103F7852-7041
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The Sanyo Denki 103F7852-7041 is a precision motor in the StepSyn Stepping Motors series with a step angle of 0.72°. It features a compact flange size of 60mm x 60mm and a rated current of 1.4A. The motor weighs 1.2kg and offers an instantaneous maximum torque of 20Nm for demanding applications.
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Product Description:
The 103F7852-7041 is a moderate size stepping motor from Sanyo Denki which is able to deliver precise movement with a high degree of accuracy and good torque capacity. It is suitable for medium load industrial automation applications that require precise and controlled motion.
The 103F7852-7041 Stepping Motor is a lighter motor with a weight of 1.2 kg which may be preferred in certain applications to reduce overall system weight. Each phase of this module is consuming 1.4 amperes. The type of circuit used to drive the motor is Sanyo constant current circuit which ensures that the motor receives a steady current for reliable operation that improves performance and reduces power fluctuations. The effective tapping depth of the module is 0.13 inches which refers to how deep the screws can be inserted into the motor’s housing for secure mounting and ensures the motor is properly fixed in place and avoids loose connections. The inductance of the windings in each phase of this module is 0.8 mH/phase which impacts how the motor responds to changes in current that affects its efficiency and speed characteristics.
The StepSyn stepping motor shaft can bear along a radial direction of 360 N which affects the bearings and can influence the life span and performance of the motor. Exceeding the load from this value could damage the motor. This stepping motor has a length of 55mm from end to end which affects its overall size and form factor. The Instantaneous Max Torque is 20 Nm which represents the motor’s ability to handle short term overloads or acceleration. Along the length of the shaft it can bear a maximum load of 400 N.
Frequently Asked Questions about 103F7852-7041:
Q: What role does the 0.8 mH inductance play in the 103F7852-7041 Stepper Motor?
A: The 0.8 mH inductance affects the motor’s speed response and energy efficiency. It ensures the motor reacts appropriately to changes in current and load.
Q: How does the Sanyo constant current circuit benefit the 103F7852-7041 Stepper Motor?
A: The constant current circuit provides stable performance by regulating current flow. This minimizes power fluctuations, ensuring reliable and consistent motor operation.
Q: Why is the 55mm length important for the 103F7852-7041 Stepper Motor?
A: The 55mm length allows for more compact integration in space-constrained applications. It helps optimize designs where size and performance need to be balanced.
Q: How does the 1.4A rated current impact the 103F7852-7041 Stepper Motor's operation?
A: The 1.4A rated current ensures sufficient power to generate high torque. This value supports precise motion while managing heat and efficiency effectively.
Q: Why does the 103F7852-7041 Stepper Motor have a 360 N radial load capacity?
A: A 360 N radial load capacity ensures durability by preventing excessive strain on bearings. This allows the motor to maintain long-lasting, high-performance operation under load.
