照度温度二和一传感器DIL-SL01A

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温度传感器HC2A-S的选型

温度传感器HC2A-S的选型温度传感器HC2A-S的选型HC2A-S是一种应用多样化的探头，可以与很多产品组合使用。

可测量湿度、温度、露点及霜点。

出色的准确性和可重复性。

优秀的长期稳定性，低于1%/年。

可互换性高的测量精度：±0.8%RH，±0.1℃应用范围：-50~100℃/0~100%RH具有两路可自由对应量程的0-1V 模拟信号及UART接口标准的线性电压输出0-1V=40~60℃/0~100RH多点校准IP65防护等级低功耗：3.3~5VDC，推荐3.3VDC。

自动诊断和温度补偿可编程报警功能先进易使用的校准功能瑞士rotronic罗卓尼克温湿度传感器技术参数：探头类型标准探头工作范围-50100 °C / 0100 %rh精度，标准精度模式±0.8 %RH / ±0.1 °C , 在10...30 °C校准点23 °C 和10, 35, 80 %RH精度，高精度模式±0.5 %RH / ±0.1°C , 在10...30 °C时在23 °C 和10, 20, 30, 40, 50, 60, 70, 80, 90 %RH时电源/功耗3.35 VDC电流消耗4.5 mA ， 3.3 VDC供电长期稳定性小于1 %rh / 年传感器Hygromer HT-1温度传感器PT100 1/3 DIN Class B探头保护聚碳酸酯塑料套，黑色滤芯聚乙烯过滤器类型聚乙烯，40μm响应时间T 63小于15 sec.zui大风速20 m/s, 带过滤器计算量露点或霜点AIRCHIP的重复性0.02 %rh / 0.01 °C开发软件ROTRONIC HW4通过软件调整探头1点＆多点％rh＆°C固件升级通过互联网和HW4软件用户信息来自HW4 (设备管理）通过HW4进行数据处理带接口电缆设备通过密码保护是输出信号类型2 x 01 VDC 用户定义模拟输出有模拟输出信号（标准）01 V = 0100 %rh; 01 V = -4060 °C数字输出信号（标准）UART服务界面UART反向电压保护机械连接zui大电缆长度无源电缆zui长5m，有有源电缆zui长100m探头材质PEEK 外壳材质聚碳酸酯外壳材料聚碳酸酯FDA / GAMP兼容性兼容FDA 21 CFR。

asair DHT11 温湿度传感器产品手册

温湿度模块DHT11产品手册更多详情请登陆：湿元件和一个NTC测温元件，并与一个高性能8位单片机相连接。

他相关湿度检测控制。

引脚说明1、VDD 供电3.3～5.5V DC2、DATA 串行数据，单总线3、NC 空脚4、GND 接地，电源负极一、产品概述DHT11数字温湿度传感器是一款含有已校准数字信号输出的温湿度复合传感器。

它应用专用的数字模块采集技术和温湿度传感技术，确保产品具有极高的可靠性与卓越的长期稳定性。

传感器包括一个电容式感二、应用范围暖通空调、除湿器、农业、冷链仓储、测试及检测设备、消费品、汽车、自动控制、数据记录器、气象站、家电、湿度调节器、医疗、其三、产品亮点成本低、长期稳定、相对湿度和温度测量、品质卓越、超快响应、抗干扰能力强、超长的信号传输距离、数字信号输出、精确校准。

四、外形尺寸（单位：mm ）图1产品尺寸图五、产品参数5.1相对湿度表1相对湿度性能表5.2温度表2温度性能表5.3电气特性表3电气特性[1]此精度为出厂时检验时，传感器在25℃和5V，条件下测试的精度指标，其不包括迟滞和非线性，且只适合非冷凝环境。

