P50B07030DXS10
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The P50B07030DXS10 servo motor delivers a motor output of 300 watts, a rated torque of 17.4 N·m, a reduction ratio of 1/25, and measures 120 mm in dimensions. Part of the P5 Super BL Servo Motors series by Sanyo Denki, it operates with an AC servo drive and is designed for precise and efficient performance.
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Product Description:
The P50B07030DXS10 is a servo motor which comes in advanced features such as high speed capability, efficient torque generation ability and responsiveness with fast acceleration. Sanyo Denki is the manufacturer of these innovative servo products.
The P50B07030DXS10 Servo Motor produces 0.483 N·m per ampere of current supplied to the armature which makes it an efficient module in torque generation per unit current. It responds to input changes in 1.8 ms which indicates faster acceleration and better dynamic performance and makes it suitable for high speed applications. This model has the minimum allowable speed of 4,500 min⁻¹which defines operating range before potential mechanical or thermal limits are reached. The acceptable environmental temperature range for safe operation is 0 to +40C and its efficiency may decrease or damage may occur beyond this range. This module is able to generate 16.86 ± 10% mV/min⁻¹ of voltage when rotating. It is also able to generate 2.94 Nm of torque when it is not operating which is important for applications needing high peak torque for short bursts. The winding of this model has the electrical resistance of 2.9 ohm due to which heat dissipation is higher.
This P5 Super BL Servo Motors series model comes with a mass of 1.71 kilograms which affects installation, handling and inertia. The vibration tolerance level of this model is determined by its vibration classification which is V15. The type of position feedback system used for precise motion control in this module is an incremental encoder which provides real time position and speed feedback, which is crucial for servo controlled applications. This
Frequently Asked Questions about P50B07030DXS10:
Q: How does the high torque constant of the P50B07030DXS10 improve efficiency in servo applications?
A: The 0.483 N·m/Arms torque constant ensures efficient power conversion, reducing energy waste. This improves torque response and minimizes heat generation during extended operation.
Q: Why is the mechanical time constant of 1.8 ms important in the P50B07030DXS10?
A: A low mechanical time constant enables fast acceleration, improving motion response and precision in high-speed applications. This feature makes the motor ideal for robotics and CNC systems.
Q: What advantage does the 2.94 N·m instantaneous maximum stall torque provide in P50B07030DXS10?
A: The high stall torque allows the motor to withstand sudden load changes without stalling. This feature is crucial for applications requiring short bursts of peak torque.
Q: How does the phase armature resistance of 2.9 Ω impact the performance of the P50B07030DXS10?
A: The higher resistance leads to more heat dissipation, which must be managed for long-term efficiency. Proper cooling and ventilation help maintain optimal performance in industrial environments.
Q: Why does the P50B07030DXS10 use an incremental encoder for motion control?
A: The incremental encoder provides real-time position and speed feedback, ensuring precise motion adjustments. This enhances the accuracy and stability of servo-driven automation systems.
