Explosion-proof | REMBE iQ Safety Cockpit

REMBE iQ Safety Cockpit - Safety at a glance

The importance of digitization is rapidly increasing in large-scale industrial applications. Even with the complete independent operation and plant safety management provided by REMBE's autonomous safety systems and their accessories, issues with the operator interface frequently arise. It is essential to clearly communicate to all plant operators what to do in the event of system failures or explosions, including key operation methods, initial safety response procedures, and emergency contact details. The REMBE iQ Safety Cockpit is a system designed to make the operation of future plants safer and more reliable. Wherever you are in the world, real-time monitoring of system status can be achieved on mobile devices as needed, reducing the pressure on field operators during the critical first phase where accuracy is paramount. ▶ Applications The REMBE iQ Safety Cockpit can be used in management centers or manned locations as an addition to process displays. In the event of system failures or explosions, it can provide operators with precise instructions using pre-defined applications and process scenarios in accordance with emergency management procedures.

basic information

▶ Mechanism Enhancement The REMBE iQ Safety Cockpit can handle both analog and digital signals, making the possibilities for its use environment nearly limitless. In addition to safety-related accessories such as autonomous safety systems like explosion suppression devices and rupture disk burst signal devices NIMU (manufactured by REMBE) for overpressure, it can be connected to the cockpit with GreCon spark extinguishing systems, camera systems, and fire detectors. Safety is evident at a glance. ▶ Benefits of Use ▸ Direct notification to the necessary communication media during plant malfunctions, ensuring optimal safety for individuals and the plant ▸ Fast response through pre-prepared emergency management procedures ▸ Reduction of downtime through optimal decision-making aligned with objectives ▸ Customizable for practical implementation in any plant ▸ Continuous optimization of processes through detailed record-keeping and evaluation