SDVC311how to use an intelligent photoelectric sensor to stop the feeder

Описание: If you have any question, please contact with Cora at
[email protected] or
WhatsApp: 008615366177576

Hey Cora!

Yeah?

Could you take a look? I’m trying to use an intelligent photoelectric sensor to stop the feeder when material is full, but why isn’t it responding when material passes through?

Are the wires of the intelligent photoelectric sensor connected properly?

I think so. I followed the instructions on the official website and connected the sensor to ports B1, B2, B3, and B4.

Hmm, the sensor connection looks correct.
Then maybe the controller’s P parameter hasn’t been adjusted yet?

We need to adjust the P parameter?

Looks like you haven’t carefully read the manual.
In the new interface of the controller (default for SDVC311 series; for SDVC31, press and hold the Function and Up keys, then keep pressing Down to switch to the new interface), press and hold the Function and Up keys to enter P parameter settings.

The default P value is 80, adjustable within 1–1000. A higher P value means higher sensitivity. You can adjust it based on the width of the linear feeder track: a narrower track may require a higher P value, while a wider track may need a lower one.

Oh, I see! Thanks, Cora. I’ll make sure to study the manual carefully next time.

If you have any other questions while using the controller, feel free to leave a comment for Cora below, or visit our official website en.cuhnj.com for more controller information.





Under the new interface of the controller (which is the default for the SDVC311 series; for the SDVC31, switch to it by pressing and holding the Function and Up keys, then continuously holding the Down key), press and hold the Function and Up keys to enter the P parameter setting.
The default value of the P parameter is 80, adjustable within a range of 1 to 1000. A higher P value indicates greater sensitivity.
If the controller does not respond after material passes the smart photoelectric sensor, it may indicate that the sensor's spacing is either too large or too small. In this case, you can increase or decrease the P value until the stop signal light illuminates.