Creating a RC Controlled Motor for Dyno Machine

  • Thread starter missingten
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    Motor Rc
In summary, the speaker has a mini project to create a remote controlled motor to control the throttle cable of a dyno machine. They plan to use an RC motor connected to a pulley but are unsure how to control the speed. They ask if there are other ways to control the speed and how to connect a pulley and an RC motor. The suggested solution is to use an R/C servo from a hobby store. When asked about the purpose of radio controlling the dyno throttle, the speaker explains that the current dyno is not remote controlled and installing a radio controlled motor would make it more efficient. However, there may be issues with radio interference if testing high-energy ignition. The speaker also mentions that it should be possible to just
  • #1
missingten
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Hello all.
I have a mini project on hand which is to create a remote controlled motor which in turns control the throttle cable of a dyno machine.

I have a plan on hand which is to use an RC motor connected with a pulley. however to control the speed of the motor, i know that a transmitter and receiver is required. hence, is there any other ways to control the speed? Also, how do you connect a pulley and an RC motor together?

Thanks!
 
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  • #2
You'll probably want a servo. Hobby stores have R/C servos in a wide variety of sizes and strengths.

Just out of curiosity, why radio control the dyno throttle?
 
  • #3
the dyno used is an old version. thus the throttle cable is not remote controlled. so installing a radio controlled motor (which is generally cheaper) to control the throttle cable makes it more efficient.
 
  • #4
Just keep in mind that if you are testing anything with a poorly shielded high-energy ignition there is the possibility of radio interference -- possibly leading to uncontrolled acceleration.

I can't imagine any dyno installation that prevents you from just running a couple of wires to the throttle controller servo.
 

FAQ: Creating a RC Controlled Motor for Dyno Machine

How does the RC controlled motor work in a dyno machine?

The RC controlled motor in a dyno machine works by receiving signals from a remote control and converting them into movement and power. These signals are transmitted through radio frequencies and are received by a receiver attached to the motor. The receiver then sends the signals to the motor's speed controller, which regulates the power and speed of the motor.

What materials are needed to create a RC controlled motor for a dyno machine?

To create a RC controlled motor for a dyno machine, you will need a motor, a speed controller, a receiver, a remote control, batteries, and wiring. You may also need additional materials such as a servo motor for precise control, a power supply, and various tools for assembly.

Can any motor be used for a dyno machine?

While any motor can theoretically be used for a dyno machine, it is important to choose a motor that is suitable for the application. This means considering factors such as torque, speed, and power requirements. Motors specifically designed for RC vehicles are often a good choice for dyno machines.

How do you calibrate the RC controlled motor for accurate testing on the dyno machine?

To calibrate the RC controlled motor for accurate testing on the dyno machine, you will need to ensure that the motor is running at a consistent speed and that the readings on the dyno machine are accurate. This can be achieved by using a tachometer to measure the motor's speed and adjusting the speed controller accordingly. It is also important to regularly check and maintain the motor and dyno machine to ensure accurate results.

Are there any safety precautions to consider when using a RC controlled motor for a dyno machine?

Yes, there are several safety precautions to consider when using a RC controlled motor for a dyno machine. It is important to always follow the manufacturer's instructions and safety guidelines when assembling and using the motor. Additionally, make sure to wear appropriate protective gear, such as gloves and eye protection, and keep a safe distance from the motor during testing. It is also important to regularly inspect and maintain the motor to prevent any potential hazards.

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