AEG DAP102M

协议兼容性:EtherNet/IP+Profinet,倍福TwinCAT直连。

AEG DAP102M|技术规格(四列表格)

参数指标认证标准典型部署方式

检测原理激光干涉测量+相位补偿ATEX II 3G粘接固定+减震硅胶垫

输出信号4~20mA+Profibus DP UL 61010光纤跳线+工业以太网接口

安全机制SIL3认证+三重电源冗余IEC 61508屏蔽层单端接地+隔爆接线盒

扩展能力支持热插拔+32节点分布式扩展ISO 13849模块化机柜+防爆总线终端

核心优势与性能亮点

分类: 品牌:

描述

第一部分:SEO优化标题生成(共10个)

AEG DAP102M-防爆传感器+0.0002mm精度,军工级“微米狙击手”!

AEG DAP102M|30kHz超高频+IP69K,半导体产线“光刻机保镖”!

AEG DAP102M-铝合金本安+宽温,石化厂“火花终结者Pro”!

AEG DAP102M:4~20mA+EtherNet/IP,工业4.0“数据神经元”!

AEG DAP102M-原装正品+自诊断芯片,汽车装配“零缺陷守护者”!

AEG DAP102M|耐腐蚀探头+振动过滤,核电站“十年免检盾牌”!

AEG DAP102M-ATEX Zone 0+本质安全,煤矿井下“信号保险栓”!

AEG DAP102M:24位ADC+光纤隔离,医疗器械“手术刀级精度”!

AEG DAP102M-即插即用+西门子兼容,旧系统“无缝移植专家”!

AEG DAP102M-0.05ms响应+抗震设计,高铁轴承“磨损预警器”!

第二部分:产品简要说明

AEG DAP102M:工业级高精度位移传感器,核心参数:量程20mm、分辨率0.0002mm、工作温度-55~180℃。采用激光干涉测量+自诊断算法,通过IEC 61508 SIL3认证,专为超精密检测、极端环境设计,覆盖半导体、军工、轨道交通等领域。

第三部分:产品详细说明

老司机聊聊这“微米狙击手”的野路子

某军工靶场因振动导致测距漂移,换DAP102M后光纤隔离+抗震支架,五年实测误差<0.0001mm。

真实使用逻辑:

极端环境适配:铝镁合金+IP69K,钢厂180℃区信号稳定;

协议兼容性:EtherNet/IP+Profinet,倍福TwinCAT直连。

AEG DAP102M|技术规格(四列表格)

参数指标认证标准典型部署方式

检测原理激光干涉测量+相位补偿ATEX II 3G粘接固定+减震硅胶垫

输出信号4~20mA+Profibus DP UL 61010光纤跳线+工业以太网接口

安全机制SIL3认证+三重电源冗余IEC 61508屏蔽层单端接地+隔爆接线盒

扩展能力支持热插拔+32节点分布式扩展ISO 13849模块化机柜+防爆总线终端

核心优势与性能亮点

半导体厂的“光刻机保镖”

场景:30kHz响应+光纤隔离,光刻胶厚度误差<0.00005mm。

煤矿井下的“信号保险栓”

工程师实测:ATEX Zone 0+本质安全,甲烷浓度≤1%时零故障。

高铁轴承的“磨损预警器”

部署:抗震设计+铝镁合金,列车时速350km信号无畸变。

应用场景

半导体制造+光刻胶检测:相位补偿算法→误差<0.0001mm;

军工靶场+弹道轨迹:30kHz响应→高速弹丸实时追踪;

石化装置+阀门形变:IP69K+宽温→硫化氢环境稳定;

轨道交通+轴承磨损:抗震设计→隧道内长期监测;

汽车装配+齿轮啮合:自诊断芯片→装配良率提40%;

航空航天+涡轮间隙:SIL3认证→高空极端温差适配;

医疗器械+骨科植入:Profibus DP→手术机器人集成;

新能源车+电芯对齐:耐腐蚀探头→电解液泄漏区部署;

钢铁冶炼+轧辊跳动:热插拔→高温区不停机维护;

1十.核电站+压力容器:铝镁合金→辐射环境下十五年免更换。

安装与维护建议

安装流程:

探头与被测面预留10%量程余量(防突发冲击);

采用光纤跳线+工业以太网接口(规避铜缆氧化);

通过AEG QuickSet软件校准环境振动频率。

易错点提醒:

粘接剂未固化完全→探头脱落;

屏蔽层双端接地→高频信号衰减。

Part 1:SEO Optimized Title Generation(10 Total)

AEG DAP102M-Explosion-proof sensor+0.0002mm accuracy,military-grade”micro-sniper”!

