Bellow, you can see some applications developed with PascalSCADA. Click on thumbnails to zoom-in and see more details.

Soy processing, made in Lazarus,runs over Linux Mint 17.3+QT4 and communicates with two Siemens S7-1214 PLC's using ISOTCP protocol

Animal food factory, made in Lazarus 1.6.1, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Milk beverage maturation control (yogurt), made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens ET-200S PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Screen shot of the Hollywood/Ojus SCADA Computer Screen, made in Lazarus, running over Windows 7, communicating with GE SR489 generator protection relays and GE Power Quality Meters using Modbus RTU. Author: Chris Williams - Systems Integration Group

Screen shot of the Hollywood/Ojus SCADA Computer Screen, made in Lazarus, running over Windows 7, communicating with GE SR489 generator protection relays and GE Power Quality Meters using Modbus RTU. Author: Chris Williams - Systems Integration Group

Screen shot of the Hollywood/Ojus SCADA Computer Screen, made in Lazarus, running over Windows 7, communicating with GE SR489 generator protection relays and GE Power Quality Meters using Modbus RTU. Author: Chris Williams - Systems Integration Group

Switchgear logger Screen, made in Lazarus, running over Windows 10, communicating with GE 90-30 PLC using Modbus RTU. Author: Chris Williams - Systems Integration Group

Animal food factory, made in Lazarus 1.6.1, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Eletromep Automation

Animal food factory, made in Lazarus 1.6.1, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Eletromep Automation

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Gas recycling system, made in Lazarus 1.7, running over Linux Mint 17.3 and QT4, communicating with a Siemens ET-200S PLC using Siemens ISOTCP protocol. Author: Fabio Luis Girardi

Refilling system, made in Lazarus running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Refilling system, made in Lazarus running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Refilling system, made in Lazarus running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Refilling system, made in Lazarus running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Refilling system, made in Lazarus running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Industrial Laundry, made in Lazarus 1.6.5, running over Linux Mint 17.3 with QT4, communicating with a Siemens S7-314 PLC using the Siemens ISOTCP protocol. Author: Eletromep Automation

Energy demand control: Made in Lazarus 0.9.31 and running on Windows XP 32 bits, communicating with Schneider PLC using Modbus TCP protoco, Author: Fabio Luis Girardi

Energy demand control: Made in Lazarus 0.9.31 and running on Windows XP 32 bits, communicating with Schneider PLC using Modbus TCP protoco, Author: Fabio Luis Girardi

Feed plant, made in Lazarus 0.9.30 to run over Windows 2003 R2 32-bit, communicating with a Siemens S7-317 PLC using Siemens ISOTCP protocol

Tensile and flexural tests, made in Lazarus and running over Windows XP, communicating with a unknown device using Modbus TCP protocol

Tensile and flexural tests, made in Lazarus and running over Windows XP, communicating with a unknown device using Modbus TCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Effluents control, made in Delphi XE2 and running over Windows 7, communicating with a Siemens PLC using Siemens ISOTCP protocol

Assisted weighing, Made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Alfa Instrumentos Weight transmitter using Modbus RTU protocol

Assisted weighing, Made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Alfa Instrumentos Weight transmitter using Modbus RTU protocol

Assisted weighing, Made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Alfa Instrumentos Weight transmitter using Modbus RTU protocol

Sausage cooling tunnel, made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Siemens S7-200 PLC using Modbus RTU protocol

Sausage cooling tunnel, made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Siemens S7-200 PLC using Modbus RTU protocol

Sausage cooling tunnel, made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Siemens S7-200 PLC using Modbus RTU protocol

Sausage cooling tunnel, made in Delphi 2007 to run over Windows XP 32-bit, communicating with a Siemens S7-200 PLC using Modbus RTU protocol
I have been playing a little with Pascal SCADA, and it is very cool.
Do you have any plans of supporting MQTT (and perhaps SParkplug B)?, I think that would have a very nice impact on your userbase, as more an more integrators look towards the IIoT-way to be able to create selfaware SCADA-systems and bringing the data by default into an Unified Namespace for all vusinesslayers to have access.
Have a look at this: https://www.youtube.com/watch?v=IiUZTSGjCQI
Hi Mr. Jensen!
I have many plans for the project. The problem is free time to do all the project related things and all the all the working related stuffs. Today I finished the SVN to Git migration, so I expect receive some pull requests with these cool features 🙂
Hi! Dear Fabio! Can I ask for your help in solving a problem using Pascal Scada?
Yes, you can. You can also use Telegram to instant chat. Use https://t.me/pascalscada to acesse
Please give some project samples of use visual components
Thanks