ND31-3204VS-101-211-00 UN  |  伺服驱动器  |  TK-FTEB01 51309512-175 |  875EC-D1U-A 

型号：ND31-3204VS-101-211-00 UN

类别：伺服驱动器

货期：现货

发货方式：顺丰/德邦

质保：一年

伺服驱动器通常由电路板、微芯片、电线和连接器制成。它们可以连接到小型电机，如机器人手臂的肘部，也可以连接到大型电机，如重型机械或电动汽车的车轮。

伺服驱动器的工作原理如下：

接收控制信号：ND31-3204VS-101-211-00 UN 伺服驱动器接收来自控制器的控制信号，这些信号通常是模拟信号或数字信号，用于指示电机所需的运动状态，如转速、转向和位置。

比较器调节：ND31-3204VS-101-211-00 UN 伺服驱动器将控制信号与反馈信号进行比较。反馈信号由电机本身以及附加的传感器提供，用于实时检测电机的运动状态。

误差放大：比较器将控制信号和反馈信号的差异（即误差）放大，并将放大后的误差信号送往控制环节。

控制环节：根据放大后的误差信号，伺服驱动器中的控制环节计算输出信号，目的是使电机的运动状态逼近所需状态。

输出信号：控制环节根据计算结果生成相应的输出信号，通常是电流信号或脉冲信号，用于驱动电机。

驱动电机：ND31-3204VS-101-211-00 UN 输出信号由伺服驱动器送入电机，驱动电机输出所需的转矩和速度。

反馈信号调节：在电机运动期间，反馈信号持续检测电机的实际运动状态，并将该信息返回给伺服驱动器，以便进行进一步的调节。

应用

包括工业自动化、机器人技术、医疗设备、半导体制造以及纺织机械等。在这些领域中，伺服驱动器通过精确控制电机的位置和速度，确保了高效、稳定和安全的运行。

ND31-3204VS-101-211-00 UN | servo drive | TK-FTEB01 51309512-175 | 875EC-D1U-A

Model: ND31-3204VS-101-211-00 UN

Category: Servo drive

Delivery time: from stock

Delivery method: SF Express/Deppon

Warranty: One year

Servo drivers are usually made of circuit boards, microchips, wires and connectors. They can be connected to small motors, such as the elbows of robotic arms, or to larger ones, such as the wheels of heavy machinery or electric cars.

The servo drive works as follows:

Receive control signals: The ND31-3204VS-101-211-00 UN servo driver receives control signals from the controller, which are usually analog or digital signals to indicate the desired motion state of the motor, such as speed, steering and position.

Comparator adjustment: The ND31-3204VS-101-211-00 UN servo driver compares the control signal with the feedback signal. The feedback signal is provided by the motor itself and additional sensors for real-time detection of the motor's motion state.

Error amplification: The comparator amplifies the difference between the control signal and the feedback signal (that is, the error), and sends the amplified error signal to the control link.

Control link: According to the amplified error signal, the control link in the servo drive calculates the output signal, the purpose is to make the motor's motion state close to the required state.

Output signal: The control link generates the corresponding output signal according to the calculation result, usually the current signal or pulse signal, which is used to drive the motor.

Drive motor: ND31-3204VS-101-211-00 UN output signal is sent to the motor by the servo drive, driving the motor output required torque and speed.

Feedback signal adjustment: During motor movement, the feedback signal continuously detects the actual motion state of the motor and returns this information to the servo drive for further adjustment.

Apply

Including industrial automation, robotics, medical equipment, semiconductor manufacturing and textile machinery. In these areas, servo drives ensure efficient, stable and safe operation by precisely controlling the position and speed of the motor.