[2]在25℃和1m/s气流的条件下，达到一阶响应63%所需要的时间。

[3]在挥发性有机混合物中数值可能会高一些。

见说明书应用储存信息。

六、典型电路图2DHT11典型电路图微处理器与DHT11的连接典型应用电路如上图（图2）所示，DATA上拉后与微处理器的I/O端口相连。

1、典型应用电路中建议连接线长度短于5m时用4.7K上拉电阻，大于5m时根据实际情况降低上拉电阻的阻值。

2、使用3.3V电压供电时连接线尽量短，接线过长会导致传感器供电不足，造成测量偏差。

3、每次读出的温湿度数值是上一次测量的结果，欲获取实时数据,需连续读取2次，但不建议连续多次读取传感器，每次读取传感器间隔大于2秒即可获得准确的数据。

4、电源部分如有波动，会影响到温度。

如使用开关电源，温度就会跳动。

KIRAY 300 红外温度计说明书

Infrared thermometer KIRA Y 300 is a thermometer used to diagnose, inspect and check any temperature. Thanks to its elaborated optical system with a dual laser sighting, it allows easy and accurate measurements of little distant targets. The KIRA Y 300 instrument has an internal memory which can save up to 100 measurements. Compatible with thermocouple K probe.Make sure that the target is larger than the size of the laser sighting.DIST ANCE FROM THE TARGETKIRAY 300Infrared thermometerDistance Diameter127025403810mm 25.450.876.2mmD:S=50:150.8 mm to 2540 mmYES NOSupplied with thermocouple KprobeTECHNICAL FEA TURES●Instrument features●Thermocouple K probe features*Accuracy for an ambient temperature from 23 to 25°C (with a relative humidity lower than 80% RH)Spectral response 8 -14 µmOptical D.S : 50:1 (50.8 mm at 2540 mm) Response time 150 msTemperature range From -50 to +1850 °CAccuracy*From -50 to +20 °C : ±3 °CFrom +20 to +500 °C : ±1% ±1 °C From +500 to +1000 °C : ±1.5%From +1000 to +1850 °C : ±2%Infrared repeatability From -50 to +20 °C : ±1.5 °CFrom +20 to +1000 °C : ±0.5% or ±0.5 °C From +1000 to +1850 °C : ±1%Display resolution 0.1 C °EmissivityAdjustable from 0.10 to 1.00 (pre-set at 0.95)Over range indication Display indication : « ---- »Dual laser sighting Wavelength : from 630 nm to 670 nm Output < 1mW, Class 2 (II))Positive or negative temperature indication Automatic (no indication for a positive temperature)(-) sign for a negative temperature Display3 lines,4 digits with backlighted display LCD Auto-extinction Automatic after 7 seconds of inactivity High/low alarm Flashing signal on display and beep signal with adjustable thresholds Power supply Alkaline 9 V batteryAutonomy95 h (inactive laser and backlight)15 h (active laser and backlight)Use temperature From 0 to +10 °C for a short period From 11 to +50 °C for a long period Storage temperature From -10 °C to +60 °CRelative humidity From 10% to 90%RH in operating mode and >80%RH in storage Dimensions 200 x 140 x 50 mm Weight320 g (included battery)Memory100 temperature valuesTemperature range From -40 to +400 °C Display range From -50 to +1370 °C Resolution0.1 °CAccuracy ±1.5% of reading ±3 °C Cable length1 mBacklight, laserand recording buttonKIRA Y 300 INSTRUMENT DESCRIPTIONKIRA Y 300 INSTRUMENT BUTTONSLaser sighting output LCDbacklighted display Up button Mode buttonDown button Laser sighting outputIR sensor (infrared)Probe input Trigger (ENT)Battery compartment1 - Up button. It allows to increment emissivity and high and low alarm thresholds and to go to the following recorded value. It also allows to navigate between MAX, MIN, AVG and LOG.2 – Backlight/laser button. It allows to activate or to deactivate laser backlight of the screen.You can also saved a value.3 - Mode button. It allows to navigate through the modes (MAX and MIN values, DIF and AVG,emissivity, high and low alarms, unit of measurement).4 - Down button. It allows to decrement emissivity and high and low alarm thresholds and to go to the following recorded value. It also allows to navigate between MAX, MIN, AVG and LOG.1234MODESet emissivity (EMS)with up and down buttons.ε=OFFActivate or deactivate lock ofmeasurement with up or down buttons.MODEActivate or deactivate high alarm.MODEOFF35°CSet high alarm with up and down buttons.MODEOFF15°CMODEActivate or deactivate low alarm.Set low alarm with up and down buttons.MODE = mode button ENT = trigger●H●HL●L●MODEMODENavigate with up and down buttons between the different values.MAX/MIN/DIF/AVG/LOG ENT MODESet technical unit with up and down buttons15°CMODES FLOW CHARTMODE MAX/MIN/DIF /A VG/LOG FLOW CHARTMAX MODE ouou Display max value MINouAVG Display the average calculated onone measurement.ouDIFDisplay the difference between the MAX and MIN temperatures.ou LOG Display recorded temperatures and save a temperature with SETbutton.Display min valueENTButton to access to batteryOPERA TING MODE- Push on the ENT trigger to turn on the instrument. The backlighted screen, indicating temperature and laser, turn on.- Keep ENT pressed. Put the laser sighting at the middle of the area you want to measure.- Release ENT.- Read the displayed temperature. (Display stays activated during 7 seconds after the last manipulation).- HOLD appears at the top left of the screen ; measurement stays displayed.- Press UP or DOWN button to change technical unit.- High alarm : when KIRA Y300 instrument is turned on, press MODE until H flashes at the top of the screen to the right. Press UP or DOWN button to activate or deactivate the alarm, then press MODE to adjust the alarm threshold. Increment threshold with UP button and decrement threshold with DOWN button.To return on measurement, press ENT ;press MODE to switch to next mode.- Low alarm : when KIRA Y300 instrument is turned on, press MODE until L flashes at the top of the screen to the right. Press UP or DOWN button to activate or deactivate the alarm, then press MODE to adjust the alarm threshold. Increment threshold with UP button and decrement threshold with DOWN button.To return on measurement, press ENT ;press MODE to switch to next mode.Mode buttonIt allows to set measurement type : emissivity, lock, high alarm, low alarm, record values, etc ... by pressing as many times on this button.- EMS : when KIRA Y300 instrument is turned on, press MODE until ε=flashes. Set emissivity pressing UP button to increment it or down button to decrement it. Emissivity is pre-set on 0.95.To return on measurement, press ENT ;press MODE to switch to next mode.- Lock : when KIRA Y300 instrument is turned on, press MODE until the lock at the top of the screen flashes and OFF displays. Press UP or DOWN button to put the lock ONPress MODE to switch to the next mode, or press once ENT : the KIRA Y300 instrument takes continuous measurement. To cancel the lock, press once ENT.ENTMODE1 - Unit of measurement (°C / °F)2 - Low battery indicator3 - LOG value (recorded value), EMS (emissivity) andTK (K thermocouple probe)4 - LOG, EMS, TK indicator5 - Temperature value6 - MAX and AVG (average) indicator7 - Current measurement indicator8 - HOLD (fixed measurement) indicator9 - MAX, MIN, AVG, DIF value10 - Laser operation indicator11 - Continuous measurement indicator12 - High alarm indicator13 - Low alarm indicator14 - MIN and DIF (difference between MIN and MAX values) indicator DISPLA YCOMMAND BUTTONSTrigger- Turning on the instrument.- ENT pressed : activation of the laser sighting and of the temperature measurement.While maintaining ENT key, it is possible to change the value of the emissivity by pressing UP or DOWN.Still maintaining ENT key, it is possible to visualize the MAX, MIN, DIF, AVG values by pressing the MODE button.- ENT released : Display is on HOLD (fixed HOLD), and gives the last measurement. The screen stays on 7 seconds. If no buttons are activated and if continuous measurement is inactive, the instrument turns off after 7 seconds.- °C / °F : when KIRA Y300 instrument is turned on, press MODE until technical unit flashes at the right of the displayed value. Press UP or DOWN button to change unit : °C or °F degree.To return on measurement, press ENT ;press MODE to switch to next mode.During a measurement, the emissivity value isautomatically displayed at the bottom left of the screen.But if the thermocouple K probe is connected, themeasured value by the probe will be displayed at thebottom left of the screen.LOG : while a measurement (ENT pressed or lock activated), pressMODE until LOG appears at the bottom of the screen to the left.At the top of the screen, a number between 1 and 100 is also shown ;it is the LOG location. If nothing has been recorded 4 dashed line«----» appears while the temperature corresponding to the numberappears if a temperature has been recorded.To save a temperature, you have to be on LOG mode, then choose anempty location (---- visible) and press laser/backlight button duringmeasurement or the measurement is fixed (HOLD).From this mode, you can also clear all the recorded temperatures :press and hold the trigger and press DOWN button at the same timeuntil reach zero recording, then press laser/backlight button whilekeep ENT pressed. A beep is emitted and LOG location willautomatically change to “1”, signifying that all data locations havebeen cleared.To avoid any inconvenience:• Do not aim directly or indirectly (reflection on reflective surfaces) the laser in the eyes.• Change the batteries when the indicator blinks.• Do not use the thermometer around explosive gas, vapor or dust • Do not leave the device with the lock on (lock at the top right of the screen) because in this configuration, the instrument does not turn off automatically.To prevent damage on your instrument or equipment please carefully respect these conditions :EN 61326-1 : 2013 and EN 61326-2 : 2013This device meets with following standards' requirements.● Transport case ●User manual● Thermocouple K probe ●TripodInfrared thermometers can measure the surface temperature of an object. Its optic lens catches the energy emitted and reflected by the object. This energy is collectedand focused onto a detector. This information is displayed as temperature. The laser pointer is only used to aim at the target.N T a n g - K I R A Y 300 – 29/10/18 - R C S (24) P ér i g u e u x 349 282095 N o n -c o n t r a c t u a l d o c u m e n t - W e r e s e r v e t h e r i g h t t o m o d i f y t h e c h a r a c t e r i s ti c s o f o u r p r o d u c t s w i t h o u t p r i o r n o t i c e .CE CERTIFICA TIONTo install or change the 9V battery, open the part near the trigger and put it in the battery compartment..ACCESSORIESLaser sightingInfrared sensorEmitted energy by the object in the form of radiationEMISSIVITYEmissivity is a term used to describe the energy-emitting characteristics of materials.Most (90% of typical applications) organic materials and painted or oxidized surfaces have an emissivity of 0.95 (pre-set in the unit). Inaccurate readings will result from measuring shiny or polished metal surfaces. To compensate; cover the surface to be measured with masking tape or flat black paint. Allow time for the tape to reach the same temperature as the material underneath it. Measure the temperature of the tape or painted surface.See table below for values of emissivity of specific materials : IMPORT ANT INFORMA TIONFor correct measurements :• Do not take any measurement on metal or shiny or reflective surfaces.• Do not measure through transparent surfaces such as glass, for example.• Water vapor, dust, smoke, etc ... may prevent correctmeasurements because they obstruct the optical of the instrument.• Make sure that the target is larger than the size of the aiming point of laser.nonA pro tég er d es ch am p s électriq u es et m ag n étiq u es et d e l'électricité statiq u e To protect from electric and magnetic fields of static electricityProtect from thermalshockMAINTENANCEInfrared thermometer, how does it work?Once returned, required waste collection will be assured in the respect of the environment in accordance to 2002/96/CE guidelines relating to WEEE.Aluminium 0.30Asbestos 0.95Asphalt 0.95Basalt 0.70Brass 0.50Brick 0.90Carbon 0.85Ceramic 0.95Concrete 0.95Copper 0.95Dirt0.94Frozen food 0.90Hot food 0.93Glass 0.85Water 0.93Fresh foodstuffs between 0 and 5 °C0.90Ice 0.98Iron 0.70Lead 0.50Limestone 0.98Oil 0.94Paint 0.93Paper 0.95Plastic 0.95Rubber 0.95Sand 0.90Skin0.98Snow 0.90Steel 0.80Textile 0.94Wood 0.94。

SLIH1-1A 壁挂式智能温度巡检仪操作手册说明书

SLIH1-1A壁挂式智能温度巡检仪操作手册目录一、引言 (3)二、技术参数及特点 (3)三、典型方案 (4)最简应用方案 (4)无线应用方案 (4)四、接口说明 (5)五、操作说明 (6)1.读入新的传感器(设置密码为1234) (7)2.设置上限报警值(设置密码为1244) (7)3.设置通道是否显示(设置密码为1254) (7)六、通讯协议 (7)查询数据 (8)读出所有通道传感器序列号 (8)七、随机清单 (11)八、订货及备注 (11)一、引言SLHT-1A智能温度数据在线监测仪,配合美国DALLAS一线现场总线技术,实现低成本温度状态在线监测方案的实用型仪器，可广泛应用于实时温度数据采集监测的各种应用场合。

