103H8222-6540
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The Sanyo Denki 103H8222-6540 Stepper Motor is part of the StepSyn Stepping Motors series and operates with a 1.8° typical step angle. It features air-cooled functionality, a 4-wire electrical connection, and is designed for high efficiency. The motor utilizes a flange mount style.
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Product Description:
The component 103H8222-6540 corresponds to a Sanyo Denki developed StepSyn Stepping Motors range with a holding torque of approximately 5.09 Nm. It ensures that the precise position of the motor is maintained under different load conditions. Moreover, the holding torque is set at a current value of 6 A per phase. The device phase winding resistance is approximately 0.35 Ω per phase. Low resistance cuts conduction losses and makes this drive energy-efficient.
The winding inductance is approximately 2.7 mH per phase. This value allows for swift changes in current during stepping due to fast switching. The rotor moment of inertia is now said to be approx. 2.9×10⁻⁴ kg·m². The rated mass of the motor is about 2.5 kg and is relatively low value which allows for better ease of installation while still ensuring stability during operation. Each StepSyn Series motor has its design standards and interoperability specifications. The motor type is a stepper motor which makes it precise and repeatable in control. It has a typical step angle of 1.8° that makes it highly resolute when it comes to positioning.
In this 103H8222-6540 drive, the cooling approach utilized is air-cooled which is more reliable as it lacks additional cooling systems. The operating temperature range for this model is from -10°C to 50°C. This integrated temperature range enables the device to function in a wide range of outside environments. The mounting style is flange mount which is a standard and widely used configuration for a fast and effortless installation. The effectiveness is attributed to an efficient stepping motor design that causes it to consume as little energy as possible. Further details verify the claim of 24 VDC rated voltage with high performance.
Frequently Asked Questions about 103H8222-6540:
Q: How does a rated current of 6 A per phase benefit the 103H8222-6540?
A: The 6 A per phase current rating delivers sufficient drive power. It enables the motor to achieve accurate and consistent step movements.
Q: What is the holding torque of 103H8222-6540?
A: It has a holding torque of about 5.09 Nm. This torque ensures precise positioning under load in demanding applications.
Q: What advantage does a winding resistance of 0.35 Ω offer?
A: A low winding resistance minimizes conduction losses. This improves overall energy efficiency during operation of 103H8222-6540.
Q: What is the rotor inertia specification of the motor variant 103H8222-6540?
A: The rotor inertia of 2.9×10⁻⁴ kg·m² supports fast acceleration and deceleration. It enhances the motor’s dynamic response during rapid operations.
Q: How does the winding inductance of 2.7 mH affect performance of 103H8222-6540?
A: A 2.7 mH inductance allows for rapid current changes. This is crucial for high-speed switching in stepping applications.
