Designed to detect and monitor vibrations and shocks in wind field environments. The main controller provides accurate acceleration information to avoid excessive vibration.
This acceleration sensor is designed to detect and monitor vibrations and shocks in wind field environments. The main controller provides accurate acceleration information to avoid any excessive vibration as soon as possible. High precision machining was critical to achieve the required measurement accuracy.
PROTOTYPE PRODUCTION
The sensor housing required tight tolerances of ±0.01mm to ensure proper seating of the piezoelectric elements. 4-axis CNC machining was used to complete the complex geometry in a single setup, minimizing accumulated positioning error.
An anodized finish was applied to the aluminum housing for corrosion protection and electrical insulation. The internal bore was left un-anodized to maintain the precise fit with the sensor element.