SLHT-1A智能温度数据在线监测仪可以对DS1820数字温度传感器系列产品进行温度数据采集，显示、报警设定，数据传输，使温度巡迴检测系统获得高可靠性、低成本和最简单的布线结构。

作为传统测温系统的理想替代品，其有体积小、测点多、组网灵活等特点。

配合无线或GPRS 及现场单总线传输（1-wire）技术，可以将把分散在各处的DS1820节点通过有线或无线的方式与监控中心联接起来，达到降低能耗、促进安全生产的目的。

本仪器可应(1)SMT行业温度数据监控 (2) 电子设备厂温度数据监控(3) 冷藏库温度监测(4) 仓库温度监测 (5) 药厂GMP监测系统(6) 环境温度监控(7)电信机房监控(8) 电厂/电站机组(9) 电厂/电站机组(10)过程温度监测(11) 啤酒生产过程温度检测等。

为便于工程组网使用，本仪器提供二次开发的通讯协议，支持二次开发。

用户只需根据我们的通讯协议即可使用任何串口通讯软件实现仪器数据的查询和设置。

二、技术参数支持传感器SLST1系列防护型数字温度传感器，DS1820显示测温范围-55℃~+125℃显示分辨率0.1℃测温精度0.5℃测温速度 850ms/点通道数单总线可接1-24点 (限单总线传感器)报警设置在线设定报警上、下限波特率19200 （可订制其它波特率）通讯端口RS232（可选配CAN、RS485）供电电源DC 5V 2A耗电2W重量500克存储温度-40 - 85℃运行环境：-40 - 85℃-40℃～+85℃支持测温电缆长度≤200M外形尺寸200×70×175mm³三、典型方案最简应用方案SLHT-1A仪器可直接通过RS232接口与电脑或笔记连接（可选配RS232-USB转换器）将现场的数据直接传送到电脑进行显示、分析和存储。

Seeed Studio S-TH-01 空气温度湿度传感器说明书

User ManuelAir Temperature and Humidity Sensor-Data SheetProduct Model：S-TH-01Version：V1.0Contents1.Background and Product Introduction (3)1.1.Background (3)1.2.Product Introduction (4)2.Sensor Cables (5)3.Model and Size (6)4.Installation and Measurement (7)5.The relationship between output and Humidity,Temperature (8)6.RS485Communication and Protocol (9)6.1.Modbus Communication Protocol (9)6.2.Modbus register (10)6.3.Detail of Modbus register (12)6.4.CRC16Validation and sample code (15)6.4.1.Function3communication samples (15)6.4.2.Function4communication example (16)6.4.3.Function16communication example (18)6.4.4.CRC16Verification algorithm and routine (19)ing the serial port to adjust the software communication (23)1.Background and Product Introduction1.1.BackgroundAccording to the physiologist,the temperature and humidity of the environment can directly affect the thermoregulation and heat conduction of human body.The somatosensory of human body can reflect on the level of mental status and agility of conceptual activities.It can be a vital factor that influences our efficiency of working and study.As experimental analytics,the most comfortable indoor temperature will be18degrees and humidity would40%-60%.There will be specific standard for temperature and humidity with different locations and usage.Therefore,reasonable humidity and temperature controls become necessary.1.2.Product Introduction.Provide high accuracy measurement data..Compact temperature,humidity and dew point measurement..Standardling Output..RS485output and Modbus-RTU Protocol..Multiple installation and user-friendly..Outstanding and reliable stableness with high cost performance.SpecificationSignal Output RS485ModBus ProtocolPower supply 3.6-30V/DCCurrentConsumption4mA@24V DCHumidityMeasurement0-100%saturation,resolution0.01%Accuracy:±3%RH RangeTemperatureMeasurement-40~80℃,resolution:0.01℃,Accuracy±0.3℃RangeIP Rating IP54OperatingTemperature-40~85℃InstallationMethods Wall-mounted Installation and Tube installationCable Length2MConnectionMethods Aviation connector and Hook-up wire2.Sensor CablesSensor Cables specRed(V+):VCC+power supplyBlack(G):VCC-power groundYellow(T+):RS485+/A/T+WhiteT-):RS485-/B/TThe configuration for the module,such as,Baud rate,Verification,communication protocol etc.is saving in the module named EEPROM.Sometime,the module accidentally forgets the configuration and it cause failing on communication.In order to fix this problem,there is a bottom on the module.Holding the bottom for3seconds and the internal light turns off,the module will be setting to default configuration below:1.Default Modbus address is1or42munication configuration:9600,N,8,1(9600bps,No verification,8data bits,1stop bit)munication Protocol:Modbus-RTU3.Model and Size4.Installation and Measurement Wall-mounted or tube design installation：5.The relationship between output and Humidity,TemperatureModel Parameter RelationshipRS485interface and ModbusProtocol Temperature:-40-80℃Temperature=Temperature register/100.Forexample,if the read data is2013,the temperaturewill be2013/100=20.13℃Humidity:0-100%RHHumidity=Humidity register/100.For example,ifthe read data is2013,the humidity will be2013/100=20.13%RHDew point:-40-80℃Dew point=Dew point register/100.For example,if the read data is2013,the Dew point will be2013/100=20.13℃6.RS485Communication and Protocol6.1.Modbus Communication ProtocolModbus is a serial communication protocol,Modicon programmable logic controller(PLC)for the use of published.It has become the industry standard communication protocols,and is now quite common connection between industrial electronic equipment.Modbus has extensive application in the industrial field.Modbus protocol is a master/slave framework agreement.A node is the master node,other nodes using the Modbus protocol in communication from node.Each slave device has a unique address.Communication parameter default value:baud rate is9600bps,a start bit,8data bits,no parity, one stop munication protocol for the Modbus RTU munication parameters can be set by the program or the Modbus command to change.6.2.Modbus registerParameter Register Address Parameter typeModbusFunctionNumberParameter range andinstruction DefaultTEMPRATURE 0x0000/0INT16Read only3/4-4000-8000=-40.00~80.00℃。

迪文科技ADA360K120S001A产品数据手册说明书

ADA360K120S001A产品特点：●宽输入电压：输入工作电压范围100-240VAC。

●低功耗：空载损耗<0.075W。

●高能效：六级能耗，功率效率89%。

●高可靠性：符合EN60601-1 CLASS Ⅱ安全等级和 2×MOPP 绝缘防护等级 , 通过 CE 认证。

●阻燃绝缘：UL94V-0 阻燃耐热材料。

●保护种类：短路保护、过流保护、过压保护，并可自恢复。

●便捷转换：适配英规、澳规、欧规、美规、中规五款转换插头。

Features:●Wide input voltage: the input working voltage range is 100-240VAC.●Low power consumption: No-load <0.075W.●High Energy Efficiency: Six levels of energy consumption, power efficiency up to 89%.●High reliability: Comply with EN60601-1 CLASS Ⅱ safety level and 2×MOPP insulation protection level, and pass CE.●Flame retardant insulation:UL94V-0 flame retardant heat resistant material.●Protection types:short circuit protection, over current protection, over voltage protection, and self-recovery.●Convenient conversion: Adapt to five conversion plugs of British, Australian, European, American, and Chinese.1、产品介绍Product IntroductionADA360K120S001A 产品是一款单组输出的壁挂式电源适配器。

北京安博尔康电子科技有限公司 WWL-201 无线数字温度计说明书

WWL-201无线数字温度计说明书一．简介：本温度计采用进口DS18B20数字温度传感器，密封引线方式探头，实现了温度的采集，并把采集的温度数据通过无线模块发射出去。

内置电池、持久耐用、防水密封式外壳，适合户外或环境比较恶劣的场合使用。

二．特点：长期稳定性好测量温度范围宽、精度高抗干扰设计灵敏度高，温漂小探头采用引线方式，方便使用支持433MHz无线通讯，免去现场布线烦恼。

传输距离远，空旷距离可到300米，可以与本公司无线接收设备进行无线通讯。

三．主要技术参数：测温范围： -55℃ ~ +125℃（取决于传感器类型）测温路数：单一温度计采集一路，多个温度计可组成多路系统。

编号范围： 0~9999最小测量精度：±0.5℃传感器类型： DS18B20环境温度： -10 ~ +60℃环境湿度： 5%RH～95%RH供电电源： 4节5号南孚电池最佳，增大采集间隔可以延长使用时间。

