WIFI型温湿度变送器使用说明

光照温湿度变送器使用说明书（WIFI型）文档版本：V1.0目录1.产品介绍 (4)1.1产品概述 (4)1.2功能特点 (4)1.3主要技术指标 (4)1.4产品选型 (5)1.5设备信息 (5)1.6产品拓扑图 (6)2.设备安装及使用 (7)2.1设备安装说明 (7)2.2设备使用 (8)3.监控平台介绍 (11)4.常见问题及解决办法 (12)5.注意事项 (12)6.联系方式 (13)7.文档历史 (13)8.附录 (14)1.1产品概述RS-GZ-WIFI-2是一款WIFI无线数据传输的工业级通用光照度变送器，该变送器采用高精度感光元件，反应迅速灵敏。

采集数据并通过WIFI方式上传到服务器。

本产品充分利用已架设好的WIFI通讯网络实现数据采集和传输，达到数据集中监控的目的。

可大大减少施工量，提高施工效率和维护成本。

设备10-30V宽压供电，外壳防护等级高，能适应现场各种恶劣条件。

1.2功能特点RS-公司代号GZ/GZWS-光照度变送器WIFI-WIFI型2壁挂王字壳1.5设备信息尺寸产品外观及示意序号名称内容①设备贴膜上面带有产品logo以及名称②NFC感应区域使用NFC配置软件配置时，手机NFC触碰此区域【注意】读取及下发参数时，需等待APP提示成功/失败后，再拿开手机③安装孔位使用配件膨胀螺丝包，将设备安装至墙面等需要安装的位置④精装护套⑤电源线DC5.5*2.1规格；使用配件电源适配器插入供电包装内容主设备×1产品合格证、保修卡×1膨胀螺丝包（含2个自攻螺丝及2个膨胀塞）×112V电源适配器×1USB转485（选配）×11.6产品拓扑图云平台完全免费2.设备安装及使用2.1设备安装说明设备主体的安装2.2设备使用接通电源将电源适配器连接至设备的供电接口，再接通电源连接至网络1下载配置工具，使用QQ扫描二维码（仅限安卓手机），点击“客户端本地下载”，下载完成后根据手机提示将APP安装。

北京博瀚安易科技有限公司产品使用说明书AE520-TC无线型温度变送器北京博瀚安易科技有限公司一、概述本公司生产的AE520-T型无线温度变送器是一种超小型、性能优良、高精度的测温仪表。

它具有体积小，重量轻、使用安装方便的特点，将控制对象的温度参数变成电信号,传递给显示/调节面板,并对接收终端发送无线信号，对系统实行检测、调节和控制。

可直接安装在一般工业热电阻、热电偶的接线盒内，与现场传感元件构成一体化结构。

这样不仅节省了补偿导线和电缆，而且减少了信号传递失真和干扰，从而获的了高精度的测量结果。

通常和无线中继、接收终端、通信串口、电子计算机等配套使用，输出无线信号。

直接测量各种生产过程中的-100℃-800℃范围内液体、蒸汽和气体介质以及固体表面温度。

无线型温度变送器无线收发数据，通常和无线中继、接收终端、通信串口、电子计算机等配套使用，输出无线信号。

该产品的问世大大节省了现场安装布线成本，且使用极为方便。

二、特点�技术咨询QQ：583367295�带显示，电池供电，输出无线信号。

�精度高、抗干扰、免维护。

�带两键操作，可现场标定，数据由单片机处理，稳定性高。

�冷端温度自动补偿，非线性校正电路。

�具有防震、防潮、防热、防有害气体的功能。

�适用范围广，可应用于化工、冶金、石油、电力、水处理、制药、食品等自动化行业。

三、技术指标�传感器：PT100传感器�供电电压:电池供电，1-1.5年寿命�输出：无线数据传输�显示极限环境温度:-40℃～+85℃�环境湿度:5%-95%，无结露�振动:≤10g，f≤55Hz，振幅≤0.5mm�测量范围:-100℃～+500℃�精度:±0.5％�线性:±0.5%�外壳等级：IP65�发射频率：433MHz�自身增益：0-20db�通信距离：100米�连接螺纹：M20×1.5（可定做）四、安装结构一般规定变送器采用现场安装式结构，具有一定的防潮、防尘密封功能。

