EasyManua.ls Logo

Inovance SV660N - Page 42

Inovance SV660N
80 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
12
INOVANCE TECHNOLGY EUROPE GmbH
SV660N Startup Procedure_EN_v1.4_20220826.docx
6.6.6.4 RESONANCE POINT
The elements of any mechanical system are what cause the different resonance frequencies. Each mechanical
element in a system will have its own natural resonant frequency that shows both an antiresonance [ ] and a
resonance [ ] point, where the mechanical element decouples from the system or is excited at its resonance
point. Each pair of nodes is related to a coupled element in the system. While a system can have multiple
resonant nodes, the first set of nodes (lowest frequency) is the most critical, as a bandwidth greater than the
frequency of the first antiresonance node cannot be achieved.
Example 1: Two pulleys with a belt. In this case it can be seen how the mechanical analysis shows two
resonance points due to the two pulleys coupled by a belt.

Related product manuals