1. Product Overview

The Schneider TSXMRPC007M SRAM Memory Module is an industrial automation memory component intended for use in compatible control-system configurations. Memory modules play an important role in programmable logic controller (PLC) environments by providing designated storage for application information or other data supported by the installed hardware architecture.

In industrial facilities, memory components are particularly important when maintaining established automation systems, replacing existing hardware, and preserving application data during servicing. Selecting the correct memory module helps reduce compatibility issues and supports consistent maintenance procedures.

The Schneider TSXMRPC007M has supplied dimensions of 130 × 90 × 25 mm and a weight of 0.076 kg. These specifications are useful for preliminary product identification, spare-parts management, and equipment inventory planning.

Before installation or replacement, users should verify the module’s exact memory capacity, supported controller models, data-retention method, and installation requirements. These characteristics should be confirmed using the product label and applicable Schneider Electric technical documentation rather than inferred from the model number.

2. Technical Specifications

The dimensions and weight above are the supplied product specifications. Memory capacity, electrical characteristics, retention requirements, and supported hardware combinations should be confirmed before commissioning.

3. Function and Working Principle

Static random-access memory (SRAM) is a semiconductor memory technology that provides rapid access to stored information while the memory circuit is powered. In automation systems, SRAM components can support designated storage functions depending on the design of the controller and memory module.

The precise function of the TSXMRPC007M depends on its documented hardware role. Memory modules can differ in capacity, intended use, compatibility, and data-retention behavior, even when their physical appearance is similar.

When evaluating this module for an existing installation, engineers should confirm:

• The module’s specified memory capacity and storage function.
• The controller or processor models that support it.
• Whether stored information requires a battery or another retention mechanism.
• The correct installation position and connection method.
• Any hardware configuration or software requirements.
• The approved procedure for backing up and restoring application information.

Verifying these characteristics before installation helps reduce the risk of data loss, hardware incompatibility, and unnecessary commissioning delays.

4. Role in Industrial Automation Systems

Memory hardware supports the storage and management of information required by industrial control equipment. Its exact function depends on the controller architecture and the manufacturer’s design.

PLC Memory Management

A compatible memory module may provide designated storage for application information or other controller-related data. The supported data types and operating conditions must be confirmed for the exact module.

Legacy Control-System Support

Many industrial machines remain in operation for years, making the availability of compatible replacement components important. Correct memory identification helps maintenance teams preserve the intended hardware configuration.

Application Data Protection

Memory replacement can affect access to stored information. Maintaining verified backups and following the appropriate transfer procedure can help protect application data during controller maintenance.

Spare Parts and Lifecycle Management

Accurate part identification helps purchasing and maintenance teams distinguish between memory modules with different specifications. Recording the full product reference also improves inventory accuracy and replacement planning.

5. Industrial Applications

The TSXMRPC007M may be considered for an industrial automation application when its intended function and hardware compatibility have been verified.

Manufacturing Equipment

Manufacturing lines use PLC-based control systems to coordinate production sequences, monitor sensors, and operate actuators. Compatible memory hardware can support maintenance of the established controller configuration.

Packaging Machinery

Packaging systems coordinate operations such as filling, sealing, labeling, and material transfer. During servicing, technicians must ensure that memory components match the installed controller and that necessary application data is protected.

Material Handling Systems

Conveyor systems, sorting equipment, and automated transfer machinery rely on control logic to coordinate movement and equipment status. Correct memory-module selection is important when maintaining the associated automation hardware.

Process Control Equipment

Industrial process equipment may use PLCs to manage pumps, valves, auxiliary machinery, and interlocking functions. Memory components must meet the requirements of the installed control platform.

Legacy Automation Maintenance

For older systems, replacing a memory module with the correct reference can help avoid unnecessary changes to established equipment. Engineers should verify the complete part number and compatibility before introducing replacement hardware.

These examples describe general environments where compatible PLC memory components may be used. They do not independently confirm that the TSXMRPC007M supports every application listed.

6. Installation and System Integration

Correct installation and handling help protect memory hardware and preserve important control-system information. Always follow the model-specific installation instructions and site safety procedures.

Step 1: Verify the Model Number

Confirm that the product label identifies the module as TSXMRPC007M. Compare the reference with the existing component, equipment documentation, and approved parts list.

Step 2: Back Up Important Information

Before removing a memory module, determine whether it contains application data or other information that must be retained. Create and verify a backup using the approved procedure for the relevant controller.

Step 3: Isolate the Equipment

Place the machine in a safe state and follow the site’s lockout/tagout procedure. Isolate the relevant power sources as required and verify the equipment is safe to service.

Step 4: Apply ESD Protection

Electronic memory components can be damaged by electrostatic discharge. Use suitable ESD protection, handle the module carefully, and avoid touching exposed electrical contacts.

Step 5: Inspect the Module

Check the housing and accessible contacts for visible damage, contamination, or corrosion. Do not install a damaged component or force a module into an incompatible connector.

Step 6: Verify Compatibility and Retention Requirements

Confirm the supported controller, memory capacity, and data-retention method. Check whether any specific backup or battery-maintenance requirements apply to the exact module.

Step 7: Install the Module

Use the specified installation procedure and designated mounting position. Ensure the module is correctly seated and any retaining mechanism is secured.

