无线温度传感器详细设计说明书

ITT SeriesIndustrial Programmable Temperature SensorWhilst every effort has been taken to ensure the accuracy of this document, we accept no responsibility for damage, injury, loss or expense resulting from errors or omissions, and reserve the right of amendment without notice.Cynergy3 LtdThis document may not be reproduced in any way without the prior written permission ofthe company.June 2018CONTENTS1.INTRODUCTION _______________________________________________________ 3 1.1 Safety Information____________________________________________________________ 31.2Hardware Features ________________________________________________________ 32.UNPACKING__________________________________________________________ 33.PRODUCT IDENTIFICATION LABEL_____________________________________ 34.SETTING UP THE ITT TEMPERATURE SENSOR_________________________ 45.TROUBLE-SHOOTING GUIDE__________________________________________ 56.SYSTEM PART NUMBERS_____________________________________________ 57.SPECIFICATIONS______________________________________________________ 61. INTRODUCTION1.1 Safety InformationThis manual contains information that must be observed in the interest of your own safety and to avoid damage to assets. Please read this manual before installing and commissioning the device and keep the manual in an accessible location for all users.1.2 Hardware FeaturesThe ITT range of Temperature sensors has been designed to measure the Temperature of the medium connected and transmit the value as a 4-20mA signal.The transmitter is powered from 12-35Vdc as a 2-wire 4-20mA loop system. Care must be taken to wire the supply in the correct polarity.2. UNPACKINGThe instrument should be carefully inspected for signs of damage which may have occurred in transit. In the unlikely case that damage has been sustained, DO NOT use the instrument, but please retain all packaging for our inspection and contact your supplier immediately.3. PRODUCT IDENTIFICATION LABELT he unit delivered should be carefully inspected to ensure it is suitable for the application required. Detailed information on the product is included in the identification label and the user manual.Please ensure in particular, that the temperature range and sensors type of the ITT is suitable for the intended application and that the ITT unit will not be subjected to temperatures greater than those specified in this manual.4.SETTING UP THE ITT WIRELESS TEMPERATURE TRANSMITTERThe ITT temperature sensor is shipped in a default configuration which allows the unit to output a 4-20mA signal straight out of the box. The default temperature ranges are as follows:Temperature Sensor Type Default Range:- 4-20mA representsPT100 3 Wire 0-200 °C K Type Thermocouple0-1000 °C J Type Thermocouple 0-600 °CTo change the scaling of the 4-20mA output the unit can be re-configuredusing the ICAB-1 USB programming cable and the Transmitter Configuration software package.A screen shot of the configuration software is shown below. The Sensor type and range is selected using the Configuration box and then click on the Upload button to program the transmitter with the correct settings. Click on Clear and Download to check the configuration has been stored correctly. Use the PV Monitoring and Ambient Temperature settings to check the temperature being measured is as expected.The ITT Temperature sensor is now ready to be installed.5. TROUBLE-SHOOTING GUIDEProblem encountered Possible CausesThe 4-20A signal does not represent the temperature range desired Check and change the configuration using the Transmitter Configuration software and ICAB-1 cable.The 4-20mA has gone higher than 20mA The Sensor has detected a Temperaturesensor burn-out condition, check thesensor wiring and if correct change thesensor elementThe 4-20mA has gone lower than 4.00mA The Sensor has detected a Temperaturesensor burn-out condition, check thesensor wiring and if correct change thesensor element.6. SYSTEM PART NUMBERSPart Number Max Temperature Range Probe TypeITTP100A -200 - +850 PT100 100mm ¼” BSPITTP150A-200 - +850 PT100150mm ¼” BSPITTP200A-200 - +850 PT100200mm ¼” BSPITTP250A-200 - +850 PT100250mm ¼” BSPITTP300A-200 - +850 PT100300mm ¼” BSPITTP400A-200 - +850 PT100400mm ¼” BSPITTJ200A0- 1200 J Type t/c200mm ¼” BSPITTJ300A0- 1200 J Type t/c300mm ¼” BSPITTJ400A0- 1200 J Type t/c400mm ¼” BSPITTK150A0- 1350 K Type t/c150mm ¼” BSPITTK200A0- 1350 K Type t/c200mm ¼” BSPITTK300A0- 1350 K Type t/c300mm ¼” BSPITTK400A0- 1350 K Type t/c400mm ¼” BSPITTUP100A -200 - +850 PT100 100mm ¼” NPTITTUP150A-200 - +850 PT100150mm ¼” NPTITTUP200A-200 - +850 PT100200mm ¼” NPTITTUP250A-200 - +850 PT100250mm ¼” NPTITTUP300A-200 - +850 PT100300mm ¼” NPTITTUP400A-200 - +850 PT100400mm ¼” NPTITTUJ200A0- 1200 J Type t/c200mm ¼” NPTITTUJ300A0- 1200 J Type t/c300mm ¼” NPTITTUJ400A0- 1200 J Type t/c400mm ¼” NPTITTUK150A0- 1350 K Type t/c150mm ¼” NPTITTUK200A0- 1350 K Type t/c200mm ¼” NPTITTUK300A0- 1350 K Type t/c300mm ¼” NPTITTUK400A0- 1350 K Type t/c400mm ¼” NPT7. SPECIFICATIONSSystem PerformanceAccuracy (non-linearity & hysteresis) RTD 0.1% FSD T/C 0.2% OverallSetting Errors Zero & Full Scale,<±0.5°CTemperature Drift <±25 ppm /°C FSMedia Temperature -200 to +1350 °C (depending on sensor type) Ambient Temperature -20 to +50 °CStorage Temperature -20 to +120 °CTemperature Probe Stainless SteelO Ring Seals VitonProbe type Mineral InsulatedEnclosure Material AluminiumWeight 350g (150mm long probe)Power Requirements 12-35Vdc 2-wire 4-20mA loop system Dimensions 132-432mm x 122 x 82mm (L x W x D)(length depends on sensor ordered) Mounting Any Orientation。

