8MSC5L.R0-D200-2
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The 8MSC5L.R0-D200-2 is a linear servo motor with a peak force of 2090 N, a continuous force of 619 N, and an IP65 protection class. Part of the 8MS Three Phase Synchronous Motors series by B & R Automation, it features a magnet pitch of 60 mm and utilizes natural cooling for efficient operation.
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Product Description:
The 8MSC5L.R0-D200-2 Servo motor achieves high accuracy by optimizing the motion with precise torque and speed regulation. It is made by the B & R Automation company. It supplies a rated torque of 14.3 Nm. The stall torque of this servo motor is 17.6 Nm. The torque sensitivity of the motor is 1.56 Nm per amp.
The 8MSC5L.R0-D200-2 servo motor can deliver a maximum torque of 40.5 Nm under peak demand. It outputs 4.49 kW of rated mechanical power to ensure a strong and steady performance. The motor consumes 9.49 A of continuous current. It uses a stall current of 11.31 A. The motor has a voltage constant of 94 V per 1000 RPM to ensure controlled performance. It is capable of withstanding a peak current of 52 A. The settling time of the 8MSC5L.R0-D200-2 servo motor is 9.42 ms. The position feedback of the servo motor is handled by an analog resolver. This resolver delivers ±3 arcminutes of accuracy for reliable motion tracking. The resolver operates with an excitation voltage of 7 V RMS at a frequency of 10 kHz. This maintains precise signal output in variable conditions.
The shaft diameter of the 8MSC5L.R0-D200-2 servo motor is 19 mm with a H6 fit. It extends 40 mm in length, including a 6 mm key slot for shaft coupling. The mounting flange size is 140 mm to match standard industrial automation layouts. The total motor length is about 250 mm. It has a mass moment of inertia of 7.3 kg·cm². The net weight of the servo motor is 11.2 kg, without the brake. The motor supports a top speed of 9000 1/min. It can also achieve a maximum acceleration of 55,479 rad/s².
Frequently Asked Questions about 8MSC5L.R0-D200-2:
Q: How does the 8MSC5L.R0-D200-2 motor achieve precise speed control?
A: The 8MSC5L.R0-D200-2 motor achieves precise speed control with its voltage constant of 94 V per 1000 RPM. This ensures consistent and stable performance under varying loads and speeds.
Q: What advantage does the analog resolver provide for the 8MSC5L.R0-D200-2 motor?
A: The analog resolver in the 8MSC5L.R0-D200-2 motor provides ±3 arcminutes of accuracy, ensuring reliable motion tracking. This enhances precision in position feedback, even under dynamic conditions.
Q: Why is the settling time of 9.42 ms important for the 8MSC5L.R0-D200-2 motor?
A: The 9.42 ms settling time of the 8MSC5L.R0-D200-2 motor enables quick and precise response to changes in input. This reduces latency and improves real-time control for high-speed applications.
Q: How does the 8MSC5L.R0-D200-2 motor manage peak torque demands?
A: The 8MSC5L.R0-D200-2 motor can deliver a peak torque of 40.5 Nm under high demand, providing extra power when required. This ensures stable performance during rapid acceleration or heavy load applications.
Q: Why is the motor's mass moment of inertia of 7.3 kg·cm² significant?
A: The mass moment of inertia of 7.3 kg·cm² in the 8MSC5L.R0-D200-2 motor allows it to achieve fast acceleration and deceleration. This is vital for applications requiring dynamic motion control and quick response times.