传输距离：空旷环境200m传输方式：无线433MHz四．功能：实现温度的采集，并发送到计算机，或U盘接收器长期存储，或显示表头显示。

五．尺寸：安装方式： 4个固定孔外型尺寸：140mm×70mm×51mm六．使用说明:●温度计编号是出厂固定的，客户不能自行修改。

●右上角显示为本温度计编号，其左为目标接收器号。

●左上角为电池电量显示，这个在计算机界面上或U盘存储的数据里都有：欠电与否。

●温度计采集时间间隔可通过温度计内的拨码开关来设置，具体看下表：时间间隔设置表1 2 3 4 时间间隔0 0 0 0 10秒0 0 0 1 10秒0 0 1 0 30秒0 0 1 1 1分钟0 1 0 0 5分钟0 1 0 1 10分钟0 1 1 0 20分钟0 1 1 1 30分钟推上去表示11 0 0 0 60分钟●本产品可以与本公司多种接收器组合使用组合方式一：无线温度计配合表头一对一显示图1.组合方式一数显表头可以接收无线温度计发过来的温度值并显示，数显表头采用5~12V供电，如果有配电柜或控制柜很适合用这种方式，在机柜上加工一个合适的方孔就可以把无线接收表头固定到机柜上。

2001RaytekL红外操作中文说明

5.1. 5.2. 5.3. 5.4. 5.5.
36
36 36 37 37 39 40 44 45
附录 A：
如何确定未知物体的发射率
附录 B：
传感头保护窗口的透射率
附录 C：
本征安全和显示装置
操作手册
技术参数
1. 技术参数
型号和参数
一般有两种型号，基本型和智能型，各种型号的光学特性说明见下页。型号温度范围（℃）光学分辨率（90%）光谱响应近焦距 LTPSF -18~500 15:1 8~14 CF LTSF -18~500 33:1 8~14 CF1,CF2 MTSF 200~1000 33:1 3.9 CF1,CF2 G5SF（玻璃） 250~1650 33:1 5.0 P7SF（塑料） 10~360 33:1 7.9 LHSF 500~2000 60:1 2.2 CF1,CF2
目标尺寸的计算
计算光路图上两个已知点之间的目标尺寸，使用下列公式：
S x= n ) Dn ) )
S x =未知点直径 S n =已知较小点直径 S f = 已知较大点直径 D x = 到未知点距离 D n = 到较小点距离 D f = 到较大点距离
3.1. 3.1.1. 3.1.2. 3.1.3. 3.1.4. 3.2. 3.2.2. 3.2.1. 3.2.3. 3.2.4. 3.2.5. 3.2.6. 3.2.7. 3.2.8.
11
11 11 12 12 12 12 14 14 15 15 15 16 17 18
操作手册
目录
目录
4.
4.1. 4.2. 4.3. 4.4. 4.5. 4.5.1. 4.5.2. 4.6. 4.7. 4.8. 4.9 . 4.9.1. 4.9.2. 4.9.3. 4.9.4. 4.10. 4.10.1. 4.10.2. 4.10.3. 4.10.4. 4.10.5. 4.10.6. 4.11. 4.12. 4.13. 软件安装 (Software Installation) 软件程序－运行助手 (Software Program – Startup Wizard) 系统设置（System Setup）主屏幕 (Main Screen) 菜单（Menus）文件菜单 (File Menu)( File) 设置菜单 ( 传感头设置 )(Setup Menu) (Sensor Setup) 维护（Maintenance）信号处理设置（Signal Processing Setup）输出信号设置（Output Signal Setup）视图设置 (View Setup) 图表特性（Bar Graph Properties）多头清单（Multidrop List）记录清单 (Records List) Poll 数据（Poll Data）显示菜单 (Display Menu) 数字温度显示（Digital Temperature Display）柱状图表（Bar Graph）图形（Graph）记录清单 (Records List) 多头清单 (Multidrop List) 固定视图 (Fix Views) 回路维护菜单 (Loop Maint Menu) Windows 菜单（Windows Menu）扩展功能参数：保持模式（Extended function parameter:Hold Mode）

艾睿光电石化用红外产品技术参数

电源
功耗
额定1.5W,峰值2.5W
POE供电
支持
电源电压
12V DC
配件
配件
选配接口线缆、支架、散热板
AM61
实时温度监测在线式红外热像仪
工业测温
项目
AM61
红外模组
探测器分辨率
640×512
像元尺寸
12μm
热灵敏度（NETD）
<60mk
镜头焦距
6.8/13/19/25/35mm
FOV
640×512/22.9°×18.4°/17.5°×14°
在线式监控测温热像仪
工业测温
项目
A8Z3
红外模组
探测器分辨率
384×288
像元尺寸
17μm
热灵敏度（NETD）
<60mk
镜头焦距
6.8mm
FOV
51.3° x 39.6
IFOV
2.5
调焦模式
定焦
帧频
25Hz
测温功能
测温功能
中心点/最高点/最低点/点/线/区域/鼠标
测温范围
-20℃~+400℃
测温精度
无
双光功能
无
系统功能
伪彩
6种
温度报警
I/O 输出、日志、保存图像、文件发送（FTP）、电子邮件（SMTP）、通知
图像记录
拍照/录像
组网功能
同界面四个（可扩展）
环境适应性
工作温度
-30℃~+60℃
存储温度
-40℃~+70℃
工作湿度
防护等级/跌落
IP40
尺寸
54×40×42mm
重量

光照度传感器 LH-LR2000 说明书

光照度传感器说明书适用型号：LH-LR2000修订记录：目录1.产品介绍 (2)2.规格参数 (2)3.产品尺寸 (3)4.485通信协议与数据格式 (3)4.1.通讯基本参数 (3)4.2.数据帧格式定义 (3)4.3.寄存器地址 (4)4.4.参数读取 (5)5.模拟量协议 (6)6.电气接线 (6)7.售后服务 (7)7.1.售后服务承诺 (7)7.2.免责声明 (8)7.3.联系方式 (8)1.产品介绍该变送器广泛适用于农业大棚、花卉培养等需要光照度监测的场合。

传感器内部的输入电源、感应探头、信号输出三部分完全隔离。

安全可靠，外观美观，安装方便。

2.规格参数3.产品尺寸图3.14.485通信协议与数据格式4.1.通讯基本参数4.2.数据帧格式定义采用Modbus-RTU 通询规约，格式如下：地址码=1字节功能码=1字节数据区=N字节错误校验=16位CRC码结束结构>=4字节的时间地址码：为设备的地址，在通询网络中是唯一的。

功能码：主机所发指令功能提示。

数据区：数据区是具体通询数区，注意16bits数据高字节在前。

CRC码：二字节的校验码。

地址码功能码寄存器起始地址寄存器长度校验码低位校验码高位问询1字节1字节2字节2字节1字节1字节地址码功能码有效字节数数据区校验码低位校验码高位应答1字节1字节1字节2字节1字节1字节4.3.寄存器地址4.4.参数读取（1）例：读取设备地址为01的传感器光照度地址码功能码起始地址数据值校验码低位校验码高位问询0x010x030x00,0x070x00,0x020x750xCA地址码功能码字节数数据值校验码低位校验码高位应答0x010x030x040x000x00，0x060xF60x7A0x31注释：光照度计算说明：000006F6H(十六进制)=1782=>光照度=1782Lux（2）例：查询设备地址、波特率地址码功能码起始地址数据值CRC低位CRC高位问询0x010x030x01,0x000x00,0x020xC50xF7应答地址码功能码有效字节数设备地址波特率CRC 低位CRC 高位0x010x030x040x00,0x010x00,0x030xEB0xF2读出设备地址为1；波特率为9600。

