Tsx 17 Programming Software Verified: Telemecanique

The Telemecanique TSX 17 is a very old programmable logic controller (PLC) platform (originating in the late 1980s and early 1990s). Because it predates modern Windows-based environments and standard USB connections, finding and using the software requires specific legacy knowledge.

Here is a breakdown of the software and hardware requirements for programming a TSX 17.

Migration and modernization

• TSX 17 is obsolete; consider migrating to modern Schneider platforms (e.g., M241/M251 or Modicon lines) for new projects. Migration requires program translation (often manual) and I/O mapping changes.
• For preservation, extract and archive existing programs from the TSX to PC and backup cartridges before attempting hardware replacement.

Where to Find the Software (Legal and Safety Notes)

This is the most searched aspect of this topic. The original Telemecanique TSX 17 programming software (PL707) is abandonware. Schneider Electric no longer sells, supports, or distributes it. You cannot download it from the official website.

Option 4: Third-Party and Open-Source Tools

A small community of industrial archaeologists has created open-source tools to read/write TSX 17 memory.

• TSX17 Python Library: A GitHub project that uses pure Python to communicate over serial and dump/load the EEPROM of a TSX 17.
• PLC Tools SIMATIC (modified): Some industrial toolkits have reverse-engineered the TSX 17 protocol (which is a variant of Modbus RTU, but with a specific header).
• Risk: No vendor support. These tools are for emergency recovery only.

7. Conclusion

The Telemecanique TSX 17 cannot be programmed using modern automation software. Maintenance requires the preservation of legacy PL7-2/PL7-3 software and the use of DOS emulation environments. Due to the high risk of hardware failure and battery depletion, sites operating TSX 17 controllers should prioritize a migration budget to upgrade to the Schneider Electric M340 or M221/M241 series.

Disclaimer: This report is for informational purposes. Schneider Electric no longer supports the TSX 17 platform. Use of legacy software and emulation is performed at the user's own risk.

Telemecanique TSX 17 Programming Software Guide

Introduction

The Telemecanique TSX 17 is a range of programmable logic controllers (PLCs) designed for industrial automation applications. The TSX 17 PLCs are programmed using the TSX 17 programming software, which provides a comprehensive set of tools for creating, testing, and debugging PLC programs. This guide provides an in-depth overview of the TSX 17 programming software, including its features, installation, configuration, and usage.

Software Overview

The TSX 17 programming software is a Windows-based application that allows users to create, edit, and execute PLC programs. The software is designed to work with the TSX 17 PLC range, including the TSX 171, TSX 172, and TSX 173 models. The software provides a user-friendly interface for programming, debugging, and testing PLC applications.

Key Features

The TSX 17 programming software offers the following key features: telemecanique tsx 17 programming software

1. Programming: The software allows users to create and edit PLC programs using a variety of programming languages, including Ladder Logic (LD), Function Block Diagram (FBD), and Sequential Function Chart (SFC).
2. Debugging: The software provides a range of debugging tools, including a debugger, simulator, and monitoring tools, to help users test and troubleshoot their PLC programs.
3. Configuration: The software allows users to configure the PLC's hardware and software settings, including the CPU, I/O modules, and communication interfaces.
4. Data Management: The software provides tools for managing data, including data types, variables, and arrays.
5. Communication: The software supports communication with other devices, including HMI panels, SCADA systems, and other PLCs.

Installation and Configuration

To install the TSX 17 programming software, follow these steps:

1. System Requirements: Ensure that your computer meets the minimum system requirements, including a Windows operating system (XP, 7, 8, or 10), 2 GB RAM, and 2 GB free disk space.
2. Software Download: Download the TSX 17 programming software from the Schneider Electric website or from a authorized distributor.
3. Installation: Run the installation program and follow the prompts to install the software.
4. License Activation: Activate the software license using a valid license key.

Configuring the PLC

To configure the PLC, follow these steps:

1. Connect to the PLC: Connect your computer to the PLC using a programming cable or a communication network (e.g., RS232, RS485, or Ethernet).
2. Create a New Project: Create a new project in the TSX 17 programming software and select the PLC model and revision.
3. Configure the CPU: Configure the CPU settings, including the CPU model, clock speed, and memory allocation.
4. Configure I/O Modules: Configure the I/O modules, including the input and output types, addresses, and settings.

Programming the PLC

The TSX 17 programming software supports several programming languages, including:

1. Ladder Logic (LD): A graphical programming language that uses ladder diagrams to represent the program.
2. Function Block Diagram (FBD): A graphical programming language that uses function blocks to represent the program.
3. Sequential Function Chart (SFC): A graphical programming language that uses sequential function charts to represent the program.

