CM01 | TSxPlus Communications Module | SIS Network Interface

  • Model: CM01
  • Manufacturer: Beijing Consen Technologies Co., Ltd.
  • System: TSxPlus Safety System
  • Core Function: Provides communication services between the TSxPlus safety system and connected system networks.
  • Type: Communication Module
  • V1.0 Certified Revision: CM01-A-V001
  • V2.0 Certified Revisions: CM01-B-V002 and CM01-B-V003
  • Safety Certification: TSxPlus certification under TÜV Rheinland documentation
Category: SKU: CM01

Description

CM01 | TSxPlus Communication Module | Safety System Communications

 

Key Technical Specifications

Parameter Specification
Model CM01
Manufacturer Beijing Consen Technologies
Product Family TSxPlus
Module Type Communication Module
TSxPlus V1.0 Revision CM01-A-V001
TSxPlus V2.0 Revision CM01-B-V002
Additional V2.0 Revision CM01-B-V003
V2.0 Certification 968/FSP 1454.02/22
V1.0 Certification 968/EDSA 1002.00/17
Software Architecture RTS1 / Linux-based system components
FPGA CM01-specific FPGA firmware
Power MCU Dedicated application and boot firmware
Application TSxPlus safety-system communications

The TSxPlus V1.0 certification identifies as the Communication Module, with certified revision -A-V001.

For TSxPlus V2.0, the TÜV revision list identifies -B-V002 and -B-V003 as valid Communication Module revisions. The two V2.0 revisions use different FPGA revisions, so the suffix is not merely an inventory notation.

 

Product Introduction

What the Does

The is a communication module within the TSxPlus safety-related programmable electronic system. Its function is system communication rather than field signal acquisition, so it should not be substituted for AI, DI, DO, or other TSxPlus I/O modules. The original certification explicitly identifies the module as “TSxPlus – Communication Module.”

The hardware is revision-sensitive. TSxPlus V1.0 uses -A-V001, while the later TSxPlus V2.0 documentation identifies -B-V002 and -B-V003. The V2.0 certification records dedicated application, bootloader, FPGA, and power-MCU firmware for the module.

DO3201

Application Scenarios & Field Pitfalls — Engineer’s Perspective

Engineering Pain Point

Communication hardware in a safety system is not normally interchangeable simply because two modules have the same basic designation. A from one TSxPlus generation may carry different firmware, FPGA logic, certification status, and system dependencies from another revision.

Typical Applications

  • TSxPlus safety systems — system-level communication functions.
  • Safety controller networking — exchange of system data between TSxPlus components and external communication paths.
  • Legacy SIS maintenance — replacement of failed communication hardware.
  • Safety-system spare inventory — maintaining an exact-revision replacement for an installed controller architecture.

Technical Pitfalls to Avoid

  1. Do not identify as a standard Triconex TCM.
    The certification records distinguish these products. Schneider Electric’s Triconex communication module is identified as TCM, with model families such as 4351/4352 and 4355X. is separately identified as the TSxPlus Communication Module.
  2. Check the complete revision.
    -A-V001, -B-V002, and -B-V003 belong to different certified TSxPlus revisions. For V2.0, the V002 and V003 records even specify different FPGA firmware.
  3. Do not use generic Ethernet specifications from reseller listings.
    Current listings claim combinations such as dual 1-Gbps Ethernet, Modbus TCP, multiple serial ports, and firewall functions, but these specifications are not established by the certification records reviewed here. They should not be treated as verified procurement specifications.
  4. Match the TSxPlus system generation.
    The V1.0 certificate identifies -A-V001, while the V2.0 TÜV revision list identifies the B-series revisions. A replacement should match the installed system documentation and approved hardware revision.

 

Related Products

  • PM01 — TSxPlus processor module; executes the safety application rather than providing the primary communication function.
  • AI3281 — TSxPlus analog input module for analog process signal acquisition.
  • DI3201 — TSxPlus digital input module.
  • DO3201 — TSxPlus digital output module.
  • AO1681 — TSxPlus analog output module.
  • BI01 — TSxPlus bus interface module.
  • OSP01 — TSxPlus pulse input/overspeed protection module.
  • MC01 — TSxPlus main chassis.
  • EC01 — TSxPlus expansion chassis.
  • TCM 4351/4352 — Triconex communication-module family; not a direct identification.

The TSxPlus V2.0 certification list separately identifies PM01, AI3281, DI3201, OSP01, , BI01, MC01, and EC01 as system components.

 

Procurement Verification

Before purchasing a , confirm:

  • Complete part number and revision
  • -A-V001 versus -B-V002 / -B-V003
  • TSxPlus V1.0 or V2.0
  • Firmware revision
  • FPGA revision
  • Power-MCU firmware
  • Existing chassis and communication architecture
  • Safety certification requirements
  • PCB and connector condition
  • Whether the unit is new surplus, used, or refurbished

Engineering Identification Note

should not be marketed as “TRICONEX ” without qualification. The strongest traceable documentation identifies it as a Beijing Consen Technologies TSxPlus Communication Module. The Triconex family uses different communication-module designations, including TCM.

For an actual procurement listing, I would use “ / TSxPlus Communication Module” as the primary identification and include the exact -A-Vxxx or -B-Vxxx revision from the nameplate.