SCHMIDT Technology
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SCHMIDT® Flow Sensorsare used for monitoring and control of laminar air flow and to hold set point very accurate. Therefore, the contamination will be avoided even when using reduced air flows and the performance of the filter will be monitored. This performance can't reach with pressure sensors.

SCHMIDT® Thermal Flow Sensors provide many advantages for measurement in the laboratory, pharma and clean room technology:

  • Bidirectional air flow measurement
  • Fast response time of 0.01 s
  • Highest accuracy ± 1 % with calibration certificate
  • Lower detection limit of 0.05 m/s
  • Very low power consumption
  • Special cleanroom assembly system
  • Can be disinfected using alcohols and H2O2 (VHP-proof)

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used in compressed air supply system to optimize the energy saving. They are ideal for continuous measurement of consumption, compressor controls and to detect precisely any leakage. Use it to control exactly your compressed air costs.

SCHMIDT® Thermal Flow Sensors offers many advantages for the measurements in the compressed air network:

  • Maintenance-free and rugged design
  • Useable up to 40 bar
  • High measuring range from 0,2 up to 220 m/s
  • Usable temperature -40 ... +120 °C
  • Output signal for flow rate, temperature and as option customized impulse for volume detection (m³)
  • ATEX version available for explosion-proof areas
  • Usable also for different or mixture gases

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used in semiconductor, solar and wafer production to monitor the laminar air flow, for instance to cool of glass substrates.

SCHMIDT®Thermal Flow Sensors offer many advantages for measurements in the semiconductor, solar and wafer production:

  • Independent mounting position by 360° all-around flow angle
  • Fully coated with parylene for use in extreme environments, for example in wet-chemical process
  • Output for flow and temperature
  • Lower detection limit of 0.05 m/s
  • Highest accuracy ± 1 %
  • Bidirectional flow measurement
  • Fast response time of 0.01 s

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are especially suitable for measurement and control of air flow for drying, for example in the food, tobacco or packaging technology.

SCHMIDT® Thermal Flow Sensors offer many advantages for the measurements in drying processes

  • Independent mounting position by 360° all-around flow angle
  • Fully coated with parylene for use in extreme environments
  • Output for flow and temperature
  • Rugged design
  • Usable temperature -40 ... +350 °C
  • Maintenance free without moving parts Output for flow and temperature

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors in burner and industrial furnace ensure an optimal fuel supply by measuring the air flow and providing accurate data.

SCHMIDT® Thermal Flow Sensors offer many advantages for the measurements in the industrial burner and ovens:

  • Direct measurement of the standard flow velocity up to +350 °C
  • Integrated temperature measurement
  • Maintenance-free, without moving parts Rugged design
  • Useable up to 16 bar
  • Highest accuracy ± 1 %
  • Analog and digital output
  • Field bus connections such as DeviceNet and PROFIBUS
  • Flexible mounting lengths up to 1000 mm
  • Without pressure loss

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used in biogas plants for the measurement of gas volumes. Even gas mixtures can easily be measured for each customer specification.

SCHMIDT® Thermal Flow Sensors offer many advantages:

  • Output signal for flow rate, temperature and as option customized impulse for volume detection (m³)
  • ATEX version available for explosion-proof areas
  • Usable for different and mixture gases
  • Usable temperature -40 ... +120 °C
  • Fully coated with parylene for use in extreme environments
  • Flexible mounting lengths up to 1000 mm

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used in packaging technology, where air flows have to be accurately recorded, monitored and controlled.

SCHMIDT® Thermal Flow Sensors offer many advantages for the measurements in machines of packaging technology:

  • Output for flow and temperature
  • Independent mounting position by 360° all-around flow angle
  • Maintenance-free without moving parts
  • Lower detection limit of 0.05 m/s
  • Highest accuracy ± 1 %
  • Bidirectional flow measurement
  • Fast response time of 0.01 s
  • Usable temperature -40 ... +120 °C
  • Special mounting system
  • Can be disinfected using alcohols and H2O2 (VHP-proof)

SCHMIDT® provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used in the measurement of flow rates to determine the particle number.

For the measurements in particle counting, the thermal SCHMIDT® Flow Sensors offer many advantages:

  • Maintenance-free sensor with protected sensor element (chamber head)
  • Temperature of medium -20 ... +120 °C
  • Integrated operating status display
  • Measuring range up to 50 m/s

SCHMIDT® Flow Sensors are used in the measurement of flow rates to determine the particle number.

SCHMIDT® Flow Sensors are used to measure the volume flow in particle counting applications.

SCHMIDT® Thermal Flow Sensors offer many advantages for the measurements in particle counting applications.

  • Fast response time of 0.01 s
  • Highest accuracy ± 1 %
  • Lower detection limit of 0.05 m/s
  • Very low power consumption
  • Very small dimensions

SCHMIDT® Flow Sensors provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used to optimize your thermal soil-treatment in order to better controlling, save energy and reduce costs.

SCHMIDT® Thermal Flow Sensors offer many advantages for the measurements in thermal soil-treatment applications:

  • Direct measurement of the standard flow velocity up to -40 … +350 °C
  • Integrated temperature measurement
  • Maintenance-free(without moving parts) and rugged design
  • Useable up to 40 bar
  • Highest accuracy ± 1 %
  • Field bus connections such as DeviceNet and PROFIBUS
  • Flexible mounting lengths up to 1000 mm
  • Without pressure loss
  • Output signal for flow rate, temperature and as option customized impulse for volume detection (m³)
  • ATEX version available for explosion-proof areas

SCHMIDT® Flow Sensors provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used to meet the clean air requirements in the surgical area.

