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Sensirion Announces Its New Liquid Flow Sensor – SLF3S-1300F

Summary of Sensirion Announces Its New Liquid Flow Sensor – SLF3S-1300F


The SLF3S-1300F is a compact, cost-effective liquid flow sensor utilizing Sensirion's CMOSens® Technology. It features a straight, unobstructed flow channel with no moving parts and chemically resistant wetted materials. Capable of bidirectional measurement up to 40 ml/min with a response time under 20 ms, it offers digital I2C output and real-time failure detection. Designed for diagnostics and life sciences, it ensures high system reliability through media isolation and easy integration via standard ports.

Parts used in the SLF3S-1300F Liquid Flow Sensor:

  • Sensirion CMOSens Technology chip
  • Straight unobstructed flow channel
  • Chemically resistant wetted materials
  • ¼″-28 flat bottom ports
  • Standard connector
  • Digital I2C output interface

The SLF3S-1300F liquid flow sensor is based on Sensirion’s proven CMOSens® Technology and optimizes costs by simplifying the design without sacrificing the easy fluidic, electrical and mechanical connections. The straight and unobstructed flow channel has no moving parts; inert wetted materials provide outstanding chemical resistance and excellent media compatibility. In measuring flow rates up to 40 ml/min bi-directionally, the sensor allows monitoring the entire system operation and detecting common failure modes.

Sensirion Announces Its New Liquid Flow Sensor – SLF3S-1300F

The SLF3S-1300F enables applications in the fields of diagnostics, analytical instruments and life sciences to reach unparalleled fluid control, system reliability and thus new heights in performance and end-user satisfaction. Its compact form factor and cost-effective design permit system designs with one or more sensors that were previously unfeasible.

Samples of the SLF3S-1300F liquid flow sensor are available now for testing. Please contact Sensirion for further information at [email protected].

Features:

  • Highly integrated: Linearized, temperature-compensated and fully calibrated digital output signal (I2C) from a single chip
  • Full scale flow rate for water-based liquids: 40 ml /min
  • Turn down ratio 200:1 or better
  • High speed measurement: Response time below 20 ms
  • Bidirectional measurement and real time failure detection
  • Easy fluidic and electrical integration via ¼″-28 flat bottom ports and a standard connector
  • Straight, unobstructed flow channel without moving parts
  • Media isolated sensing principle: no direct sensor contact with the fluid
  • Compact and light-weight form factor
  • Chemically resistant wetted materials

Commercial release of the sensor is planned for 2019.

Discover the SLF3S-1300F liquid flow sensors at this year’s Electronica (Hall B3, Booth 417) and COMPAMED (Hall 8a, Booth H19.6) trade fairs. For more information, please visit: www.sensirion.com/slf3x

Read more: Sensirion Announces Its New Liquid Flow Sensor – SLF3S-1300F

Quick Solutions to Questions related to SLF3S-1300F Liquid Flow Sensor:

  • What technology does the SLF3S-1300F use?
    The sensor is based on Sensirion’s proven CMOSens Technology.
  • How fast is the response time of this sensor?
    The response time is below 20 ms.
  • Can this sensor measure flow in both directions?
    Yes, it allows bidirectional measurement up to 40 ml/min.
  • Does the sensor have moving parts?
    No, the straight and unobstructed flow channel has no moving parts.
  • What type of electrical output does the sensor provide?
    It provides a linearized, temperature-compensated, and fully calibrated digital output signal via I2C.
  • Are samples available for testing?
    Yes, samples are available now for testing upon contact with Sensirion.
  • When is the commercial release planned?
    The commercial release is planned for 2019.
  • What fluidic connection size does the sensor use?
    It uses ¼″-28 flat bottom ports for easy fluidic integration.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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