103H7823-5740
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The 103H7823-5740 is part of Sanyo Denki's StepSyn Stepping Motors series, featuring a step angle of 1.8° per step. It operates at 24 VDC with a holding torque of 2.7 Nm and a rated current of 2 A/phase. The motor weighs 1.34 kg and is interchangeable with NEMA23 attachment dimensions.
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Product Description:
Users can depend on the reliable operation of the 103H7823-5740 Stepping Motor of Sanyo Denki in Industrial automation because it uses a 24 VDC power supply. The motor reaches precise positioning through its 1.8° step angle per step. The electrical connection through the B4P-VH type is both reliable and secure.
Each phase of the winding in 103H7823-5740 stepping motor includes 9.5 mH inductance which enhances operational efficiency. The controlled movement of the motor depends on a rotor inertia value of 0.84 × 10⁻⁴ kg•m² (4.59 oz•in²). The functional capacity reaches its maximum point through a shaft length of 7.5mm. A strong rotational force exists from a holding torque of 2.7 Nm (382.3 oz•in) under this 2-phase device. The experimental and coupling conditions determine the torque amount that can be pulled out from the device. The stable operation of the motor requires its mass to be 1.34 kg (2.95 lbs). Each phase of the wiring connects at 2.4 Ω resistance thus minimizing power waste during operation. According to the specifications, the 103H7823-5740 stepping motor requires a 2 A current per phase for effective power distribution. The specified motor cable features the model number 4837961-1 for correct compatibility purposes. The attachment dimensions operate according to NEMA23 (47.14 mm pitch standards to simplify the installation process.
The 103H7823-5740 stepping motor structure can utilize standard NEMA23 procedures to perform the installation. The attachments platform enables users to integrate decelerators along with encoders as well as design hollow shaft configurations. The electrical safety standards and stability features of the systems are improved by the B4P-VH connector type. Standard-compliant performance is achievable through the use of motor cable model 4837961-1. Multiple drive mechanisms can connect to this shaft because of its design features.
Frequently Asked Questions about 103H7823-5740:
Q: How does the 9.5 mH inductance benefit performance?
A: The 9.5 mH inductance in the 103H7823-5740 stepping motor enhances energy efficiency by regulating current flow, ensuring stable and controlled motor operation. It minimizes power loss and improves torque stability.
Q: Why is the B4P-VH connector used in this motor?
A: The B4P-VH connector in the 103H7823-5740 stepping motor ensures secure electrical connections, reducing signal interference. It enhances system reliability in industrial automation applications.
Q: Why is the 2.7 Nm holding torque important?
A: The 2.7 Nm holding torque of the 103H7823-5740 stepping motor prevents position drift in static conditions. It provides strong holding power for precision positioning tasks in automation.
Q: How does rotor inertia impact motor performance?
A: The 0.84 × 10⁻⁴ kg•m² rotor inertia in the 103H7823-5740 stepping motor enables smooth acceleration and deceleration. It prevents overshooting and enhances speed stability.
Q: What are the benefits of using the 4837961-1 motor cable?
A: The 4837961-1 motor cable in the 103H7823-5740 stepping motor ensures accurate power and signal transmission. It provides electrical safety and enhances system reliability.
