103H5208-0410
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The 103H5208-0410 is a stepping motor manufactured by Sanyo Denki. Part of the StepSyn Stepping Motors series, it features a step angle of 1.8° per step and a holding torque of 0.3 N·m. The motor has a rated current of 1.2 A/phase and a typical drive voltage of DC 24V. Weighing 0.29 kg, it includes a 42mm square frame size.
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Product Description:
The Sanyo Denki company produces the 103H5208-0410 StepSyn Stepping Motor. It ensures high repeatability in step motion for industrial automation processes. The motor produces a holding torque strength of 0.3 Nm.
The operation efficiency of 103H5208-0410 stepping motor requires a phase current rating of 1.2 A. Each phase of the wiring demonstrates a 2.9 Ω resistance value. Each phase of the stepping motor has a wiring inductance of 3.4 mH. StepSyn Stepping Motor operates with a step angle of 1.8 degrees per step. The motor functionally operates using a typical DC voltage supply of 24V. This stepping motor comes with dimensions of 42mm square, which is equal to 1.65 inches square. Stable motion occurs because the rotor inertia measures 0.056 x10⁻⁴ kg·m². The 103H5208-0410 stepping motor mass amounts to 0.29 kg. Its framing size measures 0.64 lbs, which supports compactness. This motor implements a bipolar winding structure through its lead wire connections. The required connector cable for this motor features the reference number 4835710-1. The motor accepts humidity values between 40% and 90% RH without creating condensation buildup. The motor operates between -10°C to +50°C under ambient conditions. The motor can be stored between -20°C and +60°C alongside other temperatures within this range.
Installation of the 103H5208-0410 stepping motor depends on a flange system. A stable installation between the stepper motor and its flange base happens through four M3 screws. One minute of applied 500 V AC proves the dielectric strength capabilities of this device. The electrical insulation keeps the motor safe through this specification under operating conditions. The designed motor serves precise motor movement applications. The small size of this equipment fits well into confined installation spaces. The device delivers correct step movements along with dependable torque operation.
Frequently Asked Questions about 103H5208-0410:
Q: Why is the 1.8° step angle significant in the 103H5208-0410 StepSyn motor?
A: A 1.8°/ step angle ensures finer resolution per step, reducing positional error and enhancing accuracy in automated motion control systems.
Q: Why is a 500V AC dielectric strength important in the 103H5208-0410 motor?
A: The 500V AC dielectric strength ensures high insulation reliability, preventing electrical breakdown and ensuring safe operation under industrial conditions.
Q: How does the bipolar winding structure improve motor performance in the 103H5208-0410?
A: The bipolar winding enhances torque efficiency by utilizing both directions of current flow, improving power utilization and step precision in industrial automation.
Q: How does the 2.9 mH/phase resistance benefit the motor's efficiency in the 103H5208-0410?
A: The 2.9 mH/phase resistance balances power consumption and heat dissipation, optimizing efficiency while preventing excessive energy loss in long-term operation.
Q: What advantages does the M3 flange mounting system offer in the 103H5208-0410?
A: The M3 flange mounting provides a secure, vibration-resistant installation, ensuring motor stability and consistent step accuracy in high-speed operations.
