103H7126-5040
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The Sanyo Denki 103H7126-5040 is part of the StepSyn Stepping Motors series and features a step angle of 1.8˚ per step. It offers 1.27 N.m holding torque during 2-phase energization and a wiring resistance of 1.05 Ω/phase. The motor weighs 0.98 kg, has a rotor inertia of 0.36x10-4kg·m², and is designed for unipolar winding.
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Product Description:
The 103H7126-5040 is a highly accurate StepSyn stepping motor. The motor works effectively with industrial automation and textile machinery. Sanyo Denki designed the motor to enable stable motion control in challenging operations such as 3D printing and additive manufacturing.
The 103H7126-5040 stepping motor has a holding torque of 1.27 N·m when powered by two phases, which makes sure that the load can be handled steadily while it is working. The motor features a wire resistance of 1.05Ω per phase, contributing to its exceptional electrical performance. With a rotor inertia of 0.36 × 10⁴ kg·m², the motor shows a satisfactory equilibrium between load stability and responsiveness, thereby guaranteeing the highest possible performance within the given parameters. The motor is compact and easy to handle, weighing only 0.98 kg, thus, it may be simply fitted into mechanical systems. The stepping motor works with many different types of drives, which lets it do high-resolution microstepping, which improves positioning accuracy and makes motion changes smooth. The motor has advanced control options that ensure accuracy in situations where precise movement changes are needed.
The motor is made for uses that need steady power and precise motion control. Stepper motor controls work perfectly with the 103H7126-5040 stepsyn stepping motor, improving its performance by precisely controlling the current and arranging the steps optimally. Stepper motor drivers that support microstepping and advanced drive technologies make sure that the positioning is correct. Because it works with RTA and third-party controls, it can be used with more automation systems. Controlled torque, optimized rotor inertia, and the ability to take microsteps make it ideal for uses that need precise movement.
Frequently Asked Questions about 103H7126-5040:
Q: How does the 103H7126-5040 ensure smooth motion transitions?
A: The motor supports microstepping drive technology, which reduces step vibrations. This enables smoother motion and improves positioning accuracy in applications like textile machinery and 3D printing.
Q: Why does the 103H7126-5040 have a rotor inertia of 0.36 ×10⁴ kg·m²?
A: This rotor inertia optimizes load handling and responsiveness. It provides a balance between torque stability and rapid acceleration in precision motion applications.
Q: Do multiple drive types enhance the 103H7126-5040 motor’s performance?
A: Yes, support for multiple drive types allows for flexible control. This enhances speed regulation, step accuracy, and overall motion efficiency.
Q: How does the 103H7126-5040 benefit from a 1.27 N·m holding torque?
A: The holding torque maintains positional accuracy under load conditions. This ensures that the motor holds its position effectively without slipping or misalignment.
Q: Why is the 103H7126-5040 used in 3D printing?
A: Its high precision, microstepping compatibility, and stable torque output make it suitable for detailed movements. It enhances layer accuracy and consistency in additive manufacturing.
