8V1090.00-2 B&R 伺服驱动器 

【产品详情】

8V1090.00-2

型号类型：ACOPOS

ACOPOS 伺服驱动器 - 4 KW

制造商贝

加莱

型号

贝加莱阿科波斯

附加信息

ACOPOS 伺服驱动器，3x 400-480 V，8.8 A，4 kW，线路滤波器，集成制动电阻和电子元件重启抑制

预计发货尺寸尺寸

：3.0“ x 15.0” x 9.0“

（7.6 cm x 38.1 cm x 22.9 cm） 重量：10 磅 0.0 盎司（4.5 千克）

描述:

使用插入式模块的模块化机械设计

集成线路滤波器

集成制动电阻

所有连接均使用插入式连接器进行

集成电子重启抑制

ACOPOS 伺服驱动器，3x 400-480 V，8.8 A，4 kW，集成线路滤波器、制动电阻和电子安全重启联锁

8V1090.00-2伺服驱动系统是一种以机械位置或角度作为控制对象的自动控制系统，例如数控机床等。伺服系统中的驱动电机要求具有响应速度快、定位准确、转动惯量（ 机电系统中的伺服电机的转动惯量较大，为了能够和丝杠等机械部件直接相连，也为了得到极高的响应速度，伺服电机有一种专门的小惯量电机。

但这类电机的过载能力低，当使用在进给伺服系统中时，必须加减速装置。转动惯量反映了系统的加速度特性，在选择伺服电机时，系统的转动惯量不能大于电机转动惯量的3倍。）较大等特点，这类专用的电机称为伺服电机。当然，其基本工作原理和普通的交直流电机没有什么不同。该类电机的专用驱动单元称为伺服驱动单元，有时简称为伺服，一般其内部包括电流、速度和/或位置闭环。

　　8V1090.00-2伺服驱动系统的基本概念

伺服系统是数控机床的重要组成部分，是连接数控装置（计算机）和机床之间的关键桥梁，伺服系统的性能在很大程度上决定了数控机床的性能，如数控机床的定位精度、跟踪精度、最高移动速度等重要指标。建议我们先来学习一些基础概念，再学习各种进给伺服系统的控制方式。深刻理解掌握这部分知识，会对更好的学习后面的数控加工工艺有一定的帮助。

8V1090.00-2 B&R 伺服驱动器 

【英文介绍】

8 v1090. 00-2

Model Type: ACOPOS

ACOPOS servo driver - 4 KW

Manufacturer Shell

Calais

Model number

Belgae Akopos

Additional information

ACOPOS servo driver, 3x 400-480 V, 8.8A, 4 kW, line filter, integrated brake resistance and electronic restart suppression

Estimated shipping size Size

3.0 "x 15.0" x 9.0"

(7.6cm x 38.1cm x 22.9cm) Weight: 10lb 0.0oz (4.5kg)

Description:

Modular mechanical design using plug-in modules

Integrated line filter

Integrated brake resistance

All connections are made using plug-in connectors

Integrated electronic restart suppression

ACOPOS servo driver, 3x 400-480 V, 8.8A, 4 kW, integrated line filter, brake resistor and electronic safety restart interlock

The 8V1090.00-2 servo drive system is an automatic control system that takes the mechanical position or Angle as the control object, such as numerical control machine tools. The drive motor in the servo system requires a fast response speed, accurate positioning, moment of inertia (the moment of inertia of the servo motor in the electromechanical system is large, in order to be able to directly connect with the lead screw and other mechanical parts, but also in order to get a very high response speed, the servo motor has a special small inertia motor.

However, the overload capacity of this type of motor is low, and the deceleration device must be increased when used in the feed servo system. Moment of inertia reflects the acceleration characteristics of the system, when choosing a servo motor, the moment of inertia of the system can not be greater than 3 times the moment of inertia of the motor. Larger and other characteristics, this kind of special motor is called servo motor. Of course, its basic working principle is no different from that of ordinary AC-DC motors. The special drive unit of this type of motor is called the servo drive unit, sometimes referred to as the servo, which generally includes the current, speed and/or position closed loop.

The basic concept of 8V1090.00-2 servo drive system

The servo system is an important part of the CNC machine tool, is the key bridge between the CNC device (computer) and the machine tool, the performance of the servo system to a large extent determines the performance of the CNC machine tool, such as the positioning accuracy of the CNC machine tool, tracking accuracy, the highest moving speed and other important indicators. It is recommended that we first learn some basic concepts, and then learn the control methods of various feed servo systems. A deep understanding of this part of the knowledge will be of some help to better learn the numerical control processing technology behind.

8V1090.00-2 B&R 伺服驱动器 

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