C-1C Humidity:10 to 90%RH non-condensing Battery:3.6 V lithium battery (included)Battery Life with Transmissions:2 years Shelf Life with Battery Installed:4 years in quiescent mode FCC Certified:FCC ID: M5ZVM1Dimensions:38 H x 53 W x 15 mm D (1.5 x 2.1 x 0.6")Weight:43 g (1.5 oz)also used to put the device in a quiescent mode (no transmissions and very low power consumption). This is the state the device is in when you receive it. Push and hold the service switch for 10seconds or more to enter this powered down ing the OMWT Series Windows software incoming data being received from OMWT Series Wireless Transmitters can be viewed in a real-time or historical time-base chart or numerical view.High/low alarms can also be set for each transmitter signal with either a visual or audible alarm indication on the PC. Data can also be logged to disk at a user-specified rate in a text file format that can be opened up into Microsoft Excel. The OMWT Series Windows software also includes a DDE Server that can interface the data being received from OMWT Series Wireless Transmitters to other Windows software packages.Specifications Motion Range:Not a calibrated range (transmits a value of 0 to 100%)Transmission Frequency:418 MHz Transmission Range*: Up to 180 m (600') depending on environmental conditions Transmission Rate:30 to 37 seconds Operating Temperature:-40 to 85°C (-40 to 185°F)Storage Temperature:-40 to 85°C (-40 to 185°F)Wireless Motion TransmitterߜTransmits up to 180 m (600') *ߜDigital Motion Measurement via Internal Weighted Accelerometerߜ64-Bit Unique IDߜCompact ABS EnclosureߜComplies With Part 15 of the FCC RulesߜInternal Loop AntennaThe OMWT-MOT Wireless Motion Transmitter is a battery operated digital vibration sensor with a microprocessor controlled 418 MHz FCC certified radio transmitter. This transmitter is useful in applications that need to sense when motion is present or not. The OMWT-MOT has an on board time of day clock that allows it to spend most of the time in a low power quiescent state.At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information and digital vibration data is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the OMWT-MOT to consume very low energy resulting in a battery life of up to 2 years.The electronics are coated with a conformal rubber material that provides a moisture barrier against condensation. Submersion in water is not recommended. An integral pushbutton is used to activate the service switch. The OMWT-MOT is shipped with the transmitter turned off (anytime the device is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the device by momentarily pushing the service switch (you will feel the button click). When the service switch is pushed, a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which device is in service or installation. The service switch is OMWT-MOTStarts at$145Ordering Example: OMWT-MOT wireless motion transmitter, OMWT-REC232wireless receiver and OMWT-SOFT Windows software, $145 +222 + 100 = $467.OMWT-MOT, $145, shown larger than actual size. OMWT-SOFT, $100, displays real-time。

