Recognize your benefits:
- Perform root cause analysis with an intuitive UX
- Use historical data for training sessions
- Educate new staff within a real HMI environment
- Optimize your HMI design with user feedback
- Review all relevant SCADA screens from the same production batch
GEA Codex® Plant Playback is, in essence, a piece of software that serves as an industrial video recorder. Providing a reliable production history of the whole or parts of the plant, the entire content of SCADA screens can be recorded, even without human intervention.
With functionalities including rewind, pause, time lapse or slow motion, the recordings can be used to verify and optimize workflows, identify dependencies and operational root causes with ease. The acquired knowledge is subsequently available for training sessions, troubleshooting and process optimization.
The software is currently available for several architectures with market leading platforms (check availability with GEA). In short, GEA Codex® Plant Playback operates as an entire plant history recording, enabling you to rewind and monitor previous plant activity, view past mimic screens and improve analyses.
Downloads
Related Products
GEA Codex® Enterprise Connect
Acting as a single point of ERP communication for all GEA Codex® modules, this unit uses a small-footprint, XML-based interface to exchange information with various external systems, including non-ERP ones
GEA Codex® Historian
GEA Codex® Historian is a feature-rich data recorder that adds transparency to any process. It supports various presentation formats.
GEA Codex® Recipe Manager
Manage your master recipes with ease (ingredients, access points, operating instructions)
GEA Codex® Report
With this out-of-the-box production and CIP reporting module, batch statements keep you fully informed about your process and products
GEA Insights
The water equation
Across Europe, drought is a recurring reality – and no longer confined to the south. While water increasingly shapes where industries locate, its value is determined by local context. There are many technological routes to water efficiency in industrial processes, but location, energy needs and other factors are also key.
