What are the differences and characteristics between stepper motors and servo motors?
The safety precautions for stepper motors include: paying attention to the voltage of the motor and not exceeding it; Pay attention to the temperature of the motor and do not exceed it; Pay attention to the control signal of the motor
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Planetary gearbox: the precise principle behind the deceleration function
Planetary gearboxes play a crucial role in many industrial applications, with their most notable function being speed reduction. In modern industrial environments, motors often operate at higher speeds. However, many work scenarios do not require such high speeds, and in this case, the planetary gearbox plays its deceleration function.
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The secret of connecting servo motor and reducer
In the industrial field, the connection between servo motors and reducers is often for the important purpose of increasing torque. When facing a large load, simply increasing the power of the servo motor is not a wise move, as it is neither economical nor may bring other problems. Choosing a servo reducer with an appropriate reduction ratio within the required speed range is a more reasonable solution.
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How to optimize the transmission efficiency of the gear of the reduction motor?
Modulus is a fundamental parameter of gears that determines their size and load-bearing capacity. Appropriately increasing the modulus can improve the strength of gears, but excessive modulus may lead to oversized gears and increased weight. On the premise of meeting the strength requirements, an appropriate modulus should be selected. For example, for small reduction motors, if the transmitted power is small, a smaller module, such as 1-2mm, can be selected to reduce the size and moment of inertia of the gears.
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2024
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The role of gear lubricating grease in gear reduction motors
As one of the important transmission mechanisms in mechanical equipment, the gearbox motor needs to be regularly lubricated to ensure its normal operation. The key reason for refueling is to reduce friction and wear of internal moving parts, thereby effectively improving transmission efficiency, achieving cooling and heat dissipation, extending component lifespan, and reducing noise.
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