103H5333-0340
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The 103H5333-0340 is a Sanyo Denki StepSyn Stepping Motor designed for precision with a step angle of 1.2° per step. It features a holding torque of 0.196 Nm and operates with a rated current of 3A/phase. The motor weighs 0.3 kg and has an insulation resistance of no less than 100MΩ at DC500V.
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Product Description:
The 103H5333-0340 Stepsyn Stepping Motor from Sanyo Denki is designed for applications pertaining to industrial automation. It is a high precision model that operates with a step angle of 1.2° per step which ensures precise positioning in numerous automated systems.
The 103H5333-0340 stepsyn stepping motor is designed to meet the set quality standards and it is compatible with PMDSA1S3P01 and PMDSA1S3C01 drivers. This compatibility ensures that the module integrates seamlessly with various motion control systems. The module is compatible with an operating current of 3A per phase in full-step mode and has a holding torque of 0.196 Nm (27.75 oz-in). Both these qualities make the motor maintain a stable performance while it operates continuously. It is capable of operating with a DC24V voltage supply. Its rotor inertia is valued at 0.053 × 10⁻⁴ kg·m² (0.29 oz·in²), which makes the motor operate smoothly. For a safe and secure electrical connection, the module features a JST HER-3 connector. The model comes with a SEH-001T-P06 terminal that ensures proper integration into the control systems. The module comes with a winding inductance of 0.5 mH per phase and a winding resistance valued at 0.84 Ω per phase. It comes with an insulation resistance rated at 100MΩ at DC500V and a withstand voltage of 50/60 Hz, 500V AC for one minute between the winding and frame.
The 103H5333-0340 stepsyn stepping motor weighs 0.3 kg (0.66 lbs), which makes it compact and easy to move while also maintaining its strength and mechanical integrity. The Stepsyn Stepping Motor series module has a rated current of 3A per phase which ensures the motor operates in a stable manner across different applications. The design of the module paired with its electrical specifications and winding characteristics guarantee reliable performance and precision.
Frequently Asked Questions about 103H5333-0340:
Q: How does the rotor inertia of 0.053 × 10⁻⁴ kg·m² impact motor performance?
A: The low rotor inertia contributes to smooth and stable motor operation, reducing vibrations and enabling quick response times for dynamic applications like industrial automation.
Q: How does the JST HER-3 connector improve the integration of the 103H5333-0340 motor?
A: The JST HER-3 connector provides secure and reliable electrical connections, minimizing the risk of disconnection or signal loss, ensuring steady motor performance in industrial environments.
Q: What role does the insulation resistance of 100MΩ play in motor longevity?
A: The 100MΩ insulation resistance at DC500V enhances the motor’s durability by preventing electrical leakage, ensuring safe operation and long-term reliability in industrial automation systems.
Q: How does the 3A current per phase affect the performance of the 103H5333-0340 motor?
A: The 3A current per phase delivers optimal torque and performance while maintaining stability. This feature is essential for ensuring precision during continuous operation in industrial tasks.
Q: Why is a DC24V power supply chosen for the 103H5333-0340 motor?
A: A DC24V power supply ensures consistent voltage, making it ideal for controlled, stable operations in industrial automation. This standard voltage simplifies integration with various control systems.
