GIDDINGS & LEWIS M.1302.8136伺服驱动器

 GIDINGS&LEWIS  M.1302.8136伺服驱动器

1.产 品 资 料 介 绍：

产品概述

技术特性

1. 控制模式：支持位置、速度、扭矩三闭环控制，可根据不同应用场景灵活切换。例如，数控机床加工时用 “位置闭环” 保证刀具精准定位，机器人搬运时用 “速度闭环” 维持稳定移动，负载测试时用 “扭矩闭环” 控制输出力，全方位满足工业场景对运动控制的多样化需求。
2. 兼容性：深度适配 G&L 系列伺服电机与中央控制板，无需额外加装适配模块即可实现 “即插即用”。无论是搭配低惯性伺服电机提升响应速度，还是与中央控制板协同实现多轴联动，都能保障数据传输顺畅、控制指令精准执行，降低系统集成难度与成本。
3. 反馈支持：兼容编码器、解析器等反馈设备的信号输入，实时采集电机运行的位置、转速数据，并与预设参数对比修正。例如，在电子半导体设备中，通过高分辨率编码器反馈，可将电机定位误差控制在微米级，满足精密制造需求。
4. 响应速度：具备快速动态响应能力，能快速处理控制指令并调整电机输出，适配高加速、高频率的操作场景。比如自动化生产线的高速分拣设备，需要电机频繁启停、快速换向，该驱动器可确保电机在极短时间内完成状态切换，不影响生产节拍。
5. 保护功能：内置过流、过压、过热三重保护机制：当电机短路导致电流骤增时，过流保护快速切断输出；电源电压异常波动时，过压保护稳定电路；驱动器长时间高负载运行温度升高时，过热保护启动降额或停机，全方位保障伺服电机与整个控制系统的安全，避免设备损坏。
6. 模块化设计：采用标准化模块结构，安装时只需对准机架插槽即可固定，后期维护或升级时，无需拆解整个系统就能单独更换驱动器，大幅缩短停机时间；同时支持多模块扩展，可根据生产需求增加驱动器数量，实现多轴同步控制。

英文资料：

Product Overview

In the motion control system of industrial automation, Giddings&Lewis M.1302.8136 industrial servo drives are undoubtedly the "control core". It is designed for precise control of servo motors, capable of real-time management of motor speed, position, and torque. Through a closed-loop control mechanism and deep coordination of feedback signals, the motor can maintain millisecond level response and micrometer level positioning accuracy even during high-speed operation. Whether it is precision machining of CNC machine tools, flexible movements of robots, or efficient operation of automated production equipment, this driver undertakes core motion control tasks, like a "power commander", ensuring that every action of industrial automation systems is precise and stable, and is a key execution unit for achieving high-precision motion control in industry.

Technical Characteristics

Control mode: Supports position, speed, and torque closed-loop control, and can be flexibly switched according to different application scenarios. For example, during CNC machining, a "position closed loop" is used to ensure precise tool positioning, a "speed closed loop" is used to maintain stable movement during robot handling, and a "torque closed loop" is used to control output force during load testing, fully meeting the diverse needs of motion control in industrial scenarios.

Compatibility: Deeply compatible with G&L series servo motors and central control boards, achieving "plug and play" without the need for additional adapter modules. Whether paired with low inertia servo motors to improve response speed or coordinated with the central control board to achieve multi axis linkage, it can ensure smooth data transmission, precise execution of control instructions, and reduce system integration difficulty and cost.

Feedback support: Compatible with signal input from encoder, parser and other feedback devices, real-time collection of motor operating position and speed data, and comparison and correction with preset parameters. For example, in electronic semiconductor devices, the positioning error of the motor can be controlled at the micrometer level through high-resolution encoder feedback, meeting the requirements of precision manufacturing.

Response speed: Equipped with fast dynamic response capability, able to quickly process control instructions and adjust motor output, suitable for high acceleration and high-frequency operation scenarios. For example, high-speed sorting equipment in automated production lines requires frequent motor start stop and rapid commutation. This driver can ensure that the motor completes state switching in a very short time without affecting the production cycle.

Protection function: Built in triple protection mechanism for overcurrent, overvoltage, and overheating: When the motor short circuit causes a sudden increase in current, the overcurrent protection quickly cuts off the output; When the power supply voltage fluctuates abnormally, the overvoltage protection stabilizes the circuit; When the driver operates under high load for a long time and the temperature rises, the overheat protection will start to reduce the rating or shut down, fully ensuring the safety of the servo motor and the entire control system, and avoiding equipment damage.

Modular design: Adopting a standardized module structure, installation can be fixed by aligning with the rack slot. In the later maintenance or upgrade, the drive can be replaced separately without disassembling the entire system, greatly reducing downtime; Simultaneously supporting multi module expansion, the number of drivers can be increased according to production needs to achieve multi axis synchronous control.

2.产      品      展      示      

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

Contact: +86 15270269218