无线测温说明书用于高电压环境的RF-sensor无线温度传感系统（适用于高压开关柜及户外设备）产品手册许继技术中心尊敬的客户：很荣幸向您介绍高压带电体无线温度传感系统。

本手册将详细介绍高压带电体无线温度传感系统的结构和性能特点。

如果您对本系统有任何疑问，本公司将非常愿意为您提供帮助。

注意：本文件中的资料如有更改，恕不另行通知。

如果本手册叙述的内容与您使用的设备有所不同，应以随设备一起提供的操作手册为准。

手册中所提及的内容受法律或内部协议的保护，只有在符合协议的规定条款下，才可使用和复制，未经书面许可，不得以任何形式翻印、引用本手册的内容，违者必究。

目录一高压设备温度监测的必要性 (7)二为什么采用无线测温系统测量高压设备的温度 (7)三RF-sensor无线测温系统的优势 (8)3-1 RF-sensor技术特点 (8)3-2 无线测温与光纤测温的比较 (8)3-3 无线测温与红外测温的比较 (9)四高压开关柜射频无线测温系统结构 (9)五无线射频温度传感器 (11)5-1 温度传感器工作原理 (11)5-2 无线式温度传感器性能指标 (11)5-3 传感器封装型式及外型 (12)5-4 传感器的安装方式 (12)5-5 传感器的寿命 (13)六无线温度监测仪 (13)6-1性能指标 (13)6-2 温度显示功能 (14)6-3 运行状态指示 (14)6-4 报警功能 (14)6-5 RS-485网络接口 (143)6-6 RS485/232网络接口转换器 (15)6-7 RS-485总线通讯电缆 (15)6-8 接线端子及功能定义 (154)6-9 外形尺寸 (17)6-10 安装方法 (18)七软件系统 (20)高压设备温度实时在线监测管理分析软件包错误!未定义书签。

八应用领域 (19)8-1 高压开关柜触头温度监测 (19)8-2 更多的应用领域 (19)九、保修及维护 (220)9-1、有限保用条款 (220)9-2、有限保用范围 (220)9-3、法律责任范围 (220)一高压设备温度监测的必要性电力系统正向着大电网高可靠性、高自动化水平的方向迅猛发展。