VL53L1X 时间-的-光-传感器用户手册说明书

VL53L1X Distance SensorUser ManualOVERVIEWVL53L1X Distance Sensor is a Time-of-Flight (ToF) ranging module based on the VL53L1X from ST, with accurate ranging up to 4m and fast ranging frequency up to 50 Hz, it is controlled through I2C interface, and pretty low power consumption.The VL53L1X is a ToF sensor which embeds the ST’s third generation FlightSense patented technology. Compared with the second generation VL53L0X, the VL53L1X extends the ToF ranging distance up to 4m, and features fast ranging frequency up to 50 Hz.Unlike conventional ranging sensors, the VL53L1X integrates physical infrared filters and optics, uses ST’s latest generation ToF technology which allows absolute distance measurement whatever the target color and reflectance, achieves better anti-interference capability.FEATURES⚫I2C communication interface, control the module on/off via IO pins⚫Onboard voltage translator, compatible with 3.3V/5V operating voltage⚫Comes with development resources and manual (examples for Raspberry Pi/Arduino/STM32)SPECIFICATIONS➢Operating voltage: 3.3V/5V➢Dimension: 20mm × 24mm➢Mounting holes size: 2.0mm➢Ranging distance: 40 ~ 4000mm➢Ranging accuracy: ±5%➢Ranging time (min): 20ms (short distance mode), 33ms (medium/long distance mode)➢Field of view: 27°➢Laser wavelength: 940nm➢Operating temperature: -20 ~ 80°CPINOUTSVCC: 3.3V/5V power inputGND:groundSDA: I2C data pinSCL: I2C clock pinSHUT:shutdown control, connects to IO pinINT:interrupt output, connects to IO pinHARDWAREVL53L1XThe VL53L1X is a state-of-the-art, Time-of-Flight (ToF), laser-ranging sensor, enhancing the ST FlightSense™ product family. It is the fastest miniature ToF sensor on the market with accurate ranging up to 4 m and fast ranging frequency up to50 Hz.Housed in a miniature and reflowable package, it integrates a SPAD receiving array, a 940 nm invisible Class1 laser emitter, physical infrared filters, and optics to achieve the best ranging performance in various ambient lighting conditions with a range of cover window options.Unlike conventional IR sensors, the VL53L1X uses ST’s latest generation ToF technology which allows absolute distance measurement whatever the target color and reflectance.It is also possible to program the size of the ROI on the receiving array, allowing the sensor FoV to be reduced.Features:⚫Fully integrated miniature module–Size: 4.9x2.5x1.56 mm–Emitter: 940 nm invisible laser (Class1)–SPAD (single photon avalanche diode)⚫receiving array with integrated lens–Low-power microcontroller running advanced digital firmware⚫Pin-to-pin compatible with the VL53L0X FlightSense™ ranging sensor⚫Fast and accurate long distance ranging–Up to 400 cm distance measurement–Up to 50 Hz ranging frequency⚫Typical full field-of-view (FoV): 27 °⚫Programmable region-of-interest (ROI) size on the receiving array, allowing the sensor FoV to be reduced⚫Programmable ROI position on the receiving array, providing multizone operation control from the host⚫Easy integration–Single reflowable component–Can be hidden behind many cover window materials–Software driver and code examples for turnkey ranging–Single power supply (2v8)–I²C interfa ce (up to 1 MHz)–Shutdown and interrupt pinsPictures:For more details, please read the datasheet.USING DEMO CODEWORKING WITH RASPBERRY PILIBRARIES INSTALLATIONTo use the demo code for Raspberry Pi, you need to install wiringPi library first, otherwise it cannot work properly. About how to install the library, you can visit the page: Libraries_Installation_for_RPi#Install_WiringPi_LibraryHARDWARE CONNECTIONThe connection is based on Raspberry Pi 3 mode B+VL53L1X Distance Sensor Raspberry PiVCC 3.3VGND GNDSDA SDA.1SCL SCL.1COMPILING AND RUNNING1.Download the demo code on Wiki2.Unzip and copy the Raspberry Pi code to your Pi (Recommend put on /home/pi)3.Enter the path of the demo code and compile it: sudo make clean && sudo make&& ./Range4.Run the code: ./RangeWORKING WITH ARDUINOHARDWARE CONNECTIONThis connection is based on Waveshare UNO PLUSVL53L1X Distance Sensor ArduinoVCC 3.3VGND GNDSDA SDASCL SCLRUNNING CODECopy the VL53L1X-Arduino-Library folder which is under Arduino demo code directory to Arduino IDE’s Libraries directory which is under the installation directory of your IDE. Then Open Arduino IDE, and choose File->Examples-> VL53L1X-Arduino-LibraryCompile and run three examples which are using Short Mode, Medium Mode and Long Mode separately.Short mode：For short distance ranging，range：0 ~ 1.3mMedium mode：For medium distance ranging，range：0m ~ 3mLong mode：For long distance ranging，range：0m ~ 4mWORKING WITH STM32HARDWARE CONNECTIONThis connection is based on XNUCLEO-F411RE/NUCLEO-F401REVL53L1X Distance Sensor XNUCLEO-F411RE/NUCLEO-F401RE VCC 3.3VGND GNDSDA SDASCL SCLUSING VL53L1X_GUI1.Connect the sensor to NUCLEO-F401RE according to Hardware connection2.Install ST’s VL53L1X_GUI software and run it. Open the software and writefirmware to NUCLEO board: About->Flash Fw (for this example, only supports NUCLEO-F401RE)3.Choose Low-Power Automous, and choose Distance Mode to Short. Click Start.The distance curve will be displayed on software.SIMPLERANGIN EXAMPLESConnect the VL53L1X sensor to NUCLEO-F401RE board (or the XNUCLEO-F411RE) Open and run the example: .. \VL53L1X\SimpleRangingExamples\MDK-ARM\STM32F401RE-NucleoOpen Serial debug assistance tool, choose the right COM and set the baudrate to 115200. Then press reset button.MULIPLESENSORSRANGINGConnect the VL53L1X sensor to NUCLEO-F401RE board (or the XNUCLEO-F411RE) Open and run the example: ..\VL53L1X\MulipleSensorsRanging\MDK-ARM\STM32F401RE-NucleoOpen Serial debug assistance tool, choose the right COM and set the baudrate to 115200. Then press reset button.The information printed on serial；For more information about STM32, please refer to the documents which is under Documentation directory.。

AR813A一体式照度计

AR813A一体式照度计
AR813A一体式照度计的简介
照度计(或称勒克斯计)是一种专门测量光度、亮度的仪器仪表。

就是测量光照强度(照度) 是物体被照明的程度，也即物体表面所得到的光通量与被照面积之比。

照度计通常是由硒光电池或硅光电池和微安表组成。

AR813A一体式照度计技术参数
测量范围1~100.000lux
测量精确度±4 %
单位转换lux
档位选择手动
重复性±2%
取样率 2 time/sec
分辨率1lux
响应时间1s
数据锁定有
电量提示有
过载提示有
自动关机---
感应头180℃旋转支持
工作环境0~40℃
包装规格
电源9V DC电池
产品净重116g
产品尺寸 116*64*30.5mm
包装方式彩盒包装
标准外箱容量 40pcs
标准外箱尺寸 52.5*40*49cm
标准外箱毛重 22kg。

帕库一体式双表头显示液位温度开关传感器操作说明书

帕库一体式双表头显示液位温度开关传感器操作说明书产品简介LF60E系列高精度传感器进行温度测量，信号由后部处理电路处理后转换为标准工业电信号输出并显示。

浮球是在封闭的非导磁性不锈钢管内装有干簧管，浮球中装有环形磁环，浮球随液位的上升或下降而移动，从而触发或释放不锈钢管内的磁簧开关，发出开关信号。

◆全金属外壳设计◆采用高亮型LED数字显示，使得该系列产品能够被用于各种工业场合。

◆双键设计和用户友好的菜单使产品使用更加方便。

◆多种连接方式可以充分满足各种特定的安装需求。

◆可330°旋转的显示头能保证在不同安装方式下获得最佳观察角度。

◆双显示控制表头，可对温度、液位同时显示、监测。

可在量程范围内可随意设定开关报警点；独立模拟量输出。

安全说明◆安装本设备前，请阅读本文档，确保产品适合您的应用范围，且不受任何限制；◆如果未按照操作说明或技术资料，则可能导致人身伤害或财产损失；◆在所有应用范围内，检查产品材料与待测介质是否兼容；◆如果设备只用作被检测材料的介质，必须保证设备被正确使用以能够长期稳定运行，确保被检测介质不会对产品的检测部分造成损坏；确定测量传感器是否适用于相应应用的责任在于操作员，对于操作员使用不当造成的后果，制造商概不承担任何责任。

