In modern production and administrative environments, companies often operate multiple systems in parallel, for example for order management, production control and process monitoring. As the demand for information directly at the workplace continues to grow, a single screen is often no longer sufficient. Depending on a company’s IT security concept and network structure, different technical approaches are required. To address this, R. Stahl has developed two practical solutions.
If a company’s IT policies allow two networks to be connected within one device, the new multi‑screen solution from R. STAHL offers optimal support. At its core is a direct monitor for hazardous areas Zone 1, 2, 21 and 22, which is connected to a thin client via USB. This allows different applications to be displayed on separate screens – similar to traditional office workstations with two monitors.
If company policies do not permit multiple networks to be connected within one device, the shared keyboard solution is used. In this setup, two thin clients each run their own application without connecting the networks. Both devices share a keyboard and a mouse. Users can conveniently switch between the systems while the focus automatically remains on the active application – comparable to common desktop workstations. The technology is independent of automation or administration systems and can therefore be used universally.
Efficient Operation While Meeting IT Security Requirements
“Multi‑screen and keyboard‑sharing solutions enable companies to control their processes more efficiently while still complying with all relevant IT guidelines,” explains Horst Friedrich, Director Product Marketing at R. STAHL HMI. “The technology has already been successfully used in real‑life applications for several months.”
The new solutions reduce potential sources of error, improve process control and increase efficiency. Complex processes can be carried out in parallel and documented reliably – without the need for additional hardware or complex network configurations.
Source: Stahl
