【中文介绍】BES IKV-015-PS-1-Y-03型接近开关
BES IKV-015-PS-1-Y-03型接近开关是一款专为工业自动化场景设计的非接触式检测装置。该产品采用优化设计的传感结构，能够实现对金属目标物的稳定检测，适用于多种复杂工况环境下的位置监测与物体识别需求。
产品采用紧凑型圆柱结构设计，外壳材质选用工程级复合材料，具备良好的机械防护性能。感应端部配置防护层设计，可有效减少粉尘堆积或液体飞溅对检测精度的影响。其检测距离经过多维度参数优化，能够在不同安装条件下保持稳定的响应特性。
该型号接近开关内置温度补偿模块，可在-25℃至+70℃的工作温度范围内保持灵敏度的稳定性。产品输出端采用三线制接线方式，支持NPN或PNP极性配置，适配主流工业控制系统的信号接入要求。输出信号具备抗电磁干扰能力，有助于提升设备整体运行的可靠性。
在工业应用中，该产品可满足机械设备定位检测、传送带物料监控、自动化装配定位等场景需求。其结构设计考虑了狭小空间安装的可行性，同时提供多种安装附件选配方案，方便用户根据现场条件进行灵活部署。产品经过多批次工艺验证，在连续工作状态下仍能维持稳定的检测性能。
【English Introduction】BES IKV-015-PS-1-Y-03 Proximity Switch
The BES IKV-015-PS-1-Y-03 proximity switch is a non-contact detection device specifically engineered for industrial automation applications. Featuring an optimized sensing structure, this product delivers reliable detection of metallic targets, making it suitable for position monitoring and object recognition in various complex operational environments.
With a compact cylindrical housing constructed from engineering-grade composite materials, the device demonstrates enhanced mechanical protection capabilities. The sensing tip incorporates protective layering to minimize the impact of dust accumulation or liquid splashes on detection accuracy. Its detection distance has been optimized through multi-dimensional parameter adjustments, ensuring consistent response characteristics across different installation configurations.
Equipped with an integrated temperature compensation module, this proximity switch maintains sensitivity stability within an operational temperature range of -25℃ to +70℃. The three-wire output configuration supports both NPN and PNP polarity settings, ensuring compatibility with mainstream industrial control systems. The output signal demonstrates electromagnetic interference resistance, contributing to improved operational reliability of connected equipment.
In industrial applications, this product addresses requirements for machinery positioning verification, conveyor material monitoring, and automated assembly alignment. The space-efficient design accommodates installation in confined areas, complemented by optional mounting accessories for flexible field deployment. Through multiple batch process verifications, the device has demonstrated sustained detection performance stability during continuous operation cycles.
