| Voltage (V) | Resistance（Ω） | Pull-in torque 100PPS(mN*m) | Detent torque(mN*m) | Unload pull-in Frequency(PPS) |
| 12 | 40 | ≥198 | ≥78.4 | ≥350 |
| 12 | 100 | ≥166 | ≥78.4 | ≥350 |
| 24 | 130 | ≥147 | ≥78.4 | ≥350 |
| 24 | 400 | ≥168 | ≥78.4 | ≥350 |
1. High precision positioning Since steppers move in precise repeatable steps, they excel in applications requiring precise positioning, by the number of steps the motor moves 2. High Precision speed control Precise increments of movement also allow for excellent control of rotational speed for process automation and robotics. The rotational speed is determined by the frequency of the pulses. 3. Pause and holding function With control of the drive, the motor has lock function (there is current through motor windings, but the motor does not rotate), and there is still a holding torque output. 4. Long life & low electromagnetic interference The stepper motor has no brushes, and does not need to be commutated by brushes like a brushed DC motor. There is no friction of the brushes, which increases the service life, has no electric sparks, and reduces electromagnetic interference.If we have samples in stock, we can ship out samples in 3 days. If we do not have samples in stock, we need to produce them, production time is about 20 calendar days. For mass production, lead time depends on order quantity.
For samples, in general we accept Paypal or alibaba. For mass production, we accept T/T payment. For samples, we collect full payment before production. For mass production, we can accept 50% pre-payment before production, and collect the rest 50% payment before shipment. After we cooperate order more than 6 times, we could negotiate other payment terms such as A/S (after sight)The drive of the stepper motor is controlled by software. When the motor needs to rotate, drive will apply the stepper motor pulses. These pulses energize stepper motor's in a specified order, thereby causing the motor's rotor to rotate in a specified direction (clockwise or counter clockwise). So as to realize proper rotation of the motor. Each time the motor receives a pulse from the driver, it will rotate by a step angle (with full-step drive), and the rotation angle of the motor is determined by the number of driven pulses and step angle.
Printer, Textile machinery, Industrial control, sanitary ware, thermostatic valve, hot water faucets, Automatic adjustment of water temperature Door locks Air conditioning Water purifier valve, etc.Samples are packed in foam sponge with a paper box, shipped by express Mass production, motors are packed in corrugated cartons with transparent film outside. (shipping by air) If shipped by sea, product will be packed on pallets
Gear ratio, Voltage:5-24V, Gear ratio, Gear material, Output shaft, Motor’s cap design customizable
1.Causes and solutions for stepper motors that complete acceleration but stop rotating when they reach a stable speed. Cause: The stepper motor is running at its capacity limit and stops due to excessive acceleration. The rotor vibrates and runs unstably. Solution. ① Reduce acceleration, i.e. choose a lower acceleration or use two different acceleration levels, higher at the beginning and lower near the maximum speed. ②Increase the torque ③Add a mechanical damper to the rear shaft, but this increases the rotor inertia ④Take a subdivision drive
