103H7123-04433
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The 103H7123-04433 is a 56 mm square bipolar stepping motor with a holding torque of at least 0.83 N·m. Manufactured by Sanyo Denki as part of the StepSyn Stepping Motors series, it weighs 0.65 kg. This motor features a step angle of 1.8° and operates with a winding resistance of 1.6 Ω/phase.
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Product Description:
The 103H7123-04433 StepSyn Stepping Motor is designed for accurate step control systems by Sanyo Denki. This motor works with a current rating of 2 amperes. It supports stable power delivery under defined electrical loads. The motor is perfect for tasks that require accurate rotation steps.
The <103H7123-04433 stepsyn stepping motor>> has a bipolar winding type. It uses a lead wire connection for simplified installation. The bipolar setup increases torque performance and drive efficiency. This winding system supports compatibility with standard bipolar drivers. The wiring resistance is rated at 1.6 ohms per phase. This makes it able for efficient thermal behavior under continuous operation. The winding inductance is 3.8 mH per phase. This balance between resistance and inductance helps in stable current flow. The rotor inertia is 0.21 × 10⁻⁴ kg·m². This rotor inertia provides rapid acceleration and deceleration. The inertia level provides stability in dynamic motion control. The holding torque is a minimum of 0.83 Nm. The step angle and winding values ensure constant motion steps. The lead wire interface provides quick electrical integration. The total motor mass is 0.21 kilograms. The lightweight supports easy mounting on motion platforms. The motor is designed to function in fixed and variable speed operations.
The 103H7123-04433 stepsyn stepping motor is perfect for detailed positioning requirements. It provides a balance between size, torque and energy efficiency. The step angle is rated at 1.8° per step. This provides fine positioning control across multiple operations. The stepping resolution offers constant movement in controlled sequences. This motor fits in applications that demand stable, accurate and repeatable movement. This Sanyo Denki stepsyn stepping motor provide accurate motion control in industrial automation applications.
Frequently Asked Questions about 103H7123-04433:
Q: What is the rated current for the 103H7123-04433 StepSyn Stepping Motor?
A: The 103H7123-04433 motor operates with a 2 A rated current, ensuring steady torque output for precision applications. This enhances motor efficiency and step accuracy during operation.
Q: How does the step angle of the 103H7123-04433 motor improve motion accuracy?
A: The 1.8° step angle ensures fine positioning accuracy by providing precise incremental movements. This step resolution improves motion control in automation and CNC systems.
Q: What type of winding does the 103H7123-04433 motor use?
A: This motor features bipolar winding with lead wire connections, enabling high torque efficiency and stable current flow for industrial motion applications.
Q: What is the wiring resistance of the 103H7123-04433 stepping motor?
A: The wiring resistance is rated at 1.6 Ω per phase, ensuring stable electrical efficiency and optimized power dissipation during continuous duty cycles.
Q: What is the winding inductance of the 103H7123-04433 motor?
A: The winding inductance is 3.8 mH per phase, ensuring smooth current regulation for enhanced motor response and heat management.
