Applied Fundamentals of Force Calibration
This course will cover applied force calibration techniques and will include live demonstrations using secondary standards to exhibit potential errors made in everyday force measurements. The measurement errors demonstrated and discussed will include errors associated with improper alignment, use of different and/or incorrect adapter types, thread depth and thread loading. The course will cover the basics of measurement uncertainty and provide the tools for anyone to put together a CMC or uncertainty budget.
We will cover the basics required for you to understand the requirements and get you running by providing practical examples and worksheets that you can apply to estimate measurement uncertainty required for ISO/IEC 17025 and ANSI Z540.3 requirements. The ISO Guide 98-3 (GUM) process is broken down in a simple process and applied for you to implement in your laboratory whether it is for calculating the measurement uncertainty for reporting your CMC (Calibration and Measurement Capability) for your scope of accreditation or for reporting it on your calibration report for the customer (ILAC P14 requirement).
- Common Types of Force Measuring Instrumentation
- Troubleshooting a Load Cell
- Calibration Traceability
- ASTM E74 and Other Force Calibration Procedures
- Troubleshooting a Load Cell
- Requirements for ISO/IEC 7025 and ANSI Z540.3.
- Basic definitions relating to Measurement Uncertainty.
- Basic Statistics required for Measurement Uncertainty.
- The GUM process simplified
- The Measurement Uncertainty Budget implemented in a spreadsheet (Template provided).
- Reporting Measurement Uncertainty (Scope of Accreditation CMC, Customer Reports)
Anyone who is currently performing force measurements.
After successful completion of the course, the trainee will be able to:
- Know how to prevent common measurement mistakes
- Be able to perform diagnostic checks on a load cell
- Understand concepts and standards presented
- Put together an uncertainty budget using the materials provided
1.2 CEUs Awarded
Lecture, discussion, and group exercises.
Henry A Zumbrun ( President of Morehouse Instrument Company) has over 15 years’ experience in the force measurement industry and has presented and given classes to over hundreds of students. Henry is a six sigma black belt, lean champion and is a technical advisor for NAPT.
Dilip A. Shah (Fellow of the American Society for Quality - ASQ) has over 35 years of industry experience in metrology, electronics, instrumentation, measurement and computer applications of statistics in the Quality Assurance areas. He is well versed in all measurement parameters. Dilip is the co-author of The Metrology Handbook (1st and 2nd editions) published by the ASQ Quality Press and has contributed to the 2010 re-write of the CCT Primer by the Quality Council of Indiana. Dilip participates actively in the measurement related issues through National Conference of Standards Laboratories International (NCSLI) and the west coast based Measurement Science Conference (MSC) where he presents sessions, papers and workshops. Dilip is a member of Institute of Electrical and Electronic Engineers (IEEE).
8:30 – 4:00 with Lunch.
This two day workshop will combine measurement uncertainty with hands on force training. Parts of the session will be tailored to meet the student’s needs.