103H7126-07E0 Sanyo Denki
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The 103H7126-07E0 stepping motor features a 2-phase design, a step angle of 1.8° per step, a holding torque range of 0.5–2 Nm, and a rated current of approximately 2–4 A per phase. Part of the StepSyn Stepping Motors series by Sanyo Denki, it offers flange mounting for versatile industrial applications.
Internal Product Review
The Sanyo Denki’s top-rated StepSyn Stepping Motors series include this motor variant 103H7126-07E0 that supports a bipolar or unipolar drive method and provides versatile application options. This drive method eases integration and ensures reliable step execution, making system setup straightforward and efficient.
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Product Description:
The leading brand Sanyo Denki produces its top-reviewed StepSyn Stepping Motors product series that include the part number 103H7126-07E0. This series of industrial electronics motors utilize the patented stepping motor incremental controlled design. The component is powered by either bipolar or unipolar (depending on the application) circuitry. Its step angle is on average 1.8 degrees per step which is on par with other motors within their category. The typical rated voltage for this Sanyo Denki model is 2-4 V DC and the usual value for current per phase is 2-4 A.
Depending on the model and settings, the motor produces holding torque within the range of 0.5 – 2 Nm. The module is a 2 phase type with digital control and delivers precision step accuracy. The motor's shaft diameter is about 10-14 mm and can accept many different couplings. The standard installation process is made easier with the flange mounting configuration. Integrated drive electronics are optional which, when combined with the other specifications, enables smooth and precise control of the motor.
The 103H7126-07E0 model indicate a motor length of about 75.8 mm and a motor mass of approximately 0.98 kg, suggesting a solid construction with minimal dimensions. Another measurable parameter is the rotor Inertia, which is around 0.36 × 10⁻⁴ kg·m² and helps with maintaining constant acceleration and deceleration. Another valuable feature is the operating temperature range of -10°C to +50°C that increases adaptability to different industrial climates. All of these essential parameters improve the versatility of the industrial system, making it easier to integrate into existing ones while still maintaining a high accuracy.
