Applications | Heating/ Air conditioning/ Ventilation Electrical industry Mechanical engineering & Plant construction Environmental & Energy technology |
Accuracy (±) | 0.5 % |
Pressure measurement range | -500 to 2,000 mbar |
Pressure type | Absolute pressure Relative pressure Bidirectional differential pressure Show all Barometric pressure Differential pressure |
Environmental & Energy technology
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Applications | Fossil raw materials Heating/ Air conditioning/ Ventilation Mechanical engineering & Plant construction Energy Environmental & Energy technology |
Accuracy (±) | 0.5 % |
Pressure measurement range | -500 to 1,200 bar |
Pressure type | Absolute pressure Relative pressure Bidirectional differential pressure Show all Barometric pressure Differential pressure |
Applications | Electrical industry Rail vehicle construction Environmental & Energy technology |
Accuracy (±) | 0.5 % |
Pressure measurement range | -1,000 to 2,000 mbar |
Pressure type | Absolute pressure Relative pressure Bidirectional differential pressure Show all Barometric pressure Differential pressure |
Applications | Heating/ Air conditioning/ Ventilation Environmental & Energy technology Laboratory technology |
Operating temperature range | 0 to 50 °C |
Pressure measurement range | 0.2 to 30 bar |
Pressure type | Absolute pressure Absolute |
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 | Medical devices Heating/ Air conditioning/ Ventilation Mechanical engineering & Plant construction Environmental & Energy technology |
Pressure measurement range | -0.79 to 0.79 psi |
Accuracy (±) | 1 % |
Additional measurement possibilities | Temperature |
Applications | Medical devices Vehicles & Road Traffic Heating/ Air conditioning/ Ventilation Environmental & Energy technology |
Accuracy (%) | 2 % |
Humidity measurement range | 0 to 100 % r.F. |
Additional measurement possibilities | Temperature |
Applications | Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Metal industry Show all Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge, foil |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Frequency | 8 kHz |
Electrical connection | Oil resistant Suitable for drag chains Highly flexible |
Type of force measurement | Tensile and compressive force |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Metal industry Show all Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Vehicles & Road Traffic Automotive Mechanical engineering & Plant construction Show all Metal industry Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Tensile and compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Electrical industry Automotive Metal industry Show all Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Electrical industry Automotive Metal industry Show all Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Electrical industry Automotive Metal industry Show all Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Applications | Medical devices Chemical industry Electrical industry Automotive Metal industry Show all Rail vehicle construction Environmental & Energy technology |
Type of force measurement | Compressive force |
Measurement principle | Strain gauge |
Bridge type | Full bridge |
Sensors play a crucial role in the efficient use of renewable energies. They enable systems to be monitored and controlled in order to maximize energy yield and minimize failures. sensors are used in the solar industry to optimize the alignment of solar panels to the sun. By continuously measuring the position of the sun and the light intensity, the alignment of the panels can be adjusted in real time to achieve the best possible efficiency.sensors are also indispensable in wind energy. Among other things, they record the wind speed and direction in order to optimally align the rotor blades. By accurately measuring these parameters, wind turbines can operate more efficiently and maximize their output, while sensors are used in biomass production to monitor the fermentation process. Among other things, they measure the pH value, temperature and oxygen content to ensure that optimal conditions prevail for the microorganisms. This enables the biogas plant to achieve a higher yield of methane, and sensors are also used in hydropower plants. They monitor the water level, flow velocity and pressure in order to control the turbines optimally. This can maximize the energy yield and at the same time prevent damage to the systems.In summary, it can be said that sensors play a central role in renewable energies. They ensure optimum utilization of the available resources and thus contribute to sustainable energy generation.