SCHMIDT® Flow Sensors offer many advantage in the measurement in medical technology:

  • Independent mounting position by 360° all-around flow angle
  • Maintenance-free without moving parts
  • Lower detection limit of 0.05 m/s
  • Highest accuracy ± 1 % with calibration certificate
  • Bidirectional flow measurement
  • Fast response time of 0.01 s
  • Usable temperature -40 ... +120 °C
  • Special mounting system
  • Can be disinfected using alcohols and H2O2 (VHP-proof)

SCHMIDT® Flow Sensors provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors ensure a process safety in several painting applications. They are used to monitor the air flow in the paint booth, which work with overflow principle. In- and outlet- area backflows can be also avoided.

SCHMIDT® Themal Flow Sensors offer many advantages for the measurements in painting application:

  • Independent mounting position by 360° all-around flow angle
  • Maintenance-free without moving parts
  • Lower detection limit of 0.05 m/s
  • Highest accuracy ± 1 %
  • Bidirectional flow measurement
  • Fast response time of 0.01 s
  • Special mounting system
  • ATEX version available for explosion-proof areas
  • Fully coated with parylene for use in extreme environments
  • Can be disinfected using alcohols and H2O2 (VHP-proof)

SCHMIDT® Flow Sensors provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors are used in cement manufacturing plants to optimize the combustion systems by monitoring and controlling the air flow.

SCHMIDT® Thermal Flow Sensors offer many advantages for the measurements in cement production:

  • Direct measurement of the standard flow velocity from -40 up to +350 °C
  • Maintenance-free(without moving parts) and rugged design
  • Useable up to 40 bar
  • Highest accuracy ± 1 %
  • Field bus connections such as DeviceNet and PROFIBUS
  • Flexible mounting lengths up to 1000 mm
  • Without pressure loss
  • Output signal for flow rate, temperature and as option customized impulse for volume detection (m³)
  • ATEX version available for explosion-proof areas
  • Usable for different and mixture gases

SCHMIDT® Flow Sensors provides you with the most suitable flow sensors for your requested application.

SCHMIDT® Flow Sensors for waste incinerators are used to measure the volume flow and to optimize the combustion processes.

SCHMIDT®Flow Sensors offers many advantages for the measurements in waste incineration applications

  • Direct measurement of the standard flow velocity from up to +350 °C
  • Maintenance-free(without moving parts) and rugged design
  • Useable up to 16 bar
  • Highest accuracy ± 1 %
  • Field bus connections such as DeviceNet and PROFIBUS
  • Flexible mounting lengths up to 1000 mm
  • Without pressure loss
  • Output signal for flow rate, temperature and as option customized impulse for volume detection (m³)
  • ATEX version available for explosion-proof areas
  • Usable for different and mixture gases
  • Measuring range from 0.2 up to 220 m/s

SCHMIDT® Flow Sensors are used to determine the air mass flow of engine test facilities. SCHMIDT® Flow Sensors many advantages:

SCHMIDT® Flow Sensors for the measurements in the engine test applications offers many advantages:

  • Usable up to +350 °C
  • Maintenance-free(without moving parts) and rugged design
  • Useable up to 16 bar
  • Highest accuracy ± 1 %
  • Field bus connections such as DeviceNet and PROFIBUS
  • Flexible mounting lengths up to 1000 mm
  • Without pressure loss
  • Output signal for flow rate, temperature and as option customized impulse for volume detection (m³)
  • ATEX version available for explosion-proof areas
  • Usable for different and mixture gases
  • Measuring range from 0.2 up to 220 m/s

SCHMIDT® Flow Sensors are used in the food industry for monitoring and measuring of air flow in order to avoid contaminations.

SCHMIDT®Thermal Flow Sensors offer many advantages for the measurements in the food industry:

  • Independent mounting position by 360° all-around flow angle
  • Maintenance-free without moving parts
  • Lower detection limit of 0.05 m/s
  • Highest accuracy ± 1 %
  • Bidirectional flow measurement
  • Fast response time of 0.01 s
  • Special mounting system
  • ATEX version available for explosion-proof areas
  • Fully coated with parylene for use in extreme environments
  • Can be disinfected using alcohols and H2O2 (VHP-proof)

SSCHMIDT® Flow Sensors are used to measure flow velocity, mass flow and temperatures in applications like building ventilation and fume chambers for exact monitoring and control of required supply air and exhaust air as well as for filter monitoring.
For measurements in HVAC applications as well as for laboratories and fume chambers the SCHMIDT® Thermal Flow Sensors provide many advantages:

  • Easy-to-install: No alignment to flow direction necessary due to its 360° axial inflow angle.
  • Variable immersion depth, extendable
  • Maintenance-free, robust and long-term stable
  • Sensor element is protected by fully closed metal capsule
  • Easy-to-clean (anti-dust design): without "dirt traps", edges and hollows
  • Operating status display via LED
  • Integrated evaluation electronics in the sensor tube – no additional transmitters required
  • 3 measuring ranges for flow: 0…2.5 m/s, 0…10 m/s and 0…20 m/s
  • Measuring range for temperature: 0 …+60 °C
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