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GIDDINGS & LEWIS M.1302.7764输入模块

发布时间:2025-08-27人气:
  • GIDDINGS & LEWIS M.1302.7764输入模块
  • GIDDINGS & LEWIS M.1302.7764输入模块

 GIDINGS&LEWIS  M.1302.7764输入模块

1.产 品 资 料 介 绍:

产品概述

在工业自动化进程中,Giddings & Lewis M.1302.7764 作为一款功能卓越的工业级数字 / 模拟输入模块,肩负着关键使命。它宛如一座连接现实物理世界与数控系统、自动化控制系统的桥梁,能够高效接收来自传感器、开关以及其他各类输入设备发出的信号。其核心工作便是将这些外部物理信号,精准无误地转换为可供中央控制板轻松处理的数字或模拟数据。凭借这一关键功能,它为机械动作的精确操控、生产流程的顺畅推进以及监控系统的稳定运行,提供了坚实的数据基础,是实现工业自动化精准控制的核心组件之一。

技术参数(典型特性)

  1. 模块类型:明确定位为数字 / 模拟输入模块(Digital/Analog Input Module),专为工业自动化场景的信号采集与转换需求设计,在整个控制系统架构中扮演着不可或缺的前端数据采集角色。
  2. 输入通道数:具备出色的扩展性,根据不同系统配置需求,通常可支持 8 至 16 个输入通道。这意味着它能够同时接入多个传感器或开关设备,满足复杂工业环境下多样化的信号采集需求,无论是小型自动化设备,还是大型自动化生产线,都能灵活适配。
  3. 信号类型
    • 数字输入:可轻松应对开关量信号,如设备的启动 / 停止按钮信号、限位开关信号等,能快速准确地识别设备状态变化;同时也能高效处理脉冲信号,例如编码器输出的脉冲,用于精确测量设备运动位置与速度,为自动化控制提供关键的位置与速度反馈数据。
    • 模拟输入:支持电压信号与电流信号的采集。在工业生产中,诸多传感器通过电压或电流变化来传输测量数据,像温度传感器输出的电压信号反映环境温度,压力传感器输出的电流信号体现压力大小,该模块能够精准采集并转换这些模拟信号,供控制系统分析处理。
  4. 采样精度:针对模拟信号采集,拥有高达 16 位的采样精度。这意味着它能够对模拟信号进行极为精细的量化处理,将信号的微小变化精确捕捉并转换为数字量,为控制系统提供高精度的数据,从而实现对工业生产过程的精准控制,有效降低控制误差,提升产品质量。
  5. 响应时间:具备微秒级的超快速响应时间,这一特性使其在实时控制场景中表现卓越。在工业自动化生产过程中,设备状态变化瞬息万变,该模块能够在极短时间内完成信号采集与转换,及时将最新数据传递给中央控制板,确保控制系统能够迅速做出反应,满足实时性要求极高的控制任务,如高速运转设备的紧急制动控制。

英文资料:

Product Overview

In the process of industrial automation, Giddings&Lewis M.1302.7764, as an excellent industrial grade digital/analog input module, shoulders a critical mission. It is like a bridge connecting the real physical world with numerical control systems and automation control systems, capable of efficiently receiving signals from sensors, switches, and other input devices. Its core task is to accurately convert these external physical signals into digital or analog data that can be easily processed by the central control board. With this key function, it provides a solid data foundation for precise control of mechanical actions, smooth progress of production processes, and stable operation of monitoring systems, and is one of the core components for achieving precise control of industrial automation.

Technical parameters (typical characteristics)

Module type: Clearly positioned as a Digital/Analog Input Module, designed specifically for signal acquisition and conversion requirements in industrial automation scenarios, playing an indispensable role in front-end data acquisition in the entire control system architecture.

Number of input channels: With excellent scalability, it can usually support 8 to 16 input channels according to different system configuration requirements. This means that it can simultaneously connect multiple sensors or switch devices, meeting the diverse signal acquisition needs in complex industrial environments. Whether it is small automation equipment or large automation production lines, it can be flexibly adapted.

Signal type:

Digital input: It can easily handle switch signals, such as device start/stop button signals, limit switch signals, etc., and can quickly and accurately identify changes in device status; At the same time, it can efficiently process pulse signals, such as the pulses output by encoders, for precise measurement of equipment motion position and speed, providing key position and speed feedback data for automation control.

Analog input: Supports the acquisition of voltage and current signals. In industrial production, many sensors transmit measurement data through voltage or current changes. For example, the voltage signal output by a temperature sensor reflects the ambient temperature, and the current signal output by a pressure sensor reflects the pressure magnitude. This module can accurately collect and convert these analog signals for analysis and processing by the control system.

Sampling accuracy: For analog signal acquisition, it has a sampling accuracy of up to 16 bits. This means that it can perform extremely fine quantization processing on analog signals, accurately capturing and converting small changes in signals into digital quantities, providing high-precision data for control systems, thereby achieving precise control of industrial production processes, effectively reducing control errors, and improving product quality.

Response time: With microsecond level ultra fast response time, this feature makes it perform excellently in real-time control scenarios. In the process of industrial automation production, equipment status changes rapidly. This module can complete signal acquisition and conversion in a very short time, timely transmit the latest data to the central control board, ensure that the control system can respond quickly, and meet the high real-time requirements of control tasks, such as emergency braking control of high-speed equipment.

2.产      品      展      示      

giddings_lewis_rep_exch_bio_resolver_input_assembly_m_1302_7764 (2).jpg

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TOYOTA 00591-32004-81 Control Pulse Card

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

Contact: +86 15270269218

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