Applications | Pharmaceutical industry & Pharmaceutical products Chemical industry Fossil raw materials Glass, Ceramics & Plastics Industry Vehicles & Road Traffic Show all Shipping Smart Factory Electrical industry Mechanical engineering & Plant construction Metal industry Energy Semiconductor industry |
Rise time (pressure) | 1 to 10 ms |
Accuracy (±) | 0.15 to 1.5 % |
Pressure measurement range | -1 to 400 bar |
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Applications | Medical devices Pharmaceutical industry & Pharmaceutical products Vehicles & Road Traffic Energy |
Pressure measurement range | 0 to 600 mH2O |
Accuracy (±) | 0 to 0.5 % |
Measured media | Flammable gases Vapor Refrigerant Show all Food Paste-like media Gaseous media Fuels Oils Oxygen Non-aggressive media Air Non-combustible gases Dry gases Fuel oil Neutral gases Water Non-aggressive gases Semifluid media Nitrogen CO2 Liquids Hydraulic fluids Highly viscous liquids Non-corrosive dry gases Clean, dry air Non-corrosive liquids Non-corrosive gases Coolant Non-aggressive air Air, non-condensing non-aggressive, non-flammable gases Compressed air |
Applications | Medical devices Pharmaceutical industry & Pharmaceutical products Vehicles & Road Traffic Energy |
Pressure measurement range | 0 to 250 bar |
Accuracy (±) | 0 to 0.5 % |
Measured media | Aggressive media Flammable gases Vapor Show all Refrigerant Lacquers/paints Food Paste-like media Gaseous media Fuels Oils Oxygen Non-aggressive media Non-combustible gases Dry gases Fuel oil Neutral gases Water Non-aggressive gases Semifluid media CO2 Liquids Hydraulic fluids Highly viscous liquids Non-corrosive dry gases Clean, dry air Non-corrosive liquids Non-corrosive gases Coolant Non-aggressive air Air, non-condensing Contaminated media non-aggressive, non-flammable gases |
Applications | Medical devices Vehicles & Road Traffic Aerospace & Aviation Shipping Mechanical engineering & Plant construction Show all Metal industry Energy Semiconductor industry |
Rise time (pressure) | 1 ms |
Static pressure, max. | 100 bar |
Accuracy (±) | 0.1 to 0.5 % |
Applications | Pharmaceutical industry & Pharmaceutical products |
Accuracy (±) | 0.25 to 0.5 % |
Pressure measurement range | -1 to 40 bar |
Diaphragm material | Stainless steel 1.4435 Hastelloy |
Applications | Chemical industry Vehicles & Road Traffic Smart Factory Electrical industry Mechanical engineering & Plant construction Show all Metal industry Energy Semiconductor industry |
Accuracy (±) | 0.1 to 0.25 % |
Pressure measurement range | -500 to 600 bar |
Measured media | Brake fluid Vapor Refrigerant Show all Corrosive media Gaseous media Oils Oxygen Non-aggressive media Dry gases Neutral gases Liquids Coolant Compressed air |
Applications | Chemical industry Vehicles & Road Traffic Smart Factory Electrical industry Mechanical engineering & Plant construction Show all Metal industry Energy Semiconductor industry |
Accuracy (±) | 0.1 to 0.25 % |
Pressure measurement range | -500 to 600 bar |
Measured media | Brake fluid Vapor Refrigerant Show all Corrosive media Gaseous media Oils Oxygen Non-aggressive media Dry gases Neutral gases Liquids Coolant Compressed air |
Applications | Glass, Ceramics & Plastics Industry |
Accuracy (±) | 0.25 to 0.5 % |
Pressure measurement range | 0 to 30,000 bar |
Additional measurement possibilities | Temperature |
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 | Heating/ Air conditioning/ Ventilation |
Internal measurement value memory size, max. | 500,000 to 2,000,000 Messwerte |
Measuring ranges (in °C) | -100 to 600 °C |
Measurement range (mA) | 0 to 20 mA |
Probe insertion length | 150 mm |
Measurement range | -50 to 260 °C |
Measured media | Food, not frozen Air |
Probe insertion length | 150 mm |
Measurement range | -50 to 260 °C |
Measured media | Food, not frozen Air |
Probe insertion length | 150 mm |
Measurement range | -50 to 260 °C |
Measured media | Food, not frozen Air |
Applications | Medical devices Pharmaceutical industry & Pharmaceutical products |
Accuracy (%) | 0.125 to 0.25 % |
Measurement range from... to | -1 to 600 bar |
Measurement rate | 5 Hz |
Weight | 191 to 244 g |
Housing material | Stainless steel |
Media-touching material | Ceramic |
Applications | Medical devices |
Accuracy (%) | 0.25 % |
Measurement range from... to | 0 to 400 bar |
Measurement rate | 5 Hz |
Applications | Chemical industry Fossil raw materials Mineral raw materials & Mining Smart Factory Electrical industry Show all Mechanical engineering & Plant construction Metal industry Energy Semiconductor industry |
Sensor diameter | 75 mm |
Housing material, electronics | Stainless steel |
Sensor protection | Ceramic surface |
Applications | Heating/ Air conditioning/ Ventilation |
Response time | 0.005 to 15 s |
Pressure measurement range | -100 to 50 Pa |
Accuracy (±) | 1 % |
Dimension (diameter) | 18 mm |
Dimension (depth) | 480 mm |
Design/housing | Flat |
Dimension (diameter) | 18 mm |
Dimension (depth) | 480 mm |
Design/housing | Flat |
The use of sensors in the food industry has increased considerably in recent years. Sensors are electronic devices that can measure various parameters such as temperature, humidity, pressure and pH value. This data is of great importance to food manufacturers as it helps them to ensure the quality and safety of their products, and one example of the use of sensors is the monitoring of temperature during the manufacturing process. High temperatures can lead to certain bacteria and microorganisms being killed, which is crucial for the shelf life of food. Sensors can continuously measure the temperature and raise the alarm immediately in the event of deviations so that appropriate measures can be taken. Excessive humidity can lead to mold growth and affect the quality of the food. Sensors can measure the moisture and automatically regulate the humidity if necessary. pH value is also very important, as it provides information about the acidity of a food. An incorrect pH value can lead to faster spoilage. Sensors can accurately measure the pH value and thus ensure that products have the correct acidity, and the use of sensors in the food industry helps to improve product quality and safety. By continuously monitoring various parameters, potential problems can be detected and rectified at an early stage. This helps manufacturers to keep their products competitive and gain the trust of consumers.