103F8582-80XB41
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The 103F8582-80XB41 stepping motor operates at DC 24V, supports an operating current of 1.5 A/phase, offers a static friction torque of 7 N·m (991.2 oz·in), and has a weight of 2.5 kg (5.51 lbs). Part of the StepSyn Stepping Motors series by Sanyo Denki, it provides an allowable radial load of 1400 N and features a brake operation system.
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Product Description:
The 103F8582-80XB41 is part of the StepSyn Stepping Motors series. This motor stands as the efficient motor product of Sanyo Denki used in industrial automation operations. The 0.72 × 10^-4 kg·m² rotor inertia provides excellent rotational control. The stepper motor provides it by reducing the resistance to motion changes.
The 103F8582-80XB41 stepper motor requires an input of DC 24V voltage to run alongside a 1.5 A current per phase. The design of the motor brake system requires DC 24 ± 5% as brake source voltage. The brake system works with a 0.25 A excitation current while providing 30 ms operating time and 20 ms release time function. A fast brake response feature allows quick stopping operation along with fast starting capabilities that benefit dynamic systems. The motor’s brake operation works through a non-excitation operational setup. This allows effective braking without demanding power for brake operations. This compact 103F8582-80XB41 stepper motor weighs 2.5 kilograms and has a dimension of 5.51 pounds. This motor functions under conditions with temperatures between -10 to +50˚C. Operating harmonic gears alongside the apparatus results in maximum permitted operating temperatures between 0 to +40˚C. The motor produces 7 Nm static friction torque that guarantees operation stability across various environmental conditions. A rubber coupling applied to the motor enables the pull-out torque of 15.3×10^-4 kg·m². This improves the motor's motion stability during loaded operations.
The 103F8582-80XB41 stepper motor demonstrates strong torque capabilities by supporting allowable torque up to 4 Nm. The StepSyn Stepping Motor can handle up to 1400 N as its maximum radial load tolerance. This design feature provides solid mechanical reliability by establishing strong resistance against radial forces. This stepping motor possesses dimensions of 92.2 mm in length. This enables placement in restricted spaces.
Frequently Asked Questions about 103F8582-80XB41:
Q: Why is a non-excitation brake system used in the 103F8582-80XB41 stepper motor?
A: The non-excitation brake system ensures braking without additional power consumption, improving energy efficiency while maintaining reliable stopping performance in industrial automation applications.
Q: How does the rotor inertia of 0.72 × 10⁻⁴ kg·m² enhance motor performance in 103F8582-80XB41?
A: The low rotor inertia of the 103F8582-80XB41 enables quick acceleration and deceleration, making it ideal for applications requiring fast response times and precise control.
Q: How does the fast brake response of 103F8582-80XB41 improve system efficiency?
A: The 30 ms operating time and 20 ms release time allow rapid stopping and starting, ensuring minimal downtime in high-speed automation processes.
Q: Why is harmonic gear compatibility important in stepper motors like 103F8582-80XB41?
A: Harmonic gear compatibility enables smooth torque transmission and precise positioning, crucial for robotics and automated machinery requiring high accuracy.
Q: What is the benefit of having a pull-out torque of 15.3×10⁻⁴ kg·m² in 103F8582-80XB41?
A: A higher pull-out torque ensures motion stability under load, reducing the risk of step loss in dynamic environments.
