0
Your Cart
0
Your Cart

This is a HS540 high torque DC motor. Operating voltage: 6V – 12V. Axle diameter: 3.2mm. Typical Speed: 19500RPM. Typical Current: 4.7A. Inlcudes two mounting holes for M3 bolts. Suitable for a wide range of applications requiring large amounts of torque for traction including industrial applications.

Features:

  • Operating voltage: 6V – 12V.
  • Anti-clockwise rotation.
  • 47W output.
  • 3-pole motor.
  • Two mounting holes.

Contents:

  • 1 x HS540 High Torque Motor.

Dimensions:

  • Length: 50mm.
  • Diameter: 35.8mm.
  • Axle Length: 9mm.
  • Axle Diameter: 3.2mm.

Resources:

Documents & downloads

Technical Information

AttributeValue
Length 50mm.
Diameter 35.8mm.
Axle Length 9mm.
Axle Diameter 3.2mm.
Operating Voltage 6V - 12V.
Typical Speed 19500RPM.
Typical Current 4.7A.

Related resources

This product doesn't have any resources.

Reviews

There are no reviews yet.

Be the first to review “HS540 High Torque Motor”

Your email address will not be published. Required fields are marked *

Questions and answers

    does this produce power
  1. 0 votes
    Q does this produce power
    Asked by craig on January 21, 2020 12:00 am
    Answered by the admin Hi Craig, Thank you for your question, I assume you mean using this much like a wind turbine so when the propeller turns it will generate some current and voltage but not loads and it would need reasonable force to turn it. Best Regards Cullen
  2. Can you recommend some 12 volt batteries to use with this motor to get the best speed and performance that you or any other retailer sell?
  3. 0 votes
    Q Can you recommend some 12 volt batteries to use with this motor to get the best speed and perform...... Read more
    Asked by David on December 8, 2017 12:00 am
    Answered by the admin Hi David, We only have 1 12V battery, however it has a low capacity so wouldn't be great for high current draw items. The motor can run on a voltage between 6-12V, so you could use 4XAA batteries to give 6Vs, a 9V battery or even a 12V mains power supply. Looking at the datasheet the manufacture has performed tests from a 7V supply, which at maximum efficiency gives an RPM of 17512. If you are wanting to use 12V however you can perform calculations here to find out the maximum efficiency at 12V, http://simplemotor.com/calculations/
  4. I bought a power supply that is 12v 5a DC, however when I connected the wiring the motor was pulsing and not spinning consistently. Why is this?
  5. 0 votes
    Q I bought a power supply that is 12v 5a DC, however when I connected the wiring the motor was puls...... Read more
    Asked by John on December 9, 2016 12:00 am
    Answered by the admin Hi John, It sounds like when the motor is initially turned on there is a spike in the current it draws, this then causes the power supply to shutdown to protect the circuit from overload. It will then detected that the current spike has gone and apply power again. This would then result in the pulsing motor you have described. However it is slightly difficult to recommend a fix as we don’t know what other circuitry you are using and how the motor is connected.
To submit a question, please login or create an account