103F5510-7041
by Sanyo Denki
The 103F5510-7041 stepping motor by Sanyo Denki is part of the renowned StepSyn Stepping Motors series. This motor is designed as a 5-Phase Stepping Motor with a 0.72° per step specification and a rated current of 1.4 A. Its design features include a compact 42 mm motor flange size and a square motor shape, making it ideal for precision motion control in industrial automation. The motor is engineered for accurate positioning and has a robust peak torque of 45 Nm, tailored for applications demanding both fine and forceful motion control.
This motor offers a detailed array of technical specifications for precise engineering control. The 0.72° step angle enables high resolution movement, while a holding torque of 0.49 N·m assures stability during operation. It operates with an AC voltage input and uses a phase current of approximately 0.75A per phase, ensuring efficient energy use. Additional features such as a 49 mm overall motor length and its single shaft design contribute to a streamlined integration into mechanical setups. The calculated rotor inertia enhances the motor’s dynamic response, providing smooth acceleration and deceleration under varying operational loads.
Beyond its core motion specifications, the 103F5510-7041 stepping motor is designed for robust industrial performance and ease of integration. The standard 42 mm square mounting flange simplifies installation in diverse industrial systems, ensuring compatibility with various mechanical components. Its compact design is complemented by effective energy management through a low power phase current and stable torque output, reducing mechanical vibrations and resonance. The AC voltage input system and consistent step increments combine to offer reliable performance, making this motor a valuable component in automated manufacturing settings that require precision, durability, and energy efficiency.
