Your browser does not support JavaScript! Practical use of advanced automation by SECO/WARWICK

Practical use of advanced automation by SECO/WARWICK


17-Dec-2019

Automation, process automation, Industry 4.0 are the keywords of Heat Treatment 4.0

PRACTICAL USE OF ADVANCED AUTOMATION BY SECO/WARWICK

“Development of automation continues on a strong and fast pace, as manufacturers shift their requirements towards logical, well thought out systems in conjunction with smart, autonomous solutions. These drivers make it possible to maintain production continuity while adapting quickly to emerging technologies when making key production, investment and business decisions” – according to Sławomir Wachowski, SECO/WARWICK Automation Director.

The Control Cabinet

Control cabinets are the ‘brain and nervous system’ of an industrial furnace. An industrial computer installed in the control cabinet, comprised of an array of PLCs, acts as a process manager and an intuitive communication interface between the operator and the manufacturing process as well as with other control components and instrumentation to ensure safe and continuous operation of the equipment.

 

Adaptive controls in glass manufacturing

In order to ensure production continuity as well as process performance and repeatability, SECO/WARWICK is pushing the control system past its previous limitations. NordGlass (an AGC brand), one of the world’s leading auto glass manufacturers, and a long-term furnace customer of SECO/WARWICK– has followed this path, by adopting a self-learning temperature control system that, thanks to the use of FuzzyLogic combined with over 2000 control elements, adapts the glass bending temperature to the glass model. This technique ensures optimum production with maximum performance, and eliminates waste while preserving the company’s strict optical specifications.

“We have been looking for a solution that would recognize the glass type, its shape, properties and texture, and would be able to independently adjust the correct temperature required for glass bending. The system was also supposed to work in non-linear product recognition mode, as one production line can be used for various glass from various manufacturers and belonging to different production models. Therefore, individual recognition, smart and adaptive learning were our requirements for the development of the furnace control system. SECO/WARWICK delivered such a solution for us” – said NordGlass representative.

According to Slawomir Wachowski, The system proposed to NordGlass is more than just logic coded into the PLC. It is a system for processing large amounts of data that is the basis for executing control over thousands of precise heating elements. Process stages include recognition, interpretation, data use, adaptation and action. When executing the process, the system continuously learns, draws conclusions, interprets data and takes action; in other words, it autonomously selects and changes the glass bending temperature in order to give it the required features’.

 

Contact through the glass

Experience and long-term relationships have again proven to be a key to success, as the companies have been working together since 2009. With these two factors in hand, NordGlass and SECO/WARWICK were able to cooperate on a tailor-made solution to achieve the strict industrial requirements of the partner.

Share this:
FacebookTwitterLinkedIn

BACK TO NEWS

Request
for Quote