Five webinars, on five topics, in five days
Published: 11 February, 2016
HBM , a specialist in the field of test and measurement, has announced the dates for its latest series of free measurement technology webinars, which take place on 22nd – 26th February 2016.
The five day seminars, designed to fit in with challenging time constraints which can often make attending relevant training courses difficult, provide advice and focus on a variety of topics, beginning with ‘Torque Measurement Uncertainty’, which provides methods to calculate the measurement uncertainty in a torque measuring chain.
This is followed by ‘Advanced Aircraft Electric System Testing’ which takes place on the 23rd February and will explain HBM’s solution for advanced testing and measurements of components and the complete electrical grid of an aircraft.
On day three participants are invited to learn more about the influence of temperature on strain gauge measurements , with ‘Temperature Compensation of Strain Gauges’ .
Leading on from this, ‘Optical Measurement Solutions for the Aerospace Industry’ on day four will present HBM FiberSensing’s experience and solutions for the aerospace industry.
Finally, participants can find out ‘How Digital Weighing Technology Saves you Money’.
All HBM webinars are free of charge and open to anyone.
t: 020 8515 6000
e: info@uk.hbm.co.uk
w: www.hbm.com/en/3157/webinars / www.hbm.com
Click here for the full unedited version of the release as provided by the company
HBM – a market leader in the field of test and measurement – has announced the dates for its latest series of free webinars, which take place in April 2018. For those interested in the revolutionary eDrive system for testing electrical convertors and electrical machines from HBM, “Real Time Analysis of Electric Drives” takes place on Tuesday 17th April 2018. On Wednesday 18th April 2018, join Dr André Schäfer, Development Manager for High-Precision Measurement Chains at HBM, as he provides a general introduction to strain-gauge based “Precision Measurement Chains”.
