Hello everyone,
Please guide how do wire to this rotary encoder which one is com and signal pins?
you can find rotary encoder from the link: http://www.piekarz.pl/pl/?item=25879

Thanks

 

Hello,

Did you read the datasheet on the given page?
It has a clear picture wich connections are used:



Bertus

 

Click on the link to the PDF data sheet just below the picture of the encoder in your link. Connect one side of each set of contacts together. That wil then be the common connection.

Les.

 

Click on the link to the PDF data sheet just below the picture of the encoder in your link. Connect one side of each set of contacts together. That wil then be the common connection.

Les.

you mean pin 2 and 3 will be common?

 

Yes, (Or 1 and 4) Either way is functionally the same.

Les.

 

Yes, (Or 1 and 4) Either way is functionally the same.

Les.

LesJones Im connecting in that way...but this is working on CW not CCW. I'm using below code.

// Setting up the counter
int reading = 0;
int lowest = -12;
int highest = 12;
int changeamnt = 1;

// Timing for polling the encoder
unsignedlong currentTime;
unsignedlong lastTime;


// Pin definitions
constint pinA = 12;
constint pinB = 11;

// Storing the readings

boolean encA;
boolean encB;
boolean lastA = false;

void[B]setup[/B]() {
// set the two pins as inputs with internal pullups
pinMode(pinA, INPUT_PULLUP);
pinMode(pinB, INPUT_PULLUP);
// Set up the timing of the polling
 currentTime = millis();
 lastTime = currentTime; 
// Start the serial monitor for debugging
[B]Serial[/B].begin(9600);
} 


void[B]loop[/B]()
{
// Read elapsed time
 currentTime = millis(); 
// Check if it's time to read
if(currentTime >= (lastTime + 5))
 {
// read the two pins
 encA = digitalRead(pinA);
 encB = digitalRead(pinB);
// check if A has gone from high to low
if ((!encA) && (lastA))
 {
// check if B is high 
if (encB)
 {
// clockwise
if (reading + changeamnt <= highest)
 {
 reading = reading + changeamnt; 
 }
 }
else
 {
// anti-clockwise
if (reading - changeamnt >= lowest)
 {
 reading = reading - changeamnt; 
 }
 }
// Output reading for debugging
[B]Serial[/B].println(reading);
 }
// store reading of A and millis for next loop
 lastA = encA;
 lastTime = currentTime;

 }

}

 

I find "C" too difficult so I use assembler. So I can't follow your program.

Les.

 

I find "C" too difficult so I use assembler. So I can't follow your program.

Les.

ok thanks for your help man

 

Hello,

How is the switch connected at the moment?

Bertus

 

Hello,

How is the switch connected at the moment?

Bertus

pin 2 and 3 is ground and pin 1 of rotary is connected to arduino pin 11 and pin 4 is connected to arduino pin 12

 

Hello,

What happens when you put pin1 to arduino pin 12 and pin 4 to arduino pin 11?

Bertus

 

it works only CW from 1 to 12 values shows but nothing to show on CCW.

 

Hello,

The difference between CW and CCW is wich signal comes first.



You now only have the A and B signals.

Bertus

 

I have not analyzed the source code in detail, but I'm missing a lastB Boolean variable.

And then the code must be very symmetrical with respect to the Encoder Inputs and the stored Inputs from the previous passes.

 

Hello,

The difference between CW and CCW is wich signal comes first.

View attachment 121152

You now only have the A and B signals.

Bertus

I think it is incremental encoder so it will work both directions

 

Hello everyone,
Please guide how do wire to this rotary encoder which one is com and signal pins?
you can find rotary encoder from the link: http://www.piekarz.pl/pl/?item=25879

Thanks

The device appears to be a 2 channel rotary switch with each channel galvanically isolated from the other and designed to output 20 momentary pulses per revolution on one channel (let's call it channel "CW"), and nothing on the other channel (channel "CCW") when the switch is being rotated clockwise. Then, when the switch is being rotated counter-clockwise, channel CCW will output 20 momentary pulses per revolution and channel CW will be silent.

The switch wiring is going to depend entirely on whether you need positive true or negative true signals for the inputs into your SBC, so if you'd post a schematic of how you've got things hooked up that would help us a lot
in getting you where you want to be.

 

The device appears to be a 2 channel rotary switch with each channel galvanically isolated from the other and designed to output 20 momentary pulses per revolution on one channel (let's call it channel "CW"), and nothing on the other channel (channel "CCW") when the switch is being rotated clockwise. Then, when the switch is being rotated counter-clockwise, channel CCW will output 20 momentary pulses per revolution and channel CW will be silent.

The switch wiring is going to depend entirely on whether you need positive true or negative true signals for the inputs into your SBC, so if you'd post a schematic of how you've got things hooked up that would help us a lot
in getting you where you want to be.

thanks for your response.
output should be positive when i rotate switch CW and should be negetive when i rotate switch CCW...can the switch provide the above output?