value"
|
Specifies which language will be displayed during install process.
The value must be the one of the following:
This parameter is optional. If this parameter is not used, the default language
is the current user or operating system user interface language.
|
/Product="value"
|
Specifies which sub-products will be installed.
Only required if sub-products are included with the install package.
If the software does not include sub-products this parameter is not available.
|
/ProductLanguage="value"
|
Specifies the language version of the software being installed.
The value must be the one of the following:
This parameter is optional. If this parameter is not used, the default language
is the same as the setup language.
If the software does not support multiple languages this parameter is not
available.
|
/InstallLocation="value"
Or
/InstallDrive="value"
|
Specifies the install location or install drive respectively.
This parameter is optional. If this parameter is not used, the default install
location is "C:\Program Files (x86)\Rockwell Software".
Some software restricts the installer to only change the drive the software is
installed on. Use /? to determine which parameter is supported.
|
/IgnoreWarning
|
Specifies that the setup ignores warnings and continues.
This parameter is optional. If it is not specified, the setup exits when a
warning occurs.
|
/SerialNumber="value"
|
Specifies the serial number of the software being installed. This is used to
activate the software during installation.
This parameter is optional. If it is not specified the software must be activated
manually after installation if activation is required.
Some software does not require activation. If activation is not required this
parameter is not available.
|
/ProductKey="value"
|
Specifies the product key used to get activation keys during installation.
This parameter is optional. If it is not specified the software must be activated
manually after installation if activation is required.
Some software does not require activation. If activation is not required this
parameter is not available.
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/Version="value"
|
Specifies the version of the software to activate which corresponds to the
product version associated with the SerialNumber and ProductKey.
This parameter is optional. If it is not specified the installer will use the most
recent product version available.
Some software does not require activation. If activation is not required this
parameter is not available.
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The following examples show how to use the installation commands.
The following table identifies the error codes that can be returned by an installation.
Error Code
|
Value
|
Description
|
ERROR_SUCCESS
|
0
|
The installation completed successfully.
|
ERROR_INVALID_PARAMETER
|
87
|
One of the parameters was invalid.
|
ERROR_INSTALL_USEREXIT
|
1602
|
The installation was cancelled by the user.
|
ERROR_INSTALL_FAILURE
|
1603
|
A fatal error occurred during installation.
|
ERROR_BAD_CONFIGURATION
|
1610
|
The configuration data for this product is corrupt. Contact your
support personnel.
|
ERROR_REBOOT_CONTINUE
|
1641
|
A reboot is required to continue to installation.
|
ERROR_SUCCESS_REBOOT_REQUIRED
|
3010
|
A restart is required to complete the installation. After restart the
product is successfully installed.
|
ERROR_REBOOT_PENDING
|
3012
|
A restart is pending and is required before the installation can
continue.
|
ERROR_SUCCESS_NOT_APPLICABLE
|
3013
|
The installation cannot proceed because the products are
already installed.
|
|
1
|