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Introduction to Basic Principles

Introduction to Basic Principles. Types of Level Measurement. A STICK/SOUNDING TAPE/SITE GLASS MECHANICAL FLOATS CAPACITANCE HYDROSTATIC PRESSURE RADAR/SONAR. Typical Level Sensors. Hydrostatic Pressure . PRESSURE-FORCE/AREA Water Column Density and Specific Gravity P=h*SG/27.68

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Introduction to Basic Principles

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  1. Introduction to Basic Principles

  2. Types of Level Measurement • A STICK/SOUNDING TAPE/SITE GLASS • MECHANICAL FLOATS • CAPACITANCE • HYDROSTATIC PRESSURE • RADAR/SONAR

  3. Typical Level Sensors

  4. Hydrostatic Pressure • PRESSURE-FORCE/AREA • Water Column • Density and Specific Gravity • P=h*SG/27.68 • Sensor Ranging

  5. Pressure vs Volume

  6. Pressure is a function of height Volume is a function of shape

  7. Scale Calculations Dimensions Calibrations Sounding Chart Application nData Sheet

  8. 4-20mA Basics • Can be run long distances with minimal loss ~1,000 ft+ • Varying impedance or supply voltage will not affect the signal. • Low electromagnetic susceptibility • Only requires 2 wires to operate

  9. Typical 4-20mA Loop

  10. Remote Indicator Loop

  11. KING Filters • Single stage or dual stage • Main Line or Point of use • Polisher Selection • Scrubber Selection

  12. Coalescing Filtration • Compressed air enters • Travels through filter media • Oil and water attach to fibers • Grow into droplets and fall off into bowl • Replace elements yearly or as needed

  13. King’s Outside to Inside Flow • More surface area for particulate • Nozzle shaped outlet for better discharge

  14. Removing Oil/Water Vapor • Using desiccants to remove vapor through adsorption

  15. Desiccant Dryers • Compressed air passes through an adsorbent media (desiccant) such as activated charcoal, silica gel, or molecular sieve.

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