The SDBT-MSX is an innovative approach to proximity sensors. The main feature that we would like to highlight is self-teaching. With this feature, there is no need to precisely place the sensor at the end positions. The sensor is installed on the actuator with a rough positioning and the sensor will learn the end position after four stocks of the actuator. In this demo we allow users to compare the commissioning times between the SDBT-MSX and SMT-8M-A sensors. This way you can gain a tactile feel for the benefit of the self-teaching feature. Perfect also as a teaching tool for persons responsible for commissioning.
The SDBT-MSX has other features that the benefits can be demonstrated in this demo. The ability for the sensor to switch between normally closed or normally open. Also, the ability for the output to be PNP or NPN. All these functions can be demonstrated. Highlighting the value-added benefits of the SDBT-MSX senor.
Highlights:
- Cushioning is crucial in pneumatic automation, reducing energy absorbed by the actuator and enabling faster cycles. Proper tuning requires time and expertise, which incurs costs.
- Festo's self-adjusting air cushioning (PPS) eliminates the need for manual commissioning. PPS automatically adjusts to load and speed, saving time and expertise, and optimizing performance within actuator limits.
- Additionally, PPS is ideal for applications with varying loads, such as changing manipulated parts, as it automatically adapts without manual adjustments—something often overlooked in the field.
- The Pneumatic Motion Innovation Demo highlights PPS alongside bumpers and traditional air cushions, demonstrating the performance differences under the same load conditions.
Festo’s smart proximity switch commissions itself, for time savings that add up
There are indeed rewards for machine builders who sweat the small stuff. The latest iterations of many tiny but essential components like sensors, cameras and switches can pack a great deal of innovation for their diminutive size.
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