Centrotecnica of Italy recently conducted transport simulation testing for the COVID-19 vaccine with Crystal Instruments Spider vibration controller.

Centrotecnica recently used Crystal Instruments’ Spider vibration control system to conduct transport simulation testing for the Janssen (Johnson & Johnson) COVID-19 vaccine. Crystal Instruments is thankful for the opportunity to contribute to the global vaccine effort with our vibration control technology.

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Read NASA's Article: Cutting Edge Ground Recorders Selected to Measure Future X-59 Quiet Supersonic Flights

NASA will use the Crystal Instruments Ground Recording System, or CI-GRS for short, to gather data related to sonic booms, and in the future, the X-59’s quiet sonic thumps. A feature of the CI-GRS will be the ability for NASA to install custom software and algorithms tailored to various specialized operations for real-time analysis of sonic thumps. - Read article on NASA website

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Swept Sine Test Measurement Strategy

A Swept Sine test is a type of vibration test where the controller excites one specific frequency via sinusoidal voltage drive. As opposed to a Random test, where a broadband of frequencies is excited together like white noise, the Swept Sine test produces a response with energy in the primary frequency and its harmonics (i.e., frequencies that are multiples of the primary frequency).

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VDS Machine Builder

The Vibration Diagnostic System (VDS) software provides several important tools for machine predictive maintenance data collection, analysis and management. When synchronized with a CoCo handheld analyzer, the system integrates factory and route structuring, machine information, vibration data and analysis all in one place. The diagnostic algorithms are based on the concept of a machine model, and VDS provides a powerful tool for building machine models. This tool is called the Machine Builder.

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Operational Modal Analysis of Scaled Building Structure using EDM Modal

Operational Modal Analysis (OMA) is commonly used to monitor and evaluate the health of building structures to investigate for any damage [1]. Studying the modal parameters of the structure can assist in observing changes in the dynamic properties which can further help in predicting error in certain elements which might need some repair or modification.

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Temperature Measurements with the Spider-80Ti using RTD Sensors

The Spider-80Ti is a front-end from the Spider-80Xi hardware platform that enables temperature measurement. Spider-80Ti supports temperature measurements from thermocouples and RTD (resistance temperature detector) sensors.

Each Spider-80Ti front-end adds 16 temperature measurement channels to the Spider-80Xi system. A Spider-80Ti front-end is user configurable to support either a PT100 RTD sensor or a K-type thermocouple. A combination of RTDs and thermocouples within the same Spider system is achieved by combining front-ends configured as RTDs and thermocouples.

This blog is part one of a two-part series. The next blog will discuss in detail about temperature measurements with the Spider-80Ti using thermocouples.

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