Schneider Electric TSXMRPC01M7 17 MB SRAM PCMCIA memory card

Schneider Electric identifies TSXMRPC01M7 as a 17 MB SRAM PCMCIA memory card for the Premium automation platform. The product page records the 17 MB SRAM PCMCIA capacity and an end-of-service date for TSXMRPC01M7.

Documented system function and position

Rebuilt from individual evidence

Schneider Electric identifies TSXMRPC01M7 as a 17 MB SRAM PCMCIA memory card for the Premium automation platform.

The product page records the 17 MB SRAM PCMCIA capacity and an end-of-service date for TSXMRPC01M7.

Sits in the Premium processor PCMCIA memory path between engineering tools and the CPU.

Unknown: application/data allocation, processor revision, current availability, and installation-specific compatibility are not established by the cited page.

Exact reference
TSXMRPC01M7
Category
PLC / CPU
Evidence checked
2026-09-12

System role

This section explains what the product does and where it acts in the surrounding system.

Function
Receives and stores Premium processor application or data contents in SRAM.
System position
Sits in the Premium processor PCMCIA memory path between engineering tools and the CPU.
Upstream / inputs
Receives application or data contents written by the processor configuration.
Downstream / outputs
Supplies the stored SRAM contents to the Premium processor.
Limitations
Unknown: application/data allocation, processor revision, current availability, and installation-specific compatibility are not established by the cited page.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

  • Schneider Electric identifies TSXMRPC01M7 as a 17 MB SRAM PCMCIA memory card for the Premium automation platform.

    Confidence: high

    • www.se.com — retrieved 2026-09-12; high confidence
  • The product page records the 17 MB SRAM PCMCIA capacity and an end-of-service date for TSXMRPC01M7.

    Confidence: high

    • www.se.com — retrieved 2026-09-12; high confidence

Inferences

  • Sits in the Premium processor PCMCIA memory path between engineering tools and the CPU.

    Confidence: medium

    Rationale: The documented product function and interface establish the adjacent system stages.

    • www.se.com — retrieved 2026-09-12; high confidence

Unknowns

  • Unknown: application/data allocation, processor revision, current availability, and installation-specific compatibility are not established by the cited page.

    Confidence: low

    Missing evidence: application/data allocation, processor revision, current availability, and installation-specific compatibility are not established by the cited page.

System position diagram

A flow from Receives application or data contents written by the processor configuration. through TSXMRPC01M7 to Supplies the stored SRAM contents to the Premium processor..

Reading limit: system position only, not a wiring or safety drawing.

System position inferred from the cited evidence: Sits in the Premium processor PCMCIA memory path between engineering tools and the CPU.

Enlarged system diagram

A flow from Receives application or data contents written by the processor configuration. through TSXMRPC01M7 to Supplies the stored SRAM contents to the Premium processor..

System position inferred from the cited evidence: Sits in the Premium processor PCMCIA memory path between engineering tools and the CPU.

View Mermaid source
flowchart LR
  upstream["Receives application or data contents written by the processor configuration."] -->|"documented input"| item["TSXMRPC01M7"]
  item -->|"documented output"| downstream["Supplies the stored SRAM contents to the Premium processor."]
View diagram labels
Nodes
Receives application or data contents written by the processor configuration.; Schneider Electric TSXMRPC01M7 17 MB SRAM PCMCIA memory card; Supplies the stored SRAM contents to the Premium processor.
Edges
Documented upstream interface; Documented downstream interface

Next action

Use TSXMRPC01M7 only when the processor configuration accepts the documented 17 MB SRAM card.

Unknown: Confirm the exact marking, interfaces, processor configuration, and installation fit before replacement or commissioning.

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