How to use a pneumatic cylinder | Arduino tutorial
|How to use a pneumatic cylinder | Arduino tutorial
Hey everyone! If this video went a little fast, and you would like a BEGINNER ARDUINO TUTORIAL. check this video out; https://www.youtube.com/watch?v=vS2-lkh3hM8&t=249s . In this video, the basics of Arduino are explained IN DEPTH. So check it out, if you would like to broaden your knowledge.
PARTS:
Cylinder (Recommended): https://amzn.to/2NG5Qna
Tubing: https://amzn.to/2NJtIWO
Tube connectors: https://amzn.to/2CfAz8p
1/4″ female to 1/8″ male (for air compressor fitting): https://amzn.to/2NH5Jb0
Air compressor intake fittings: https://amzn.to/2yluNzc
OPTIONAL Air dispursers: https://amzn.to/2J1MdW1
OPTIONAL speed controller (Airflow adjuster): https://amzn.to/2pTAiRl
Solenoid: https://amzn.to/2CidK4a
Air compressor (I use and like): https://amzn.to/2CNW2q6
Arduino: https://amzn.to/2xCHm8V
9V battery connector for Arduino: https://amzn.to/2RNycyY
(Optional) Wired power for Arduino: https://amzn.to/2pUpZMQ
Wiring for Arduino: https://amzn.to/2xApX0y
Motion sensor: https://amzn.to/2Cfr4pM
plumbers tape: https://amzn.to/2CjoAqe
Power adaptor with connections: https://amzn.to/2IUh5r8
___________CODE____________
Int sol = 8; //Tell the Arduino that the positive end of the solenoid is
//plugged into pin 8
Int sen = 1; //Tell the Arduino that the positive end of the Sensor is
//plugged into pin 1
Void setup() { //this is included in every code we will be
//dealing with. This part runs once.
pinMode(sol, OUTPUT); //These two lines tell the Arduino if the
pinMode(sen, INPUT); // connections are INPUTS or OUTPUTS
}
void loop() { // this will run continuously after the Void setup has
// run once
Int val = digitalRead(sen); // Instate a new variable, that is reading
// weather the sensor is sensing
//movement or not. (High or Low)
if(val == HIGH){ //If statutes ask the Arduino if the
//sensor value is reading HIGH (movement)
digitalWrite(sol, HIGH); // if it is high we will send power
// to the solenoid
delay(1000);
}else{ // if it is high we will send power
// to the solenoid
digitalWrite(sol, LOW);
delay(1000);
}
}
How to use a pneumatic cylinder | Arduino tutorial
How to use a pneumatic cylinder | Arduino tutorial
Young Brother, thanks for teaching. Perfect explanation, very mature. Very concise. Thanks and keep going. I need to find some tiny ways to pump water that can be controlled by microcontrollers .
Interessante, bravo! Ciao
You should really learn the names of every part you're working with. Your valve is 2 position, 4 way and the "connectors" are fittings
Good to give demo to the buyer….thx
I think your channel is very intercent.. Dont Give Up ma.. I like so much
speed is too much,useless until slow down
speed is too much,useless until slow down
Es básicamente lo mismo que con un PLC
How long the tube is
I didn't know pneumatics were toys… I thought it was my job 😉
Outstanding tutorial. The narrator is a natural born teacher.
At first i thought it's a next level arduino controlled dildo
Hi, I loved your excitement, even I love to play around with the machines..
I loved it, thank you…
That a good idea . Can u help how to make arm with use of hydronic cylinder
Nice video
Need a little help
My mechanical project is automated pneumatic powered water pump
Nice
Hi,love your video,any chance you can educate me in controlling multiple cylinders via computer instead of sensor
typical to change the patterns when they fire off,eg. in different orders
Excellent tutorial skills! This kid is way smarter than any of the kids I know.
Keeps saying "links in the description" no link, dislike
Which circuit is used in it?
Como desarrollastes el control?
Send me this program friends
Can you give me the part number of the solenoid valve?
7:56 FALSE
Verygood thanks.
Good
Very cool …
You can touch the wires it’s only 12v it can’t go through the skin only 60 -80 v and up can
Good Job
very sexy and lovely guy….
Molto interessante bravo
Flow controls are simple and easy to implement. They take the place of the connectors mounted on the cylinder and have adjustment screws to slow the EXHAUST air LEAVING the cylinder. You don't limit the air going in, only the air going out. Not advisable to mount the speed controls on the valve since you must then take into consideration the length and size of the tubing from the valve to the cylinder, and that makes it difficult to control.
Go ahead Kid make some good research in that pneumatic alone. It can use like air compressed power bike etc. Your voice is clear and informative…
Hello, great video. I used your tutorial plus others to design something that I can't really mention here, but it's of an adult nature for women. If you use a 5/2 control valve with a solenoid, and two rapid exhaust units on your cylinders ports, you can put two flow control needle valves on the extend and retract and control the extension and retraction speeds independently. Mine isnt as high tech as yours, I'm using a cylinder with a magnet, and hall effect switches to control the sending of the pistons position, and a latching relay circuit to control the cycle.
Thanks for I'm India
awesome thank you
o super że młodzież też się technika interesuje 😀 bo jak tak patrze na średnią wieku widzów na moim kanale YouTube to młodzież słabo wypada ;/
oh great that teenagers are interested in the technique too: D because as a patrol on the age of viewers on my YouTube channel are young people poorly out; /
Can someone send me the list of components used.
And name of circuit used
It will be helpful for me in final year project.
Old geezer visitor says:
Nice work!
Code plz
En español
👍 job best explained smart funny and much better than other competitors
The parts needed, and code are now in the description.
300 dollars in that project, what pain of guevas!