103H7823-1740
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The 103H7823-1740 is a 2-phase bipolar stepping motor with a rated current of 4A per phase and a holding torque of 2.7 N·m. Manufactured by Sanyo Denki under the StepSyn Stepping Motors series, it weighs 1.34 kg and operates with an applicable voltage of AC100V/115V. Its step angle is 1.8 degrees.
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Product Description:
The 103H7823-1740 Stepper Motor is manufactured for industrial and automation applications. It offers accurate motion control with a basic step angle of 1.8° to ensure smooth operation. This bipolar stepper motor is designed to deliver reliable performance in demanding environments. It features a D shaped output shaft for secure coupling and efficient torque transmission.
This 103H7823-1740 stepper motor measures 85.8 mm in length while retaining its powerful attributes in a compact design. This motor operates with rated current of 4 A per phase to generate strong torque output. Precise motion along with quick acceleration results from the motor's rotor inertia of 0.84 × 10⁻⁴ kg·m². The overall weight of this stepper motor amounts to 1.34 kg. This motor operates within an environmental humidity range from 20 % up to 90 % RH while staying operational without condensation. The connection type of this stepper motor is a standard connector. This motor is compatible with micro stepping drivers and operates in micro step mode (200 × 1~250 divisions). This allows for smoother and more precise movements. It supports a maximum input frequency of 100 kpulse/s that ensures high speed response and accuracy in motion control applications.
The 103H7823-1740 stepper motor is ideal for applications requiring accurate positioning and smooth operation. Its bipolar wiring configuration ensures high efficiency and stable performance. This StepSyn stepper motor is designed to provide precise and stable positioning that ensures that it can stop smoothly without unwanted vibrations. This is achieved through its holding torque (2.7 Nm) which maintains its position firmly even when the motor is not actively moving. The holding power prevents unintentional shifts or oscillations for applications that require accuracy and stability such as CNC machines, 3D printers, robotics and automated systems.
Frequently Asked Questions about 103H7823-1740:
Q: What design features improve the mechanical efficiency of the 103H7823-1740 stepper motor?
A: It has a D-shaped output shaft for secure coupling and efficient torque transmission. Its rotor inertia of 0.84 × 10⁻⁴ kg·m² ensures quick acceleration and precise motion control in automation systems.
Q: How does the 103H7823-1740 stepper motor maintain precise positioning in automation systems?
A: The 103H7823-1740 Stepper Motor has a 1.8° step angle that ensures accurate motion control. Its 2.7 Nm holding torque prevents unwanted shifts or vibrations, maintaining stability in CNC machines and robotics.
Q: What makes the 103H7823-1740 stepper motor suitable for high-speed operations?
A: This motor supports a maximum input frequency of 100 kpulse/s for rapid response. It works efficiently with micro-stepping drivers, ensuring smooth acceleration and precision even in high-speed motion control applications.
Q: How does the 103H7823-1740 stepper motor achieve stable torque output?
A: It operates at a rated current of 4 A per phase, providing strong torque output. Its bipolar wiring configuration enhances efficiency and ensures reliable performance under demanding conditions.
Q: How does the 103H7823-1740 stepper motor handle environmental conditions?
A: It functions within a humidity range of 20% to 90% RH (non-condensing). This allows stable operation in various industrial environments without performance degradation.
