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Flow sensors
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Thermal flow sensor / for liquids - F12 - CF12RM
The CF12 Series of thermal dispersion flow switches are designed to monitor flow status of liquids and gases...
Thermal flow sensor / for liquids - F12 - CF12RM
The CF12 Series of thermal dispersion flow switches are designed to monitor flow status of liquids and gases and can also be used to detect level. A chain of 8 LED's gives the user a visual indication of the flow status of the switch. There are two red LEDs that indicate whether the unit has detected flow, a yellow LED to indicate the set point and 5 green LEDs that indicate the amount of flow beyond the set point.
Thermal flow sensor / for liquids - F420, RCF420 series
Sitron's Flow Transmitter features a DC - 24-V do (+/- 10%) power supply, a 4 to 20-mA and...
Thermal flow sensor / for liquids - F420, RCF420 series
Sitron's Flow Transmitter features a DC - 24-V do (+/- 10%) power supply, a 4 to 20-mA and...
Thermal flow sensor / with temperature measurement - TERMALOG
Termalog is a thermal flow meter used to measure transmittance. It has compact dimensions and a large operating autonomy which makes it easy to measure and calculate...
Thermal flow sensor / with temperature measurement - TERMALOG
Termalog is a thermal flow meter used to measure transmittance. It has compact dimensions and a large operating autonomy which makes it easy to measure and calculate transmittance values anywhere in a fast manner. The unit has USB interface which allows the programming of measurement settings easily with the help of a PC or notebook and shows where to install the Termalog Manager software to facilitate downloading of acquired data. The four probes used for measuring of the contact temperature in the unit and one bidirectional heat flux plate help the instrument to take measurement of transmittance values on opaque walls of buildings.
Thermal flow sensor / with temperature measurement - A5000MA
The A5000MA from MAE is a thermal flow meter for measurements of transmittance. It is highly precise in the data acquisition with up to 24 bit resolution. It also provides an ease of use and good flexibility.
Features...
Features...
Thermal flow sensor / with temperature measurement - A5000MA
The A5000MA from MAE is a thermal flow meter for measurements of transmittance. It is highly precise in the data acquisition with up to 24 bit resolution. It also provides an ease of use and good flexibility.
Features of the A5000MA include 4 probes for the measure of the contact temperature, and 1 heat flux plate for taking the measurement of the transmittance values on the opaque walls of whole building.
Additional features are graphic display for the visualization of the acquired valuers trend, keyboard with charge-transfer technology and removable S.D. memory card.
It also has a keyboard with 24-key charge transfer, the display is a Monochrome LCD 320 x 240 pixel graphic display. It supports rechargeable and replaceable AA batteries (12V - 2.5 Ah).
Features of the A5000MA include 4 probes for the measure of the contact temperature, and 1 heat flux plate for taking the measurement of the transmittance values on the opaque walls of whole building.
Additional features are graphic display for the visualization of the acquired valuers trend, keyboard with charge-transfer technology and removable S.D. memory card.
It also has a keyboard with 24-key charge transfer, the display is a Monochrome LCD 320 x 240 pixel graphic display. It supports rechargeable and replaceable AA batteries (12V - 2.5 Ah).
Thermal flow sensor / with temperature measurement - A5000MAW
The A5000MAW Thermo Flow Meter is designed for heat transmission measurements on site and stands out for its superior data accuracy in the acquisition of data (24bit resolution). This, combined with its versatility and ease of operation, makes it the perfect choice....
Thermal flow sensor / with temperature measurement - A5000MAW
The A5000MAW Thermo Flow Meter is designed for heat transmission measurements on site and stands out for its superior data accuracy in the acquisition of data (24bit resolution). This, combined with its versatility and ease of operation, makes it the perfect choice. By using four probes to measure contact temperature and a flow plate that is wirelessly connected to the main A5000MAW unit (connection through a remote and completely independent data acquisition and transmission unit), this flow meter measures the heat transmission values on site of the opaque walls of entire buildings, keeping in tune with the requirements of the latest energy efficiency laws.
This Thermo Flow Meter offers real-time visualization of trends of acquired data through a graphic display. The keyboard uses charge-transfer technology. The flow meter also comes with a removable SD memory for storing and processing measurements. The method of recording can be set easily using the software, making it simple to achieve high accuracy levels on surveys.
This Thermo Flow Meter offers real-time visualization of trends of acquired data through a graphic display. The keyboard uses charge-transfer technology. The flow meter also comes with a removable SD memory for storing and processing measurements. The method of recording can be set easily using the software, making it simple to achieve high accuracy levels on surveys.
Calculation software for thermal conductance and transmittance - GT LAB
GT Lab Program is suited for conductance and transmittance of calculations using a thermal flux-meter. Progressive Averages Method is used in conductance calculation where conductance...
Calculation software for thermal conductance and transmittance - GT LAB
GT Lab Program is suited for conductance and transmittance of calculations using a thermal flux-meter. Progressive Averages Method is used in conductance calculation where conductance is obtained from the total readings performed on which the average value is calculated and not by instantaneous values for temperature and thermal flow. Surface coefficients of heat exchange are selected for transmittance calculation, which combine the effects of the above phenomena and are tabulated in UNI 7357/76 Regulations and subsequent adaptations depend on geometrical situation (e.g. vertical, horizontal structure, etc.), and in the UNI regulations accompanying Law 10/91 (e.g. in the UNI 10345 regulations for window elements).
Differential pressure flow sensor / mass / for gas - truckflow
In engines, where there is a high probability of contamination, Pitot tubes are very ideal for pressure measurement owing to their simplicity and lean construction. Further, their...
Differential pressure flow sensor / mass / for gas - truckflow
In engines, where there is a high probability of contamination, Pitot tubes are very ideal for pressure measurement owing to their simplicity and lean construction. Further, their usage does not lead to a pressure drops. Therefore, you find pitot-tube pressure sensors before and after the compressor and in the exhaust gas recirculation (ECR) circuit.
truckflow from systec Controls is the product you are looking for, if you need reliable and top-notch pitot tubes for your engines. systec Controls are the world leaders for over 15 years in manufacturing averaging pitot tubes for industrial applications. Our products have proven their worth even in the harshest flow conditions.
truckflow from systec Controls is the product you are looking for, if you need reliable and top-notch pitot tubes for your engines. systec Controls are the world leaders for over 15 years in manufacturing averaging pitot tubes for industrial applications. Our products have proven their worth even in the harshest flow conditions.
Differential pressure flow sensor / mass / OEM / for gas - 0.5 - 4.5 bar | TFI4
The TFT4 measures pressure, temperature and flow up to 4000 times per second and analyses in real time the condition of the fluid in the pipe by a complex real time algorithm. The...
Differential pressure flow sensor / mass / OEM / for gas - 0.5 - 4.5 bar | TFI4
The TFT4 measures pressure, temperature and flow up to 4000 times per second and analyses in real time the condition of the fluid in the pipe by a complex real time algorithm. The Flow and pressure measurements close to an engine are influenced by strong pulsations. The said product is equipped with perfectly calibrated sensors. The superposition of compressor, valve lifts, EGR injection etc leads to a complex pressure-flow characteristic, depending on the engine map, the aging and ambient conditions (air pressure, air temperature) and other variables. Since pressure and flow are coupled by the energy conservation (Boyle Mayotte), the correct pressure measurement and mass flow calculation becomes a complex task.