Description
What it is
SIL8TK is a component for measuring internal and external threads.
Features
- Internal and external threads
- Positive and negative thread teeth
What it is for
SIL8TK are ideal for socket head. They can be used to measure the internal and external thread of a cylinder and compare the read values with the actual ones. They are useful for beginner and intermediate makers working with threads.
Tutorial: How to use SIL8TK
The SIL8TK is a fundamental component for those working with threads, serving to measure and precisely control the dimensions of internal and external threads. Useful for beginner and intermediate makers.
What you need
- SIL8TK
- ruler
- pliers
- pins from Arduino or microcontroller
Steps
- Check the datasheet for the technical specifications of the SIL8TK.
- Connect the VCC pin of the SIL8TK to the 5V of your Arduino.
- Connect the GND pin of the SIL8TK to the GND of your Arduino.
- Connect the OUT pin of the SIL8TK to a digital pin of your Arduino.
- Load the following code onto your Arduino.
- Run the code and read the thread pitch values.
- Compare the read values with the actual values measured with the ruler.
- Repeat the process for different thread pitches.
Example code
void setup() {} void loop() { Serial.println(analogRead(A0)); delay(1000); }
Mini project
Measure the internal and external thread of a cylinder and compare the read values with the actual values.
Common mistakes
- Connect VCC to 3.3V instead of 5V.
- Forget to connect GND.
- Run the code without uploading the sketch.
- Do not compare the read values with the actual values.
Recommended accessories
- ruler
- pliers
- pins from Arduino or microcontroller
- cylinders with different thread pitches
Frequently asked questions
How can I calibrate the SIL8TK?
Check the datasheet to see if calibration is possible and follow the instructions.
Does the SIL8TK work with Arduino Uno?
Yes, the SIL8TK works with Arduino Uno.
How long does it take to measure a thread?
The measurement process is fast, approximately 1 second per measurement.





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