103H7822-1731
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The 103H7822-1731 hybrid stepper motor operates at 24 V DC, features a step angle of 1.8°, provides a holding torque of 44 Ncm, and has a NEMA 17 compatible mounting. Part of the StepSyn Stepping Motors series by Sanyo Denki, it comes equipped with an integrated brake, ensuring precision and reliability.
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Product Description:
The component number 103H7822-1731 is manufactured by the renowned brand Sanyo Denki. The model is categorized under the StepSyn Stepping Motors series and is engineered for precision motion control. It has a rated current of approximately 4 A per phase. This current specification ensures the motor delivers adequate drive force for accurate step execution. The coil resistance is about 0.43 Ω per phase. A low coil resistance minimizes energy loss and enhances current flow efficiency. The device features a 6‑wire bipolar wiring configuration. The motor’s mass is roughly 0.77 kg, contributing to a lightweight design that eases installation.
Its length is approximately 52.5 mm and makes it ideal for compact applications with space limitations. It operates over a temperature range from –10 °C to +50 °C, ensuring stable performance in typical industrial environments. As a hybrid stepper motor, its design merges feature from various motor types to deliver enhanced control precision. The operating voltage is 24 V DC, a standard level that offers compatibility with many industrial power systems. A step angle of 1.8° enables fine incremental movements essential for high-precision tasks. The holding torque is specified at 44 Nm and makes the motor maintains its position under load effectively.
The stepping motor 103H7822-1731 incorporates a shaft with a diameter of 7.5 mm, supporting standard coupling connections. An integrated brake is included with providing immediate stopping power for safe and precise control. It employs a NEMA 17 compatible mounting type which eases installation into standard mechanical systems. Additional specifications indicates that the rotor inertia is approximately 0.36 × 10⁻⁴ kgm²; this low inertia enhances dynamic response during acceleration and deceleration. The shaft length is around 20 mm, offering sufficient engagement for transmission components.
Frequently Asked Questions about 103H7822-1731:
Q: What is the rated current for 103H7822-1731 and how does it affect performance?
A: It is rated at approximately 4 A per phase, providing the necessary power for torque generation. This specification ensures stable operation under load.
Q: What wiring configuration does this stepping motor 103H7822-1731 use?
A: It uses a 6‑wire bipolar arrangement that supports versatile drive configurations. This wiring method simplifies integration with various control systems.
Q: How does a coil resistance of 0.43 Ω benefit 103H7822-1731?
A: A low coil resistance of 0.43 Ω reduces power loss and improves overall efficiency. This results in better energy utilization during continuous operation.
Q: How does the motor’s compact length of 52.5 mm contribute to its functionality?
A: A length of 52.5 mm makes the motor ideal for space-constrained applications. This compact design of 103H7822-1731 facilitates easy installation in tight enclosures.
Q: What advantage does the operating temperature range of 103H7822-1731 from –10 °C to +50 °C provide?
A: This range ensures reliable performance in standard industrial conditions. It allows the motor to operate consistently despite environmental temperature variations.
