GIDINGS&LEIS R.1300.5788伺服驱动器

 GIDINGS&LEWIS  R.1300.5788伺服驱动器

1.产 品 资 料 介 绍：

产品概述

核心功能特性

• 多模式精准控制：涵盖位置、速度、转矩控制模式。位置控制依脉冲指令精确控电机角度与位移；速度控制按模拟电压或数字指令调转速；转矩控制据负载及指令调输出转矩。
• 闭环反馈控制：与电机编码器构建闭环系统，实时监测电机位置与速度，对比反馈数据和目标值，依算法调整输出信号，消除偏差，提升控制精度与稳定性。
• 高速信号处理与响应：快速接收、解析上位控制器信号，高速运算单元短时间完成信号处理与控制策略生成，使电机快速响应指令，实现快速启停、加减速及高速运行。
• 完善的保护机制：集成过流、过压、过热、过载、短路等保护功能。实时监测电流、电压、温度等参数，异常时迅速切断输出、降压或停机，保护设备安全，降低故障率。

技术参数亮点

• 功率适配范围：适配 [X] kW 至 [X] kW 伺服电机，满足不同设备驱动需求，通用性强。
• 控制精度指标：位置控制精度达 ±[X] 脉冲，实现微米级定位；速度控制精度，额定负载变化时速度波动率低至 ±[X]%；转矩控制精度达 ±[X]%。
• 通信接口配置：配备 EtherCAT、Profinet 等工业以太网接口，及 CANopen、Modbus 现场总线接口，还有 RS - 485、RS - 232 串行接口，满足不同通信需求。
• 环境适应能力：工作温度 - [X]℃至 + [X]℃，湿度 [X]% RH 至 [X]% RH（无凝露），抗振动达 [X] m/s²，适应恶劣工业环境。

应用场景剖析

• 数控机床领域：精准控制主轴电机转速与转向，及坐标轴进给电机位置，确保加工精度，满足航空航天、模具制造等高精加工需求。
• 自动化生产线：驱动机械手臂、输送带等设备，实现物料搬运、加工、装配等自动化操作，提高生产效率与质量稳定性。
• 机器人系统：精确控制机器人关节电机运动，实现复杂任务，如物流搬运、医疗手术辅助等，提升机器人作业能力与可靠性。
• 其他工业场景：在印刷包装、纺织、新能源电池制造等行业，控制设备运动，提高生产精度与效率 。

英文资料：

Product Overview

GIDINGS&LEIS R.1300.5788 servo drive is a key equipment in industrial automation, which precisely drives servo motors. In scenarios such as CNC machine tools, automated production lines, and robot systems, receiving instructions from upper level controllers to regulate motor speed, steering, position, and output torque ensures high-precision and high response motion control of equipment.

Core functional characteristics

Multi mode precise control: covering position, speed, and torque control modes. Position control precisely controls the motor angle and displacement based on pulse commands; Speed control adjusts the speed according to analog voltage or digital commands; Torque control adjusts the output torque based on the load and commands.

Closed loop feedback control: Build a closed-loop system with the motor encoder to monitor the motor position and speed in real time, compare feedback data with target values, adjust output signals according to algorithms, eliminate deviations, and improve control accuracy and stability.

High speed signal processing and response: Quickly receive and analyze signals from the upper controller, and the high-speed computing unit completes signal processing and control strategy generation in a short period of time, enabling the motor to quickly respond to instructions, achieve fast start stop, acceleration/deceleration, and high-speed operation.

Comprehensive protection mechanism: integrated protection functions for overcurrent, overvoltage, overheating, overload, short circuit, etc. Real time monitoring of current, voltage, temperature and other parameters, quickly cutting off output, reducing voltage or shutting down in case of abnormalities, protecting equipment safety and reducing failure rates.

Technical parameter highlights

Power adaptation range: Suitable for servo motors ranging from [X] kW to [X] kW, meeting the driving needs of different devices, with strong versatility.

Control accuracy index: The position control accuracy reaches ± [X] pulses, achieving micrometer level positioning; Speed control accuracy, with a speed fluctuation rate as low as ± [X]% when the rated load changes; The torque control accuracy reaches ± [X]%.

Communication interface configuration: equipped with industrial Ethernet interfaces such as EtherCAT and Profinet, as well as CANopen and Modbus fieldbus interfaces, and RS-485 and RS-232 serial interfaces to meet different communication needs.

Environmental adaptability: Working temperature - [X] ℃ to+[X] ℃, humidity [X]% RH to [X]% RH (no condensation), anti vibration up to [X] m/s ², suitable for harsh industrial environments.

Application scenario analysis

In the field of CNC machine tools: precise control of spindle motor speed and direction, as well as coordinate axis feed motor position, to ensure machining accuracy and meet high-precision machining needs such as aerospace and mold manufacturing.

Automated production line: drives mechanical arms, conveyor belts, and other equipment to achieve automated operations such as material handling, processing, and assembly, improving production efficiency and quality stability.

Robot system: Accurately control the motion of robot joint motors to achieve complex tasks such as logistics handling, medical surgical assistance, etc., improving the robot's operational capabilities and reliability.

Other industrial scenarios: In industries such as printing and packaging, textiles, and new energy battery manufacturing, controlling equipment movement to improve production accuracy and efficiency.

 2.产      品      展      示      

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

Contact: +86 15270269218