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GIDINGS&LEWIS M.1017.6088 输入输出模块

发布时间:2025-08-26人气:
  • GIDINGS&LEWIS M.1017.6088 输入输出模块
  • GIDINGS&LEWIS M.1017.6088 输入输出模块

 GIDINGS&LEWIS  M.1017.6088 输入输出模块

1.产 品 资 料 介 绍:

一、产品概述

在 Giddings & Lewis PiC900 系列控制系统构建的工业自动化版图中,M.1017.6088 输入输出模块占据着举足轻重的地位,堪称系统与外界交互的关键 “信号枢纽”。其核心使命在于高效实现控制器与现场设备之间的数字和模拟信号交互,是保障整个工业自动化系统流畅运行的基石。一方面,它如同敏锐的 “感知触角”,负责精准采集来自各类传感器的实时数据以及设备的状态信号,无论是温度传感器反馈的环境温度数据,还是限位开关传递的设备位置状态,都能被其迅速捕获;另一方面,它又化身为有力的 “控制执行者”,将控制器生成的控制指令精准无误地输出给执行器或设备,驱动电机运转、控制阀门开合,进而实现工业自动化系统的实时监控与精准控制,确保生产流程有条不紊地推进 。

二、技术特性

  1. 多通道输入 / 输出,多元信号兼容:M.1017.6088 具备强大的多通道输入 / 输出能力,能够同时支持多路数字量和模拟量信号的输入输出操作。在复杂的工业生产环境中,现场设备种类繁多,产生的信号类型也丰富多样。例如在大型化工生产装置中,既有温度、压力、流量等模拟量信号,又有设备启停、阀门开闭等数字量信号。该模块可凭借其多通道特性,并行处理这些不同类型的信号,满足大规模、多样化的工业自动化控制需求,为系统提供全面、精准的信号交互支持 。
  2. 实时信号采集,高实时性保障:快速响应现场设备状态变化是 M.1017.6088 的显著优势之一。在工业自动化系统运行过程中,设备状态瞬息万变,及时掌握这些变化对于保障系统稳定运行至关重要。以自动化生产线为例,当物料输送带上的产品位置传感器检测到产品到达特定位置时,M.1017.6088 能够在极短时间内捕捉到这一信号变化,并迅速将其传输给控制器。这种高实时性的信号采集能力,确保了控制系统能够及时做出反应,对设备运行状态进行实时调整,极大地提升了系统的响应速度与控制精度,保障了生产过程的高效、稳定进行 。
  3. 模块化设计,协同工作高效:采用模块化设计理念的 M.1017.6088,可便捷地插装在 PiC900 系统机架之上,与 CPU 模块、伺服驱动器及其他扩展模块实现无缝协同工作。在系统搭建初期,工程师能够依据实际生产需求,灵活选择并组合各类模块,构建出最适配的工业自动化控制系统架构。在系统运行期间,若需要对功能进行扩展或对模块进行维护,只需对相应模块进行插拔操作,无需对整个系统进行大规模拆解与重新调试,大大降低了系统维护成本与升级难度,提升了系统的可扩展性与可维护性,保障了工业生产的连续性 。

英文资料:

1、 Product Overview

In the industrial automation layout constructed by the Giddings&Lewis PiC900 series control system, the M.1017.6088 input/output module occupies a pivotal position and can be regarded as a key "signal hub" for the system's interaction with the outside world. Its core mission is to efficiently achieve digital and analog signal interaction between controllers and field devices, which is the cornerstone of ensuring the smooth operation of the entire industrial automation system. On the one hand, it is like a sharp "sensing antenna", responsible for accurately collecting real-time data from various sensors and device status signals. Whether it is environmental temperature data feedback from temperature sensors or device position status transmitted by limit switches, it can be quickly captured by it; On the other hand, it also transforms into a powerful "control executor", accurately outputting control instructions generated by the controller to actuators or devices, driving motors to operate, controlling valve opening and closing, thereby achieving real-time monitoring and precise control of industrial automation systems, ensuring the orderly progress of production processes.

2、 Technical characteristics

Multi channel input/output, compatible with multiple signals: M.1017.6088 has powerful multi-channel input/output capabilities and can simultaneously support input/output operations for multiple digital and analog signals. In complex industrial production environments, there are various types of on-site equipment, and the types of signals generated are also diverse. For example, in large-scale chemical production facilities, there are both analog signals such as temperature, pressure, and flow rate, as well as digital signals such as equipment start stop and valve opening and closing. This module, with its multi-channel characteristics, can process these different types of signals in parallel, meeting the needs of large-scale and diversified industrial automation control, and providing comprehensive and accurate signal interaction support for the system.

Real time signal acquisition and high real-time guarantee: One of the significant advantages of M.1017.6088 is its ability to quickly respond to changes in the status of on-site equipment. During the operation of industrial automation systems, equipment status changes rapidly, and timely monitoring of these changes is crucial for ensuring stable system operation. Taking an automated production line as an example, when the product position sensor on the material conveyor belt detects that the product has reached a specific position, M.1017.6088 can capture this signal change in a very short time and quickly transmit it to the controller. This high real-time signal acquisition capability ensures that the control system can respond in a timely manner, adjust the equipment's operating status in real time, greatly improve the system's response speed and control accuracy, and ensure the efficient and stable production process.

Modular design, efficient collaborative work: M.1017.6088, which adopts the modular design concept, can be easily plugged into the PiC900 system rack to achieve seamless collaboration with CPU modules, servo drives, and other expansion modules. In the initial stage of system construction, engineers can flexibly select and combine various modules based on actual production needs to build the most suitable industrial automation control system architecture.

 2.产      品      展      示      

giddings_lewis_rep_exch_pic900_32_dc_output_sink_m_1017_6088_1.jpg

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

Contact: +86 15270269218

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