DME5000-223 激光测距传感器产品介绍
DME5000-223是德国西克（SICK）公司开发的高性能激光测距传感器，采用相位差测量原理实现非接触式距离检测。该设备最大测量距离可达50米，测量精度达到±1毫米，适用于工业自动化、物流仓储、建筑施工等多种场景。通过集成光学滤光片和智能算法，可在复杂光照条件下稳定工作，有效抑制环境光干扰。设备支持多种输出接口，包括模拟量、RS-485和IO-Link通信，便于与PLC系统集成。紧凑的金属外壳设计（IP67防护等级）使其能适应-40℃至+60℃的宽温环境，内置温度补偿功能确保长期测量稳定性。典型应用包括起重机定位、传送带监控、料位检测等需要精确距离控制的领域。
Proximity Switches（接近开关）产品介绍
西克接近开关采用电感式/电容式检测技术，实现对金属或非金属物体的无接触识别。产品系列涵盖圆柱型、方型、扁平型等多种结构，检测距离覆盖2-40mm范围。创新的线圈绕制工艺提升了开关的抗电磁干扰能力，内置过载保护电路可有效应对工业现场电压波动。产品外壳采用V4A不锈钢或PBT工程塑料材质，具有耐油污、抗腐蚀特性，防护等级最高达IP69K。温度适应范围-25℃至+85℃，适用于工程机械、食品加工、汽车制造等行业的物体定位、安全防护等场景。通过LED状态指示灯和抗短路输出设计，显著提升设备维护便利性。
Laser Distance Sensor DME5000-223 Product Introduction
The DME5000-223 laser distance sensor from SICK utilizes advanced phase-shift measurement technology to deliver non-contact ranging capabilities with a maximum detection range of 50 meters. Its ±1mm measurement accuracy remains stable even under challenging environmental conditions, thanks to integrated optical filters and adaptive algorithms that minimize ambient light interference. The sensor s rugged aluminum housing (IP67 rated) ensures reliable operation across a wide temperature range from -40°C to +60°C. Multiple output options including analog, RS-485 and IO-Link interfaces facilitate seamless integration with industrial control systems. Typical applications span automated guided vehicles, bulk material level monitoring, and structural deformation measurement where precision distance data is critical.
Proximity Switches Technical Overview
SICK proximity switches employ electromagnetic field technology for reliable object detection without physical contact. Available in diverse form factors and sensing distances (2-40mm), these devices feature enhanced noise immunity through optimized coil designs. The robust construction using stainless steel or reinforced polymer materials provides exceptional resistance to mechanical stress and chemical exposure. With operating temperatures from -25°C to +85°C and IP69K protection level options, they perform consistently in harsh environments such as foundries or food processing plants. The integrated status indication and short-circuit protected outputs significantly improve maintenance efficiency across applications including machine safety systems, production line automation, and mobile equipment position sensing.
