Flow sensors - Import export

The IST AG MicroFlowSens (MFS) technology was developed for fast flow measurements. Due to the membrane system, the thermal mass is reduced to the minimum resulting in a very fast response time and low power consumption. In addition to measuring flow rates, the MicroFlowSens offers an outstanding sensitivity and is able to detect flow direction. The MFS flow sensor is optimal for limited space system integration and is available as integrated sensor on a PCB. Further advantages of the MFS thermal mass flow sensor include: — Excellent solution for applications with high flow rates and fast response time in CTA mode — Very high measuring dynamic with CTA mode (10'000'000 : 1) without bypass — Excellent for the measurement of very low flow rates and leakage detection with bridge mode — High chemical resistance against aggressive gases and vapors — Different sensitivities, circuit topologies available — Detection of flow direction — Customer-specific sensor layout upon request

The IST AG FS7 thermal mass flow sensors are the successors of the FS5 flow sensors and exhibit a symmetrical heater design and enhanced sensitivity. The FS7 flow sensor is applicable in gas and offer excellent long-term stability. The small thermal mass of the FS7 sensor provides a fast response time. Additionally, the standard FS7 sensor is also available with a housing which is easily implemented into various applications. Further advantages of the FS7 thermal mass flow sensor include: — Easy adaptation in various applications and housings — Excellent long-term stability — Simple signal processing — Simple calibration — Stable platinum technology — Excellent reproducibility — Customer-specific sensor available upon request. The IST AG FS7 flow sensors are optimal for measuring gas flow in various flow applications.

The IST AG FS2 flow sensors are applicable in gas and offer excellent long-term stability. In addition to measuring flow rates, the FS2 gas flow sensor is able to detect flow direction with outstanding sensitivity. Further advantages of the FS2 thermal mass flow sensor include: — Simple signal processing — Simple calibration — Bare sensor resists up to +450 °C (customer specific) — Stable platinum technology — Excellent reproducibility — No moving mechanical parts — Customer-specific sensor available upon request The IST AG FS2 flow sensors are optimal for measuring gas flow and direction.

The IST AG FS7.4W gas flow sensor has been developed for applications with temperatures up to 400 °C. The design of the FS7.4W is based on the FS7 design which offers a symmetrical heater that enhances sensitivity. The FS7.4W flow sensor is applicable in gas and offers excellent long-term stability. The small thermal mass of the FS7.4W sensor provides a fast response time. Further advantages of the FS7.4W thermal mass flow sensor include: — Easy adaptation in various applications and housings — Excellent long-term stability — Simple signal processing — Simple calibration — Stable platinum technology — Excellent reproducibility — Customer-specific sensor available upon request The IST AG FS7.4W flow sensors are optimal for measuring gas flow in various flow applications.

The IST AG SFS01 EvaKit offers an easy evaluation of the SFS01 gas flow sensor. It has both analog and digital output (I2C) and allows a fast and flexible evaluation of the SFS01 sensor. The I2C output includes both raw values and calibrated flow values from 0 to +-200 sccm. Further advantages of the SFS01 EvaKit include: — Excellent measuring dynamics — Analog output of raw signal — Digital output with raw signal and fully calibrated signal — Integrated flow channel with pneumatic connections

Fast and compact flow module, suitable for gas dosing systems, manifolds and analysers. Easy to integrate with compact design, factory calibration and pins for HW address setting This module is also available with different flow rate ranges: +/- 200 sccm: > request product now +/- 50 sccm: > request product now

For measuring flow rates using a symmetrical heater design and having an excellent sensitivity and reproducibility. It has a plastic housing for fast mounting into a flow channel

The IST AG LV5 sensor is a flow-through biosensor and offers the possibility for multi-parametric measurements, since up to 4 analytes can be measured simultaneously (glucose, lactate, glutamine, glutamate). The sensor features a very small flow cell (1 µL) and therefore requires minimal sample volumes when used as an analyzer. Further advantages of the LV5 biosensor include: — Excellent long-term stability over a month in continuous measurement mode (lifetime varies depending on various factors, including the analyte concentration and buffer system (medium) amongst others) — Long shelf life (under appropriate environmental conditions) — Gamma and beta sterilization compatible — Suitable for continuous and analyzer measurement modes — Fast response time (depends on the buffer system (medium)) — Reference, counter and blank electrodes on-chip — Integrated flow cell (various volumes) Suitable for sampling systems in laboratories or food and pharmaceutical industries.

The ASCO CO2 Flowmeter has been developed to accurately measure CO2 gas flow in closed pipes. The power unit, which supplies 230 V, operates a microprocessor controlled flow computer and one sensor. The ASCO CO2 Flowmeter is a complete system which is supplied fully calibrated and wired and therefore very easy to install.

We offer various solutions for liquid dosing. Based on parameters such as flow rate, dosing accuracy, properties of the media process and regulatory requirements we select the appropriate method of dosing as well the most suitable dosing instruments. Dosing methods used, include gravimetric dosing with load cells, various types of dosing pumps and dosing with pumps using mass flow controller (MFC) and level sensors.

The FDU91 ultrasonic sensor for continuous, non-contact and maintenance-free level measurement of fluids, pastes, sludges and powdery to coarse bulk materials. But also for flow measurement in open channels and measuring weirs. The measurement is unaffected by dielectric constant, density or humidity and also unaffected by build-up due to the self-cleaning effect of sensors. Suited for explosion hazardous areas. Maximum measuring range in liquids 10m (33ft), solids 5m (16ft).

The flow and energy manager RMC621 calculates standard volume as well as mass and energy flows of natural and technical gases, fluids and steam from flow, pressure, temperature and density. Depending on the medium calculation of the energy values occurs according to international standards (IAPWSIF97, SGERG88), real gas equations (SRK) or specific tables. For differential pressure measurements coefficients for flow compensation are calculated over the complete operating range of the flow sensor.

The Prosonic Flow P clamp-on sensor was specially designed for the process industry. Combined with the Prosonic Flow 93 transmitter with touch control, four line display and extended functionality Prosonic Flow 93P offers high accuracy in standard applications.

The steam and heat computer RMS621 calculates steam mass, steam heat quantity, net steam quantity, steam-heat differential, water heat quantity and water-heat differential in up to 3 simultaneous applications. Bi-directional and splitting range measurements are possible. It supports analog, PFM or pulse signals for flow and pressure sensors. Temperature sensors can be connected in 3- or 4-wire connection or via transmitter. A loop power supply is available for each analog or pulse input.