SH31002P11A2000 伺 服电机 具有128周期速度反馈分辨率

该产品是lexum 52 & Motors系列的一部分，为PacDrive 3提供伺服电机。4极伺服电机，最大机械转速6000RPM，平行键轴端，不带制动。它配备了绝对单转SinCos Hiperface®编码器，具有128周期速度反馈分辨率。它是一种伺服电机，额定电源电压115V ~ 480V，连续失速电流4.8A，连续功率1900W。轴尺寸为19毫米(直径)× 40毫米(长度)。它配有可旋转的直角连接器，用于电气连接。它是IP54和IP65等级的产品。本产品长度204.5mm，定心圈尺寸3.5mm(深)× 95mm(直径)，安装孔115mm。它重5.8公斤。该范围与PacDrive 3兼容，用于运动中心机器。它支持100mm国际标准法兰安装与自然对流冷却系统。lexum 52为lexum 62多轴伺服系统提供了理想的平衡，使PacDrive系统成为最灵活的运动控制解决方案之一。lexum独立伺服驱动器从0.4kW和7kW基于PacDrive的自动化解决方案。

SH31002P11A2000 伺服电机和步进电机都是用于精确控制运动的电机，但它们的工作原理和性能特点不同。

SH31002P11A2000 伺服电机是一种闭环控制的电机，它通过内置的编码器反馈信号来控制电机的位置和速度。伺服电机的特点是精度高、响应速度快、控制性能好，但价格相对较高。

步进电机是一种开环控制的电机，它通过输入的脉冲信号来控制电机的位置和速度。步进电机的特点是精度相对较低、响应速度较慢、控制性能一般，但价格相对较低。

在选择伺服电机还是步进电机时，需要根据应用场景的具体需求来考虑。如果需要高精度、高响应速度和高控制性能的运动控制，则选择伺服电机更为合适；如果需要低成本、低精度和低响应速度的运动控制，则选择步进电机更为合适。

SH31002P11A2000伺服电机和步进电机在不同的应用场景下有不同的优势。

伺服电机适合高精度、高响应速度和高控制性能的运动控制，因此在需要精确控制的场合，如机器人、数控机床、自动化生产线等应用场景中比较适合。

步进电机适合低成本、低精度和低响应速度的运动控制，因此在一些简单的场合，如玩具、打印机、医疗设备等应用场景中比较适合。

总之，选择伺服电机还是步进电机需要根据应用场景的具体需求来考虑。

SH31002P11A2000 伺 服电机 具有128周期速度反馈分辨率

The product is part of the lexum 52 & Motors family and provides servo motors for the PacDrive 3. 4 pole servo motor, maximum mechanical speed 6000RPM, parallel key shaft end, no brake. It is equipped with an absolute single turn SinCos Hiperface® encoder with 128 cycle speed feedback resolution. It is a servo motor, rated power supply voltage 115V ~ 480V, continuous stall current 4.8A, continuous power 1900W. The shaft size is 19 mm (diameter) x 40 mm (length). It is equipped with rotatable right Angle connectors for electrical connections. It is IP54 and IP65 rated. The length of this product is 204.5mm, the size of the centering ring is 3.5mm(depth)× 95mm(diameter), and the mounting hole is 115mm. It weighs 5.8 kilograms. The range is compatible with PacDrive 3 and is used in motion center machines. It supports 100mm international standard flange mounting with natural convection cooling system. The lexum 52 provides the ideal balance for the lexum 62 multi-axis servo system, making the PacDrive system one of the most flexible motion control solutions available. lexum standalone servo drives from 0.4kW and 7kW are PacDrive-based automation solutions.

The SH31002P11A2000 servo motor and stepper motor are both motors used for precise control of motion, but their working principles and performance characteristics are different.

The SH31002P11A2000 servo motor is a closed-loop controlled motor, which controls the position and speed of the motor through a built-in encoder feedback signal. Servo motor is characterized by high precision, fast response speed, good control performance, but the price is relatively high.

Stepper motor is an open-loop controlled motor, which controls the position and speed of the motor through the input pulse signal. The stepper motor is characterized by relatively low accuracy, slow response speed, general control performance, but the price is relatively low.

When choosing a servo motor or a stepper motor, it needs to be considered according to the specific needs of the application scenario. If the motion control with high precision, high response speed and high control performance is required, the servo motor is more suitable; If you need low cost, low precision and low response speed motion control, it is more appropriate to choose a stepper motor.

SH31002P11A2000 servo motor and stepper motor have different advantages in different application scenarios.

Servo motors are suitable for motion control with high precision, high response speed and high control performance, so they are suitable for applications requiring precise control, such as robots, CNC machine tools, automated production lines and other application scenarios.

Stepper motor is suitable for low cost, low precision and low response speed motion control, so it is suitable for some simple occasions, such as toys, printers, medical equipment and other application scenarios.

In short, the choice of servo motor or stepper motor needs to be considered according to the specific needs of the application scenario.