103H8223-5241
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The Sanyo Denki 103H8223-5241 is a member of the StepSyn Stepping Motors series and operates with a source voltage of AC100V. It features a 1.8˚ step angle, a holding torque of 19 N·m, and uses a 2-phase energization mode. The motor's rotor inertia is 15.1x10-4 kg·m² and it weighs 7.5 Kg.
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Product Description:
Sanyo Denki brand produces this 103H8223-5241 model and is a part of the top-rated StepSyn series of stepping motors. This module runs on a source voltage of AC100Vand enables an accurate supply of energy to the stepper, ensuring accurate control. With a wiring current of 6A/phase, this motor guarantees proper power allocation for every phase’s windings – enabling energy distribution to be reliable throughout. This motor employs a 2-phase energization method (full-step) which guarantees perfect uniformity when stepping.
This stepping module is equipped with a rotor inertia> of 15.1×10⁻⁴ kg·m² and minimizes the opposition to rapid speed changes. It uses a <
The device 103H8223-5241 has its capabilities expanded with the addition of features. This unit comes with UL1430 AWG18> lead wires which assure safety and connectivity. The noise of the device is below <<50 dB and the mean time between failures is over 50000 hours. The motor supports simple installation to existing assemblies, thanks to the 106 mm circular frame that houses the motor. For optimal performance, this drive requires a specific driver- the sales department can provide more information. The motor achieves 2000 steps/s maximum step frequency and micro stepping up to 1/16.
Frequently Asked Questions about 103H8223-5241:
Q: Why is a wiring current of 6A/phase important for 103H8223-5241?
A: A wiring current of 6A/phase guarantees that each phase receives adequate power for efficient operation. It supports smooth stepping and reduces the risk of underperformance.
Q: How does the source voltage benefit this stepping motor 103H8223-5241?
A: The voltage AC100V ensures a stable power input, crucial for consistent stepping performance. This voltage level helps maintain precise control in various automation environments.
Q: Why is the holding torque of 19 N·m significant?
A: A holding torque of 19 N·m ensures the 103H8223-5241 retains its position even under load. This stability is essential for high-precision applications.
Q: How does a rotor inertia of 15.1×10⁻⁴ kg·m² enhance dynamic response?
A: Low rotor inertia allows for rapid acceleration and deceleration. 103H8223-5241 is critical for applications requiring fast, precise motion changes.
Q: What is the impact of using 2-phase energization (full-step) on 103H8223-5241 performance?
A: This 2-phase full-step energization ensures uniform and predictable motion. It results in precise step execution and improved overall accuracy.
