103-714-0442 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 103-714-0442 is a UNIPOLAR stepping motor with a torque of 1.27 N-M. Manufactured by Sanyo Denki, it is part of the StepSyn Stepping Motors series and operates with two phases. This motor features a winding resistance of 2 ohms, an inductance of 4.5 mH, and runs at a current of 2 A.
Internal Product Review
The 103-714-0442 Stepper Motor by Sanyo Denki excels in precision with a 1.8° step angle and a holding torque of 109 Ncm. Its 2.55 A bipolar current rating and 4.9 mH inductance ensure high efficiency and reliable performance in demanding systems. The lightweight design at just 0.95 kg offers easy integration.
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Product Description:
The 103-714-0442 Stepper Motor by Sanyo Denki is designed for precise positioning applications. It offers durability and reliability for various industrial and mechanical automation tasks. This motor features a well-defined set of specifications to ensure optimal performance and efficiency.
The 103-714-0442 stepper motor features a basic step angle of 1.8° ± 0.09° that ensures smooth and accurate motion for a variety of applications. This motor is equipped with a bipolar parallel current rating of 2.55 A for driving demanding systems with higher power requirements. In addition, it supports unipolar current up to 1.8 A. This motor operates with a winding resistance of 2.6 Ω that optimizes efficiency during operation. This motor has an inductance of 4.9 mH which plays a crucial role in ensuring smooth and consistent operation. This characteristic enhances the motor's overall efficiency. This model boasts a holding torque of 109 Ncm when operating in bipolar mode. It delivers a reliable static and dynamic force that allows it to maintain its position with precision under load. This substantial holding torque is essential for applications that require steady performance.
The 103-714-0442 stepper motor has a back electromotive force (EMF) of 36 V/Krpm. This back EMF value indicates the motor’s ability to generate a balanced output in response to applied voltage. With a mass of just 0.95 kg, this motor strikes a perfect balance between compactness and power. Its lightweight yet robust design allows it to integrate seamlessly into a variety of mechanical systems. This stepper motor has a rotor inertia rated at 210 x 10^-7 Kgm² which plays a critical role in its ability to respond quickly and efficiently to changes in rotational speed.
