在工业自动化、工程机械、机器人及精密设备中，格雷码编码器是一种重要的旋转测控传感器。其输出信号采用格雷码（Gray Code）编码方式，可显著降低在高速或高干扰环境下的误差，确保控制系统获取准确的角度位置数据。格雷码编码器广泛应用于需要高可靠性、高精度测控的工程场景。 一、格雷码编码器概述 格雷码编码器通过将旋转轴的位置转换为格雷码输出信号，实现数字化测量和控制。其主要特点包括： 与普通二进制编码器相比，格雷码编码器在高速旋转或噪声环境下具有更高的抗干扰能力，保证角度信息准确无误。 二、国产化优势 西威迪提供全面国产化格雷码编码器方案，其优势包括： 通过国产化方案，格雷码编码器在精度、可靠性和...
In industrial automation, construction machinery, robotics, and precision equipment, single-turn absolute encoders serve as critical sensors for achieving high-precision angle measurement and position feedback. Unlike conventional incremental encoders, single-turn absolute encoders provide unique position data upon each power-up, enabling direct access to current angular information without requiring reset. This capability is particularly vital for servo control, multi-axis coordination, and precision engineering projects. I. Overview of Single-Turn Absolute Encoders Single-turn absolute encoders operate by converting the angular position of a rotating shaft into a unique digital signal output via optical, magnetic, or inductive methods. Key features include: - Continuous, high-precision measurement across the entire rotation range - Ideal for industrial applications requiring high-reliability feedback and rapid startup II. Advantages of Domestic Solutions XWDI offers comprehensive domestic single-turn absolute encoder solutions with key advantages including: Domestic single-turn absolute encoders deliver precision, reliability...
在工业自动化、工程机械、机器人及智能装备领域，绝对型编码器是实现精确位置和角度测量的重要传感器。它能够在每次上电时提供唯一的绝对位置数据，无需复位即可直接读取当前状态，这对于复杂自动化系统、伺服控制及高精度工程设备尤为关键。 一、绝对型编码器概述 绝对型编码器的核心功能是将机械旋转或位移转化为唯一电子信号，直接输出数字化位置数据。主要特点包括： 与增量型编码器相比，绝对型编码器的优势在于断电记忆和开机无需归零，适用于要求连续监控和高可靠性反馈的工程应用。 二、国产化优势 西威迪提供全面国产化绝对型编码器方案，优势包括： 国产化绝对型编码器在精度、可靠性和定制化方面可替代进口产品，为工程项目提供...
In the fields of industrial automation, construction machinery, robotics, and intelligent equipment, absolute encoders serve as critical sensors for achieving precise position and angle measurement. They provide unique absolute position data upon each power-up, enabling direct reading of the current state without requiring reset. This capability is particularly crucial for complex automated systems, servo control, and high-precision engineering equipment. I. Overview of Absolute Encoders The core function of absolute encoders is to convert mechanical rotation or displacement into unique electronic signals, directly outputting digital position data. Key features include: Compared to incremental encoders, absolute encoders offer advantages such as power-off memory and no need for zeroing upon startup, making them suitable for engineering applications requiring continuous monitoring and highly reliable feedback. II. Advantages of Domestic Production XWDI offers comprehensive domestic absolute encoder solutions with the following benefits: Through domestic R&D and manufacturing, these absolute encoders replace imported products, delivering high-precision measurement and long-term reliability...
在现代工业自动化、工程机械、机器人以及精密设备中，空心轴编码器是实现高精度旋转测控的重要元件。其独特的空心轴设计不仅便于直接安装在机械轴上，还能在高转速、高负载的工况下提供可靠、精准的角度和位置反馈。 一、空心轴编码器概述 空心轴编码器是一种通过空心轴结构直接套装在机械轴上的编码器，核心功能是将旋转角度或速度转化为电子信号。主要特点包括： 空心轴设计的优势在于减少机械装配误差，提高系统整体精度，同时降低安装空间占用和联轴器成本。 二、国产化优势 西威迪提供全面的国产化空心轴编码器解决方案，其优势包括： 国产化空心轴编码器在精度、可靠性和定制化方面可替代进口产品，为工程项目提供高可控性和稳定性。...
