103H7823-1710
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The 103H7823-1710 is a 2-phase stepping motor with a 1.8° step angle and a holding torque of 2.7 Nm. Manufactured by Sanyo Denki as part of the StepSyn Stepping Motors series, the motor features a rated current of 4 A and fits NEMA23 mounting pitches. It comes with 4 leads, bipolar wiring, and weighs 1.34 kg.
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Product Description:
The 103H7823-1710 is a high-precision radian motor that exists in the StepSyn Stepping Motors series of Sanyo Denki. Developed for Industrial automation, this device enables high-torque motion control with precise movement. The holding torque of this motor reaches 2.7 Nm. The motor moves 1.8 degrees at each step. The motor maintains stable positioning during different types of loading situations.
A complete revolution of the 103H7823-1710 stepping motor occurs when it conducts 200 full steps. This motor consists of four wiring leads that follow a bipolar configuration. Each phase of this motor operates at a rated current level of 4 A. The system delivers maximum ability to keep operating continuously. The motor works with a rated voltage of 1.4 V throughout its operation. Operation requires this system to use energy with maximum efficiency. Each phase of the motor contains a resistance value of 0.35 Ω. The device supports stable current distribution. Each phase of the 103H7823-1710 stepping motor contains a 2.4 mH inductive value. The total measurement of the motor envelope reaches 60 mm x 60 mm x 86 mm. The driving shaft from the motor extends to 8 millimeters across counting as one-quarter of an inch in diameter. The motor features a mounting pitch that follows NEMA23 standards.
The 103H7823-1710 stepping motor incorporates two distinct shaft completion points. The mechanism allows operators to choose different forms of mechanical attachment. The entire weight of the motor amounts to 1.34 kilograms. The product provides an equilibrium between its operational capabilities and actual weight. While the rotor inertia amounts to 0.84 x 10⁻⁴ kg•m². The device provides capabilities for smooth velocity management and braking control to achieve desired results. The device ships with connectors as well as crimp contacts for fast setup procedures.
Frequently Asked Questions about 103H7823-1710:
Q: How does the bipolar configuration benefit the 103H7823-1710 motor?
A: The 103H7823-1710 stepping motor uses a bipolar configuration to ensure stable current distribution, improving efficiency and providing precise torque control in automation systems.
Q: Why does the 103H7823-1710 motor use a 1.8-degree step angle?
A: The 1.8-degree step angle in the 103H7823-1710 stepping motor enhances motion precision, ensuring smooth operation in applications requiring accurate positioning.
Q: What is the purpose of the NEMA23 mounting standard in 103H7823-1710 ?
A: The 103H7823-1710 stepping motor follows the NEMA23 standard, ensuring easy integration with industrial automation systems and reducing the need for custom mounting solutions.
Q: How does the rotor inertia affect motor 103H7823-1710 performance?
A: The 0.84 × 10⁻⁴ kg•m² rotor inertia in the 103H7823-1710 stepping motor ensures controlled acceleration and braking, improving stability during rapid motion changes.
Q: What ensures stable velocity management in 103H7823-1710 motor?
A: The 103H7823-1710 stepping motor utilizes controlled rotor inertia and optimized inductance, enabling smooth velocity adjustments and consistent torque output for high-precision applications.