S500WIFI User Manual of Temperature and Humidity Data LoggerCONTENTSCHAPTER 1. INTRODUCTION (1)1.1F EATURES (1)1.2A PPLICATION (1)1.3S PECIFICATIONS (1)1.4S TRUCTURE I NSTRUCTION (2)1.5LCD D ISPLAY I NSTRUCTIONS (2)1.6I NSTRUCTION OF B UTTONS (4)CHAPTER 2. SOFTWARE (5)2.1WIFI S ETUP (5)2.2I NSTRUCTION OF T O M ONITOR SOFTWARE (9)2.3D ATA A NALYSIS (11)CHAPTER 3. FAQ (14)3.1LCD S CREEN D IM (14)3.2S OFTWARE "R UNTIME E RROR" (14)3.3C HECK COM P ORT N UMBER (14)Chapter 1. Introduction1.1 Features⏹Elegant appearance, easy to operate and reliable. Desktop and wall-mounted⏹Transferring real-time temperature and humidity data to computer throughWIFI⏹High accuracy: 0.2~0.5℃/2~5%RH⏹Large Capacity: 65000 data groups⏹Can be locked to display maximum and minimum value⏹Internal audible and visual alarm and send alarm message to mobile phoneonce temperature or humidity is over limit.⏹Multiple levels of data protection; all the collected data will not be lost.1.2Application⏹Widely used in environment with WIFI access to monitor temperatureand humidity.1.3Specifications1.4Structure Instruction1. LCD display2. ON/OFF3. Backlight4. MAX/MIN checking button5. LOG6. Hanger (used for fixing on the wall)7. Battery cover (screw to replace the battery)8. Holder (used for desktop)9.WIFI reset button1.5 LCD Display InstructionsBacklightAlarming for over limit of temperature or humidity TemperatureHumidityBattery indicationButtons locked/unlockedExternal AC 12V power connectedConnected to computer by USB cableLogger is in the logging modeNumber of data groups collectedMaximum value is displayedMinimum value is displayedTime1.6 Instruction of ButtonsChapter 2. Software2.1 WIFI SetupCopy the WIFIConfig software from the accompanied CD in the package to a computer, then to the designated cell phone(Android Cell Phone only). Install the software which will create icon.Reset the logger for 3-5 seconds(reset hole is at the upper corner in the back of logger),then search for network module of thisdevice(defaulted as RAK415-AP-606AB0) in WIFI settings of the cell phone and choose it.Open WIFICONFIG software in the cell phone, slide down the screen to refresh interface of the app, then click on RAK415WIFI to enter setting mode.2.1.1 Click on 【OK】button to confirm 【Certificate】.2.1.2 Click on【Mode】in the function list, then choose 【STA】 and 【Save】to save settings.Click on Save2.1.3 Click on【STA】 and choose the WIFI name and input password, then 【Save】to save the settings.Name of the WIFIconnectionWIFI Password2.1.4 Socket SettingsChoose TCP-ClientObject IPObject Port【Object IP】is the IP address of the computer where the data is stored,for example: 192.168.1.25;As of【Object Port】,please enter “4588”.2.1.5 Click on【Settings】,then 【RESET】to save settings and restart WIFI module of the logger.Click on RESET2.2 Instruction of ToMonitor software(1)Copy the software folder to the computer, then open the softwareDouble clickTomonitor(2) User Name: admin；Password: adminTo Login（3）Add New Logger in Tomonitor1.Run Tomonitor software & Login2.Press "Loggers”3.Choose a logger in the logger list and display its properties onthe right side4.Input the new logger's Serial Number & Name.Tips: Name cannot include symbol. SerialNumber is on the label of the logger5.Sampling (Seconds): When S500-GPRS upload real-time data,ToMonitor will sync this value to the data logger’s “LoggingInterval” (Logging/Upload frequency) property.6.Logger type choose 【Wireless】7.Press 【Add】 and 【Exit】to enter the monitoring interface8.In short time, real-time data collected by the logger will bedisplayed263 4572.3 Data Analysis（Notice：ToMonitor needs to be opened before we can use ToClient8 software which is used for data analysis）(1)Open Toclient8 software in the software folderClick ToClient8(2) Click on 【Connect】to login.【Password】is “admin”.(3)Data Query:(4)It will come out the following graph(5)Click on 【Data List 】to get historic dataChoose the loggerStart QueryTime SettingData ListChapter 3. FAQ3.1 LCD Screen DimReason:●Insufficient battery or the environment temperature is too low or toohigh.Solution:●In the case of insufficient battery, please replace the battery. Ifresulted from environment temperature, please immediately take the logger out of the environment.3.2 Software "Runtime Error"Reason:●OS forbid software creating files.Solution:●Run the program (software) as an administrator.●Install software in Disk D:\● A data logger name cannot contain any of the following characters:\ / : * ? " < > |●Software’s installation path cannot include Chinese character orgarbage character.3.3 Check COM Port Number●Press “Win” + “R” in keyboard -> Run "devmgmt.msc" to Open "DeviceManager" in Windows-> Expand "Ports (COM & LPT)" -> "USB-SERIAL CH340 (COM No.)" is the Data Logger。

