Online-Seminar: Determining Measurement Uncertainty in electric drive trains
3 hours online training (4x)
from your PC
Level: Advanced
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Online-Seminar: Determining Measurement Uncertainty in electric drive trains
Only with a seriously determined measurement uncertainty does your readout become a meaningful measurement result.
In this seminar you will learn all the necessary steps you need to assess, calculate and state the measurement uncertainty within an electric drive train in accordance with the standards. What’s GUM method A and methode B evaluation of measurement uncertainty and what’s the statistics behind these methods?
How will the characteristics of a power analyzer, a current transducer or current clamp and the torque and speed rotation measurement system contribute to the measurement uncertainty as well as environmental conditions?
Day 1 | Day 2 | Day 3 | Day 4 |
• Welcome and Introduction • What´s measurement uncertainty? • Basics of statistics • Systematical and random deviations
| • Calculation methods according GUM methode A and B • Example calculation according GUM methode A | • Measurement Uncertainty within a measrung chain • Example calculation for current measurement
| • Example calculation for torque • Example calculation for speed rotation
|
Your HBK Academy-Plus
Using real examples, you will become familiar with the topic of "measurement uncertainty": from the most important influencing variables to the appropriate method of calculation. Our experienced trainers will introduce you to the subject, and in many practical exercises you will gain a deep understanding of measurement uncertainty.
Target group:
Measurement technicians and engineers who plan and carry out electric motor test benches and users who evaluate the measurement results.
Prior knowledge:
Basic knowledge of measurement technology is helpful.
Upcoming question for technical requirements will be answered here.
Please contact us if there are further question!
Available Dates (please note: this is a seminar for which we charge a fee!)
April 25-28, 2023 Online
Dec 11-14, 2023 Online
Individual Date on Request
Start and End Time:
08:30 – 12:00 New York (ET)
14:30 – 18:00 Berlin (CET/CEST)
Duration:
on 4 consecutive days / 3,5 hours parts
(with a scheduled break in between!)
Price: 1059 EUR exclusive VAT // $1.344 USD