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๐Ÿ–จ๏ธ printer with optical endstop and photoelectric control logo

๐Ÿ–จ๏ธ Printer with Optical Endstop and Photoelectric Control Review

3

ยท

Excellent

Revainrating 5 out of 5ย ย 
Ratingย 
5.0
๐Ÿ”Œ Electrical Controls & Indicators, ๐Ÿ’ก Industrial Electrical

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Description of ๐Ÿ–จ๏ธ Printer with Optical Endstop and Photoelectric Control

VCC: 2.7V to 5V ;SIG logic: output low level when there is no trigger and high level when there is trigger. Using optically transmissive principles of design, no loss, no noise with a longer life. The trigger is sensitive and quiet, with high repeatability and no mechanical collision. This is a kind of new reliable optical switch for 3D printer, CNC, 3D tool.Repeat positioning is in high accuracy. If the product have any question,please contact the seller anytime.

Reviews

Global ratings 3
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  • 3
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Type of review

Revainrating 5 out of 5

Keep an eye on your motherboard wiring

I used this and SKR 1.3, you need to swap 5v with your signal pin on the motherboard side. The sensor has a great green LED that lets you know when it's triggered. terrific!

Pros
  • Satisfied so far
Cons
  • I'll write again later

Revainrating 5 out of 5

Works great!: Industrial switches

Replaced the Z end stop with this one so I have a reliable Z reference system Works better than any mechanical switch in my own printer. One note: the SIG/V wires appeared to be going back to the SKR motherboard, it was easy enough to swap pins, and the switch MAY work the other way, but I didn't risk it. Although this is a cable issue and does not affect the functionality of the device, it still gets 5 stars. You should always check the wiring of whatever you are connecting it to. Greatโ€ฆ

Pros
  • Great overall performance
Cons
  • Doubtful

Revainrating 5 out of 5

These sensors work very well and are very fast

The sensor output is high (about 5 volts) when activated, but low (about 0 volts) when not activated. In my application, the input to the computer has a pull-up resistor that prevents the low idle from being low enough and causing a continuous high as if the sensor were activated. To solve this I used a 74ls02 gateless IC and used two of the four (2 inputs) gateless to get it working. I connected them in series with a wire that drew 5V power and ground for power, then soldered the outputs ofโ€ฆ

Pros
  • Very impressive
Cons
  • boring packaging