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Specifies minimum hardware and software required for the module's operation.
Lists all components included with the MVI46-S3964R module for installation.
Guides the installation of the necessary software for module configuration and setup.
Explains how to configure module jumpers for different interface types.
Provides instructions for physically installing the MVI46-S3964R module into an SLC chassis.
Details how to establish a PC connection to the SLC processor for communication.
Describes the process of downloading a sample program to the SLC processor using RSLogix 500.
Guides the connection of a PC to the module's configuration/debug port for setup.
Outlines setups and limitations for module installation and initial configuration procedures.
Introduces the ProSoft Configuration Builder software for managing module configuration files.
Explains how to create and set up a new project within the configuration software interface.
Details how to configure specific operational parameters for the MVI46-S3964R module.
Section for configuring Module level data, including module name and comments.
Identifies methods for handling communication failures when the SLC processor is not running.
Defines configuration parameters for the 3964R serial ports, such as baud rate and parity.
Parameter to enable or disable a specific serial port on the module.
Sets the communication speed (baud rate) for the serial port connection.
Sets the parity setting (None, Odd, Even) for serial communication.
Sets the number of data bits used in serial messages (7 or 8).
Sets the number of stop bits used in serial messages (1 or 2).
Sets the communication priority for the serial port.
Selects the communication protocol (RK512 or 3964) for the serial port.
Explains how to transfer the configured project settings from the PC to the module.
Introduces the concept of using ladder logic for module communication tasks.
Covers special block processing commands, including Warm Boot and Cold Boot.
Describes how to retrieve and interpret status data from the module using its data block.
Details the menu structure and commands for the module's configuration/debug interface.
Explains how to access and navigate the module's main menu via a terminal emulator.
Describes how to view the module's database contents and register pages in various formats.
Provides access to backplane data exchange lists and statistics for troubleshooting.
Accesses serial port information, errors, and status screens for the 3964R protocol.
Explains the meaning of the various LEDs on the module for indicating operational status.
Provides steps to clear fault conditions indicated by the module's OK LED turning red.
Offers troubleshooting steps for common processor and module errors encountered during operation.
Details the technical specifications and features of the MVI46-S3964R module.
Highlights the key features and advantages of the 3964R protocol implementation.
Lists general hardware and software characteristics of the module, including compatibility.
Provides detailed hardware specifications like current load, temperature range, and connectors.
Outlines the functional capabilities and communication modes of the module.
Describes how the module operates within its environment and the 3964R protocol.
Discusses compatibility with SLC chassis and controllers and where to find more info.
Explains the 3964R protocol, its general use, operation modes, and data exchange.
Covers concepts like module power-up, initialization, and logic loops.
Details job allocation, job structure, header data, and data types for communication protocols.
Explains how the module handles jobs and potential initialization conflicts between partners.
Provides information on connecting cables for different interfaces like RS-232 and RS-422.
Details the RJ45 connection and adapter for the configuration/debug port.
Covers RS-232 interface selection and hardware handshaking for communication.
Provides pin assignments for RS-232 connection cables between module and PC.
Details RS-422 interface connections and provides tips for troubleshooting polarity issues.
Shows the wiring diagram for the DB9 to RJ45 adapter cable used for connections.
Explains how to set module jumpers to match the desired interface configuration.
Lists relevant reference documents, specifically for the Siemens CP544 communication partner.
Provides a table listing status data values and their corresponding descriptions for monitoring.
Lists various error codes and their descriptions to aid in troubleshooting module issues.
Provides contact information for ProSoft Technology's sales, support, and customer service teams.
Outlines the policies and conditions that apply to any returned product for service.
Details the general procedure for returning any product, including obtaining an RMA number.
Describes the process for returning units that are covered under the product's warranty.
Outlines the process for returning units that are not covered under warranty for evaluation or repair.
Lists specific unit models that are considered un-repairable based on their type or condition.
Defines the terms and conditions of the limited warranty provided by ProSoft for its products.
Explains what aspects of the product are covered under the new product warranty.
Details the exclusions and limitations of the product warranty, including common causes of damage.
Disclaims warranties for products intended for use in high-risk or hazardous environments.
States that ProSoft disclaims all other express or implied warranties not explicitly stated.
Limits ProSoft's liability for damages, including special, incidental, or consequential damages.
Specifies the time limit within which actions for breach of warranty must be commenced.
States that the written warranty is the complete and exclusive agreement between the parties.
Covers copyright, usage rights, and licensing for ProSoft documentation and software.
Additional terms for software and intellectual property licenses that must be complied with.
Acknowledges that the customer understands and accepts the risk allocation reflected in the product price.
Specifies the governing law for the warranty and how unenforceable provisions are handled.
Specifies minimum hardware and software required for the module's operation.
Lists all components included with the MVI46-S3964R module for installation.
Guides the installation of the necessary software for module configuration and setup.
Explains how to configure module jumpers for different interface types.
