Telemecanique Tsx 17 Programming Software !!exclusive!!

Telemecanique TSX 17 is a legacy micro-PLC series from the 1990s, now under the Schneider Electric

umbrella. Programming these units requires specific, era-appropriate software and hardware configurations that differ significantly from modern Windows-based automation tools. Industrial Monitor Direct Primary Programming Software

The TSX 17 series uses two main DOS-based software packages depending on the processor model and installed hardware: Control.com : Used for basic : Restricted to Instruction List (IL) / Boolean logic.

: Single-tasking with limited memory (typically 8K internal RAM). : Required for more advanced applications on the Hardware Requirement : This version typically requires a physical PL7-2 software cartridge (e.g., TSX P1720FA) inserted into the front of the PLC.

: Supports Ladder Diagram (LD) and Grafcet in addition to Instruction List.

: Used for high-end Series 7 PLCs; while less common for the standard TSX 17, it may be encountered in complex multi-function versions. Schneider Electric System Requirements & Environment

Because the software is strictly DOS-based, it cannot run directly on modern 64-bit Windows operating systems (Windows 10/11). Schneider Electric For PLC range TSX17 , Can I make a backup of the software?

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: telemecanique tsx 17 programming software

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?

Programming a legacy Telemecanique TSX 17 requires specialized DOS-based software and specific hardware connections, as this PLC has been obsolete for over 15 years. Software Requirements Telemecanique TSX 17 is a legacy micro-PLC series

The software you need depends entirely on your specific hardware model: PL7-1: Used for TSX 17-10

and some 17-20 models. It supports Instruction List (IL) programming.

PL7-2: Required for TSX 17-20 models, typically if a specific PL7-2 software cartridge is plugged into the front. This allows for Ladder (LD) and Grafcet (SFC) programming.

Operating Environment: These programs run on DOS (ideally versions 5.x to 6.22). Modern users often run them via DOSBox or on old Windows 95/98 machines. Connection Hardware

To link your computer to the PLC, you cannot use a standard cable: Programming Cable: Part number TSX17ACCPC is the official cable required to connect the TSX 17 to a PC.

Signal Converter: The connection is an RS485 link, so an RS232/485 converter is necessary if you are building your own interface. Handheld Options : Alternatively, you can use the T317 handheld or T407 programming console found on secondary markets like eBay. Program Structure & Logic The TSX 17 uses a specific task-based structure: For PLC range TSX17 , Can I make a backup of the software?

Converting your Program

You cannot directly convert a PL7-17 file to EcoStruxure Machine Expert. You must:

Upload the symbols and logic from the TSX 17 via PL7-17.
Print the ladder logic to a PDF or CSV file.
Manually re-write the logic in SoMachine Basic (for M221) or Machine Expert (for M241).
Replace the I/O mapping: TSX %I0.0 becomes %I0.0 on an M221 (surprisingly similar).

Challenge 3: Operating System Virtualization

Do not attempt to run PL7-17 on Windows 10/11 directly. Use this stack: Converting your Program You cannot directly convert a

Host OS: Windows 10 or 11
Hypervisor: VirtualBox or VMware Workstation
Guest OS: Windows 98 SE
Serial Passthrough: You need a physical COM port on your host. USB adapters fail 90% of the time. Use a PCIe serial card.

Alternative: Keep a dedicated Industrial Legacy Laptop (e.g., Panasonic Toughbook CF-28 with Windows 98).

6. Troubleshooting "Lost Source Code"

If the original program source (the .PRJ or .STA files on a PC) is lost:

Upload Function: If the TSX 17 CPU is functional and the battery has not failed, you can upload the program from the PLC to the PC using PL7-2.
The "EPROM" Issue: If the CPU battery is dead and the program was stored on an external EPROM memory cartridge, the program is safe. If it was in RAM only, the program is lost upon power failure.
Disclaimer: Uploaded code often loses symbol addressing (variables become generic memory addresses like %M001), making logic difficult to interpret without original documentation.

Grafcet (Sequential Function Chart)

A significant strength of Telemecanique was Grafcet (SFC). The software allows:

Step boxes (S0, S1, etc.)
Transitions with logic conditions.
Simultaneous branching and alternative branching.

4. Programming Features

The PL7 software for the TSX 17 provided a strictly procedural environment:

Languages: Ladder Logic (Grafcet was available in PL7-3).
Memory Management: Programs were stored on 3.5-inch floppy disks or transferred via Serial Link. The PLC relied on internal battery-backed RAM or EPROM cartridges for non-volatile storage.
Terminal Modes:
- Local: Connected directly to the PLC for real-time debugging.
- Connected: Online monitoring.

A Brief History of the TSX 17 Series

To understand the software, you must first understand the hardware it was designed for. The TSX 17 was a micro-PLC designed for small to medium-sized automation tasks. It was famous for its modularity, allowing users to mix discrete I/O, analog I/O, and special function modules in a compact backplane.

Key models included:

TSX 17-10: The smallest brick-style PLC.
TSX 17-20: A modular system with a rack.
TSX 17-40: The high-end version with more memory and I/O capacity.

The programming software evolved alongside these hardware revisions, moving from DOS-based applications to early Windows platforms.