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GIDINGS&LEWIS 502-03786-00输入编码器

发布时间:2025-09-04人气:
  • GIDINGS&LEWIS 502-03786-00输入编码器
  • GIDINGS&LEWIS 502-03786-00输入编码器
  • GIDINGS&LEWIS 502-03786-00输入编码器

 GIDINGS&LEWIS 502-03786-00输入编码器

1.产 品 资 料 介 绍:

产品概述

GIDDINGS&LEWIS 502-03786-00 输入编码器模块,是工业控制系统里关键的位置与速度反馈输入部件。它的核心作用在于读取旋转编码器或线性编码器发出的信号,并将这些信号巧妙地转化为控制系统能够识别的数据格式。在现代化工业生产进程中,对设备运动的精准度把控愈发严苛,该模块凭借其卓越性能,为机床、自动化生产线以及机器人系统等设备,提供了极为精确的运动反馈数据。它是实现闭环控制与高精度定位的重要保障,助力设备达成多轴同步控制以及高速运动控制,为工业自动化迈向更高精度、更高效率的方向发展,奠定了坚实基础。

技术参数(典型指标,具体以实物为准)

  1. 模块类型:专为编码器输入设计,在整个工业控制体系中,精准对接编码器信号,扮演着信号中转与转化的关键角色。
  2. 通道数量:支持多通道输入,常见的通道配置在 4 至 8 路。多通道设计使得该模块能够同时处理多个编码器的信号,在复杂的工业设备中,例如多轴联动的数控机床,不同坐标轴的编码器信号都能被该模块同步采集与处理,极大提升了设备整体的控制精度与运行效率。
  3. 支持编码器类型:无论是增量式编码器,还是绝对值编码器,502-03786-00 输入编码器模块都能完美适配。增量式编码器通过输出脉冲信号来反映位置变化,模块能够精准捕捉并解析这些脉冲;绝对值编码器则能在任意时刻直接输出代表当前位置的绝对值编码,模块也能快速准确地读取并转化为控制系统可识别的位置信息,满足不同应用场景对编码器类型的多样化需求。
  4. 输入信号电平:可兼容 TTL 与 HTL 两种电平标准,具体根据所连接的编码器类型而定。TTL 电平以其高速、低功耗的特性,适用于一些对信号传输速度要求较高的场合;HTL 电平则凭借更强的抗干扰能力,在复杂电磁环境下表现出色。该模块能够智能识别并适配不同电平的编码器信号,确保信号传输的稳定性与准确性。
  5. 分辨率:其分辨率取决于所连接的编码器本体,最高可达到 25,000 至 50,000PPR(每转脉冲数)。高分辨率意味着能够对设备的运动位置进行更为精细的测量与反馈,在精密加工设备中,如加工高精度模具的数控机床,高分辨率的编码器模块能够将刀具的位置精度控制在极小范围内,保障产品的加工质量。
  6. 采样速度:具备高速采样能力,能够快速捕捉编码器信号的变化,完全可以满足实时控制的严苛要求。在高速运转的自动化生产线中,设备的运动状态瞬息万变,该模块的高速采样功能确保能够及时、准确地将编码器信号反馈给控制系统,使控制系统能够迅速做出响应,调整设备运行参数,保证生产线的稳定、高效运行。

英文资料:

Product Overview

The GIDDINGS&LEWIS 502-03786-00 input encoder module is a critical position and velocity feedback input component in industrial control systems. Its core function is to read the signals emitted by rotary encoders or linear encoders and cleverly convert these signals into data formats that the control system can recognize. In the process of modern industrial production, the precision control of equipment movement is becoming increasingly stringent. With its excellent performance, this module provides extremely accurate motion feedback data for equipment such as machine tools, automated production lines, and robot systems. It is an important guarantee for achieving closed-loop control and high-precision positioning, helping equipment achieve multi axis synchronous control and high-speed motion control, laying a solid foundation for the development of industrial automation towards higher precision and efficiency.

Technical parameters (typical indicators, specific subject to physical object)

Module type: Designed specifically for encoder input, it precisely interfaces with encoder signals in the entire industrial control system, playing a key role in signal relay and conversion.

Number of channels: Supports multi-channel input, with common channel configurations ranging from 4 to 8 channels. The multi-channel design enables the module to simultaneously process signals from multiple encoders. In complex industrial equipment, such as multi axis CNC machine tools, encoder signals from different coordinate axes can be synchronously collected and processed by the module, greatly improving the overall control accuracy and operational efficiency of the equipment.

Supporting encoder types: Whether it is an incremental encoder or an absolute value encoder, the 502-03786-00 input encoder module can be perfectly adapted. The incremental encoder reflects position changes by outputting pulse signals, and the module can accurately capture and analyze these pulses; The absolute value encoder can directly output the absolute value encoding representing the current position at any time, and the module can quickly and accurately read and convert it into position information recognizable by the control system, meeting the diverse requirements of encoder types in different application scenarios.

Input signal level: Compatible with both TTL and HTL level standards, depending on the type of encoder connected. TTL level, with its high-speed and low-power characteristics, is suitable for situations that require high signal transmission speed; HTL level performs well in complex electromagnetic environments due to its stronger anti-interference ability. This module can intelligently recognize and adapt encoder signals of different levels, ensuring the stability and accuracy of signal transmission.

Resolution: Its resolution depends on the connected encoder body and can reach up to 25000 to 50000 PRR (pulses per revolution). High resolution means the ability to measure and provide more precise feedback on the motion position of the equipment. In precision machining equipment, such as CNC machine tools for processing high-precision molds, high-resolution encoder modules can control the position accuracy of the tool within a very small range, ensuring the machining quality of the product.

Sampling speed: With high-speed sampling capability, it can quickly capture changes in encoder signals and fully meet the strict requirements of real-time control. In high-speed automated production lines, the motion state of equipment is constantly changing

 2.产      品      展      示      

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 61-0476-20 印刷电路板

4.其他英文产品

Bachmann IPC1412 FRE CM1G1 1G CF8G XPE通信处理器

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 61-0476-20 印刷电路板

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F46HENA-R2-NS-NV-00531X132APGACG1F31X300CCHAFG1
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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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