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Part # Distributor Manufacturer Product Category Description
FS5.0.1L.195 Newark / element14 IST INNOVATIVE SENSOR TECHNOLOGY Not Provided IST INNOVATIVE SENSOR TECHNOLOGY - FS5.0.1L.195 - THERMAL MASS FLOW SENSOR; GAS; 0-100M/S

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  • Sensor Design Key Advantage In Thermal Mass Flow Meter Performance
    Immersible thermal sensors are finding growing acceptance in the gas flow measurement field. By using two Platinum Resistance Temperature Detectors (PRTDs) immersed in a stream of flowing gas, modern thermal flow meters can directly measure mass flow, without the need for temperature or pressure
  • Introducing a New Paradigm for Thermal Dispersion Mass Flow
    groundbreaking innovations in sensor design. That, along with a comprehensive algorithm facilitated by current hyper-fast microprocessors, has created a new paradigm for the measurement of the mass flow rate of gases by means of thermal dispersion technology.
  • Advances in Thermal Dispersion: Mass Flow Meter Accuracy (.pdf)
    to generate a. signal directly proportional to the temperature differential and mass flow rate. Over the years, Thermal type flow sensors have. been utilized across a very wide spectrum of applications and feature an assortment of performance limits. Modern Thermal flow sensor designs have greatly evolved
  • Advances in Thermal Dispersion Mass Flow Meter Accuracy (.pdf)
    to generate a signal directly proportional to the temperature differential and mass flow rate. Over the years, Thermal type flow sensors have been utilized across a very wide spectrum of applications and feature an assortment of performance limits. Modern Thermal flow sensor designs have greatly evolved
  • Industrial Thermal Mass Flow Meters Pt.1 (Principle Operations) & Pt. 2 (Applications)
    the performance and cost-reduction attributes of the industrial thermal mass flowmeter to those of other flow monitoring instruments. In the April issue of M&C, Part II will include a description of the various sensor, flow body and electronics configurations available today, and a lost of typical
  • Capillary Tube Thermal Mass Flow Meters & Controllers - A User's Guide
    This paper describes capillary tube mass flow meters and controllers for use in general purpose industrial and laboratory applications and in the fabrication of semiconductor devices. It provides a detailed description of the major components---flow body, flow conditioner, bypass, capillary sensor
  • Thermal Mass Flow Meter Improves Refinery Flare Gas Monitoring Accuracy
    (0.8 to 240 NCMH). The low end of this range (0.5 SCFM) in this process required a highly sensitive mass flow sensor to recognize the presence of gas. The pressure range in the process varied from 0 to 50 psig [0 to 3.4 bar (g)] at temperatures from 68 to 149°F (20 to 65°C).
  • Core Technology White Paper Series, Part 1: Thermal
    advantages. These two thermal sensing technologies directly. measure gas mass flow based on principals of heat transfer and are commonly called Capillary. Thermal Sensor Technology and Immersible Thermal Sensor Technology. Taken together. they cover the entire spectrum of gas mass flow measurement

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