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Aether
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I did the following calculations: Max current = 1.2A, Max voltage = 12V Then power = 14.4 watts = 0.019hp

Rpm = HP * 5252 ÷ torque I need a torque to 2kgf-cm = 0.144 lb-ft Gives rpm= 698.

Thus this means if I put load(mechanical) on the motor, it will run at 698 rpm and increase its torque to 2kg-cm?

(The motor is a high rpm motor, i.e 12000)

I did the following calculations: Max current = 1.2A, Max voltage = 12V Then power = 14.4 watts = 0.019hp

Rpm = HP * 5252 ÷ torque I need a torque to 2kgf-cm = 0.144 lb-ft Gives rpm= 698.

Thus this means if I put load(mechanical) on the motor, it will run at 698 rpm and increase its torque to 2kg?

(The motor is a high rpm motor, i.e 12000)

I did the following calculations: Max current = 1.2A, Max voltage = 12V Then power = 14.4 watts = 0.019hp

Rpm = HP * 5252 ÷ torque I need a torque to 2kgf-cm = 0.144 lb-ft Gives rpm= 698.

Thus this means if I put load(mechanical) on the motor, it will run at 698 rpm and increase its torque to 2kg-cm?

(The motor is a high rpm motor, i.e 12000)

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Aether
Aether
  • 193
  • 1
  • 5

If a high rpm motor is run at lower rpm, will it produce more torque?

I did the following calculations: Max current = 1.2A, Max voltage = 12V Then power = 14.4 watts = 0.019hp

Rpm = HP * 5252 ÷ torque I need a torque to 2kgf-cm = 0.144 lb-ft Gives rpm= 698.

Thus this means if I put load(mechanical) on the motor, it will run at 698 rpm and increase its torque to 2kg?

(The motor is a high rpm motor, i.e 12000)