Angular Range of Motion for 2 Limit Sensors in 83° Arc

AI Thread Summary
When positioning two limit sensors in an 83° arc around a rotating servo motor, the angular range of motion achievable is influenced by the sensors' activation and deactivation angles. It is essential to account for the clearance needed between the end of the range of motion and the point at which the limit sensor is triggered. The sensors will have a specific angular range during which they remain active, meaning there will be a finite angle before the sensor turns off after being tripped. Properly calculating these clearances ensures effective operation without unintended stops. Understanding these parameters is crucial for optimizing the servo motor's performance within the defined arc.
miloziz
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If I have 2 limit sensors set in a circular arc around a rotating servo motor, and the angle between them is 83°, approximately what is the angular range of motion that I can achieve? Please take into account, and let me know what clearances I need to be aware of (i.e. how many degrees clearance should I leave between the end of the range of motion, and when the limit sensor is tripped).
 
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Not sure what you are asking.
The sensor will have an angle range that it is held over.
So if trips ON when the wheel is over it there will be a finite angle before it is OFF.
 

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