What is the required current for maximum torque in a 33 kg cm servo motor?

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To achieve maximum torque in a 33 kg cm servo motor rated at 6V, the stall current of 3.5A must be supplied, as the static current of 16 mA is insufficient for this purpose. The stall current should only be applied for a short duration to prevent overheating and potential damage to the motor. The typical ratio of static to peak current in servo motors is around 1:3, which raises questions about the low static current in this case. Understanding the specifications and limits of the motor is crucial for safe operation. Proper management of current supply is essential to avoid motor failure.
Sridhar96
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I have recently purchased this servo motor ,which has rated stall torque of 33 kg cm at 6V.

Statical current :16 mA
Stall Current: 3+0.6 AOur technical query is,in order to obtain the maximum torque..what current do we need to be able to supply it

Is 16 mc sufficient..or we need 3.5A?
 
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At stall torque, the stall current will be needed.

But take care: I think this stall current must only be supplied for a short time ( specified ) or the motor will catch fire.

I don't understand these 16 mA, because the ratio:
static current : peak current
"normally" is about 1 : 3 as for servo motors.
 
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