FANUC A06B-6272-H075#H610 驱动器

产品概述

A06B-6272-H075#H610 是 FANUC（发那科）品牌的一款高性能伺服驱动器，专为数控机床及自动化设备设计。

它具备高精度控制、快速响应和高可靠性，适用于金属加工、精密机械等场景。

技术规格

模块化设计：可扩展连接编码器、变频器等外围设备，适配同系列其他组件。

功能特性

智能调谐功能：具备自动调谐、振动抑制和负载补偿等特性，优化运动控制效果。

应用场景

自动化设备：在机器人、自动化生产线中实现高精度的定位和运动控制。

安装与调试

FANUC A06B-6272-H075 # H610 Driver

Product Overview

A06B-6272-H075 # H610 is a high-performance servo drive from FANUC brand, designed specifically for CNC machine tools and automation equipment.

It has high-precision control, fast response, and high reliability, suitable for scenarios such as metal processing and precision machinery.

Technical Specifications

Adaptation System: Compatible with FANUC CNC systems and third-party industrial control platforms, supporting multi protocol communication and device integration.

Power management: Built in power module, capable of generating 600V DC bus voltage and providing auxiliary power interfaces (+24V,+5V).

Input voltage: Suitable for industrial standard three-phase power supply (220V AC).

Communication protocol: Supports industrial bus protocols such as PROFIBUS and Ethernet, making it easy to interact with PLCs and upper computers.

Modular design: It can be extended to connect peripheral devices such as encoders and frequency converters, and is compatible with other components in the same series.

Features

High precision control: The speed accuracy can reach ± 0.05%, the response time is less than 10ms, and it can accurately adjust the speed of rotating equipment.

Multiple control modes: Supports speed control mode, position control mode, and torque control mode, suitable for different application scenarios.

Intelligent tuning function: With features such as automatic tuning, vibration suppression, and load compensation, it optimizes the motion control effect.

Application scenarios

Numerical Control Machine Tool: Used for controlling the spindle and feed axis of machining centers, lathes, milling machines, and other equipment.

Automation equipment: Achieving high-precision positioning and motion control in robots and automated production lines.

Installation and Debugging

Hardware installation: Ensure that the driver and motor models are compatible with the control system, pay attention to heat dissipation conditions, and ensure correct wiring.

Parameter setting: Adjust servo parameters such as gain, filter, motor inertia, etc. according to device requirements.

Communication configuration: Configure communication protocols and interfaces according to the user manual to ensure normal communication with the upper computer or PLC.