WIFI型温湿度变送器（300C4壳体）PR-300C4-WS-WIFIVer2.0目录第1章产品简介 (3)1.1产品概述 (3)1.2功能特点 (3)1.3主要参数 (3)1.4产品选型 (4)第2章硬件连接 (5)2.1设备安装前检查 (5)2.2安装方式 (5)2.3面板说明 (6)第3章免费微信平台应用 (7)3.1接入微信平台前的检查 (7)3.2微信平台的绑定与实时数据查看 (7)3.3微信平台参数设置 (8)3.3.1平台主机参数配置 (8)3.3.2平台上下限值的设置 (8)第4章配置软件的使用 (9)第5章系统菜单与设置 (10)5.1按键说明 (10)5.2功能显示项目说明 (11)5.3设置参数操作说明 (12)5.3.1温湿度的校准 (12)5.3.2设置温度上下限 (13)5.3.3设置湿度上下限 (13)5.3.4清除历史数据 (14)5.3.5设置时间、密码、蜂鸣器 (14)5.3.6设置离线时间记录间隔 (15)第6章配网失败可能原因 (15)第1章产品简介1.1产品概述PR-300C4-WS-WIFI系列是采用WIFI无线数据传输的温湿度变送器。

可采集温湿度数据并通过WIFI网络上传至我司提供的免费微信设备平台。

产品WIFI 采用AirKiss技术，可实现一键配网、轻松联网。

产品采用进口高精度传感器，采样精度高，年漂移小。

当变送器连接上场地内的WIFI网络时可借助现场网络将实时数据上传至微信设备平台，当断网后设备会自动缓存数据，网络恢复自动续传数据。

使用微信扫一扫变送器上的二维码即可即时管理设备并查看数据，简洁方便。

设备也配备配置软件，批量下载参数，方便快捷。

变送器带有液晶屏可实时显示温湿度数据、设备电量及当前网络连接状态。

变送器具有内置电池，一次充电可连续使用14天以上，也可采用手机充电器长期连续供电。

变送器内置蜂鸣器，可实现超限报警。

探头内置型可用于测量普通环境的温湿度。

RS-WS-DY-6-*无线温湿度变送记录仪用户手册文档版本：V1.0目录1. 产品简介 (4)2. 产品选型 (4)3. 功能特点 (4)4. 技术参数说明 (5)5. 产品外形尺寸 (6)6. 菜单及显示说明 (6)6.1 面板示意说明 (6)6.2 液晶显示说明 (6)7. 系统菜单与设置 (7)7.1 按键功能说明 (7)7.2 按键操作简介 (8)7.3 功能显示项目说明 (8)8. 设备安装要求 (14)8.1设备安装前检查 (14)8.2整体安装说明 (14)8.3接口说明 (14)8.4 安装说明 (15)9. 设备接入监控平台软件 (15)10. 联系方式.................................................................................................. 错误！未定义书签。

11. 文档历史.................................................................................................. 错误！未定义书签。

1. 产品简介RS-WS-DY-6系列产品是一款大屏液晶显示无线通信并带自身记录的温湿度测点。

产品采用独有的无线扩频技术，通信距离远，视距可达800米，穿透能力强，可穿透3~4堵混凝土墙，独有的跳频技术，通信抗干扰能力强。

温湿度采集精度高于国标，可设置温湿度上下限报警值。

设备采用大屏液晶显示方便用户观察，内置高分贝蜂鸣器，具有就地声光报警的功能，内置两路继电器，可实现温湿度上下限双控，限值可自由设置，温度湿度凭密码校准，自动温湿度记录等功能。

设备采用外部电源供电，用户可通过电源适配器接交流220V给设备供电。

现场无需进行通信布线，搭配RS-JSQ-W无线接收机（1台RS-JSQ-W可管理200台RS-WS-DY-6系列测点）在控制成本的基础上，满足了现场工程的应用，极大的缩短了工程施工周期。