Step 8: Commission the System

Restore power according to the approved procedure. Check whether the controller recognizes the module, review available diagnostics, and verify that the required application data is accessible before returning the equipment to service.

7. Common Problems and Troubleshooting

Memory-related problems may originate from the module, its connection, controller compatibility, configuration, or data-retention system.

7.1 Check Installation and Connections

Verify that the module is installed in the correct position and that its contacts are properly engaged. Inspect for contamination or visible damage according to the manufacturer’s procedure.

7.2 Confirm Hardware Compatibility

Compare the complete module reference with the controller documentation. Physical fit does not establish functional compatibility, and similar memory modules may have different capacities or supported configurations.

7.3 Review Controller Diagnostics

Record error messages and status indications before changing hardware or settings. Diagnostic information can help distinguish a memory recognition issue from a broader controller or application problem.

7.4 Verify Data-Retention Requirements

If stored information disappears after power loss or servicing, investigate the documented retention mechanism. Do not assume that all SRAM modules use the same battery arrangement or retention procedure.

7.5 Restore Application Data Safely

If recovery is necessary, use a verified backup and the procedure approved for the specific controller. Confirm the restored application and system status before resuming normal operation.

8. Preventive Maintenance

A consistent maintenance routine helps protect memory hardware and reduce avoidable interruptions.

• Maintain verified backups: Keep current copies of application programs and relevant configuration information.
• Check product identification: Record the full module reference in equipment and inventory documentation.
• Use ESD protection: Follow appropriate handling procedures during installation and storage.
• Inspect connectors: Check accessible contacts for damage or contamination during scheduled maintenance.
• Monitor diagnostic messages: Investigate recurring memory-related errors instead of repeatedly resetting alarms.
• Follow retention requirements: Carry out any required battery or data-retention maintenance according to the applicable documentation.
• Store spare parts correctly: Protect memory modules from moisture, dust, physical damage, and electrostatic discharge.
• Document hardware changes: Record replacement dates, part numbers, backup status, and commissioning results.

Maintenance intervals should be determined by the manufacturer’s requirements, the operating environment, and the site’s reliability policy.

9. Compatibility and Replacement Considerations

Selecting a replacement for the Schneider TSXMRPC007M requires verification of its technical characteristics and the target system’s requirements.

A replacement with similar dimensions or a comparable description is not necessarily interchangeable. If the original module is unavailable, an alternative should be used only after its technical equivalence and compatibility have been established.

10. Key Benefits of Correct Memory Selection

Selecting the appropriate memory component supports the maintenance and reliability of an industrial control system.

Correct system integration: Compatible hardware helps preserve the intended relationship between the memory component and the controller.

Support for existing equipment: Correctly identified replacement parts simplify maintenance planning for established automation installations.

Better data protection: Verified backups and appropriate retention procedures help safeguard important application information.

More efficient troubleshooting: Accurate hardware records make it easier to investigate memory-related faults and avoid unnecessary replacements.

Practical inventory planning: The supplied dimensions of 130 × 90 × 25 mm and weight of 0.076 kg help with preliminary storage and inventory management.

These benefits depend on verified specifications, proper installation, and compliance with the system manufacturer’s requirements.

11. Technical FAQs

Q1: What is the Schneider TSXMRPC007M?

The TSXMRPC007M is identified in the supplied product information as an SRAM memory module for industrial automation applications. Its exact storage function and supported hardware should be confirmed from the product label and technical documentation.

Q2: What are the dimensions of the TSXMRPC007M?

The supplied dimensions are 130 × 90 × 25 mm.

Q3: How much does the TSXMRPC007M weigh?

The supplied product weight is 0.076 kg.

Q4: What is SRAM memory used for?

SRAM is a semiconductor memory technology that provides rapid access to stored information while powered. Its specific use in a PLC depends on the controller architecture and the module’s documented function.

Q5: Is the TSXMRPC007M compatible with all Schneider Electric PLCs?

No. Compatibility depends on the supported controller family, processor, memory capacity, and system configuration.

Q6: Does the TSXMRPC007M require a battery?

The exact data-retention method and any battery requirements must be confirmed from the technical documentation for this product reference.

Q7: What should be checked before replacing the module?

Confirm the model number and controller compatibility, back up important application data, follow ESD precautions, and use the approved installation and commissioning procedure.

Q8: Why might a PLC fail to recognize the memory module?

Possible causes include incorrect installation, incompatible hardware, connection problems, or a defective module. Review controller diagnostics and verify the approved hardware configuration.

Q9: Can another SRAM module be used as a substitute?

Only after confirming equivalent memory capacity, function, retention characteristics, mechanical design, and controller compatibility. Similar appearance alone is not sufficient.

12. Conclusion

The Schneider TSXMRPC007M SRAM Memory Module is an industrial automation memory component with supplied dimensions of 130 × 90 × 25 mm and a weight of 0.076 kg. Accurate product identification and compatibility checks are important when using it for equipment maintenance, replacement, or spare-parts planning.

Before installation, verify its exact memory capacity, storage function, retention requirements, and supported controller models. Protect the module from electrostatic discharge, back up important application data, and validate system operation after replacement. These practices help preserve control-system information and support reliable industrial automation maintenance.