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Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison Applications | Elevator |
Number of beams | 40 Strahl (-en) |
Beam spacing | 46 mm |
Measurement field height | 1,794 mm |
Favorites Product comparison
Sensors play a crucial role in elevator technology and contribute significantly to the safety and efficiency of elevator systems. One example of this is the speed sensors that monitor the movement of the elevator. Thanks to their precise speed detection, they can ensure that the elevator runs smoothly and evenly, without sudden accelerations or decelerations. This increases comfort for passengers and avoids potentially dangerous situations.another important sensor in elevator systems is the load sensor. This measures the weight of the passengers and objects in the elevator and adjusts the speed accordingly. This ensures that the maximum load weight is not exceeded and that the elevator functions safely and reliably.temperature sensors also play a role in elevator technology. They monitor the temperature in the elevator car and in the machine room to detect possible overheating. In the event of overheating, they can automatically stop the elevator and prevent a hazardous situation. other applications of sensors in elevator systems include monitoring the door position, detecting obstacles and measuring air pressure. The integration of these sensors ensures a high level of safety and optimizes the performance of the elevator systems. overall, sensors are indispensable components in modern elevator systems, helping to ensure that people and goods are transported safely, efficiently and comfortably.