F SeriesHUMIDITYAND HUMIDITY-TEMPERATURE TRANSMITTERS INSTRUCTION MANUALCONTENTS DESCRIPTION (3)OPERATION (4)Power Supply (4)Output Range (4)Temperature Operating Range and Temperature Limits (4)Humidity Limits (4)Temperature Compensation (4)Sensor Protection (5)Output Signals (5)Wiring Diagrams (6)Grounding (7)INSTALLATION (8)General Recommendations (8)Installation of the Base Plate (9)Installation of the Electronics Module (10)MAINTENANCE (11)Cleaning or Replacing the Dust Filter (through wall model) (11)Periodic Calibration Check (11)SPECIFICATIONS (13)PLEASE, READ THIS FIRST• Check the product for any physical damage that may have occurred during shipment. We carefully pack and routinely insure all shipments. If any damage has occurred, it is your responsibility to filea claim with the carrier, prior to returning the damaged product. Please note that our warranty doesnot cover damage during shipment.• See the label on the shipping box for information about the model number of the transmitter, the supply voltage as well as the type and range of the output signals. An identical label is also located under the printed circuit board.• Prior to installation, get fully familiarized with the operating limits of the product and with the installation instructions provided in this manual.• Do not unnecessarily remove the sensor protection (dust filter or slotted cap) from the probe. Both sensors (humidity and temperature) can be mechanically damaged by careless removal of the protection. The ROTRONIC HYGROMER humidity sensor looks like a small white paper tag. Do not remove from the probe!Each ROTRONIC instrument is carefully calibrated before shipment. No further adjustments should be required before installation. If you have any question or problem, please call our service department at 631/427-3898 and press 5 (or ask for extension 21).Transmitters of the F series are used to measure humidity or a combination of humidity and temperature in commercial HVAC installations, clean rooms, research laboratories and light (clean) manufacturing areas. The electronic circuitry is either of the 2-wire loop powered type or of the 3-wire type. Linearized output signals (DC current or voltage) are provided for transmission over a length of cable to a remote display, recorder, controller or data processing unit.The F series features the ROTRONIC HYGROMER capacitive humidity sensor. This well proven sensor offers exceptional durability and stability in all kinds of environments. This fact is reflected in the 3-year full warranty that covers the transmitters of the F series. Reliability is further enhanced by the easy-to-perform field calibration. Measurement accuracy and fast response are provided over the entire range of humidity conditions, even when the sensor is exposed to extremely high or low humidity over long periods of time. An electronic compensation circuit maintains the accuracy of humidity measurement at all temperatures.Models that measure both humidity and temperature, use an RTD Pt100 as the temperature sensor.F series transmitters include a base plate and a module (sensor and electronics) which plugs into the base plate. The base plate can be installed and wired without the module at the same time as general electrical work is being done. During that period of time, the electronics module can safely be stored away.The F series is available in the following configurations:Model Measurement Circuit Type InstallationF2C-W Humidity 2-Wire Loop Powered Space Mount (Surface)FT2C-W Hum. + Temperature 2-Wire Loop Powered Space Mount (Surface)F2C-D Humidity 2-Wire Loop Powered Duct Mount (Through Wall) FT2C-D Hum. + Temperature 2-Wire Loop Powered Duct Mount (Through Wall)F3V-W Humidity 3-Wire Space Mount (Surface)FT3V-W Hum. + Temperature 3-Wire Space Mount (Surface)F3V-D Humidity 3-Wire Duct Mount (Through Wall) FT3V-D Hum. + Temperature 3-Wire Duct Mount (Through Wall)Power SupplyTransmitters of the F series require the following supply voltage:• 2-Wire loop powered transmitters: 10..35 VDC - depending on the load connected to the output(s) The minimum supply voltage can be determined as follows: V min = 10 V + [0.02 x Load (ohm)]. For the maximum load of 500Ω, the minimum supply voltage is 10 + [0.02 x 500] = 20 VDC. The maximum current consumption is 20 mA per output circuit.