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The Consumer Guide to Non-Contact Level Gauges book used in this seminar is the first independent
guide to the world’s non-contact level gauges, including ultrasonic, laser, and non-contact radar instruments, ranked by performance and
supplier. Each guide also contains information about evaluating and applying
these level gauges.
David W. Spitzer is a world-recognized expert on measurement and
author of The Consumer Guide to… books, Industrial Flow Measurement,
and a Contributing Editor of FLOW CONTROL magazine.
COURSE OUTLINE
| Introduction |
8:30 - 9:00 |
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| Level Measurement Fundamentals |
9:00-10:15 |
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| Temperature |
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| Density |
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| Pressure |
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| Expansion |
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| Viscosity |
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| Static Interface Geometry |
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| Types of Level Measurement |
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| Vessel Geometry |
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| Dynamic Phenomena |
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| Non-Contact Level Measurement Technology |
10:30-12:00 |
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| Principle of operation |
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Chapter 3 |
| Laser |
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| Non-Contact Radar |
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| Ultrasonic |
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| Sensor Geometry |
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| Transmitter Design |
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Chapter 4 |
| Installation |
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Chapter 12 |
| Accessories |
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Chapter 13 |
| Other Level Gauge Technologies |
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Chapter 2 |
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| Level Gauge Performance |
1:00-2:15 |
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| Performance statements |
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Chapter 8 |
| Reference performance |
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Chapter 9 |
| Actual performance |
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Chapter 10 |
| Supplier claims |
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Chapter 11 |
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| Consumer Guide |
2:30-4:00 |
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| Supplier data and analysis |
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Chapter 5 & 6 |
| Attachments |
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| Categories |
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Yellow section |
| Availability of selected features |
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Yellow section |
| Models grouped by performance |
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Gray section |
| Models grouped by supplier |
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Gray section |
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