In modern industrial automation, construction machinery, port crane equipment, and heavy-duty conveying systems, heavy-duty encoders serve as the core sensors for achieving precise displacement and rotational measurement. Whether for high-torque mechanical shafts, long-stroke hydraulic systems, or large-scale logistics equipment, heavy-duty encoders deliver highly reliable and accurate feedback signals. They provide real-time data to control systems, ensuring the safe and stable operation of industrial systems.This content is officially released by the manufacturer and serves as a reference for engineering selection and technical guidance. I. Overview of Heavy-Duty Encoders The core function of heavy-duty encoders is to convert mechanical rotation or linear motion into electronic signals, enabling precise measurement and control through the control system. Key features include: Compared to standard industrial encoders, heavy-duty encoders prioritize mechanical strength and long-term stability, maintaining accurate measurement performance under high loads and harsh environments. II. Advantages of Domestic Solutions Sweedi offers comprehensive domestic heavy-duty encoder solutions with distinct advantages...
In the fields of industrial automation, construction machinery, robotics, and intelligent equipment, single-turn encoders serve as core sensors for measuring rotational angles and positions. Capable of providing precise angular feedback within a single revolution, they are indispensable components for various automation systems, servo control, and motion control applications. This content is officially released by the manufacturer and is suitable for engineering selection and technical reference. I. Overview of Single-Turn Encoders Single-turn encoders operate by converting the position of a rotating shaft into electrical signals, which are then processed electronically to output corresponding digital or pulse signals. Key features include: Compared to multi-turn encoders, single-turn encoders are suitable for applications with limited rotation ranges but high precision requirements, delivering reliable, real-time position data. II. Advantages of Domestic Solutions XWDI offers a full range of domestically produced single-turn encoder solutions with the following advantages: Through domestic solutions, single-turn encoders can replace imported products, achieving high precision...
In modern industrial automation, smart manufacturing, robotics, and construction machinery systems, industrial encoders serve as critical components ensuring precise measurement and control of equipment. Whether for rotary motion, linear displacement, or multi-axis control, industrial encoders deliver stable and reliable feedback data. This content is officially released by the manufacturer and serves as a suitable reference for engineering selection and technical guidance. I. Overview of Industrial Encoders Industrial encoders are sensors used to measure angles, positions, speeds, or displacements. Their core advantages include: Domestically produced industrial encoders ensure precision and reliability while enabling local manufacturing and rapid technical support. II. Advantages and Features of Domestic Production Through domestic design and manufacturing, industrial encoders offer the following benefits: Domestic solutions enable industrial encoders to replace imported products, ensuring both high-precision measurement and engineering reliability. III. Typical Application Scenarios Industrial encoders are widely used in: In these scenarios, ...
In industrial automation, intelligent equipment, and construction machinery systems, multi-turn absolute encoders serve as core sensors for providing long-stroke, high-precision angular measurement. Capable of recording multi-turn rotational angles, they enable continuous monitoring and position tracking, finding widespread application in robotics, multi-axis machinery, and complex automated systems. This article is officially published content from the website and is suitable as a reference for engineering selection. I. Introduction to Multi-Turn Absolute Encoders Multi-turn absolute encoders digitally record the absolute position for each rotation, outputting unique code values. Key features include: Domestically produced multi-turn absolute encoders meet engineering-grade standards for precision and reliability while supporting customization and localized supply. II. Advantages of Domestic Production XWDI offers comprehensive domestic multi-turn absolute encoder solutions with the following advantages: Domestic production enables these encoders to replace imported products, enhancing domestic content rates and engineering controllability. III. Typical Applications...
© Kunshan Sividi Co. Site Map Su ICP No. 14036688 
Su Gong Network Security No. 32058302003763
