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GIDINGS&LEWIS 503-17600-00涡轮处理器

发布时间:2025-09-01人气:
  • GIDINGS&LEWIS 503-17600-00涡轮处理器
  • GIDINGS&LEWIS 503-17600-00涡轮处理器
  • GIDINGS&LEWIS 503-17600-00涡轮处理器

 GIDINGS&LEWIS 503-17600-00涡轮处理器

1.产 品 资 料 介 绍:

Giddings & Lewis 503-17600-00 涡轮处理器介绍

一、产品概述

Giddings & Lewis 503-17600-00 涡轮处理器,是专为高速旋转机械与数控系统打造的 “高速信号处理与控制核心” 模块。其核心功能聚焦于旋转设备关键数据的实时交互:一方面,精准采集涡轮、主轴等高速旋转设备的速度(如瞬时转速、平均转速)、位置(如绝对角度、相对位移)及加速度(如角加速度、线加速度)信号;另一方面,通过内置高性能运算单元对采集的信号进行实时分析、运算,并将处理结果反馈至控制系统,驱动执行机构调整动作,实现高精度运动控制与机械同步。


在精密机床与自动化系统中,该涡轮处理器是保障高速、高精度运行的关键组件 —— 无论是数控机床的高速切削、多轴设备的联动协同,还是涡轮机械的安全监控,都依赖其快速的信号处理能力与精准的反馈控制,为工业设备的高效化、精密化运行提供核心支撑。

二、产品特点

(一)高速信号处理能力

  1. 高速信号实时采集:具备超高的信号采样频率(通常可达 MHz 级别),可实时捕捉涡轮或旋转设备的高速动态信号。例如,在数控机床主轴高速旋转(转速可达 10000rpm 以上)场景中,能精准采集每转数千个脉冲信号,实时反映主轴的瞬时转速波动与位置变化,避免因采样延迟导致的信号失真,为后续控制决策提供精准原始数据。
  2. 多轴数据同步运算:支持多轴运动数据的同步采集与并行运算,可同时处理多台旋转设备的信号(如多轴数控机床的主轴与多个进给轴)。通过优化的同步算法,确保各轴数据采集的时间一致性,避免因数据延迟导致的多轴联动误差。例如,在多轴联动加工中,能同步运算各轴的速度、位置数据,为控制器的插补运算提供同步支撑,确保多轴运动轨迹平滑精准,满足高速、复杂加工需求。
  3. 高响应性保障:凭借高性能运算芯片与精简的信号处理流程,大幅缩短信号从采集到反馈的延迟时间(通常可达微秒级)。在高速动态场景中(如旋转设备突然加速、减速或负载突变),能快速响应信号变化,及时调整输出控制指令,避免因响应滞后导致的设备失步或控制偏差,保障系统在高速运行下的稳定性与准确性。

英文资料:

Introduction to Giddings&Lewis 503-17600-00 Turbo Processor

1、 Product Overview

Giddings&Lewis 503-17600-00 Turbo Processor is a "high-speed signal processing and control core" module designed specifically for high-speed rotating machinery and CNC systems. Its core function focuses on real-time interaction of key data of rotating equipment: on the one hand, it accurately collects speed (such as instantaneous speed, average speed), position (such as absolute angle, relative displacement), and acceleration (such as angular acceleration, linear acceleration) signals of high-speed rotating equipment such as turbines and spindles; On the other hand, real-time analysis and computation of collected signals are carried out through a built-in high-performance computing unit, and the processing results are fed back to the control system to drive the actuator to adjust actions, achieving high-precision motion control and mechanical synchronization.

In precision machine tools and automation systems, the turbo processor is a key component that ensures high-speed and high-precision operation - whether it is high-speed cutting of CNC machine tools, linkage and coordination of multi axis equipment, or safety monitoring of turbo machinery, it relies on its fast signal processing capability and precise feedback control, providing core support for the efficient and precise operation of industrial equipment.

2、 Product Features

(1) High speed signal processing capability

Real time acquisition of high-speed signals: With ultra-high signal sampling frequency (usually up to MHz level), it can capture high-speed dynamic signals of turbines or rotating equipment in real time. For example, in scenarios where the spindle of a CNC machine tool rotates at high speeds (up to 10000rpm), thousands of pulse signals can be accurately collected per revolution, reflecting the instantaneous speed fluctuations and position changes of the spindle in real time, avoiding signal distortion caused by sampling delays, and providing accurate raw data for subsequent control decisions.

Multi axis data synchronization operation: supports synchronous acquisition and parallel operation of multi axis motion data, and can simultaneously process signals from multiple rotating devices (such as the spindle and multiple feed axes of multi axis CNC machine tools). By optimizing the synchronization algorithm, the time consistency of data collection for each axis is ensured, avoiding multi axis linkage errors caused by data delay. For example, in multi axis linkage machining, the speed and position data of each axis can be synchronously calculated, providing synchronous support for the interpolation operation of the controller, ensuring smooth and accurate multi axis motion trajectories, and meeting the requirements of high-speed and complex machining.

High responsiveness guarantee: With high-performance computing chips and streamlined signal processing flow, the delay time from signal acquisition to feedback is significantly reduced (usually up to microseconds). In high-speed dynamic scenarios (such as sudden acceleration, deceleration, or sudden load changes of rotating equipment), it can quickly respond to signal changes, adjust output control instructions in a timely manner, avoid equipment out of step or control deviation caused by response lag, and ensure the stability and accuracy of the system during high-speed operation.

 2.产      品      展      示      

giddings_lewis_pic_turbo_processor_503-17600-00_5031760000_1 (1).jpg

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

Contact: +86 15270269218

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