A06B-6100-H001 Fanuc 伺服驱动放大器 用于位置反馈的传感器

部件号： A06B-6100-H001

介绍： 6 AXIS SERVO DRIVE

产品系列： A06B-6100

A06B-6100-H001 是一款 35 磅重的 CNC 自动化 Fanuc 系列 6 轴伺服驱动器，我们今天准备为您提供一款！这款 6 轴伺服驱动放大器单元由 Fanuc 在日本制造，额定输入为 200-230V，最大输出电压为 230V。这些产品在日本制造，专为商品生产、高级加工和 CNC 铣削使用而设计。它们提供 MRO Electric 的 2 年保修。我们还提供来自其他制造商的伺服放大器，例如西门子和控制技术。

它是构成A06B-6100-H001的较小各种金属和塑料部件的整个集合体，该部件被设计为更大的Fanuc机器人的一部分;这件作品最终是有用的，因为它是一个功能更强大的机器人的一部分。

作为 A06B-61 系列的成员，这款 Fanuc 伺服驱动放大器能够占 6 轴。这是一个示例，如果零件工作不正常，可以购买新零件、购买使用零件或维修零件。

特征

伺服驱动器由两部分组成：它必须同时具有电机和用于位置反馈的传感器。像A06B-6100-H001这样的工业机器人被设计为完美工作，具有很高的要求，可以实现复杂的过程。机器人必须能够快速加速和减速，并精确定位自身以实现其编程要完成的目标。

优势

伺服驱动器将控制信号发送到放大器，放大器将信号放大到高功率，电机可以使用。放大器通过传感器接收信息，因此它可以知道它发送的电流命令正在引起什么影响，并根据反馈进行调整。因为这是一个 6 轴伺服驱动器，所以这是一个非常复杂的驱动器，因为它可以同时发送 6 个不同轴的控制，知道何时应该命令它们打开或关闭，这些命令必须以什么强度发送，以及如何接收与所有相关变量相关的反馈。

如何使用 A06B-6100-H001

导致电机中旋转器旋转的磁场在控制器的指挥下。该功能允许控制器发送信号命令，以改变导致旋转器移动的磁力的速度、运动和扭矩指南。所有这些都在伺服驱动器的帮助下完成，例如 A06B-6100-H001。由于这种特殊伺服驱动器的功率和复杂性，它能够向放大器发送许多不同的消息，以转换为高压，然后发送到电机和从电机接收。

A06B-6100-H001伺服驱动器（servo drives）又称为“伺服控制器”、“伺服放大器”，是用来控制伺服电机的一种控制器，其作用类似于变频器作用于普通交流马达，属于伺服系统的一部分，主要应用于高精度的定位系统。一般是通过位置、速度和力矩三种方式对伺服电机进行控制，实现高精度的传动系统定位，是传动技术的高端产品。

A06B-6100-H001伺服驱动器是由电路板、微芯片、电线和连接器制成的电子设备。它们连接到电机上，以控制电机的旋转。它们可以使电机加速、减速、停止，甚至随时倒退。这是通过控制和引导电机电线的电流来实现的。如果没有伺服驱动器，电机可能无法控制地旋转或根本不旋转。

A06B-6100-H001 Fanuc 伺服驱动放大器 用于位置反馈的传感器

Part number: A06B-6100-H001

Description: 6 AXIS SERVO DRIVE

Product Series: A06B-6100

The A06B-6100-H001 is a 35-pound CNC automated Fanuc Series 6-axis servo drive, and we're ready to deliver one to you today! Manufactured by Fanuc in Japan, this 6-axis servo-driven amplifier unit is rated at 200-230V input and 230V maximum output voltage. These products are manufactured in Japan and designed for use in commodity production, advanced machining and CNC milling. They come with a 2-year warranty on the MRO Electric. We also offer servo amplifiers from other manufacturers such as Siemens and Control Technologies.

It is an entire collection of smaller various metal and plastic parts that make up the A06B-6100-H001, which is designed to be part of the larger Fanuc robot; The piece was ultimately useful because it was part of a more powerful robot.

As a member of the A06B-61 series, this Fanuc servo drive amplifier is capable of accounting for 6 axes. This is an example where you can buy a new part, buy a use part, or repair a part if the part is not working properly.

trait

The servo drive consists of two parts: it must have both a motor and a sensor for position feedback. Industrial robots like the A06B-6100-H001 are designed to work perfectly, have high demands and can achieve complex processes. The robot must be able to accelerate and decelerate quickly and position itself precisely to achieve what it is programmed to do.

advantage

The servo driver sends the control signal to the amplifier, which amplifies the signal to a high power that the motor can use. The amplifier receives information through sensors, so it can know what effect the current commands it sends are causing and adjust based on the feedback. Because this is a 6-axis servo drive, this is a very complex drive because it can send six non-coaxial controls at the same time, knowing when to command them on or off, at what strength those commands must be sent, and how to receive feedback related to all the relevant variables.

How to use A06B-6100-H001

The magnetic field that causes the rotator in the motor to rotate is under the command of the controller. This feature allows the controller to send signal commands to change the speed, motion, and torque guidelines of the magnetic forces that cause the spinner to move. All of this is done with the help of servo drives, such as the A06B-6100-H001. Due to the power and complexity of this particular servo drive, it is able to send many different messages to the amplifier for conversion to high voltage, which is then sent to and received from the motor.

A06B-6100-H001 servo drives (servo drives), also known as "servo controller", "servo amplifier", is used to control a servo motor controller, its role is similar to the frequency converter acting on the ordinary AC motor, is a part of the servo system, mainly used in high-precision positioning system. Generally, the servo motor is controlled through three ways of position, speed and torque to achieve high-precision transmission system positioning, which is a high-end product of transmission technology.

The A06B-6100-H001 servo driver is an electronic device made of circuit boards, microchips, wires and connectors. They are attached to the motor to control its rotation. They can make the motor speed up, slow down, stop, and even go backwards at any time. This is achieved by controlling and directing the current of the motor wires. Without a servo drive, the motor may spin uncontrollably or not at all.