GIDDINGS & LEWIS502-03653-01伺服控制板  PDF资料 

1.产 品 资 料 介 绍：

产品概述

GIDDINGS & LEWIS 502-03653-01 伺服控制板是一款用于工业自动化和数控机床系统的高性能伺服驱动控制模块。它主要负责对伺服电机的运动进行精确控制，实现速度、位置及扭矩的闭环调节，确保设备运行的稳定性和加工精度。

产品特点

1. 高精度控制

• 采用闭环反馈控制策略，结合编码器或解析器信号，实现微米级位置控制与平稳速度调节。

2. 快速响应

• 内部处理器具备高速运算能力，可实时响应负载和工况变化，保证电机在动态工况下仍能保持稳定运行。

3. 模块化设计

• 作为 Giddings & Lewis 控制系统中的功能部件，可方便地与主控CPU板、I/O模块等进行组合，扩展性强。

4. 可靠性高

• 采用工业级元器件，具有较强的抗干扰能力和过载保护能力，适合在振动、温度变化较大的环境中长期运行。

5. 通讯能力

• 支持与数控主机、运动控制器之间的总线通讯，保证伺服系统与上层控制系统的实时数据交互。

6. 智能化功能

• 内置自整定与故障诊断功能，能够自动识别系统惯量参数，优化伺服控制性能，并提供故障报警与保护机制。

7. 维护便捷

• 提供状态指示与诊断接口，便于工程人员进行现场调试和维护，减少停机时间。

英文资料：

Product Overview

GIDINGS&LEWIS 502-03653-01 servo control board is a high-performance servo drive control module used in industrial automation and CNC machine tool systems. It is mainly responsible for precise control of the motion of servo motors, achieving closed-loop adjustment of speed, position, and torque, ensuring the stability of equipment operation and machining accuracy.

Product Features

high-precision control

Adopting a closed-loop feedback control strategy, combined with encoder or parser signals, to achieve micrometer level position control and smooth speed regulation.

quick response

The internal processor has high-speed computing capability and can respond in real-time to changes in load and operating conditions, ensuring that the motor can maintain stable operation under dynamic conditions.

modular design

As a functional component in the Giddings&Lewis control system, it can be easily combined with the main control CPU board, I/O modules, etc., with strong scalability.

high reliability

Using industrial grade components, it has strong anti-interference and overload protection capabilities, suitable for long-term operation in environments with large vibration and temperature changes.

Communication ability

Support bus communication with CNC host and motion controller to ensure real-time data exchange between servo system and upper control system.

Intelligent functions

Built in self-tuning and fault diagnosis functions can automatically identify system inertia parameters, optimize servo control performance, and provide fault alarm and protection mechanisms.

Convenient maintenance

Provide status indication and diagnostic interfaces to facilitate on-site debugging and maintenance by engineering personnel, reducing downtime.

2.产      品      展      示      

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