To create a program, follow these steps:

1. Create a New Program: Create a new program in the TSX 17 programming software and select the programming language.
2. Add Program Elements: Add program elements, such as inputs, outputs, and logic blocks, to the program.
3. Configure Program Settings: Configure program settings, including the program name, description, and revision.

Debugging and Testing

The TSX 17 programming software provides a range of debugging and testing tools, including:

1. Debugger: A tool that allows users to step through the program, set breakpoints, and monitor variables.
2. Simulator: A tool that simulates the PLC's operation, allowing users to test the program without connecting to the PLC.
3. Monitoring Tools: Tools that allow users to monitor the PLC's inputs, outputs, and variables in real-time.

Tips and Best Practices

Here are some tips and best practices for using the TSX 17 programming software:

1. Use a Consistent Naming Convention: Use a consistent naming convention for variables, programs, and other elements.
2. Organize Your Program: Organize your program into logical sections and use comments to explain the program's operation.
3. Test Thoroughly: Test your program thoroughly before deploying it to the PLC.
4. Use Version Control: Use version control to track changes to your program and configuration.

Troubleshooting

If you encounter problems with the TSX 17 programming software or the PLC, refer to the troubleshooting guide or contact Schneider Electric technical support.

Conclusion

The TSX 17 programming software is a powerful tool for creating, testing, and debugging PLC programs. By following the guidelines and best practices outlined in this guide, users can effectively use the software to develop and implement PLC applications.

The Telemecanique TSX 17 is an obsolete micro-PLC that primarily uses DOS-based software for programming. Because it predates modern Windows-based environments, "good papers" or manuals focus on the original PL7 software and the hardware's unique programming requirements. Primary Programming Software

The software used depends on the specific model and the presence of a language cartridge:

PL7-1 (TSXLPL71V5E): Used for TSX 17-10 and TSX 17-20 micro-PLCs. It is DOS-based and supports Instruction List (IL) and basic Ladder Diagram (LD).

PL7-2 (TSXLPL72V5E): Used for TSX 17-20 models, typically requiring a specific PL7-2 language cartridge. It supports Ladder Diagram (LD) and Grafcet (SFC).

User Interface V5.1: This was a common DOS shell used to manage multiple PLC applications, including those for the TSX 17 series. Key Reference Documents

For detailed technical information, you should refer to the original manuals and data sheets: TSX 17 Micro-PLC User Manual

: Covers installation, hardware description, and basic system planning. TSX 17 Installation Manual

: Provides specifics on power supply characteristics, discrete I/O, and troubleshooting. Schneider Electric TSX 17 Datasheet

: Includes technical specifications such as RAM memory (8K bytes) and processor details. Hardware Requirements for Programming For PLC range TSX17 , Can I make a backup of the software? The Telemecanique TSX 17 is a very old

Telemecanique TSX 17 is a legacy PLC primarily programmed using the software packages. These are

applications designed for the late 1980s and early 1990s hardware and are not natively supported on modern operating systems like Windows XP or later. Software Variants & Languages

The software required depends strictly on your TSX 17 model and installed modules: PL7-1 (TSXLPL71V5E) : Standard software for units. It primarily uses Instruction List (IL) or statement list programming for basic Boolean logic. PL7-2 (TSXLPL72V5E) : Used for units, especially when a PL7-2 software cartridge

(e.g., TSX P1720F) is plugged into the front of the PLC. This version supports Ladder Diagram (LD) in addition to Instruction List. PL7-12 (TSXLPL712V5E)

: A combined package that supports both versions of the TSX 17 hardware. Schneider Electric System Requirements

Because the software is obsolete, running it today requires specific hardware or emulation: Operating System

: MS-DOS 4.0 or higher is required. It will not run on Windows 2000, XP, or later without a virtualized DOS environment.

: Ideally, an Intel 80286 or 80386 processor with at least 1MB of RAM. CPUs faster than may cause errors in the software's timing. Schneider Electric Connection & Hardware Tools

programming a TSX17 | Automation & Control Engineering Forum

Here’s an interesting story about the Telemecanique TSX 17 programming software — not just a technical tale, but one wrapped in mystery, industrial archaeology, and a little bit of retro-digital obsession.

Common Problems and Troubleshooting

If you manage to get your Telemecanique TSX 17 programming software running, here are the most frequent issues:

The Native Software: PL707 (PL-707)

When discussing the native Telemecanique TSX 17 programming software, one name dominates the conversation: PL707 (also stylized as PL-707 or PL 707). TSX 17 is obsolete; consider migrating to modern