Bryan Harned and Nick Neppach talk ThinManager 12.1, the expansion of integrated application container technology, and why it’s a real game changer.
When one of Canada’s oldest operating dairy facilities needed to update their aging facility, they partnered with PID Engineering to create a modern visualization solution.
“Our customer needed to upgrade their outdated server running obsolete HMI software. This was putting their factory at greater risk of unreliability and downtime without support,” stated Jonah Renouf from PID. “We installed a Stratus Server and wanted to utilize ThinManager® to manage the client-based delivery system for HMI production screens throughout the plant.”
Our partners at Project Binder share their success using ThinManager to bring new life to an aging system. Read on to find out how this was accomplished and how it paves the way for expanding the project further.
Singleton Birch Ltd is the UK’s leading independent lime supplier with a worldwide customer base. The product range includes quicklime, hydrated lime, natural hydraulic lime, graded chalk, aggregates and other specialist products and services.
Over the last few years, Singleton Birch has worked to optimize production operations. They have moved from a localized, plant-based approach to a centralized control room scenario with field-based operators communicating directly with the CCR (Central Control Room).
When it came time for a large, northwestern U.S. timber manufacturer to choose a controls solution for a new facility, they reached out to their partners at Concept Systems. The new facility would be creating products for a growing industry—multi-story, timber-built structures.
Most of us think concrete and steel when we envision how taller buildings are designed and erected. However, modern engineered timber products have many advantages over their concrete and steel counterparts. Faster time to completion and more environmentally sustainable raw materials are just a few. These modern beams also respond better in a fire as they don’t buckle under the heat and burn very slow, allowing building occupants more time to safely exit if a fire event were to occur.