Strain / Fatigue Data Collection

The importance of product durability cannot be overstated. From the components which make up a car’s suspension, to the blades that constitute a jet engine, in many cases product failure can be catastrophic. There are many techniques and predictive methods for forecasting these failures but they all start from a common point.

The three main elements for fatigue calculations, which are used to determine the durability of a part or system, are loads, stresses, and material properties. All these properties are measured with a strain gauge. The gauges are applied to the surface of the test object. As the surface of the object displaces (strains), the resistance of the gauge changes. Using a special type of signal conditioning called bridge completion, the gauge becomes part of a circuit called a Wheatstone Bridge.

The WSB42X module is a bridge completion Module that can work with both constant voltage and constant current strain gauges.

The WSB42X module is a bridge completion Module that can work with both constant voltage and constant current strain gauges. It can measure both static and dynamic strain with very high precision. Our open data formats and driver allow the measured strains to be imported into fatigue calculation software programs.

Hardware to consider:

MICROQ – with Internal Battery and External Battery

2 x WSB42X – 8 x Bridge / ICP® / voltage channels make it possible to use strain gauges, LVDT, string pots, ICP® accelerometers, or voltage inputs

More Applications

End of the line Testing

Read more

small portable measurements

Read more

Modal System

Read more

automotive
mobile system

Read more

larger portable measurents

Read more

trouble
shooter

Read more

Distributed
Systems

Read more

Large Scale Laboratory Applications

Read more

Tell us about your application

Connect with us. Your move.

Dr. Gilmer Klintworth

Founder

MeCalc Holdings

Connect with Gil

Cara Klintworth-Watt

President and Co-Founder

MeCalc Technologies

Connect with Cara

Justin Watt

CEO and Co-Founder

MeCalc Technologies

Connect with Justin

Robert Eaton

Global Business

Development Director

MeCalc Technologies

+1-404-800-0825

Connect with Robert

Dr. John Huff

Global Technical Director

MeCalc Technologies

+1-404-800-0825

Connect with John

Mechanical Engineering Calculations