Model RP2 Wireless Thermo-Hygrometer Probe for UHH/UHH2 Specifications - Installation and Operating InstructionsBulletin TE-RP2When the charge of the battery is almost used up, the LED on the handle of thewireless probe will turn solid red. There is approximately 5 minutes of battery life leftat this point. If the probe is not already paired to the UHH, it will not pair while in lowbattery condition.Step 1: Open the USB cover on the bottom of the probe handle.Step 2: Plug the mini-USB connector end of the cable into the probe handle.Step 3: Plug the USB connector end of the cable into the port on the charger or PC.Step 4: Plug the charger into either an electrical outlet or car charging port (LED onthe charger and the handle should both light up).Step 5: The LED on the handle will turn off when fully charged.Step 6: Remove charger from electrical outlet.Step 7: Remove USB connectors from the handle and the charger.Step 8: Replace the USB cover on the bottom of the probe handle.Cet appareil est conforme à des règlements d’Industrie Canada exempts de licencestandard RSS (s). Son fonctionnement est soumis aux deux conditions suivantes:(1) Ce dispositif ne doit pas causer d’interférences nuisibles, et (2) cet appareil doitaccepter toute interférence reçue, y compris les interférences pouvant entraîner unfonctionnement indésirable.This Class B digital apparatus complies with Canadian ICES-003.Cet appareil numériqué de la classe B est conformé à la norme NMB-003 duCanada.It is required prior to the initial usage to charge the battery for 12hours.If desired, can be operated with USB cables less than 3 m in lengthwhen connected to the charger or PC.Lithium ion polymer batteries are very volatile and can cause a fireif punctured or severely damaged. Only use a Dwyer Instruments,Inc. approved charging device in a well ventilated area away from any flammablematerials or gases. Do not incinerate the battery. Only charge between 32 to 113°F(0 to 45°C).®Printed in U.S.A. 1/19FR# 444113-00 Rev. 7©Copyright 2019 Dwyer Instruments, ING WITH UHHPairing with Wireless Probes1. Turn on Model UHH Universal Handheld by pressing the button.2. Press the and buttons to scroll through the menu headings at the top of the display.3. When PROBE is highlighted, hit the button to access the probe menu.4. Press the directional arrow to scroll through the sub-menu headings. The current selected parameter will be highlighted in yellow.5. When PAIRING MODE is highlighted, hit the button to access the pairing mode.6. Turn on the wireless probe(s) to be paired. After a period of up to 15 to20 seconds, the UHH screen will update with the information about the wireless probe(s) just turned on.7. Press the button to scroll through the available probes. The current selected probe will be highlighted in yellow.8. When the desired probe to be paired is highlighted, hit the button to pair the probe. Once it is paired, it will be removed from the list automatically.9. Once all the desired probes are paired, press button.10. Repeat step 9 to go back to the home screen and begin ING WITH UHH2 OR MOBILE METER ® APPPairing with Wireless ProbesFor the latest instructions, please refer to the “Help” button in the Options menu in the Mobile Meter ® app.1. Verify that the UHH2 or handheld device has Bluetooth ® technology turned on and is connected to the wireless gateway. Open the Mobile Meter ® app by clicking on the icon.2. Press “Get Started”.3. Near the bottom, a pop-up will display a message that reads “Bluetooth issearching for bridges...”. When a bridge is turned on and discovered by Mobile Meter ® the pop-up will display “Mobile Meter has CONNECTED to the Bluetooth device: PROBEBRIDGE_XXXXXX” where XXXXXX is the probe’s serial number.4. Click on the Options menu and select “Setup”.5. In the Setup page, probes can be discovered and paired to the Mobile Meter ® app. After the Mobile Meter ® app connects to a bridge, a probe can be discovered. To discover a probe, simply turn on the probe by pressing the button on the handle and it will show up in the Setup list.6. Use the back button or navigation arrow to go back to the Probes List page.WIRELESS GUIDELINES IN ACCORDANCE WITH FCC:Changes not expressly approved by Dwyer Instruments, Inc. could void the user’s authority to operate the equipment.This product complies with FCC OET Bulletin 65 radiation exposure limits set forth for an uncontrolled environment.Pursuant to FCC 15.21 of the FCC rules, changes not expressly approved byDwyer Instruments, Inc. might cause harmful interference and void the FCC authorization to operate this product.Canadian Government Guidelines:Operation is subject to the following two conditions: (1) This device may not cause harmful interference and (2) this device must accept any interference received, including interference that may cause undesired operation.INFORMATION TO THE USER Power Output: 6 mWOperating Frequency: 2.4 GHz Operating Channel: 11Operating Mode: IEEE 802.15.4, Zigbee, Direct Sequence Spread Spectrum Data Rate: Up to 250 kbpsIntended Use: Industrial/commercial HVAC Antenna Connection: Internal only, non-tunableBattery Removal:If, for some reason, the wireless probe needs to be returned to Dwyer Instruments, Inc. for maintenance or repair, the rechargeable lithium ion battery needs to be removed prior to shipping the unit. Before attempting to remove the battery ensure the probe has been powered down. To remove the battery, set the wireless probe face down on a non-abrasive surface. There are four Phillips head screws that secure the two halves of the handle together. Two are located under the serial number label at the top of the probe and two are located at the bottom of the unit. When lifting the ends of the serial label to access the screws be careful to not damage the label such that the serial number cannot be read. Remove the four screws with a suitable Phillips screw driver and set aside the back half of the housing. Remove the battery by grasping the black plastic connector on the battery wire harness and pull straight out while securing the black plastic connector on the circuit board with the other hand. Be careful to not puncture the battery as this may cause a fire. Remove the battery and set aside. Securely replace the four screws to hold the handle of the probe together. The unit may now be packaged for shipping back to Dwyer Instruments, Inc.MAINTENANCE/REPAIRUpon final installation of the Model RP2, no routine maintenance is required. The Model RP2 is not field serviceable and should be returned if repair is needed. Field repair should not be attempted and may void warranty.WARRANTY/RETURNRefer to “Terms and Conditions of Sales” in our catalog and on our website. Contact customer service to receive a Return Goods Authorization number before shipping the product back for repair. Be sure to include a brief description of the problem, plus any additional application notes.Bluetooth ® is a registered trademark of Bluetooth SIGIf a probe does not appear, power the probe down, then power it back on.It is recommended that only four probes be selected due to the bandwidth limitations between the UHH2/Mobile Meter ® app andthe gateway.This symbol indicates waste electrical products should not be disposed of with household waste. Please recycle where facilities exist. Check withyour Local Authority or retailer for recycling advice.。