• 3-Wire transmitters: 10..35 VDC or 24 VACModels with a current output require a minimum of 15 VDC when the load connected to the output(s) is 500Ω. 3-Wire transmitters have a typical current consumption of 16 mA (Humidity only) or 32 mA (combined humidity and temperature).Output RangeThe range of the relative humidity output is 0 to 100%RH. The temperature output depends on the range specified when ordering (see label on shipping box and under the printed circuit board). Temperature Operating Range and Temperature LimitsThe F series can operate within 23 to 122°F (-5 to 50°C) at the electronics.The temperature operating range of space mount models (surface) is the same as the temperature limits of the electronics. For through wall (duct) installation models, the temperature limits at the sensor(s) are -22..158°F (-30..70°C).Operating the transmitter and/or its probe outside of the temperature limits can result in permanent damage.Humidity LimitsAs far as possible, avoid sudden condensation at the sensors. When measuring at high humidity, condensation may occur on the humidity sensor due to a sudden difference in temperature with the environment. This does not damage the sensor. However, this will produce an overflow reading (an output signal of more than 100 %RH) for as long as condensation is present on the humidity sensor. Temperature CompensationPractically every make of relative humidity sensor requires a compensation for the effect of temperature on the humidity output signal in order to measure accurately over a wide range of temperature conditions. In the specific case of an instrument using a capacitive sensor, compensation is required because the dielectric characteristics of both the water molecule and the hygroscopic polymer used in the sensor vary with temperature.The electronic circuit of the F series uses an NTC located next to the humidity sensor to provide automatic compensation for the effect of temperature on the humidity sensor. The temperature compensation uses normal room temperature as a reference. Because of this, calibration of the unit is done at normal room temperature rather than at the temperature of operation at the sensor.Sensor ProtectionTransmitters of the F series for through wall (duct) installation are supplied as a standard with a dust filter to protect the sensors. Space mount transmitters do not have a dust filter since the sensor(s) relies on natural ventilation through the slots of the enclosure.When using a transmitter for through wall installation in a clean environment with rapidly changing conditions, it is recommended to use a slotted cap with screen (available from ROTRONIC) as opposed to using a dust filter.Never use the transmitter without protecting the sensors with either a filter or a slotted cap.Output SignalsThe F series is available with the following output signals:• 2-Wire loop powered transmitters: 4-20 mAThe transmitter behaves as a variable load and adjusts the current flowing through the terminals as a function of relative humidity and temperature. The output signal may be read with any current sensing device having a maximum impedance of 500 ohms. When several devices are connected in series with the transmitter, the resulting impedance should not exceed 500 ohms, wiring included.• 3-Wire transmitters: 0-20 mA, 4-20 mA, 0-1 V or 0-5 V. The output signal depends on the type specified when ordering (see label on shipping box and under the printed circuit board).The output signals are linear and are consistent with the requirements of most data/signal processing instrumentation (panel meter, controller, computer card, etc.).Units with current outputs behave as a variable source of current and adjust the current flowing through the terminals as a function of relative humidity and temperature. The output signal may be read with any current sensing device having a maximum impedance of 500 ohms. When several devices are connected in series with the transmitter, the resulting impedance should not exceed 500 ohms, wiring included.Units with voltage outputs behave as a variable voltage source and adjust the voltage across the terminals as a function of relative humidity and temperature. The output signals may be read with any voltage sensing device having a minimum impedance of 1000 ohms. When several devices are connected in parallel with the transmitter, the resulting impedance should not be less than 1000 ohms.Wiring DiagramsThe wiring diagram for transmitters that measure humidity only is as follows:3-Wire Transmitter with voltage output2-Wire Transmitter (4-20 mA output)Terminal number on base plateTerminal number on base plate3-Wire Transmitter with current output12Terminal number on base platenot used not usedThe wiring diagram for transmitters