PBM603DXC20
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The PBM603DXC20 is a closed-loop stepper motor with a single shaft and approximately 86 mm flange size. Manufactured by Sanyo Denki as part of the PB SANMOTION Servo Motors series, it features integrated encoder feedback and compatibility with digital/analog drives, ensuring high response and accuracy.
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Product Description:
The PBM603DXC20 is a complex Closed loop stepping motor that was manufactured by the renowned precision motor brand, Sanyo Denki. This motor was specifically engineered for applications that necessitate reliable motion control, and it operates at a rapid pace and maintains its longevity. It's good for industrial automation and other systems that need to be precise.
The PBM603DXC20 stepping motor operates smoothly with a direct current voltage of 24 V, and its 5% tolerance means that even with some fluctuation in power, it will not be affected negatively. This motor can handle a maximum static friction torque of 1.3 N·m. At a rotational inertia of 0.4 x 10^-4 kg/m^2, this motor is characterized by its exceptional speed and precision. This option is the most cost-effective since it requires only 6 W of energy and 0.25 A for stimulus. Designed to function in difficult settings, this motor is durable. Without any problems, this motor continues to function normally even when subjected to power loads of up to 14.7 N and radial loads of up to 167 N.
With a weight of 0.85 kg, the PBM603DXC20 stepping motor is both light and strong. Its 3 a 3A motor current makes sure that it works reliably and accurately without getting too hot. The motor is able to turn on and off in such a short length of time because it includes a built-in stopping system that has a braking period of twenty milliseconds and a brake release period of thirty milliseconds. This makes it perfect for uses that need a lot of power and quick response times. The stepping motor is a good choice for systems that need to control motion well and stay stable over time.
Frequently Asked Questions about PBM603DXC20:
Q: How does the PBM603DXC20 handle a thrust load of 14.7 N?
A: The motor is designed with robust construction to withstand a thrust load of 14.7 N, ensuring durability in high-stress applications.
Q: Why is the rotor inertia of the PBM603DXC20 0.4 x 10⁻⁴ kg·m²?
A: The low rotor inertia allows for precise control and rapid acceleration, making the motor ideal for applications requiring high responsiveness.
Q: Does the PBM603DXC20 operate on 24 V DC input voltage?
A: Yes, the PBM603DXC20 operates on a 24 V DC input voltage with a tolerance of ±5%, ensuring stable performance.
Q: How does the PBM603DXC20 achieve a static friction torque of 0.8 N·m?
A: The motor’s design and materials enable a static friction torque of 0.8 N·m, providing reliable holding power when stationary.
Q: Why is the excitation current of the PBM603DXC20 0.25 A?
A: The low excitation current of 0.25 A reduces power consumption while maintaining efficient motor performance.
