30 VDC, 20 mAġ pulse per consumption unit (selectable)Ģ. Should you have any special requests, such as custom flow ranges or different gas types, please contact us here.ġ.5 % of reading ± 0.3 % FS (optional 1 % of reading) Flow meter settings are well protected from unwanted access with use of a unique QR access code for each meter. This enables users to change the settings of the flow sensor wirelessly on site. If settings need to be changed on site, they can be done using the free S4C-FS smart phone application. An additional pressure and temperature compensation is not necessary. The new affordable VA 520 flow sensor works according to the approved calorimetric measuring principle. Various settings such as gas type, flow unit and reference standards, can be set ex-factory according to your needs. Compressed Air Flow Meter The VA 520 is an affordable inline mass flow sensor ideal for compressed air and gas applications. By using M-Bus as an output, the meter can be connected to existing metering networks easily. The Modbus/RTU and Modbus/TCP output options offers a state-of-the-art digital interface solution to connect the meter to high level controllers or software solutions. It can have an isolated analog and pulse output to read out the flow and the total consumption. The S421 Thermal Mass Flow Sensor offers 4 different signal output options. This would allow for example compressed air flow to be measured and have the ability to switch to measure Nitrogen by simply changing the gas type via the S4C-FS app or using the sensors display. The thermal mass flow sensor can save two calibration curves, this means the sensor can be used in two different gases without any loss of accuracy. Measurement of two gases at the same time The display can also be used to manage the sensor settings, like gas types, output signal settings or reference conditions. Measuring compressed air flows precisely in all conditions with a high-pressure air flow meter is the key to improving the energy efficiency of compressed air systems while reducing costs. The optional color display is designed to show all measured values like flow and total consumption on the screen. The flow sensor comes calibrated on the selected measuring section. Inline Thermal Mass 600-9 Inline Thermal Mass 600-9SAN Ultrasonic Flow Meter. The installation is done through a measuring section with a pre-defined diameter, with R-thread or with flange connections. An air flow meter designed for the HVAC market may use similar principles of operation to an air flow meter in the oil and gas industry but will vary in design because of explosion proof requirements and pressure ratings. With the high resolution and sampling rate, a fast and precise measurement is achieved. Switch output, normally open, max.The SUTO S421 Inline Thermal Mass Flow Sensor provides reliable compressed air and gas flow and consumption monitoring in main and header lines with a wide measuring range. Please contact us here to find the best possible configuration for your application. The more accurate you can monitor gas flow, the more likely you will discover weak points in the process flow, thus ensuring continuity and profitability. This helps to get a fast overview over the actual data and situation. Real-time data can also be read on the smartphone through the app. The Flow Meter is easily configurable through the SUTO S4C-FS App. Smartphone App for Configuration and Real-time Data With the integrated display the vacuum sensor is available for different pipe sizes DN8, DN15, DN20, DN25 and DN32 (G female thread). The S418-V offers great flexibility at the point of use and can be installed anywhere. These parameters are crucial values in vacuum applications and help operators to ensure their process reliability. Vacuum System Optimization and Reliabilityīy monitoring the flow, consumption, pressure and temperature at the point of use, the flow meter helps to optimize vacuum system efficiency and discover optimization potentials.Įquipped with an absolute pressure sensor, it does not only show the vacuum pressure, but also shows the actual vacuum flow. The use of thermal mass flow technology makes the flow meter also resistant with regards to temperature and pressure changes. Mass vortex is ideal for steam and saturated steam applications, but it can also measure gas and volumetric water. In doing so, the actual flow and absolute pressure on the low-pressure side of vacuum pumps is measured. Immersible thermal mass flow meters give accurate direct gas mass flow measurement from low to high flows for compressed air, natural gas, N2 and methane to name a few in a variety of industrial applications. The Inline Type Flow Meter is designed to monitor the performance of vacuum pumps. The S418-V Compact Flow Meter offers a simple but effective monitoring solution for vacuum applications at the point-of use.
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