103H7123-0710
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The 103H7123-0710 stepping motor boasts a step angle of 1.8°, a holding torque of 0.83 N·m, an operating voltage of 24 VDC, and a motor length of 53.8 mm. Part of the StepSyn Stepping Motors series by Sanyo Denki, it features IP40 protection and supports both unipolar and bipolar wiring configurations.
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Product Description:
Sanyo Denki's 103H7123-0710 Stepper Motor is a high-precision motor made for tasks that need to be precise and reliable. The motor ensures precise movement in controlled settings with a basic step angle of 1.8°.
With a holding force of 0.78 N·m, the 103H7123-0710 stepper motor can stay in place even when it's being used. It has a maximum current of 3.0 A/phase, which makes sure that the torque output is good. The rotor's inertia of 0.21 × 10⁻ kg·m² helps it run smoothly and stay stable. The output shaft is round, which makes it easy to connect to gears or pulleys. Because the wiring is unipolar, it can be used in certain drive setups that need to control phase excitation. The motor is built to be precise and last a long time, which makes it perfect for industrial control uses. Strong holding torque, controlled step angles, and a high current rating make sure that positioning and movement control are accurate in tough situations. The motor is 53.8 mm long, and the flange is 56 mm wide, which means it should work with NEMA 23 standard mounts.
The 103H7123-0710 stepper motor is strong and works well with power. It can be used with more complicated motion control systems since it has two shafts and lines that are only one tone. Even though the motor is only 0.65 kg, it can still do a lot of work. The lead wire makes it easy to connect to many different kinds of systems. The motor is made to work correctly, steadily, and regularly so it can do things that need to be controlled and done repeatedly.
Frequently Asked Questions about 103H7123-0710:
Q: Do the 103H7123-0710 Stepper Motor’s 3.0 A/phase improve torque?
A: Yes, the 3.0 A/phase rated current ensures high torque output. This allows the motor to maintain stable operation under varying load conditions.
Q: How does the 103H7123-0710 Stepper Motor achieve high accuracy?
A: Its basic step angle of 1.8° enables precise positioning. This step resolution ensures controlled movement in applications demanding accurate motion control.
Q: Why is the 103H7123-0710 Stepper Motor’s rotor inertia important?
A: The rotor inertia of 0.21 × 10⁻⁴ kg·m² contributes to smooth acceleration and deceleration. This helps minimize overshooting in dynamic applications.
Q: Does the 103H7123-0710 Stepper Motor have a circular output shaft?
A: Yes, its circular output shaft allows for direct coupling with gears or pulleys. This enhances efficiency in power transmission systems.
Q: How does the 103H7123-0710 Stepper Motor’s 56 mm flange help?
A: The 56 mm flange size aligns with standard mounts for easy installation. It ensures compatibility with various motion control setups.