传感器安装和使用不当导致保修期内索赔无效。

安装说明安装和拆除传感器前请确认系统未承受任何液位。

◆将传感器设备按照选配的过程接口连接上◆充分紧固，推荐拧紧扭拒范围：25至35Nm◆在关键应用场合（如剧烈震动或冲击），液位管接头可以通过微型软管进行机械解除。

迟滞功能主要是当温度值在设定点附近波动时保持开关输出稳定，在温度上升过程中当温度值大于AL1H时开关输出动作，在温度下降过程中温度值小于AL1F时开关输出才释放窗口功能可使产品用来监视温度值是否超出一个特定的温度范围，当温度值在AL1H和AL1F时开关输出动作，而当温度值处于这个范围之外时开关输出释放温度功能说明◆4位数字显示当前温度值◆高低温保护◆远程温度检测◆零位校正◆迟滞/窗口模式切换◆开关常开/常闭设置◆可根据运行模式和参数设定产生输出信号迟滞模式窗口模式电气连接务必由合格的电工对产品进行接线，务必遵守电气设备安装相关的国内和国际规范。

利维顿生产公司OWSLR-I人流传感器说明文件说明书

Leviton Manufacturing Co., Inc. Global Headquarters201 North Service Road, Melville, NY 11747-3138 tel 800-323-8920 tech line (8:00AM-10:00PM ET Mon-Fri, 9:00AM-7:00PM ET Sat, 9:00AM-5:00PM ET Sun) 800-824-3005 ©2023 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.DescriptionSpecifically designed for long, relatively narrow spaces such as hallways and corridors, the OSWLR-I Occupancy Sensor provides long range and high sen s i t iv i t y.The OSWLR-I Occupancy Sensor utilizes a “long range” lens. This lens provides coverage up to 100 ft. when mounted 10 ft. above the floor. Can be mount e d lower if needed.The mount i ng base, pro v id e d with the sensor, allows quick and easy mount i ng in cor n ers, on walls or on ceilings. The most common applications are factory storage areas, warehouse aisles and corridors.Applications• Cafeterias • Hallways • Loading docks • Open offices • Parking garages • Storage rooms • Warehouses • Workspaces • Vending roomsFeatures• Fast, sim p le in s tal l a t ion: easy base mount, three wire connection (low voltage) and twist-and-lock detector attachment.• Self-adjusting: internal microprocessor con t in u a l l y analyzes, evaluates and adjusts the infrared sen s i t iv i t y and time delay. Per f or m ance is kept at a max i -mum and user com p laints are eliminated.• Multi-element, long range lens• Flexible base mounting: supplied twist-and-lock base mount permits fast alignment. Supplied cover hides mounting hardware and wires. Can be used with raceways for hard surface installations. Adjustable canopy for wall or ceiling mount.• Range & coverage: up to 100 ft. for gross body motion or forklift. Max. 33.2 feet wide.• Custom off-white color matched for shaded ceiling/cornerspaces and most common ceiling tilesProduct DataOSWLR-I0WPassive Infrared Aisle (Long Range) Occupancy SensorFeatures• High motion sensitivity: the large lens area and multi-element lens design give excellent range and sensitivity • Ambient light recognition: a light sensor prevents lights from turning on when the room is adequately lit by natural light• Non-volatile memory: learned and ad j ust e d settings saved in protected memory are not lost during power outages • Timer setting feature: automatic—30sec–30min.Test mode—6sec with auto exit programming.• Walk-through: provides increased energy savings by decreasing the time delay to 2.5min when someone momentarily walks through the monitored space• Uses OSPxx Series Power Pack: uses Class 2, 24 volt wiring, three wire connection (low voltage). Multiple sensors can control single or multiple power packs.• Power base (OPB15) available for line voltage applications • Device: high-impact housing and in j ec t ion molded plastic. Color coded wire leads are 6” long (16.24 cm)• Infrared Sensing: High sensitivity 9.8 micron detector dual elementHow The OSWLR-I Automatically AdaptsAdjustment Range DimensionsMounting BracketWiring DiagramField of ViewBaseLeviton Manufacturing Co., Inc. Global Headquarters201 North Service Road, Melville, NY 11747-3138 tel 800-323-8920 tech line (8:00AM-10:00PM ET Mon-Fri, 9:00AM-7:00PM ET Sat, 9:00AM-5:00PM ET Sun) 800-824-3005 ©2023 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.LES-G-7733D/G23-aaREV JUL 2023Leviton Manufacturing Co., Inc. Lighting & Controls10385 SW Avery Street, Tualatin, OR 97062 tel 800-736-6682 tech line (6:00AM-4:00PM PT Mon-Fri) 800-959-6004Leviton Manufacturing Co., Inc. Global Headquarters201 North Service Road, Melville, NY 11747-3138 tel 800-323-8920 tech line (8:00AM-10:00PM ET Mon-Fri, 9:00AM-7:00PM ET Sat, 9:00AM-5:00PM ET Sun) 800-824-3005Visit our Website at: /sensors©2023 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.。

