EE-SX771 光电传感器中英文产品介绍
【中文介绍】
EE-SX771 是一款高性能槽型光电传感器，专为精准检测和稳定信号传输需求而设计。该产品采用红外光技术，通过内置发射器和接收器的无接触式检测方案，可快速识别物体位置变化或运动状态，适用于多种工业及电子设备的自动化控制场景。
核心性能方面，EE-SX771 具备优异的响应速度和检测精度。其光学系统经过优化设计，可在3 mm至5 mm的标准槽宽范围内实现稳定检测，最小检测物体尺寸可达0.5 mm，满足精密设备对微小目标物的识别需求。传感器响应时间低于1 ms，能有效配合高速生产线的工作节拍。工作电压范围覆盖5-24 V DC，兼容主流控制系统供电标准。
结构设计上采用一体化密封壳体，防护等级适应常规工业环境要求，有效防止灰尘侵入和弱光干扰。紧凑型外观尺寸（长42 mm×宽10 mm×高20 mm）便于在狭小空间安装，提供水平或垂直两种安装方向选择。产品配备标准引线接口，支持即插即用式连接，简化设备集成流程。
典型应用包括自动化产线的物料定位、打印机纸张检测、智能家居设备状态监测等领域。其抗电磁干扰能力可保证在变频器、电机等设备附近稳定工作，温度适应范围-25℃至+55℃的设计兼顾室内外不同环境需求。产品经严格质量控制流程，确保长期运行的可靠性和信号一致性。
【English Introduction】
The EE-SX771 is a high-performance through-beam photoelectric sensor designed for precision detection and reliable signal transmission. Utilizing infrared light technology, this non-contact detection device integrates a built-in emitter and receiver, providing accurate object positioning and motion state recognition for automated control systems across various industrial and electronic equipment applications.
With optimized optical design, the sensor delivers outstanding response characteristics within 3 mm to 5 mm standard slot width, capable of detecting objects as small as 0.5 mm. Its rapid response time under 1 ms ensures compatibility with high-speed production line operations. The device supports 5-24 V DC power input, matching common control system requirements.
The compact housing (42×10×20 mm) features integrated sealing design for effective dust resistance and ambient light immunity. Flexible mounting options include both horizontal and vertical orientations, while standardized wiring interfaces enable plug-and-play installation. The robust construction maintains stable performance in environments with electromagnetic interference from devices like frequency converters and motors.
This sensor demonstrates reliable operation across a temperature range of -25℃ to +55℃, suitable for both indoor and outdoor applications. Typical use cases encompass production line material positioning, paper detection in printing equipment, and status monitoring in smart home systems. Rigorous quality control processes ensure long-term operational stability and consistent signal output throughout the product lifecycle.
