103F5505-7041
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The 103F5505-7041 is a high-precision stepping motor featuring a single shaft and a basic step angle of 0.72°. Made by Sanyo Denki as part of the StepSyn Stepping Motors series, it has a motor flange size of 42mm and a length of 34mm. This motor features a reduction ratio of 1:3.6 for optimal performance.
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Product Description:
The 103F5505-7041 Stepping Motor is a precise, reliable motion control device manufactured by Sanyo Denki. This product is intended for industrial automation needs. The holding torque of 0.13 Nm (18.41 oz-in) provides steady operation. Due to its rated current level of 0.75A, this motor operates efficiently.
Users can expect the 103F5505-7041 stepping motor to deliver precise movements because its basic step angle measures about 0.72°. A low-backlash reducer built into this device reduces mechanical play for higher precision. The controlled motion transmission properties result from the 1:3.6 reduction ratio. The product employs a universal single-shaft design that allows fitting with multiple mechanical frameworks. The motion control capabilities of this motor stem from its rotor inertia value at 0.03×10⁻⁴ kg•m². The product can effortlessly fit into compact areas because of its 34mm motor length. Security and stability during mounting arise from using motor flanges with a size of 42mm. The FSF551S-CX system models operate using the compatible stepping motor under the name 103F5505-7041 stepping motor. The unit functions properly between humidity ranges of 20% to 90% without producing condensation. Electrical stability comes from using the PM-AP-065 connector type. The torque performance of this motor operates within official datasheet specifications.
Easy handling and installation in the 103F5505-7041 stepping motor become possible due to its weight of 0.23 kg (0.51 lbs). This stepping motor provides efficient automatic system motion with repeatable results. The device functions for applications that need precise positioning control alongside high measurement accuracy. The product's small dimensions enable its use in limited spaces. The motor runs reliably throughout demanding operations that need continuous usage. Step angle permits equipment to perform exact tiny step motions that enable precise part placements.
Frequently Asked Questions about 103F5505-7041:
Q: How does the low-backlash reducer improve accuracy in 103F5505-7041 stepping motor?
A: The Sanyo Denki 103F5505-7041 stepping motor integrates a low-backlash reducer to minimize mechanical play, enhancing motion precision. This ensures smoother, repeatable movements in automation applications requiring high accuracy.
Q: Why is the 1:3.6 reduction ratio used in 103F5505-7041?
A: The 1:3.6 reduction ratio in the 103F5505-7041 stepping motor optimizes torque transfer and reduces speed variations. This feature improves controlled motion, making it ideal for precise positioning tasks.
Q: How does the rotor inertia of 103F5505-7041 impact performance?
A: The 103F5505-7041 stepping motor has a 0.03×10⁻⁴ kg•m² rotor inertia, ensuring smooth acceleration and deceleration. It enhances stability in motion control applications that demand consistent performance.
Q: Why is the PM-AP-065 connector used in 103F5505-7041 motor?
A: The PM-AP-065 connector ensures reliable electrical connections in the 103F5505-7041 stepping motor for uninterrupted operation. It minimizes electrical noise, improving stability in automation systems.
Q: What is the advantage of the 42mm flange in 103F5505-7041?
A: The 42mm flange provides a stable mounting base for the 103F5505-7041 stepping motor, ensuring secure attachment. This feature minimizes misalignment, improving operational accuracy.