1.1产品特点●安装即用，干电池供电；●周期检测，周期可设置；●自动注册，适应集中器；●自动路由，适应中继器；●内置电池，寿命超5年；●无线传输，远达5公里；●集中采集，多模式输出。

1.2应用领域●环境、气象监测●医疗卫生●能源化工●仓储运输●冷藏冷链●生产车间●工业现场等多种领域。

二XZ-DS01-TP2A产品使用说明2.1XZ-DS01-TP2A工作流程XZ-DS01-TP2A安装1节ER14505号电池，每5分钟周期检测并传输一次数据2.2XZ-DS01-TP2A传感器的数据协议例：GID:12345,TYPE:TMP,ID:1,STAT:11000000,T:14.5℃,ST:5M,V:3.01v,SN:2,RSSI:-79dBm,E:160.2020,N:110.2020,Time:2018-2-414:20:39解释：2.3XZ-DS01-TP2A 传感器的技术参数2.4XZ-DS01-TP2A传感器的外观尺寸：GID:采集器ID （12345）TYPE:TMP（温度传感器）ID:传感器地址（1）STAT:传感器状态字BIT7=1触发上报；BIT6=0信道，1信道；BIT5=1中继器；BIT4=1数据无效；BIT3=保留；BIT2=1入网数据；BIT1=0，低速，1高速；BIT0=1启动T:环境温度为14.5℃ST:采集时间间隔5分钟V:电池电压3.01V SN:发射序列号为2RSSI:无线信号强度-79dBm 东经E:160.2020,北纬N:110.2020Time:2018-2-414:20:39传感器参数基本参数温度精度:<0.5℃（0℃～80℃）&<2℃（-40℃～125℃）工作频率:476.505&488.505MHz（可定制频率）采集周期:5分钟发射功率:<17dBm 传感探头工作温度:-40℃～125℃发射电流:<120mA 工作温度:-40～80℃传输距离:>5KM(视距）工作寿命:>5年（5分钟检测一次，2年更换一次）。

无线温湿度传感器一、产品型号：EN-TH600EN-TH600温湿度数据采集模块是一款高性能温湿度数据采集传输模块，可选的RS485/无线不同输出，MODBUS工业控制总线协议，可以多个模块共同接入总线组网，也可以与其他符合MODBUS协议的设备共同组网，实时、稳定地监控多个生产现场环境变化，以使用户准确把握不同应用现场的环境变化，快速做出反应，保障生产现场环境的稳定性。

二、功能特点DATA/VCC/GND/RXD(RS85-A)/TXD(RS485-B)五线接口及无线两种方式，简单可靠，便于扩展；可选的RS232/RS485/TTL信号传输、无线传输方式；基于MODBUS工业控制总线协议的数据传输，性能可靠，兼容性好，易于组网；支持简单字符指令，便于单个模块简易应用场合使用体积小巧，易于安装；针对恶劣环境做防潮处理，适用于工矿企业、农牧行业大棚等潮湿环境；三、参数配置：无线频率：470MHz通讯距离：2km串口波特率：1200 / 4800 / 9600 / 19200 / 38400 / 57600 ；数据位：8位，不可配置；校验：无校验 / 奇校验 / 偶校验；停止位：1 /2 位；配置完成后断电并重新通电后配置生效；四、产品特性测量温度范围：-40℃~+80℃；分辨率：0.1℃；精度±0.5℃工作温度范围：-40℃~+80℃；测量湿度范围：0%~100%（RH）相对湿度；分辨率：0.1%RH；精度：环境温度25℃下±2%RH；工作湿度范围：0%~100%（RH）相对湿度；电源:3.6V锂电；支持数据格式：串行MODBUS协议，简易ASCII码字符指令：“READ”,“AUTO”,“STOP”；模块ID可配置，范围为：1~255；技术参数测量范围温度：-40-80℃湿度：0-99.9%RH精度：（25℃环境下) 温度：typ±0.5℃ max±1℃湿度：±2%RH(10...90%RH)分辨率：温度：0.1℃湿度：0.1%RH衷减值：温度：<0.1℃/年湿度：<0.5%RH/年硬件参数温度：电阻式传感器湿度：电容式传感器上传数据频率：次/15min电源：3.6V 锂电长*宽*高：126*96*30（mm）外壳材料：PC塑料+铝合金边框产品类别100版本为RS485 600版本为LORA无线出厂设置串行接口：波特率：9600，数据位8位，停止位1位模块ID(“0X**”表示十六进制数）：0X11。

