103-4507-7010 by Sanyo Denki

The Sanyo Denki 103-4507-7010 hybrid stepper motor from the StepSyn Stepping Motors series represents a mature, precision-oriented design for a wide range of industrial motion control applications. This unit features a Motor Type of hybrid stepper motor construction in a compact Frame Size of NEMA 17, delivering a Step Angle of 1.8 degrees per step and Holding Torque of approximately 0.4 Nxm. Engineered with a Number Of Phases configuration of 2-phase, it ensures smooth, low-resonance operation suitable for high-precision positioning tasks. The motor incorporates a Connector Type of plug-in terminal style for reliable power connections and a robust Shaft Diameter of about 6 mm to interface seamlessly with standard couplings. With a total Weight of approximately 1.5 kg, this stepper motor balances mechanical stability with ease of integration into automated machinery.

Featuring a rated electrical profile of Rated Voltage at approximately 4.5-5 V and Rated Current of approximately 1.68 A per phase, the 103-4507-7010 delivers efficient torque generation and thermal stability under sustained loads. Its hybrid rotor design enhances magnetic flux density, translating into consistent torque output across the speed range while minimizing power loss. The Mounting Arrangement supports both front or back mounting options, simplifying alignment and reducing installation time in varied machine architectures. Operating reliably within an Operating Temperature window of –10 °C to +50 °C, this motor also tolerates up to 90% humidity without condensation, ensuring uninterrupted performance in demanding environments. Its precise 1.8° increment steps and robust construction make it an ideal choice for applications requiring repeatable micropositioning.

Built for extended service life, the 103-4507-7010 benefits from Sanyo Denki’s proven quality standards, offering long-term mechanical and electrical reliability. The plug-in terminal interface and compact Frame Size facilitate rapid replacement and modular system upgrades, streamlining maintenance routines. Its tolerance for broad temperature and humidity ranges, combined with a solid shaft design, supports integration into CNC equipment, laboratory automation, packaging machines, and 3D printing platforms. Designers can leverage its consistent Holding Torque and precise step resolution to achieve high-accuracy motion profiles with minimal tuning. Overall, the 103-4507-7010 stepping motor delivers versatile performance, straightforward integration, and dependable operation across diverse industrial scenarios.