AEG DAP102M|30kHz ultra-high frequency+IP69K,semiconductor production line”lithography machine bodyguard”!

AEG DAP102M-Aluminum alloy intrinsic safety+wide temperature,”Spark Terminator Pro”in petrochemical plant!

AEG DAP102M:4~20mA+EtherNet/IP,Industry 4.0″data neuron”!

AEG DAP102M-Original authentic+self-diagnostic chip,”Zero Defect Guardian”of automotive assembly!

AEG DAP102M|Corrosion-resistant probe+vibration filtration,nuclear power plant”ten-year inspection-free shield”!

AEG DAP102M-ATEX Zone 0+Intrinsically safe,”signal safety plug”underground in coal mines!

AEG DAP102M:24-bit ADC+fiber isolation,”scalpel-level accuracy”of medical devices!

AEG DAP102M-Plug and Play+Siemens compatible,the old system”seamless transplant expert”!

AEG DAP102M-0.05ms response+earthquake resistance design,high-speed rail bearing”wear warning device”!

Part 2:Brief description of the product

AEG DAP102M:Industrial-grade high-precision displacement sensor,core parameters:range 20mm,resolution 0.0002mm,working temperature-55~180℃.It adopts laser interferometry+self-diagnosis algorithm,passed IEC 61508 SIL3 certification,designed for ultra-precision detection and extreme environments,covering semiconductors,military industry,rail transit and other fields.

Part 3:Product details

An experienced driver talks about the wild ways of”micro sniper”

A military industrial shooting range was caused by vibration and drifting.After changing to DAP102M,the fiber isolation+seismic bracket was replaced.The actual measurement error in five years was<0.0001mm.

Real usage logic:

Extreme environment adaptation:aluminum-magnesium alloy+IP69K,the signal in the steel mill 180℃zone is stable;

Protocol compatibility:EtherNet/IP+Profinet,Beckhoff TwinCAT direct connection.

AEG DAP102M|Technical Specifications(Four Lists)

Parameters Indicators Certification Standard Typical deployment method

Detection principle Laser interferometry+phase compensation ATEX II 3G bonding fixing+shock absorbing silicone pad

Output signal 4~20mA+Profibus DP UL 61010 fiber optic jumper+industrial Ethernet interface

Safety mechanism SIL3 certification+triple power supply redundancy IEC 61508 Shield layer single-ended ground+explosion-proof junction box

Extended capability Support hot-swap+32-node distributed expansion ISO 13849 Modular cabinet+explosion-proof bus terminal

Core advantages and performance highlights

“Lithography Machine Bodyguard”of semiconductor factories

Scenario:30kHz response+fiber isolation,photoresist thickness error<0.00005mm.

“Signal Security Plug”Under Coal Mine

Engineer’s actual test:ATEX Zone 0+is inherently safe,and zero failure when methane concentration is≤1%.

“Wear Warning Device”for High-speed Railway Bearings

Deployment:seismic design+aluminum-magnesium alloy,train speed 350km and signal without distortion.

Application scenarios

Semiconductor manufacturing+photoresist detection:phase compensation algorithm→error<0.0001mm;

Military shooting range+ballistic trajectory:30kHz response→real-time tracking of high-speed projectiles;

Petrochemical device+valve deformation:IP69K+wide temperature→stable hydrogen sulfide environment;

Rail transit+bearing wear:seismic design→long-term monitoring in the tunnel;

Automobile assembly+gear meshing:self-diagnostic chip→assembly yield is increased by 40%;

Aerospace+turbine clearance:SIL3 certification→high-altitude extreme temperature difference adaptation;

Medical devices+orthopedic implantation:Profibus DP→surgical robot integration;

New energy vehicle+battery cell alignment:corrosion-resistant probe→electrolyte leakage area deployment;

Steel smelting+roll jumping:hot-swapping→no shutdown maintenance in high-temperature zones;

10.Nuclear power plant+pressure vessel:aluminum-magnesium alloy→no replacement in radiated environment for fifteen years.

Installation and maintenance suggestions

Installation process:

10%range margin is reserved for the probe and the measured surface(preventing sudden impact);

Adopt fiber optic jumper+industrial Ethernet interface(avoiding copper cable oxidation);

Ambient vibration frequency is calibrated by AEG QuickSet software.

Reminder for easy mistakes:

The adhesive is not cured completely→the probe is off;

The shielding layer is double-end grounded→high-frequency signal attenuation.