IWTT SeriesIndustrial Wireless Temperature TransducerEach device is temperature compensated, calibrated and supplied with a traceable serial number.The IWPT sensor can be used with any of the IWR range of receivers. A line-of-sightrange of up to 750m is possible depending on the wireless receiver used (refer to specific receiver datasheets for further information).It is easily paired to any of the range of IWR receivers - thus offering a “plug and play” solution to your pressure measurement applications.The instrument uses either J or K type thermocouples or 3-wire RTD sensors fitted to an acetal housing giving excellent media compatibility for the harshest of applications. Compression fittings are available which allow the head to be orientated in the required direction.DESCRIPTIONThe IWTT Wireless Temperature Transducer is a cost effective replacement to a traditionally wired temperature transducer that offers the advantages of a low-cost installation in inaccessible and expensive installation environments.User-selectable transmission update ratesReceiver clean contacts provide process alarm functionsSimple DIL switch pairing with the single or five channel receiver Five year battery life at 10 second transmission update rate Up to 750m line-of-site range (depending on receiver)- Facilities management – boiler rooms, plant hydraulics, plant pneumatics- Simple cable replacement installation –dispense with expensive cable runsTYPICAL APPLICATIONS INCLUDE:-- Asset monitoring – tanks farms, process plants, HVAC and building management- Environmental monitoring – pumping stations, sewage plants, water treatment- Service Contract – temporary installation for servicing and field trialsK-Type 0 to 1200°C Transmitter Temperature RangesStandard products are factory configured as below:-J-Type 0 to 1200°C RTD type -200 to +800°C System Channel User selectable via DIL switch *Compliant with EN 300 328, V1.8.1AntennaIntegral 0dBiTransmit Power 18 dBmTransmitter Output*Transmission Frequency2.4 Ghz IEEE 802.15.4Temperature Coefficent ±500ppm/°CAccuracy (Non-Linearity & Hysteresis) <±0.1% / FS System PerformanceBattery Life Five years at 10 second update Battery Shelf Life10 yearsrate Battery Type User replaceable Lithium C cell Instrument Power Source PT100 RTD Sensors K or J Type Thermocouples 6mm stainless steel sheathSingle, five and multi-channel channel receivers available (up to 128)Analogue, digital, RS232/485, Ethernet & USB receiver outputs ISO 9001C ER TI FI EDcynergy3-iwtt-v3Made in the UKCynergy3 Components Ltd. 7 Cobham Road, Ferndown Industrial Estate, Wimborne, Dorset, BH21 7PE, United KingdomWireless Enclosure Material Acetal Weight 300g typical including battery ** Consult installation manual to ensure adequate signal path between transmitter and receiverMaterial Specifications “O” ring sealsVitonProbe sheath 316 Stainless Steel **Installation positionAnyThermal Span Shift <±0.05% /ºC typicalMedia Temperature -200ºC to +1200ºC Humidity 5% to 95% RH non-condensing Op. /Ambient Temperature -20ºC to +50ºC Storage Temperature -20ºC to +80ºC Environmental Conditions & Thermal Effects See user manual Mechanical Stabilityand IWR-USB data sheets Five Channel Configuration Software IWR-Set (free download*)Ordering Codes:-Temperature Transducer S ee table belowSpare battery IBAT-1Receivers - See IWR-1, IWR-5, IWR-PORT IWTT SeriesIndustrial Wireless Temperature TransducerMechanical Dimensions1/4"BSP mounting thread*Download user configuration software from:-https:///sites/default/files/IWR-Set_v2.1_installer.exeISO 9001C ER TI FI ED Receiver Output SignalsReceiver Part Number Receiver Outputs IWR-1 1 off 4-20mA or 1-5Vdc and 1 Relay outputIWR-USB Displays & Logs data on any PC running IWR-USB software - Single channel system is DIL switch configurable - Five channel system requires set-up using “IWR Set” user softwareIWR-PORT RS232 or RS485 or Ethernet MODBUS Communications. Up to 128 off analogue 4-20mA or Relay outputs can be obtained by fitting extra ISOSLICE I/O modulesIWR-5 5 off 4-20mA or 1-5Vdc and 1 Relay output IoT-Gateway Built-in cellular modem allows all data to be sent to remote servers***Transmission Update Rate 1, 5, 10, 20, 30, 60, 120 and 600 seconds *** Consult installation manual for set-up:。

