Applications | Pharmaceutical industry & Pharmaceutical products Chemical industry Railways & Rail Transport Vehicles & Road Traffic Heating/ Air conditioning/ Ventilation Show all Rail vehicle construction Energy Laboratory technology Construction |
Response time | 5 to 8,000 ms |
Pressure measurement range | 10 to 1,000 bar |
Accuracy (±) | 0 to 0.5 % |
Railways & Rail Transport
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Applications | Railways & Rail Transport Vehicles & Road Traffic Shipping Electrical industry Environmental monitoring / Environmental observation |
Measurement accuracy | 2 % |
Measuring range wind speed | 0 to 75 m/s |
Measurement process | Ultrasonics |
Applications | Railways & Rail Transport Automotive |
Ultrasonic frequency | 55.5 kHz |
Measurement range | 1,600 to 5,000 mm |
Operating principle | Ultrasonics |
Applications | Medical devices Chemical industry Railways & Rail Transport Mechanical engineering & Plant construction |
Pressure measurement range | 0 to 800 bar |
Pressure type | Absolute pressure Relative pressure Vacuum Show all Absolute Vacuum pressure Absolute, Sealed Gage Relative pressure, vacuum |
Sensor type | Pressure sensors Pressure transmitter Ceramic sensor |
Applications | Railways & Rail Transport Vehicles & Road Traffic Electrical industry Mechanical engineering & Plant construction |
Pressure measurement range | 0 to 1,000 bar |
Compensated temperature range | -10 to 60 °C |
Pressure type | Absolute pressure Relative pressure |
Applications | Pharmaceutical industry & Pharmaceutical products Chemical industry Mineral Oil & Refining Railways & Rail Transport Mechanical engineering & Plant construction |
Operating temperature range | 0 to 50 °C |
Protection class/protection class of electr. connection | IP65 |
Compensated temperature range | -10 to 60 °C |
Applications | Chemical industry Railways & Rail Transport Vehicles & Road Traffic Electrical industry Environmental & Energy technology |
Pressure measurement range | 0 to 900 bar |
Pressure type | Relative pressure |
Sensor type | Pressure transmitter |
Applications | Chemical industry Railways & Rail Transport Electrical industry Mechanical engineering & Plant construction Metal industry Semiconductor industry |
Accuracy | 0.1 % |
Dynamic force | 5 to 100 kN |
Characteristic curve deviation | 0.1 % |
Applications | Railways & Rail Transport Vehicles & Road Traffic Aerospace & Aviation Shipping |
Gyro angular random walk (ARW) | 0.06 °/√hr |
Gyro Bias Stability | 0.8 °/hr |
Acceleration measurement range | 4 to 10 g |
Applications | Railways & Rail Transport Vehicles & Road Traffic Aerospace & Aviation Shipping |
Gyro angular random walk (ARW) | 0.06 °/√hr |
Gyro Bias Stability | 0.8 °/hr |
Acceleration measurement range | 4 to 10 g |
Applications | Railways & Rail Transport Aerospace & Aviation |
Sound field | Free field |
Sound incidence | Horizontal |
Measurement microphone type/technology | weather shield for 1/2" measuring microphones |
Applications | Railways & Rail Transport Vehicles & Road Traffic Aerospace & Aviation |
Channel count | 1 Kanal |
Frequency range | 0.4 to 1 Hz |
Dynamic range | 0 to 138 dB |
Applications | Railways & Rail Transport |
Fork width | 200 mm |
Fork depth | 200 mm |
Operating range | 100 mm |
Applications | Railways & Rail Transport |
Fork width | 200 mm |
Fork depth | 200 mm |
Operating range | 50 mm |
Applications | Railways & Rail Transport |
Fork width | 100 mm |
Fork depth | 200 mm |
Operating range | 100 mm |
Applications | Railways & Rail Transport |
Fork width | 100 mm |
Fork depth | 200 mm |
Operating range | 50 mm |
Applications | Railways & Rail Transport |
Ultrasonic frequency | 130 kHz |
Fork width | 40 mm |
Fork depth | 70 mm |
Applications | Railways & Rail Transport |
Ultrasonic frequency | 180 kHz |
Fork width | 30 mm |
Fork depth | 60 mm |
Applications | Railways & Rail Transport |
Sensitivity | 50 mV/Pa |
Maximum sound pressure level | 146 dB |
Frequency range | 3.5 to 20 Hz |
Applications | Railways & Rail Transport Vehicles & Road Traffic Aerospace & Aviation Shipping |
Acceleration measurement range | 4 to 10 g |
Rotation rate measurement range (±) | 0.8 to 450 °/s |
Band width | 167 Hz |
In rail transport, sensors play a decisive role in the safety, efficiency and reliability of the transportation system. They are used in various applications to record, monitor and control information. Rail profiles are an example of the use of sensors in rail transportation. Sensors are installed along the rails to continuously monitor the condition of the rails. They detect irregularities such as cracks, deformations or distortions and report this information to the central control system. This allows potential hazards to be identified at an early stage and maintenance measures to be initiated. Speed sensors installed in trains are another example. They measure the speed of the train and transmit this data to the control system. This allows compliance with the prescribed speed limits to be monitored in order to prevent accidents and dangerous situations, and sensors are also used in signal systems to monitor the status of signals. They detect whether a signal is working properly and report any faults or errors to the control system. This ensures safe and reliable signaling, and sensors are also used to monitor rail vehicles. They record information such as brake pressure, temperature, oil level and other important parameters in order to monitor the condition of the vehicles and carry out maintenance work in good time. overall, sensors in rail transport help to prevent accidents, ensure safety and make operations more efficient. By continuously monitoring and recording data, problems can be identified and rectified at an early stage, which contributes to a reliable and safe transportation system.