Provides instructions for physically installing the MVI46-S3964R module into an SLC chassis.
Details how to establish a PC connection to the SLC processor for communication.
Describes the process of downloading a sample program to the SLC processor using RSLogix 500.
Guides the connection of a PC to the module's configuration/debug port for setup.
Outlines setups and limitations for module installation and initial configuration procedures.
Introduces the ProSoft Configuration Builder software for managing module configuration files.
Explains how to create and set up a new project within the configuration software interface.
Details how to configure specific operational parameters for the MVI46-S3964R module.
Section for configuring Module level data, including module name and comments.
Identifies methods for handling communication failures when the SLC processor is not running.
Defines configuration parameters for the 3964R serial ports, such as baud rate and parity.
Parameter to enable or disable a specific serial port on the module.
Sets the communication speed (baud rate) for the serial port connection.
Sets the parity setting (None, Odd, Even) for serial communication.
Sets the number of data bits used in serial messages (7 or 8).
Sets the number of stop bits used in serial messages (1 or 2).
Sets the communication priority for the serial port.
Selects the communication protocol (RK512 or 3964) for the serial port.
Explains how to transfer the configured project settings from the PC to the module.
Introduces the concept of using ladder logic for module communication tasks.
Covers special block processing commands, including Warm Boot and Cold Boot.
Describes how to retrieve and interpret status data from the module using its data block.
Details the menu structure and commands for the module's configuration/debug interface.
Explains how to access and navigate the module's main menu via a terminal emulator.
Describes how to view the module's database contents and register pages in various formats.
Provides access to backplane data exchange lists and statistics for troubleshooting.
Accesses serial port information, errors, and status screens for the 3964R protocol.
Explains the meaning of the various LEDs on the module for indicating operational status.
Provides steps to clear fault conditions indicated by the module's OK LED turning red.
Offers troubleshooting steps for common processor and module errors encountered during operation.
Details the technical specifications and features of the MVI46-S3964R module.
Highlights the key features and advantages of the 3964R protocol implementation.
Lists general hardware and software characteristics of the module, including compatibility.
Provides detailed hardware specifications like current load, temperature range, and connectors.
Outlines the functional capabilities and communication modes of the module.
Describes how the module operates within its environment and the 3964R protocol.
Discusses compatibility with SLC chassis and controllers and where to find more info.
Explains the 3964R protocol, its general use, operation modes, and data exchange.
Covers concepts like module power-up, initialization, and logic loops.
Details job allocation, job structure, header data, and data types for communication protocols.
Explains how the module handles jobs and potential initialization conflicts between partners.
Provides information on connecting cables for different interfaces like RS-232 and RS-422.
Details the RJ45 connection and adapter for the configuration/debug port.
Covers RS-232 interface selection and hardware handshaking for communication.
Provides pin assignments for RS-232 connection cables between module and PC.
Details RS-422 interface connections and provides tips for troubleshooting polarity issues.
Shows the wiring diagram for the DB9 to RJ45 adapter cable used for connections.
Explains how to set module jumpers to match the desired interface configuration.
Lists relevant reference documents, specifically for the Siemens CP544 communication partner.
Provides a table listing status data values and their corresponding descriptions for monitoring.
Lists various error codes and their descriptions to aid in troubleshooting module issues.
Provides contact information for ProSoft Technology's sales, support, and customer service teams.
Outlines the policies and conditions that apply to any returned product for service.
Details the general procedure for returning any product, including obtaining an RMA number.
Describes the process for returning units that are covered under the product's warranty.
Outlines the process for returning units that are not covered under warranty for evaluation or repair.
Lists specific unit models that are considered un-repairable based on their type or condition.
Defines the terms and conditions of the limited warranty provided by ProSoft for its products.
Explains what aspects of the product are covered under the new product warranty.
Details the exclusions and limitations of the product warranty, including common causes of damage.
Disclaims warranties for products intended for use in high-risk or hazardous environments.
States that ProSoft disclaims all other express or implied warranties not explicitly stated.
Limits ProSoft's liability for damages, including special, incidental, or consequential damages.
Specifies the time limit within which actions for breach of warranty must be commenced.
States that the written warranty is the complete and exclusive agreement between the parties.
Covers copyright, usage rights, and licensing for ProSoft documentation and software.
Additional terms for software and intellectual property licenses that must be complied with.
Acknowledges that the customer understands and accepts the risk allocation reflected in the product price.
Specifies the governing law for the warranty and how unenforceable provisions are handled.
General| Manufacturer | ProSoft Technology |
|---|---|
| Model | MVI46-S3964R |
| Communication Protocol | Modbus RTU |
| Compatibility | Rockwell Automation ControlLogix platform |
| Operating Temperature | 0°C to 60°C (32 to 140°F) |
| Storage Temperature | -40°C to 85°C (-40°F to 185°F) |
| Relative Humidity | 5% to 95% (non-condensing) |
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