Copyright © 2021 Sensata Technologies, PRE-CONFIGURED FOR FAST SETUP Works out-of-the-box withoutconfiguration, but configurable to meet the specific application needs.PROTECTS DATA WITH A SECURE NETWORKConfidently maintains data security with end-to-end encryption.SMALL FORM FACTOR FOR INSTALLATION IN CRAMPED SETTINGSEasily mounts to existing infrastructure via a compression fitting without causing encumbrances. Varying immersion depth product offerings meet the application requirements.COMPATIBILITY FOR THE HARSHEST OF APPLICATIONSUtilizes either J or K type thermocouples or 3-wire RTD sensors fitted to an acetal housing .LONG OPERATIONAL LIFELithium Thionyl Chloride battery lasts for 5 years when configured for a 10 second update rate.WORKS DIRECTLY WITH A WIDEOFFERING OF INDUSTRIAL WIRELESS GATEWAYS OR RECEIVERS Meets your application needs byconnecting to local wired circuits, PC or PLC control, or cellular gateway options.AVAILABLE IN A RANGE OF CONFIGURATIONSComplete BSP and NPT thread types provide the ability to meet the specific application requirements across a wide variety of assets and media. Additional types also possible.SPECIFICATIONSORDERING OPTIONSJ-Type 0 to 1200°C K-Type 0 to 1200°C RTD type-200 to +800°C*Transmission Frequency 2.4 Ghz IEEE 802.15.4Transmit Power 18 dBmSystem Channel User selectable via DIL switch AntennaIntegral 0dBiStandard products are factory configured as below:-Accuracy (Non-Linearity & Hysteresis)<±0.1% / FS Temperature Coefficent±500ppm/°CBattery Type User replaceable Lithium C cell Battery Life Five years at 10 second update rate Battery Shelf Life10 years* End-to-end zero tare function available , see user manual.*Compliant with EN 300 328, V1.8.1Transmitter Temperature RangesSystem PerformanceTransmitter OutputTemperature RatingsEnvironmental Conditions & Thermal EffectsInstrument Power SourceProbe sheath 316 Stainless Steel “O” ring seals Viton CONTACT USAmericas3105618092/186****5057*********************Cynergy3 Components LLC 11642 Knott Ave, E-5Garden Grove 92841, CA United StatesEurope, Middle East & Africa +44 (0)1202 897969*********************Cynergy3 Components Ltd.7 Cobham Road,Ferndown Industrial Estate,Wimborne, Dorset,BH21 7PE, United Kingdom• Smart Factory • Manufacturing • Aerospace • Automotive • Electronics• Food & Beverage • Machine Tool • Packaging• Pharmaceutical • Semiconductor • SteelAPPLICATIONS。

