Plant iT

For more than 30 years, the modular process control system ProLeiT Plant iT has been used successfully for production plants of the process industry in the areas of automation, information and control technology.

With Plant iT, all production processes can be managed in an end-to-end manner, from raw material reception to finished product production. The modular structure of Plant iT comprises 3 system levels: base systems, modules and add-ons, and thus enables control at all production levels:

All basic Plant iT systems have a central engineering environment with a shared database and an integrated parameterisation interface. All the modules can be optionally combined with the basic systems, ensuring that the appropriate Plant iT system can be implemented and extended easily according to the industry and production method.

Plant iT is an object-oriented and PLC-based process control system with integrated MES functionality developed by ProLeiT GmbH. It can be used in combination with PLCs from various manufacturers and is available in five language versions. This high level of flexibility is one of the reasons why automation solutions based on Plant iT and brewmaxx are used in more than 110 countries around the globe.

Plant iT complies with the principle of "parameterisation instead of programming". This means that individual programming is basically replaced by the parameterisation of technical and technological functions. The "compiler-less" system architecture of Plant iT allows maximum flexibility for alterations during operation. Alterations to the control system are even possible without stopping production. This time-saving benefit creates a significant competitive advantage — for us and our customers.

Engineering with Plant iT takes place according to standardised methods. Standard functions, e.g. predefined automation classes, ensure that the process control system is transparent. Alterations and extensions can thus always be traced and multiplied — a safe investment solution for the future.