Applications | Automotive Semiconductor industry |
Dimension (diameter) | 23.9 mm |
Dimension (height) | 64.2 mm |
Housing material (see data sheet for more information) | Aluminum, resistant to saltwater |
Automotive
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Applications | Medical devices Glass, Ceramics & Plastics Industry Electrical industry Precision mechanics & Optics Automotive Show all Aircraft & Spacecraft construction Mechanical engineering & Plant construction Metal industry PC, Tablet, Mobile & Wearable Semiconductor industry |
Light spot, dimensions short side | 25 µm |
Measurement frequency | 160 kHz |
Accuracy | 0.02 ‰ |
Applications | Railways & Rail Transport Automotive |
Ultrasonic frequency | 55.5 kHz |
Measurement range | 1,600 to 5,000 mm |
Operating principle | Ultrasonics |
Applications | Precision mechanics & Optics Automotive Aircraft & Spacecraft construction Mechanical engineering & Plant construction Metal industry Show all Rail vehicle construction PC, Tablet, Mobile & Wearable Semiconductor industry |
Measurement frequency | 160 kHz |
Accuracy | 0.02 ‰ |
Repeatability (±) | 0.02 µm |
Applications | Medical devices Glass, Ceramics & Plastics Industry Electrical industry Precision mechanics & Optics Automotive Show all Aircraft & Spacecraft construction Mechanical engineering & Plant construction Metal industry Rail vehicle construction Semiconductor industry Packaging industry |
Repeatability (±) | 0.02 µm |
Accuracy | 0.02 ‰ |
Light spot, dimensions short side | 25 µm |
Applications | Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction |
Pressure measurement range | 0 to 700 bar |
Compensated temperature range | -20 to 85 °C |
Pressure type | Relative pressure |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 65 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 30 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 65 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 65 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 30 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 65 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 30 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 65 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Number of wires | 4 |
Electrical connection | Cable connection |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 30 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 300 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 300 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 300 V DC |
Number of wires | 4 |
Applications | Smart Factory Automotive |
Switching distance | 4 mm |
Supply voltage | 10 to 300 V DC |
Number of wires | 4 |
Sensor applications in vehicle construction have undergone rapid development in recent years. Sensors play a crucial role in recording and monitoring a wide range of parameters in the vehicle. One example of this is the use of distance sensors, which are installed in modern vehicles. These sensors measure the distance to the vehicle in front and automatically adjust the speed to maintain a sufficient safety distance. This significantly reduces the risk of accidents. Another example is the numerous sensors installed in the engine compartment of a vehicle. These sensors record various parameters such as engine temperature, oil pressure and speed, enabling precise monitoring of engine operation. This means that potential damage can be detected at an early stage and expensive repairs avoided, and sensors are also used in driver assistance systems. For example, they monitor the vehicle's surroundings and warn the driver of obstacles or assist with parking. In summary, it can be said that sensors are playing an increasingly important role in vehicle construction. They enable the precise recording and monitoring of a wide range of parameters and thus contribute to greater safety and comfort on the road.