RBCG Series Clamp-On(no contact) Ultrasonic Flow Sensor measures flow and bubble.
In the intricate world of analytical chemistry, bio-downstream processing, and
pharmacological research, High-Performance Liquid Chromatography ( HPLC) is pivotal. Its ability to dissect complex mixtures for intensive qualitative and quantitative analyses deem it essential for understanding the intricacies of chemical compositions.
HPLC plays a vital role in driving the precision, efficiency, and reliability of drug discovery and development processes in the burgeoning field of single-use pharmaceutical methodologies.
The efficacious execution of HPLC relies on exact flowrate measurements. However, traditional measuring techniques face hurdles that could impair the integrity of data:
- Flow Rate Instabilities: Variations in fluid flow can result in unreliable measurements.
- Variable Liquid Properties: Alterations due to thermal, pressure, or compositional changes can distort accurate flow readings.
- Viscosity Issues: Samples with higher viscosity can disrupt flow within the device, making it harder to measure.
- Air Bubbles and Foam: The presence of entrapped air or foam can skew the accuracy of sensing equipment.
- Contamination Threats: Preserving the purity of fluids is crucial during analysis, which necessitates maintaining sterile conditions.
ClampOn Design: Its adaptability facilitates easy integration with the chromatograph's framework, offering either static or mobile set-ups.
- Hygienic
- Customizable Configuration: It supports an array of 12 pipe diameters, with customization to satisfy diverse laboratory and industrial needs.
- Wide Flow Rate Spectrum: The sensor is proficient in measuring flows as minimal as 25 mL/min or as substantial as 100,000 mL/min, effectively serving various HPLC operations.
- Exceptional Precision: With an error margin confined to a nominal ±3%, it ensures the reliability of flow measurements.
- Integrated System Compatibility: Equipped with standard output modes, it ensures smooth integration with existing chromatographic systems.
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