GIDINGS&LEWIS 502-03055-00伺服板

 GIDINGS&LEWIS  502-03055-00伺服板

1.产 品 资 料 介 绍：

一、产品概述

二、产品特点

1. 高精度闭环控制，保障运动精准稳定：502 - 03055 - 00 伺服板采用先进的控制算法与技术，对伺服电机的位置、速度和扭矩进行实时监控与调整。在精密加工场景，如光学镜片打磨，通过对电机位置的精准控制，使打磨工具与镜片表面贴合精度达到微米级，确保镜片光学性能达标；在高速运转设备中，能实时调节电机扭矩，维持速度稳定，避免因负载变化导致的转速波动，有效提升运动精度与稳定性 。
2. 多轴控制能力，实现复杂联动：具备强大的多轴控制功能，可同时管控多个伺服通道。在多轴联动的自动化生产线中，能协调不同电机的动作，实现物料的精准搬运、定位与装配。以汽车零部件装配线为例，该伺服板可控制多个机械臂协同作业，有的负责抓取零件，有的负责定位安装，通过精确的多轴联动，大幅提高装配效率与质量，轻松应对复杂的工业生产需求 。
3. 高速响应，适配高速作业：对控制指令和反馈信号的处理速度极快，当接收到 CPU 发出的控制指令，或是编码器反馈的电机实时状态信号时，能在极短时间内做出响应。在高速加工中心，刀具需要频繁且快速地启停、换向，502 - 03055 - 00 伺服板可迅速调整电机运转，确保刀具动作精准及时，适应高速加工和工业动作的快节奏需求，极大提升生产效率 。
4. 模块化设计，便利系统运维：采用模块化设计理念，可便捷地插装于 PiC900 系统机架。在系统搭建初期，工程师能依据实际需求灵活选择模块，快速构建控制系统；后期若需扩展功能，如增加伺服电机控制数量，直接添加对应模块即可，无需重新布线与大规模调试。当模块出现故障时，技术人员也能快速定位并更换，有效缩短设备停机时间，降低维护成本，为工业生产的连续性提供有力支持 。

英文资料：

1、 Product Overview

In the PiC900 series control system built by Giddings&Lewis, the 502-03055-00 servo board can be regarded as the core hub of precision motion control. As a high-performance servo control unit, its main responsibility is to accurately drive and control servo motors, achieving closed-loop control of motor position, speed, and torque. In actual industrial automation systems, the servo board does not operate in isolation, but closely collaborates with the CPU, I/O modules, encoder, and driver. In the field of high-precision machine tools, it can ensure that the tool moves with micrometer level accuracy to complete precision machining of complex components; In industrial automation equipment, it can assist in the precise coordination of various mechanical components, achieve efficient and stable production, and provide solid guarantees for the high-precision operation of industrial automation.

2、 Product Features

High precision closed-loop control ensures precise and stable motion: The 502-03055-00 servo board adopts advanced control algorithms and technologies to monitor and adjust the position, speed, and torque of the servo motor in real time. In precision machining scenarios, such as optical lens polishing, precise control of the motor position ensures that the polishing tool adheres to the surface of the lens with an accuracy of micrometers, ensuring that the optical performance of the lens meets the standards; In high-speed operating equipment, the motor torque can be adjusted in real time to maintain stable speed, avoid speed fluctuations caused by load changes, and effectively improve motion accuracy and stability.

Multi axis control capability, achieving complex linkage: with powerful multi axis control function, it can simultaneously control multiple servo channels. In an automated production line with multi axis linkage, the actions of different motors can be coordinated to achieve precise material handling, positioning, and assembly. Taking the automotive parts assembly line as an example, this servo board can control multiple robotic arms to work together. Some are responsible for grabbing parts, while others are responsible for positioning and installation. Through precise multi axis linkage, assembly efficiency and quality are greatly improved, making it easy to meet complex industrial production needs.

High speed response, suitable for high-speed operations: The processing speed of control instructions and feedback signals is extremely fast. When receiving control instructions from the CPU or real-time motor status signals feedback from the encoder, it can respond in a very short time. In high-speed machining centers, cutting tools need to be frequently and quickly started, stopped, and reversed. The 502-03055-00 servo board can quickly adjust the motor operation to ensure accurate and timely tool movements, adapting to the fast-paced demands of high-speed machining and industrial operations, greatly improving production efficiency.

Modular design for convenient system operation and maintenance: Adopting the modular design concept, it can be easily plugged into the PiC900 system rack. In the initial stage of system construction, engineers can flexibly ｓｅｌｅｃｔ modules based on actual needs and quickly build control systems; If additional functions are needed in the later stage, such as increasing the number of servo motor controls, corresponding modules can be directly added without the need for rewiring and large-scale debugging. When a module malfunctions, technicians can quickly locate and ｒｅｐｌａｃｅ it, effectively reducing equipment downtime, lowering maintenance costs, and providing strong support for the continuity of industrial production.

  2.产      品      展      示      

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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218