In a case of fire large quantities of smoke and hot gases rise from the fire into all areas of a building. Of course the doors of an elevator are not a sufficient barrier for the smoke and the hot gases. This is why a smoke and heat exhaust system must be installed in elevators shaft. The Simon RWA System ensures a smoke free elevators shaft in case of fire and triggers the control panel of the elevator to bring the elevator in its designated escape and evacuation floor. To provide a safety kind of system it is necessary to monitor the air in the shaft continuously. The system aspirates the air of the shaft and checks it for particulate material. In case of detecting smoke the systems starts two very important things. First the opening flat in the top of the shaft opens automatically and second the elevator is send to the designated evacuation floor. This ensures a maximum of safety for the people using elevators. With this system you get the maximum of possible protection against the consequences of fire in buildings.
Safety in an Elevator
Fire alert! Are you safe in an elevator?
In a case of fire large quantities of smoke and hot gases rise from the fire into all areas of a building. Of course the doors of an elevator are not a sufficient barrier for the smoke and the hot gases. This is why a smoke and heat exhaust system must be installed in elevators shaft. The Simon RWA System ensures a smoke free elevators shaft in case of fire and triggers the control panel of the elevator to bring the elevator in its designated escape and evacuation floor. To provide a safety kind of system it is necessary to monitor the air in the shaft continuously. The system aspirates the air of the shaft and checks it for particulate material. In case of detecting smoke the systems starts two very important things. First the opening flat in the top of the shaft opens automatically and second the elevator is send to the designated evacuation floor. This ensures a maximum of safety for the people using elevators. With this system you get the maximum of possible protection against the consequences of fire in buildings.