103-718-1241 Sanyo Denki
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The Sanyo Denki 103-718-1241, part of the StepSyn Stepping Motors series, operates on standard commercial AC power without requiring a separate driving circuit. It features ultra-low speed rotation with high torque and a synchronous pull-out torque up to 5.5 N·m. The motor's insulation resistance is at least 100 MΩ.
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Product Description:
The stepper motor 103-718-1241 by Sanyo Denki functions to enhance power usage efficiently while maintaining productive output. Sanyo Denki designs solutions that can be customized to solve different industrial automation problems.
The stepper motor 103-718-1241 is a small and dependable motor that serves as the foundation of printers alongside scanners and other machinery that needs a steady controlled operation. The motor runs from 30 volts of power while consuming 0.6 amps of current and achieves a 1.8-degree rotation with each movement step. Each activation of the motor produces measured tiny uniform rotations which makes it useful for smooth and repeatable movement procedures. The main body comprises durable metal materials that contain vital components as the stator together with the rotor. When electric signals move through attached wires the motor parts unite their functions to move. The wires from the motor attach to a connector that enables connection with control boards or drivers to receive movement directions. The configuration enables the motor to function within larger systems through expected responses to received commands. The front surface contains a toothed shaft that transmits power for additional machine applications.
The stepper motor 103-718-1241 has a black gear operating as part of a basic function directly from this motor shaft. This gear diminishes shaft rotating speed but enhances applied force strength which proves beneficial for objects requiring enhanced motion effectiveness. A metal side bracket allows simple mounting onto frames or panels with full stability. The stepper motor maintains stability under continuous operation because machines depend on its dependable movement functions. Its easy wiring setup coupled with a strong built combines with simple gearing capabilities to create reliable mechanical integration.
