Mechanical Accelerometer

Mechanical accelerometers are devices used to measure acceleration in various applications, including flight instruments. They are part of the supply class "Flight Instruments" within the supply group "Instruments and Laboratory Equipment."

In the context of flight instruments, mechanical accelerometers are typically used to measure the acceleration forces experienced by an aircraft. These forces can include changes in velocity, changes in direction, and vibrations. By measuring these accelerations, mechanical accelerometers provide valuable information for pilots and flight systems.

Mechanical accelerometers work based on the principle of inertia. They consist of a mass suspended by a spring or other mechanism. When the aircraft accelerates, the mass resists the change in motion, causing a deflection or displacement. This deflection is then measured and converted into an electrical signal, which can be further processed and displayed on flight instruments.

The information provided by mechanical accelerometers is crucial for flight control systems, navigation systems, and flight data recorders. It helps pilots monitor the aircraft's performance, detect turbulence, and ensure the safety and stability of the flight.

Overall, mechanical accelerometers from the supply class "Flight Instruments" in the supply group "Instruments and Laboratory Equipment" play a vital role in aviation by providing accurate and reliable measurements of acceleration forces during flight.