103H7124-0740
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The 103H7124-0740 StepSyn stepping motor delivers a holding torque of 0.98N·m or more, a rated current of 3A per phase, and a step angle of 1.8°/step. Part of the StepSyn Stepping Motors series from Sanyo Denki, it operates efficiently in temperatures from -10°C to +60°C and features insulation resistance of 100MΩ or more.
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Product Description:
The 103H7124-0740 is a StepSyn stepping motor for industrial robotics that moves things precisely and with great control. The motor, which is made by Sanyo Denki, is to work efficiently and reliably. It works more easily and with less noise and vibration than regular stepper motors.
The 103H7124-0740 stepping motor works at 2A per phase, which makes sure that the power supply is controlled. The 0.74Ω phase resistance allows for easy current regulation, enhancing motor performance. The 1.4 mH phase inductance keeps everything stable by preventing the current from shifting. The motor's structure is designed to maintain step precision, reducing positional errors. The design reduces power ripple, which makes the system more stable in use. Adding a motor that reduces vibration makes the changes between steps smoother. Long-term performance reliability is supported by the internal construction, which is very important for demanding uses. The stepper motor is made for devices that need to be precise and consistent. The improved step-fractioning makes sure precise microstepping, which boosts control and lowers noise. The motor structure is made to run consistently, so it keeps working well even after a long time of use. The optimized winding design keeps the temperature stable, which keeps the motor from getting too hot.
The 103H7124-0740 stepping motor has a strong rotor design that makes it more reliable mechanically. The design makes sure that the system is stable and that there are few problems when it changes speeds. The rotor's inertia of 0.245 ×10⁴ kg·m² makes sure it rotates steadily, which is useful for tasks that need to be placed precisely. For smoother motion control, the motor has improved step-fractioning that lowers stepper resonance. The motor's improved motion control helps lower stepper resonance, which makes the system work more efficiently.
Frequently Asked Questions about 103H7124-0740:
Q: Does the 103H7124-0740 minimize noise and vibration?
A: Yes, the motor is designed with noise and vibration reduction. This helps in smoother operation that reduces stepper resonance and mechanical disturbances.
Q: Why does the 103H7124-0740 have 0.74Ω resistance?
A: The 0.74Ω phase resistance controls current flow that optimizes motor performance. It helps maintain efficient power distribution that reduces energy losses.
Q: Do step-fractioning features improve 103H7124-0740 performance?
A: Yes, optimized step-fractioning ensures precise motion control that minimizes stepper resonance. This leads to smoother transitions that enhance positioning accuracy.
Q: How does 103H7124-0740 achieve stable rotor movement?
A: The rotor inertia of 0.245 ×10⁴ kg·m² stabilizes rotation that reduces sudden speed changes. This ensures precise and controlled motion.
Q: Does the 103H7124-0740 maintain thermal stability?
A: Yes, the optimized winding configuration prevents excessive heat buildup. This ensures prolonged operational reliability without performance degradation.