BRET-T2000无线多通道温度传感器装置使用说明书感谢使用BRET-T2000无线多通道温度传感装置!请在安装前详细阅读说明书，以正确使用无线多通道温度传感器装置使用说明书目录一、概述 (1)二、基本原理 (1)三、技术指标 (1)四、安装 (2)4.1安装结构图 (2)4.2安装位置 (2)4.3安装方法 (3)4.4接线 (3)五、标定说明 (3)六、使用注意事项 (3)七、常见故障及维修 (3)八、质量保证 (3)九、责任限定 (4)无线多通道温度传感器装置使用说明书一、概述智能型多通道温度测量装置（BRET-T2000）是我公司专为堆料行业开发的温度检测产品，它是在吸收国内外先进经验，征求诸多专家意见，总结多年工程实践经验的基础上开发而成的。

保护原理成熟可靠，能够经历长时间的现场运行考验。

智能型多通道温度测量装置以高性能处理器为核心，集保护、测量、信号、显示、远传等功能于一体，是一种可进行多点温度测量，在-10℃~+100℃测量范围内，测量精度优于0.5%的装置。

它采用分层、分段采集、无线传输信号、集中接收处理图形化显示的一套温度探测、监控系统，它具有功能全面、性能可靠，防爆设计、性价合理、使用便捷灵活、无环境限制、传输距离远、使用时间长、可根据用户的需求定制同一检测点不同检测层的分布等优点。

其主要用于堆料温度的测量、远传以及涉及的相关行业多点测量的情况下使用。

二、基本原理智能型多通道温度测量装置的温度探杆采用PT100温度传感器，其测温的原理是通过电阻的变化产生了电势的变化传输到控制器中。

智能型多通道温度测量装置的射频天线采用RF芯片，因其具有低电压、体积小巧、高效GFSK调制，抗干扰能力强，多频点，可满足多点通信和跳频通信需要，工作在应答模式通信时，其快速的空中传输及启动时间，可极大的降低电流消耗和减少无线传输中的碰撞事件等特点，具备多个通讯通道，利用开放的无线通讯协议进行数据传输。

【上海数采物联网科技有限公司】微功耗电池供电无线温度传感器产品说明书版本：V 1.1目录1 产品概述 (3)2 服务理念 (3)3 产品特性 (4)3.1温度采集特性 (4)3.2电气特性 (4)3.3通信特性 (4)3.4结构特性 (4)3.5工作环境 (4)4 产品核心优势 (5)5 平台对接 (5)5.1平台数据示例 (5)5.2参数说明 (5)6 注意事项 (6)1产品概述SC-LP-NTCNB微功耗无线温度传感器是上海数采物联网科技有限公司推出的一款针对工业领域的无线测温产品。

本产品将热电偶、热电阻信号变换成输入电信号或被测温度并以NB-IOT或4G等方式定时上报数据。

将作为新一代测温数据上云产品可广泛应用于冶金、石油化工、电力、轻工、纺织、食品、国防以及科研等工业部门。

本产品可以设定时间间隔进行温度数据采集，并将数据上传到服务器。

终端内置长寿命锂电池，支持采NB-IOT/LoRa/4G通信方式，能够克服现场特殊环境导致的无线通信遮挡，大大简化现场部署时间和降低施工费用。

2服务理念我司郑重承诺:您购买的不仅仅是产品，还有细致、周到的技术支持服务( =^_^= )本产品，现场只需普通工人安装即可! 无需调试！我们免费提供远程指导，远程配置调试服务，将数据发送至用户指定的云平台。

免费提供物联网方案咨询服务！3产品特性3.1温度采集特性采集类型：接触点温度温度量程：-50℃～+200℃（超高、超低温可定制）温度精度等级：0.5度采集频率：1分钟~24小时，支持远程配置3.2电气特性供电方式：电池供电 3.6V3.3通信特性无线传输方式：4G/NB-IOT/LoRa/WiFi通信协议：默认http推送数据转发：任意公网服务器3.4结构特性天线类型：吸盘式或胶棒式外置天线(可选内置天线)材质：PC塑料（外壳）主体防护等级：IP65主体尺寸：120mm×78mm×50mm测温探头结构：贴片式主体安装方式：壁挂或螺丝紧固探头安装方式：粘贴或螺钉紧固、扎带捆绑式安装3.5工作环境环境温度-25°C～75°C，湿度0～95%（非冷凝）4产品核心优势❖安装简单，快速部署，助力物联网项目快速落地❖支持远程配置❖非侵入式采集，不影响设备正常工作5平台对接可通过电信物联网平台进行对接。