High Accurate, Cost-Effective Options for Position-Controlling in Linear Phases in high speed assembly Offered by Smart Inductive Sensors
We must maximize speed and accuracy while minimizing costs when designing high-speed assembly equipment. We need a single-sensor position-control solution that provides a high-speed approach to critical areas and a slower, highly accurate final positioning.
The solution that has been used so far:
Using a secondary sensor for coarse-positional control is a commonly applied, although an inappropriate, solution to this challenge. Some of its disadvantages are as follows:
•It raises expenses
•It has complexity
•It lowers the system reliability
The best solution for this challenge:
New Designers recommend smart inductive sensors. A single sensor with IOLink connectivity and several user-configurable outputs does the necessary tasks.
The features of the solution:
•Designed with the requirements of OEMs
•Discreet and fit-and-forget solution
•Metal-coated
•M12 diameter
How do these sensors work?
A single sensor is installed on the guide rails next to each workstation. The sensor detects the presence of the carriage when it starts to pass. Then it activates deceleration and alters the detection mode.
Note: After the first set-up, the sensors' configuration is saved automatically on the local IO-Link Master. So, the plug-and-play replacement of sensors will be possible, with no loss of functionality and no need for recalibration.
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