that combine humidity and temperature measurement is as follows:GroundingOperation of the F series does not require that the unit be electrically grounded. However, we recommend grounding the instrument, especially if the electronic circuits are subjected to a low humidity environment (less than 35 %RH).3-Wire Transmitter with voltage outputs2-Wire Transmitter (4-20 mA outputs) using two independent power suppliesTerminal number on base plateTerminal number on base plateTerminal number on base plate3-Wire Transmitter with current outputs2-Wire Transmitter (4-20 mA outputs)using a single power supplyINSTALLATION• Do not remove the dust filter or slotted cap from the probe. The sensor can easily be damaged when not protected.• The ROTRONIC HYGROMER humidity sensor has the appearance of a small white paper tag.Do not remove!General RecommendationsRelative humidity is extremely dependent on temperature. Proper measurement of relative humidity requires that the probe and its sensors be at exactly the temperature of the environment to be measured. Because of this, the location where you choose to install the probe can have a significant effect on the performance of the instrument. The following guidelines should guarantee good instrument performance:• Select a representative location: install the probe where humidity, temperature and pressure conditions are representative of the environment to be measured.• Provide good air movement at the probe: air velocity of at least 200 ft/ minute (1 meter/second) facilitates adaptation of the probe to changing temperature.• Avoid the following:(1)Close proximity of the probe to a heating element, a cooling coil, a cold or hot wall, direct exposure to sun rays, etc. (2) Close proximity of the probe to a steam injector, humidifier, direct exposure to precipitation, etc. (3) Unstable pressure conditions resulting from excessive air turbulence.• Immerse as much of the probe as possible in the environment to be measured.• Prevent the accumulation of condensation water at the sensor leads. Install the probe so that the probe tip is looking downward. If this is not possible, install the probe horizontally.Installation of the Base PlateThe base plate should be installed first, using screws with an approximate diameter of 5/32".Through Wall Space MountIMPORTANT (Through wall installation only)In order to be able to use a calibrator for future calibration checks, an orifice should be provided at a distance of about 6” from the center of the base plate. Calibrators available from ROTRONIC require an orifice with a diameter of 13/16” (21 mm). We recommend that this orifice be equipped with a QMA-15 probe holder and a rubber stopper. The orifice will be used to insert the probe of the calibrator and to verify the readings of the transmitter.The base plate of the through wall model is supplied with one sealing cable grip. This cable grip provides effective sealing only with cables having the proper outside diameter. Preferably, use a cable with an outside diameter of 0.236 to 0.275 inch (6 to 7 mm) and with 18 AWG wires. Depending on the installation, you may have to use a cable with twisted pairs or a shielded cable to avoid interference.In order to determine the maximum length of cable that can be used to connect the transmitter to other devices, the first step is to find out what is the resistance per unit of length of the cable that you plan on using.. Current outputs: the maximum permissible cable length, connecting the unit to other devices, is determined by the total resistance resulting from the addition of the cable resistance and that of the devices connected in series with the unit. This resistance should not exceed 500 ohms.. Voltage outputs: the maximum cable length can be determined under consideration of the voltage drop caused by the current flowing to the devices connected to the unit. The voltage drop in the cable depends both on cable resistance and on the equivalent resistance of the devices connected in parallel to the unit. The total resistance connected to each unit output must at least be equal to 100 kohms. Cable resistance should not be more than 1/1000 of the load resistance.Avoid running the cables connecting the unit in the same conduit as 110 VAC power cables. If this cannot be avoided, a shielded cable or a cable with twisted wires may be required to prevent interference due to electromagnetic induction caused by switching.We generally recommend grounding, especially if the electronics will be subjected to a low humidity environment (35 %RH or less).Transmitter TypeTerminals Description (see base plate) 2-Wire, humidity only 1: not used2: not used3: (+) Supply Voltage 4: 4-20 mA (humidity)3-Wire, humidity only 1: (+) Supply Voltage2: (-) Supply Voltage and Common 3: not used4: (+) Humidity (current or voltage)2x2-Wire, humidity and temperature 1: (+) Supply Voltage2: 4-20 mA (temperature) 3: (+) Supply Voltage 4: 4-20 mA (humidity)3-Wire, humidity and temperature 1: (+) Supply Voltage2: (-) Supply Voltage and Common 3: (+) Temperature (current or voltage) 4: (+) Humidity (current or voltage)See also Wiring DiagramsInstallation of the Electronics ModuleOnce the base plate has been installed and wired, the plug-in module (sensor(s) and electronics can be inserted and secured with the screws provided. The transmitter is ready to operate.Example:Through wall installation.MAINTENANCECleaning or Replacing the Dust Filter (through wall model)The dust filter should be cleaned from time to time, depending on the conditions of measurement. Cleaning should be done without removing the filter from the probe. Gently wipe the filter with a solution of water and mild detergent. If this does not remove most of the stains, the filter should be replaced. To do this, unscrew the filter from the probe.Before putting on a new dust filter, check the alignment of both sensors with the probe. The wires that connect the sensors to the probe are very thin and bend easily. If this happens, correct the alignment by holding the sensor very gently with a pair of small flat nosed pliers.Periodic Calibration CheckLong term stability of the humidity sensor is typically better than 1 %RH per year. For maximum accuracy, calibration of the unit should be verified every 6 to 12 months.Transmitters of the F series are equipped with a 5-pin keyed test connector that permits reading the signal(s) without interrupting the operation of the transmitter.ConnectorPop out ROTRONIC Labelto access Connector andCalibration Pot(s)SquareSingle-turn Pot = Temp.RectangularMulti-turn Pot = RH Space Mount Through WallTest Connector Pin # Wire Color Signal(+)1 Green Humidity(-)2 Yellow Humidityused3 Brown not4 White Temperature (+)(-)5 Gray TemperatureThe ROTRONIC A2C calibrator can be used to directly read the signal(s) provided by the test connector. The A2C comes with test cable AK3029-B used to connect the A2C with the transmitter.The humidity-temperature probe connected to the A2C provides the reference readings necessaryto check the accuracy of the F transmitter. As an alternative, any suitable reference instrument maybe used and the signal(s) from the test connector can be read with a multimeter (use test cableAK3029-4P to connect the DVM to the transmitter).The signals from the test connector are as follows:• 2-Wire and 2x2-Wire Transmitters: 40..200 mV.• 3-Wire Transmitters: 0..1 VFor humidity, this corresponds to 0..100%RH. For temperature, this corresponds to the range specified when ordering the transmitter (see label on shipping box and under the printed circuit board).A one-point calibration check can be done by comparison between a reference instrument and thesignal(s) provided by the test connector. If an offset adjustment of the transmitter is required, use the potentiometer(s) located next to the test connector.Note: during a 1-point adjustment against a referenceprobe, make sure that both the reference probe andtransmitter are ventilated and provide enough time forboth to equilibrate.SPECIFICATIONSHumidity Sensor ROTRONIC HYGROMER C94Temperature Sensor (FT Models) Pt100 RTDOperating Temperature at Electronics 23..122°F (-5..50°C)Humidity Measuring Range 10..100 %RHHumidity Output Range 0..100%RHStandard Temperature Output Range (FT Models) 0..100°F or 0..100°CTemperature Limits at Sensors Space Mount Models: 23..122°F (-5..50°C)Duct Mount Models: -22..158°F (-30..70°C) Output Signals (linear) F2C/FT2C: 4-20 mA (max. load 500Ω)F3V/FT3V: 0-5 V (min. load 1000 Ω)Accuracy at 68..77°F (20..25°C) ± 2%RH from 10 to 100%RH± 0.5°F (±0.3°C)Repeatability ± 0.3%RH and ±0.2°F (±0.1°C)Humidity Sensor Stability better than 1%RH over a yearResponse Time (without filter) 10 seconds (%RH and temperature) Calibration Potentiometers 2 for Humidity, 2 for TemperatureSupply Voltage F2C/FT2C: 10..35VDC; min. 10V + [0.02 x Load]F3V/FT3V: 15..35VDC/24VAC - 16/32 mA (F/FT) Sensor Protection Duct Mount Models: PPS Dust FilterWeight Space Mount Models: 0.3 lbs (120g)Duct Mount Models: 0.7 lbs (300 g)Case Material ABSCase Protection Duct Mount Models: DIN IP 54Duct MountSpace Mount。

