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A brushless, synchronous electric motor known as a stepper motor transforms digital pulses into mechanical shaft rotation. When powered by a sequentially switched DC power supply, its typical shaft motion consists of discrete angular movements of practically uniform magnitude.
For precise positioning using a motor, such as in hard disc drives, robotics, antennas, telescopes, and some toys, stepper motors are employed. Stepper motors have a strong holding torque but cannot operate at high speeds.
The Global Flat Stepper motor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
New Flat Type and TS Geared PKP Series Stepper Motors.The addition of the PKP Series 2-phase Flat Type and PKP Series 5-phase TS Geared to the PKP Series stepper motor product range makes Oriental Motor happy.
The brand-new 2-phase Flat Type is the smallest and lightest stepper motor in the PKP Series. There are two frame sizes available for it: 1.65″ (42 mm) and 2.22″ (56.4 mm). While the 2.22″ frame size has a motor body length of only 16 mm, the 1.65″ frame size Flat Type has a motor body length of 17. Due to its flat profile design, the Flat Type PKP Series stepper motor may be put in a small location where conventional stepper motors would not.
Due to its compact profile, great position precision, and low torque, the Flat Type is the perfect choice for applications that need a motor. The new 5-phase PKP Series with TS gearhead is constructed using a straightforward spur gear layout.
When compared to our tapered (TH) type, the TS type gearhead provides the same degree of precision without the extra expense of tapering. This lessens backlash and enhances the performance at high speeds especially with torque.
Since neodymium magnets are now used in the rotor design of the new PKP Series stepper motors, they have less vibration than the older PKP Series motors. The new PKP stepper motors and their corresponding CVD bipolar drivers should be used for the best performance.
