103-815-7
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The 103-815-7 is a Step-Syn stepping motor featuring a DC voltage of 2.5V and a step angle of 1.8 degrees per step. Manufactured by Sanyo Denki, it belongs to the StepSyn Stepping Motors series and weighs 5 kilograms. This motor includes a brake motor design and a shaft diameter of 60 mm, offering enhanced performance.
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Product Description:
The Sanyo Denki Step-Syn 103-815-7 serves as a dependable stepping motor for industrial automation needs. This stepping motor utilizes DC 2.5V power while drawing 4.6A current and enables exact motion management. Each step of the motor moves by 1.8 degrees, which leads to high positioning precision.
The integrated braking system provides stability to the 103-815-7 stepping motor when it stays stationary. The stepping motor presents a 60 mm shaft diameter that creates utility in systems that need robust mechanical framework support. This durable and operation-ready motor weighs 5.00 kg due to its robust construction. The 1120 Kgm² × 10⁻⁷ rated rotor inertia works to ensure fluid motion during power changes. The stepping motor has lead wires that need to be set between 285mm and 315mm to enable effortless connections. This 103-815-7 stepping motor delivers outstanding performance while producing a 44 V/Krpm E.M.F. It also has sufficient electrical capabilities because of its 0.55 ohm resistance and 2.7 mH inductance. Its electrical functions remain under control because this component shows 0.55 ohms resistance alongside 2.7 mH inductance. Secure installation of the motor becomes possible through M3 × 0.5 holes located across its construction.
A 2.5 kg mass exists in the 103-815-7 stepping motor, thus helping to maintain its overall mechanical stability. The brake system integrated into the motor operates to stop unnecessary movements while the device is in the powered-off state. The motor provides special benefits for applications based on accurate stopping and holding requirements. The IP43 protection rating protects the stepping motor from solid particles more than 1 mm. This prevents the stepping motor against water spray entering from angles under 60 degrees. These technical attributes contribute to reliable operation in demanding environments.
Frequently Asked Questions about 103-815-7:
Q: What is the impact of the IP43 protection rating on the 103-815-7 motor?
A: The IP43 rating provides protection against dust particles larger than 1mm and water sprays from specific angles, making the motor suitable for use in environments with potential exposure to such conditions.
Q: How does the 103-815-7 motor handle power changes smoothly?
A: The 1120 Kgm² × 10⁻⁷ rated rotor inertia ensures the motor transitions smoothly between power changes, preventing abrupt movements and ensuring continuous, stable motion for precise operations in industrial applications.
Q: How does the 44 V/Krpm E.M.F. contribute to the motor’s efficiency?
A: The 44 V/Krpm E.M.F. ensures the motor operates with higher efficiency, providing optimal voltage output per rotation. This allows for better control and smoother transitions in various industrial applications.
Q: What role does the 2.7 mH inductance play in the 103-815-7 motor?
A: The 2.7 mH inductance helps manage electrical noise and ensures smooth motor operation, preventing disruptions and maintaining consistent performance during power transitions. It enhances motor longevity and precision.
Q: How does the 1.8° step angle of the 103-815-7 motor improve motion control?
A: The 1.8° step angle ensures high positioning precision, offering smooth and reliable control for industrial automation systems, improving accuracy in tasks that require exact motion management.
