103H8222-1212
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103H8222-1212 StepSyn Stepping Motor by Sanyo Denki delivers hybrid stepper technology with 1.8° step angle and 8-lead wire configuration. Its flange-mounted cylindrical design ensures vibration-resistant installation in high-precision motion systems.
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Product Description:
The 103H8222-1212 StepSyn Stepping Motors by Sanyo Denki is designed for precise and reliable performance in industrial automation applications. Sanyo Denki is recognized for manufacturing motors that consistently deliver stable and high-quality results.
The 103H8222-1212 StepSyn Stepping Motors provide accurate and dependable step movement that makes them ideal for automation systems that demand exact positioning. The stepping motor features a hybrid design that ensures smooth rotational motion and accurate incremental steps. With a step angle of 1.8° the motor guarantees precise positioning and increases its performance in detailed operational tasks. The motor comes with eight lead wires and offers flexible wiring options for both parallel and series configurations. Its cylindrical body shape enables easy installation even in confined mechanical assemblies. The flange-mounted design ensures secure and accurate alignment significantly reducing vibration and enhancing stability during operation. The 103H8222-1212 StepSyn Stepping Motors from Sanyo Denki is an optimal choice for applications requiring consistent, controlled movement and precision. Its combination of technical specifications includes step angle, current rating, and robust construction, makes it adaptable to various industrial systems. The motor features a shaft diameter of 6 mm compatible with standard industrial couplings and gears simplify installation processes. With an IP40 protection rating, this motor provides adequate defense against particles larger than 1 mm which makes it reliable in controlled industrial environments.
The 103H8222-1212 StepSyn Stepping Motors operates at a rated voltage of 8 V DC. It requires a current of 8 A. The motor is capable of efficiently delivering stable torque within its specified range. This motor's precise stepping capability allows for detailed and accurate control which is essential for tasks that require exact positioning and dependable performance.
Frequently Asked Questions about 103H8222-1212:
Q: Why are there eight lead wires in the 103H8222-1212 model?
A: The 8-lead configuration allows for flexible wiring in unipolar or bipolar (series/parallel) setups, optimizing torque and speed characteristics.
Q: How does the flange-mounted design enhance motor stability?
A: It provides rigid axial alignment, reducing mechanical play and enhancing positional accuracy in dynamic automation systems.
Q: Why is a 6 mm shaft used in the 103H8222-1212 motor?
A: The 6 mm shaft size ensures compatibility with common industrial couplings, simplifying mechanical integration and load transfer.
Q: Can the 103H8222-1212 motor handle microstepping drivers?
A: Yes, it supports microstepping for smoother motion and finer resolution, ideal for systems requiring sub-step accuracy.
Q: Why is vibration control important in the 103H8222-1212 application?
A: Reduced vibration improves motion smoothness and minimizes wear on mechanical linkages, enhancing long-term reliability in repetitive operations.
