Technical Support FAQ | Shunli Motor

Technical Support Custom Development Samples and Testing Quotes, MOQs, and Lead Times International Trade Support After-sales Service

If I don't know the specific motor parameters, can Shunli Motors assist in the selection process?

Yes. You only need to provide the end product, the desired action, installation space, load conditions, power supply voltage, and operating frequency, and Shunli Motor engineers can assist in analyzing the required speed, torque, reduction ratio, and micro motor type, and recommend a suitable micro geared motor solution.

If the parameters are not yet complete, you can also provide a product structure diagram, usage video, existing samples, or information on similar products to help us conduct a preliminary evaluation.

What information is needed to select a miniature geared motor?

To improve the accuracy of product selection, we recommend providing the following information:

● End products and specific applications

● Operating voltage

● Output speed

● Rated load or required torque

● Maximum installation space for motor

● Output shaft and mounting method

● Single run time and number of daily runs

● Noise, lifespan and environmental requirements

● Do you need encoder, Hall effect, or drive control functions?

● Expected sample quantity and annual demand

If the torque or reduction ratio cannot be determined, Shunli Motor engineers can assist in the calculation based on the load, motion mode, and mechanical structure.

How can I determine if a miniature geared motor can drive my product?

It is not possible to judge solely based on no-load speed; a comprehensive evaluation is also required, considering starting load, continuous load, peak load, stroke, transmission efficiency, and operating time.

Shunli Motor engineers will evaluate the motor's rated torque, starting torque, current, temperature rise, and safety margin based on actual operating conditions. If necessary, sample tests can be conducted using customer-end equipment or simulated loads to verify the Shunli motor's performance in real-world use.