如何设置WIFI型多探头温湿度变送记录仪的参数
1，下载WIFI多探头型温湿度变送记录仪的配置资料包和说明书：
2，设备硬件链接：
3，安装USB转485：
将USB转485插入到电脑上，打开无线设备资料包- USB转换模块驱动程序- SETUP.EXE，安装USB转485的驱动，
4，用配置软件进行配置：
5，WIFI 网络参数读取与配置：
1）、点击“读取网络参数”按钮可将设备网络参数上传。

若提示读取网络参数失败，检查设备是否已上电，配置端口接线是否正确。

可将设备重启再次进入配置模式，进行网络参数读取。

2）、网络目标参数配置目标端口：RS-WS-WIFI-Y 设备要连接的温湿度监控平台的目标端口，云平台监听端口为 8020。

目标IP(域名)：设备上传数据至云平台，则目标地址应填写182.92.194.239 或 。

设备上传数据至我公司云医药平台，则目标地址应填写 。

（注意：平台账号前面带有字母y为医药云平台，否则为云平台）
3）、WIFI 目标路由器 SSID 参数
目标路由器 SSID：代表 RS-WS-WIFI-Y 系列设备要连接的 WIFI 路由器网络的标识，在此我们以 TP-LINK 路由器为例：通过网页进入 WIFI 路由器的配置界面，一般是在“运行状态” 标签下便能看到 SSID 号，将标签内容填写到目标路由器 SSID 号中即可。

5）、网络参数配置完成后，点击下载网络参数；
6，运行参数读取与配置
1）设备成功进入配置模式后可点击“读取运行参数”按钮进行运行参数读取，点击“配置运行参数”进行运行参数的下载存储。

分钟，云平台就会在线了；。