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C2507_large_high_torque_motor

Motors (High Torque)

0.72
This is a MM28 High Torque 3V DC Motor. Operating voltage: 1.5V to 6.0V. Axle diameter: 2mm. Typical speed: 7930 RPM. Typical current: 760mA.

Availability: In Stock.

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This product is also available in the following versions:

Stock code
Description
Price
2507-01
Motor (High Torque), single
£0.72
2507
Motor (High Torque), pack of 10
£4.95

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Product description:

MM28 high torque 3V DC motor, single.

Operating voltage:1.5V to 6.0V
Axle diameter:2mm
Typical speed:7930 RPM
Typical current:760mA
Dimensions:30.5mm, Dia 24mm, shaft 10mm Dia 2mm
Mountable using:x2 M3 bolts

Click here to download datasheetpdf_icon.gif


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Questions:

0
vote
Q: can this be run off 2x AA batteries?
1
Answer
Posted by Phil, Thursday, 26 January 2017 on product Motors (High Torque)
  • 0
    vote
    A:

    Hi Phil, 2 AA batteries would supply 3V’s and as such would be able to power this motor, however typically it would draw 760mA and would drain 2 AA batteries in around 2 hours depending on the batteries you use.

    Posted by Michael Lockhart on Thursday, 26 January 2017
0
vote
Q: I am a primary school teacher who lets the Year 6 girls make electrical toys of their own choosing incorporating motors LEDs and buzzers. This years crop have been particularly challenging but we have got all functioning except for the one girl who has chosen a jack in the box. Is there an easy way to change rotary to linear motion? So far we have rigged up a small motor and a couple of rods as shown by Norma Kraft on this web site http://functionspace.org/topic/3704/Converting-Rotational-motion-to-Linear-motion-and-vice-versa. The girls "jack" is made of felt and only weighs 9g but it seems too heavy for my little motors. Would your high torque one manage that? Thanks
1
Answer
Posted by sally Rodger, Thursday, 19 February 2015 on product Motors (High Torque)
  • 0
    vote
    A:

    We don’t sell any linear motion gearboxes or any other product that is suitable for your design. The motor might work however it would be difficult to be sure. It will depend on the lever lengths, angles and friction coefficients, it will also depend on how much force it will take to turn the axel.

    Posted by Michael Lockhart on Thursday, 19 February 2015
0
vote
Q: Having stated this is a "high torque" motor, could you please give me an idea of the maximum and minimum torques generated? Thanks, S
1
Answer
Posted by S.Maybury, Friday, 2 January 2015 on product Motors (High Torque)
  • 0
    vote
    A:

    Hi, at 3V this motor has a minimum stall torque of 110.0 g/cm. If you require more toque this can be acheived through gearing.

    Posted by Aaron Sturman on Friday, 2 January 2015
0
vote
Q: If using a small solar cell (for modelling) which motor would work better ? A low torque or High Torgue? Thanks Gary
1
Answer
Posted by Gary Poleykett, Thursday, 19 June 2014 on product Motors (High Torque)
  • 0
    vote
    A: Solar cells do not generate much current at all so you need to use special motors with very low starting currents such as our product code 2506. These tend to have very low torque but spin very quickly so gearing is needed to get them down to a reasonable speed.
    Posted by Aaron Sturman on Thursday, 19 June 2014
0
vote
Q: Is this motor suitable to drive a small bbq roasting spit powered by 2x1.5 batteries.? Thank you, Eddie.
1
Answer
Posted by Eddie, Tuesday, 5 April 2011 on product Motors (High Torque)
  • 0
    vote
    A: I believe that the motor should be ok. I believe you will have to use some form of gearing to slow the rotation as I doubt you will want your spit to rotate at 7930 RPM which the motor does under no load.
    Posted by Geoff Hampson on Tuesday, 5 April 2011
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Operating voltage:1.5V to 6.0V
Axle diameter:2mm
Typical speed:7930 RPM
Typical current:760mA
Dimensions:30.5mm, dia 24mm, shaft 10mm dia 2mm
Mountable using:x2 M3 bolts
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