IL Series 激光应用传感器说明书

Seam detectionHeight controlThickness differentiationThickness differentiationHEIGHT/HEIGHT DIFFERENCE POSITIONINGWARPAGE FEEDBACK LOOP CONTROLTHICKNESS/WIDTH PEAK, BOTTOM AND PEAK TO PEAKCMOS Multi-Function Analog Laser SensorIL SeriesNEWSERIESIntelligent SensorLow-cost HighPerformance2IntelligentHigh repeatability was achieved by using state of art technology and functions speciﬁ cally developed for measuring instruments.RuggedDeveloped for use in harsh environments, the IL Series was designed with a robust structure.EasyExcellent usability makes it possible to quickly and easily perform stable measurements without any difﬁ cult adjustments or settings.VARIETY OF USES AT LOW COSTCompact and lightweight laser displacement sensorI n t e l l i g e n tR u g g e d Ea s yIS E R I E SIntroducing the IL SeriesThe intelligent I-Series consists of a highly stable sensor lineup that realizes low-cost and high performance with only the most advanced functions for on-site operations.I -SERIESIntelligent SensorLow-cost HighPerformance3I n t e l l i g e n tR u g g e dE a s yIS E R I E SI n t e l l i g e n tR u g g e d E a s yIS E R I ESI n t e l li ge n tR u g g e dE a s yIS E R I E SWhen the workpiece is highly reﬂ ectiveReduced powerWhen the workpieceis darkIncreased power90°RLLoad (W): 250 gBending radius: R50 mm 1.97"Rate: 30 bends/minute(One bend is a cycle whereby the cable is bent from left to right and then from right to left.)20 million cycle servicelife (typical)Free Cut!48.5 mm 1.91"IL-100Reference distance Measurement range Display Resolution Repeatability100 mm 3.94"75 to 130 mm2.95" to 5.12"2 µm0.08 Mil 10 µm 0.39 MilIL-300Reference distance Measurement range Display Resolution Repeatability300 mm 11.81"160 to 450 mm 6.30" to 17.72" 10 µm 0.39 Mil50 µm1.97 MilIL-600Reference distance Measurement range Display Resolution Repeatability600 mm 23.62"200 to 1000 mm 7.84" to 39.37" 50 µm 1.97 Mil 300 µm 11.81 MilIL-065Reference distance Measurement range Display Resolution Repeatability 65 mm 2.56"55 to 105 mm2.17" to 4.13"2 µm0.08 Mil 4 µm 0.16 MilIL-030Reference distanceMeasurement rangeDisplay ResolutionRepeatability30 mm 1.18"20 to 45 mm 0.79" to 1.77"1 µm 0.04 Mil 2 µm 0.08 MilRugged Head Structure[Die cast metal used for IP67/optical base]Compact Head Design + Easy Mounting[Smallest body in its class] + [Hi-ﬂ ex cable]The IL Series automatically controls and optimizes laserpower according to the reﬂ ectance of the target. As a result, stable measurement is possible for almost any target from black rubber to highly reﬂ ective metal surfaces. Furthermore, in order to further streamline communication with process control systems we have installed application speciﬁ c functions into the compact ampliﬁ er.The IL Series has achieved the smallest head housing in its class by adopting the unique aspherical lens. The weight of the head is a mere 60g* (2.1 oz). The sensor head cable is designed with a robot cable. This cable is speciﬁ cally designed for high cycle service life and makes the sensor ideal for robotics or other high cycle applications.*IL-030The head structure was redesigned to make it rugged enough to withstand almost any environment. In addition, the optical base is made of die cast SUS304 for added strength and protection.Super Small Head + Multi-Function Amplifier[Measurement with higher stability] + [All-in-one design]4Step1Step2Step3The multi-function ampliﬁ er with an all-in-one designWhen bringing the target closer to the sensor head in Steps 1 and 2, you are compensating for the misalignments that occur during installation. To set, you can begin with either one of the sensor heads.3-step easy calibration With conventional devices, calibration had to be conducted on each and every individual sensor head, however, as theIL Series has a dedicated mode that allows calibration to be completed in 3 simple steps.Bring the target close to one sensorhead and input the thickness data,then push the set button.Bring the same target used in Step 1close to the opposing sensor head andpush the set button.Insert a target thicker than thetarget used in Step 2. Input thethickness data. Then pushing theset button completes calibration.Ambient light elimination function includedIn order to counteract any ambient light interference, the IL Series automatically activates the ambient light elimination function when the sampling cycle is set to ‘2 ms’ or ‘5 ms’, reducing the effects of ambient light.New mode – Thickness calibration function includedDirect connection with peripheral equipmentPLC, etc.Peripheral equipmentAnalog controller, etc.Data logger, etc.PCHi / Go / Lo judgementoutputVoltage / current analogoutputBCD outputRS232CEmissionLaserThe CMOSwaveform of AAmbient light ispresentThe CMOSwaveform of BAmbient light only(Minus)—=CMOS waveform(difference)Waveform where the ambientlight has been removed(Equals)5Mounting method optionsBoth panel and DIN-rail mount units are available.IL-1500/1550Panel mount typeDL-RB1ABCD output unitDL-RS1ARS-232C communication unitIL-1000/1050DIN-rail mount typeUse this unit when retrieving numericaldata from the IL Series to an externaldevice as digital data. A singlecommunication unit can retrieve datafrom up to 8 IL Series display units viaBCD.Use this unit when outputting digitaldata to an external device withRS-232C signals. In addition the unitcan be used to externally program theampliﬁ ers.Analog Output SelectionThe following ﬁ ve types of analog outputs can be selected. Theoutput is selected the ﬁ rst time the user turns on the power.The setting can be changed.NPN/PNP Output Selection (judgment selection)Both NPN and PNP outputs are supported. The outputs are setthe ﬁ rst time the user turns on the power. These settings cansubsequently be changed. Judgments are output as HIGH, GO,or LOW.Bank FunctionThe bank function can register up to four patterns of speciﬁ csettings.* For example, in response to a measurement targetchangeover, this function allows the user to easily switchbetween the patterns of registered settings.* HIGH setting value, LOW setting value, shift value, analog output scaling settingAddition modeSetting example 1(thickness measurement)Setting example 2(width measurement)Subtraction modeSetting example 1(Measurement of height difference)Setting example 2(Measuring tilt)Multi-function amplifierCALCULATION FUNCTIONFUNCTION CHOICESCommunication Unit6ApplicationsBy observingthe expansiondisplacement of a canafter heat processing,the results of heatprocessing can beevaluated. Reliabledifferentiation canstill be conductedeven if there are colorchanges in the cans.Thickness and widthcan be simultaneouslymeasured immediatelyafter the extrusionprocess. In addition,man-hours for setup andproduct changeoversare reduced using thethickness calibrationfunction.When assemblingautomotive doors,by simultaneouslymeasuring multiplepoints, the assemblyaccuracy can beevaluated. Reliabledetection is possibleregardless of bodycolor.By using a longrange type of sensorhead, it is possible tocontrol height of hoopmaterials such assteel plates and sheetmaterials even duringtransportation.The sensor headcan be installed ata distance of up to1000 mm 39.37".Provides constantmonitoring by measuringthe height using 2sensors simultaneously,then calculates theheight difference usingthe calculation functionin the ampliﬁ er. Reliabledetection is possibleeven if the product typeor color changes.Even in targets witha large amount ofshape scatter, reliablecounts can still beachieved by detectingrising edges. Theoutput signal is thensent to a counter orother device.As the sensor headis compact, multiplepoint measurements ofsmall-scale boards arepossible. By calculatingthe measurement dataexternally, simultaneousmeasurements ofpositioning and warpageare possible.Through externalcalculations ofheight data from thesensor, the devicedetects the positionof the weld seam.Welding accuracycan be improvedvia measurementdata feedback to thewelder.Heat processing inspection of cansThickness/width measurements of buildingmaterial boardsPackaging material countingAccuracy checks on an automotive doorassemblyHeight controls of a hoop material Height difference measurements of aplastic extrusionWarpage detection in ceramic boardsPositional control of welding beads7Reliable differentiation, even in highly variable small parts, using a high-precision sensor head. Even when the variety changes, external changeover of up to 4 patterns is possible by setting items in the bank function.Controls the PC board height in the mounting and drilling processes. Various kinds of targets can be reliably controlled without being affected by the surface colors of the PC boards.Measures the presence and protrusion of glass in a cassette.Stable detection ispossible even if positional misalignments occur in the cassette itself by utilizing analog processing.Prevents irregular winding by monitoring the traverser position. In addition, feedback control to the device is possible by measuring the volume wound into the bobbin at the same time.Calculates the inclination by measuring multiple points on the stage prior to transferring to the furnace. Transferring the product after correcting the inclination allows for consistent temperature control.Measures the height of the board pre-bonding and the chip post-mounting, allowing control of the post-processing suction nozzle and dispenser nozzle feedback.The IL Series counts how many items are being transported along a conveyer, in addition to the non-contact detection of uneven stacking in the stacker. Reliable detection regardless of color changes in the targets.Measures the behavior of each unit in thedevice. Due to the small head footprint, the IL series can be installed in compact spaces. This means that the IL series can be installed even after the machinery has been set up.Differentiation of different types of plastic componentsHeight controls of a PC boardMisalignment measurement and presence detection of a wafer/glass in a cassette.Wire winding processDetection of stage inclination prior to furnace transportationMeasuring the height of a chip after bondingStacker device counts and stacking disturbancesBehavior detection in an operational unit8Speci ﬁ cationIL-030IL-065IL-10030 mm 1.18"300 mm 11.81"600 mm 23.62"160 to 450 mm200 to 1000 mm 1. The laser classification for FDA (CDRH) is implemented based on IEC 60825-1 in accordance with the requirements of Laser Notice No.50.2. Value when measuring the KEYENCE standard target (white diffuse object).3. F.S. of each model is as follows. IL-030: ±5 mm ±0.20" IL-065: ±10 mm ±0.39" IL-100: ±20 mm ±0.79" IL-300: ±140 mm ±5.51" IL-600: ±400 mm ±15.75"4. Value when measuring the KEYENCE standard target (white diffuse object) at the reference distance, sampling rate: 1 ms, and average number of times: 16. For the IL-300/IL-600, the sampling rate is 2 ms.5. Value when the sampling rate is set to 2 ms or 5 ms.DIN-rail mountDIN-rail mount1. Select and use one of ±5 V, 1 to 5 V, 0 to 5 V or 4 to 20 mA.2. Assign an input of your choice to the 4 external input lines before using.3. – The NPN open collector rated output is: 50 mA max./ch (20 mA when adding an expansion unit) less than 30 V, residual voltage less than 1 V (less than 1.5 V when adding over 6 units including the main unit)– The PNP open collector rated output is: 50 mA max./ch (20 mA/ch when adding expansion units), less than power voltage, and less than 2 V residual voltage (less than 2.5 V when adding over 6 units including the main unit) 4. If there are over 6 additional expansion units, please use a power voltage of 20 to 30 V.Sensor head cables (sold separately)This connector is required if the cable is cut.Connector used to connect to a display unit (2 pcs.)OP-843389DL-RB1A20 to 30 VDC, including ripple, Ripple (P-P): 10% max. Class 2 (Supplied via connected sensor ampliﬁWiring Diagram1.10 to 30 VDC 4.0VHIGH judgment output LOW judgment output GO judgment output Alarm output Analog output +Analog output GNDExternal input 1 (zero shift input)External input 2 (reset input)External input 3 (timing input)External input 4 (not used)1. The brown, blue, and light blue cables are not provided in a IL-1050/IL-1550 unit (expansion unit).The power is supplied to the expansion unit from the IL-1000/IL-1500 unit (main unit).2. For an analog output, OFF (not used), 0 to 5 V, ±5 V, 1 to 5 V, or 4 to 20 mA can be selected.3. For an external input, bank A input, bank B input, laseremission stop input, or OFF (not used) can also be selected.For details, refer to the User’s Manual.4. If there are over 6 additional expansion units, please use a power voltage of 20 to 30 V.3.23.2Material: SUS304 t=1.5 0.06"Material: SUS12 6.7 150.06"Material: SUS304 t=2.0 0.08"Supplied screw (2 pcs.) M3, P=0.5, L=30 1.18" Material: SUS010DimensionsSensor headsIL-030IL-065/100Mounting bracket (supplied)Mounting bracket (supplied)Unit : mm inchMaterial: SUS304 t=2.0t=2.00.47"0.36"0.36"0.73"ø0.17"0.08"0.08"IL-300/600Mounting bracket (supplied)Cable diameter ø4.7 ø0.19"Cable diameter ø4.7 ø0.19"45X=48 1.89"×(number of amplifiers) -3 0.12"451.77"1.77"45 1.77"0.89"Material : SPCC Steel0.89"Material : SPCC Steel0.89"0.89"OptionsUnit : mm inch11 Communication unit (RS-232C communication type)DL-RS1ACommunication unit (BCD output type)DL-RB1AAmpliﬁ er unit (DIN-rail mount type)IL-1000/IL-1050Ampliﬁ er unitIL-1500/IL-155034-pin MIL connectorDIN-rail mountIL-1000IL-1050When the mounting bracket is attachedOP-60412 (Optional)DIN-rail mount When the mounting bracket is attachedOP-60412 (Optional)KA1-1090■ Regional offices CO FL GA ILDenver Tampa Atlanta ChicagoAL CA CA Birmingham N.California Los AngelesTX VA WADallas Richmond SeattleSC TN TN TXGreenville Knoxville Nashville Austinwww.keyence .comKEYENCE MEXICO S.A. DE C.V.PHONE: +52-81-8220-7900 FAX: +52-81-8220-9097 E-mail:*************************IN KS KY MAIndianapolis Kansas City Louisville BostonMI MI MN MODetroitGrand Rapids Minneapolis St. LouisNJ NY NC NCElmwood Park Rochester Charlotte RaleighOH OH OR PACincinnati Cleveland Portland PhiladelphiaCopyright (c) 2010 KEYENCE CORPORATION. All rights reserved.IL-KA-C2-E 1100-1 611473 Printed in JapanKEYENCE CANADA INC.Head Office PHONE:905-696-9970FAX:905-696-8340E-mail:*************************Montreal PHONE: 514-694-4740 FAX: 514-694-3206KEYENCE CORPORATION OF AMERICACorporate Office 669RiverDrive,Suite403,ElmwoodPark,NJ07407PHONE:201-930-0100FAX:201-930-0099E-mail:*******************Sales & Marketing Head Office 1100 North Arlington Heights Road, Suite 350, Itasca, IL 60143 PHONE: 888-539-3623 FAX: 630-285-1316KEYENCE GLOBAL HEADQUARTERS1-3-14, Higashi-Nakajima, Higashi-Yodogawa-ku, Osaka, 533-8555, Japan PHONE: +81-6-6379-2211SAFETY INFORMATIONPlease read the instruction manual carefully in order to safely operate any KEYENCE product.The information in this publication is based on KEYENCE’s internal research/evaluation at the time of release and is subject to change without notice.1-888-539-36231-888-KEYENCECALL TOLL FREET O C O N TA C T Y O U R L O C A L O F F I C E*611473*Total Solution LineupCCD LASER MICROMETER Multi-PurposeCCD Laser MicrometerIG Series❙ Repeatability of 5 µm (0.20 Mil)❙ Linearity of ± 0.1% (IG-028)❙ Built-in position monitorCONTACT SENSOR High-precision Contact Digital SensorGT2 Series❙ H igh accuracy in the entire measurement range❙ Good temperature characteristics ❙No tracking errors❙Absolute position detectionResolutionAccuracy 0.1 µm 0.004 Mil1 µm0.04 MilINDUCTIVE DISPLACEMENT Digital InductiveDisplacement SensorEX-V Series❙ Resolution of 0.02% of F.S.❙ Linearity of ± 0.3% of F.S.❙ Ultra high-speed sampling of 25 µsOuter diameter/deformation measurement an extrudateDetection of crank shaft defectsMeasuring the gap between rollersFeedback control using edge position controlMeasurement of defects in a press ﬁ t Conﬁ rmation of the die closure of an IC molding press。

