GIDINGS&LEWIS M.1017.6083编码器模块

1.产 品 资 料 介 绍：

GIDINGS&LEWIS M.1017.6083 编码器模块介绍

一、工作原理

二、性能参数

1. 分辨率：该模块分辨率出色，每旋转一周能输出大量脉冲数，例如常见的 1024、2048 脉冲 / 转等规格，这意味着它能精确分辨极小的角度或位移变化，为系统提供高精度的位置反馈数据，适用于对精度要求严苛的工业加工、精密测量等场景。
2. 信号输出类型：支持多种输出类型，如增量式输出的 A 相、B 相、Z 相（或 C 相）信号。A 相和 B 相之间相互延迟 1/4 周期（90 度），通过判断 A、B 相的先后顺序以及上升、下降沿，可区分电机正反转，并且能实现 2 倍频或 4 倍频，提升测量精度；Z 相为单圈脉冲，每圈发出一个脉冲，用于确定零位参考点。此外，可能还具备绝对值输出功能，以二进制码、格雷码等形式输出绝对位置信息，即便在掉电情况下，也能保存设备位置，重新上电后可直接读取准确位置，避免重新校准，提高系统运行稳定性。
3. 响应频率：拥有较高的响应频率，能在 1 秒钟内快速响应大量脉冲，假设最大响应频率可达 100kHz，这使得它在电机高速运转时，也能及时、准确地将位置和速度信息反馈给控制系统，确保系统对电机的实时精确控制，防止因反馈延迟导致的控制偏差。
4. 电气接口兼容性：配备多种电气接口，如常见的推拉输出（HTL 格式）、电压输出、集电极开路输出（NPN/PNP 型管输出）、长线驱动器输出等，可灵活适配不同类型的控制器与控制系统，降低系统集成难度，方便在各类工业自动化架构中应用。

英文资料：

Introduction to GIDINGS&LEWIS M.1017.6083 Encoder Module

In the field of industrial automation and precision control, encoder modules play a crucial role in the precise operation of equipment as key components. The GIDINGS&LEWIS M.1017.6083 encoder module is one of the highly anticipated products, widely used in various complex industrial scenarios with its advanced technology and reliable performance.

1、 Working principle

M. The 1017.6083 encoder module can operate based on photoelectric or magneto electric principles. The photoelectric sensor is coupled with a grating disk. When light passes through the gap of the grating disk and shines on the sensor, the motor shaft drives the grating disk to rotate, and the on/off changes of the light will generate periodic pulse signals. Magnetoelectric sensors use magnetic field changes to sense position information, such as using magnetic poles and Hall effect sensors. As the rotor position changes, the magnetic field changes are captured by the sensor and converted into electrical signals. Subsequently, the electronic signal processor within the module processes and decodes these raw signals, ultimately outputting digital pulse signals or absolute position values that can be recognized by the control system, providing precise feedback on key information such as the position, rotational speed, and direction of the motor shaft.

2、 Performance parameters

Resolution: This module has excellent resolution and can output a large number of pulses per rotation, such as common specifications such as 1024 and 2048 pulses per revolution. This means that it can accurately distinguish extremely small angle or displacement changes, providing high-precision position feedback data for the system. It is suitable for industrial processing, precision measurement and other scenarios that require high precision.

Signal output types: Supports multiple output types, such as incremental A-phase, B-phase, Z-phase (or C-phase) signals. The A and B phases are delayed by 1/4 cycle (90 degrees) from each other. By determining the order of A and B phases and their rising and falling edges, the motor's forward and reverse directions can be distinguished, and it can achieve 2 or 4 times the frequency to improve measurement accuracy; The Z-phase is a single cycle pulse, with one pulse emitted per cycle to determine the zero reference point. In addition, it may also have an absolute value output function, which outputs absolute position information in the form of binary code, Gray code, etc. Even in the event of power failure, the device position can be saved, and the accurate position can be directly read after power on, avoiding recalibration and improving system stability.

Response frequency: It has a high response frequency and can quickly respond to a large number of pulses within 1 second. Assuming the maximum response frequency can reach 100kHz, it can also timely and accurately feedback position and speed information to the control system when the motor is running at high speed, ensuring real-time and precise control of the motor and preventing control deviation caused by feedback delay.

Electrical interface compatibility: Equipped with multiple electrical interfaces, such as common push-pull output (HTL format), voltage output, open collector output (NPN/PNP transistor output), and long line driver output, it can flexibly adapt to different types of controllers and control systems, reduce system integration difficulty, and facilitate application in various industrial automation architectures.

 2.产      品      展      示      

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

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