Control Motor speed wirelessly through wireless frequency meter

Hi, I want to regulate the voltage of 24v DC motor through my wireless frequency meter  but the problem is, I need to know what kind of circuit should I use in between which will signal to the motor and control the speed according to the requirement

Hi Bart-What will be the input to the frequency meter?The reason I ask is that the frequency meter itself may not be needed.  Inside the frequency meter is a Digi XBee-Pro 900HP radio.  It looks like a pair of those may do what you want. Digi has a configuration utility called XCTU.  You can use it to set up one of their radios to monitor an analog input, and on the other radio you can get a PWM output.  Feed the PWM through a MOSFET driver to a MOSFET, and you've pretty much got your motor control.If this approach will work for you I can help with the selection of the parts necessary to control the motor.-Rick 

The page on your frequency meter says it can provide a 24-bit value to any device, including Raspberry Pis and Arduinos.  So you can get more info on the data format, use the bit you want (I doubt if you'd need 24-bit precision) and use it to provide a PWM output to the motor.  This presupposes that you know a bit of programming, but this would be a great project to learn on :-)This leaves the question of how you control your motor.  Since your motor is obviously remote from the controller, you'd probably need another data link from controller to motor for that.I like Rick's idea of dispensing with the frequency meter.  You can get cheap wireless TX/RXs that will just transmit a 1 or 0 - whatever you put into them - so if you can arrange for some speed-dependent parameter from motor to controller - maybe just a pulse train from a reflective sensor - then you could send PWM data the other way directly.  You'd need full duplex for this which might complicate things a bit.

Hello... Is that really possible? Is it possible to control the motor wireless just with the help of a remote control. Please tell the procedure to bring this into reality. Thanks for sharing such a nice idea mobdro.

Hi Frank-Yes- it is possible.  The Digi XBee-Pro 900HP radio modules are really nice in that they form a long range mesh network, they have an A/D converter on one of the inputs, and you can map the output of the A/D converter to the PWM module on the other Digi radio.You end up with one radio that accepts an analog control voltage, and the other radio outputs PWM that varies its duty cycle in response to the analog input. It's a simple matter to take the PWM, feed it to a MOSFET driver chip, then to a MOSFET, and to the motor being controlled.-Rick   

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The recurrence meter itself may not be required. Inside the recurrence, the meter is a Digi XBee-Pro 900HP radio. It would seem that a couple of those may do what you need. Digi has a design utility called XCTU. You can go through it to set one of their radios to screen a simple info, and on the other radio, you can get a PWM yield. Feed the PWM through a MOSFET driver to a MOSFET, and you've essentially gained your engine power.This question is not properly understand. Can you explain me a little more about and I want to learn more about with my blackmart apk. I hope you got me.Thank You

Frank Jones Your answer is right
Hello... Is that really
possible? Is it possible to control the motor wireless just with the
help of a remote control. Please tell the procedure to bring this into
reality. Thanks for sharing such a nice idea mobdro.