CAREL 温度和湿度传感器说明书

可以用于风道型的加热器和空调系统中。它们配备有温度传感器（NTC或PT1000）和/或湿度传感器。壁挂式探头（ASW*）
它们应用于加热器和空调系统。它们的外形美观适合室内安装。这些型号提供墙上安装。温度探头：户外型（ASE*），浸入式（ASI*）
一般情况下，为了普通应用而设计的外部探头的电缆长度从2m到4m。若选择电流输出，探头可以被远程安装在200m远的地方。
代码 1413306AXX 1413309AXX
1.3安装
连接以下是与终端连接的电路接线图和把电压输出变成电流输出的跳线的配置电路图。
端子： outT=温度输出（0~20mA或-0.5V~1Vdc） outH=湿度输出（0~1Vdc或4~20mA） M =电源和输出的地线 +(G)=电源（12~24Vac或9~30Vdc） ntc =NTC阻性输出注意：输出为0-1Vdc，负载必须>1kΩ；输出为4-20mA，负载必须≤100Ω。警告：
范围 -10~70℃
-10~70℃
10~90%rH
0~50℃ 10~90%rH；
0~50℃ 10~90%rH
代替 SSTOOA00/1，SSTOOA0420，SSTOOA0000 SSWNTC0000 SHWOOP00/1，SHWOOP0420，SHWOOP0000 STHOAP00/1，STHOAP0000
需要感应元件直接和被控的液体接触时，浸入式探头安装在冷冻或者加热回路中。这种情况下，传感器可以是PT1000，B级。通用型探头（ASP*）
可以用于特殊的环境中（冷冻室，游泳池等等），在这种环境中箱体（IP55）和传感器（IP54）需要高的防护等级。它与温度传感器（PT1000或NTC）和湿度传感器配合使用。墙上安装。

爱伊爱弟红外传感器安全操作及保养规程

爱伊爱弟红外传感器安全操作及保养规程爱伊爱弟红外传感器是一种常用于传感和检测的仪器，广泛应用于生产和工作场合。

为了确保仪器的可靠性和安全性，以下规程为使用人员提供相关的操作指导和保养方法。

1. 仪器基本介绍爱伊爱弟红外传感器是一种使用红外线光谱原理进行检测和传感的仪器。

它由光电传感器、光源、电路板、外壳等部分组成。

仪器能快速、准确、非接触地测量目标物体的温度，有广泛的应用领域。

在使用前，请熟悉仪器的外观、特点及使用方法。

2. 安全操作规程2.1 使用前确认安装正确性确保在使用前仪器已正确安装。

按装置的组装和调试图进行安装，仔细检查和调整，确保光源、光学元件、电路连接完整有效，检查所有螺栓、紧固件以及安全装置。

仪器的安装不正确可能导致仪器失稳、测量不准确或者出现故障，可能引起人身或设备损伤。

2.2 使用前确认电压稳定在使用前，需要确认电源电压符合标准电压，并且稳定。

电压不稳定会导致电路异常，设备故障或不能正常测量。

2.3 使用前停电或关闭开关在使用前，需要严格按照电源的操作步骤断电，或者将设备的开关关闭，以避免意外开启设备造成人身伤害或者设备故障。

2.4 严禁拆卸、改变电子元件和安装位置爱伊爱弟红外传感器为高精度电子仪器，一旦进行拆卸或改变电子元件，容易导致电器元件与外部电源及线路之间的短路或断路，从而影响设备的正常工作。

同时，严禁更改仪器的安装位置，以免影响样品的测量，降低仪器的精度。

2.5 严禁过度拉扯或使用力过大在进行设备搬运或者清洁时，必须用力逐渐增加，不能用猛力拉扯或者使用力过大，以防止设备摔坏或者破裂。

2.6 手否触及电机、传动部件或者机器表面在设备工作期间，严禁手否触及电机、传动部件或者机器表面，以避免机器咬伤或者被电击，造成意外。

2.7 注意防火、防爆爱伊爱弟红外传感器具有精密灵敏的电气元件和重要的光学元件，不适用于容易引发火灾、爆炸及排放有害气体的地点或场合。

3. 仪器保养规程3.1 定期清洁在设备使用过程中，积灰、油污等物质会产生，定期清洁可以保证仪器的正常运行和历久弥新。