RS300表面雷达流速仪-传感器(1)

德国MICRO-EPSILON位移传感器、转速传感器、光纤传感器介绍Micro Epsilon是全qiu领xian的传感器制造商之一。

50多年来，我们一直提供可靠、高性能、独te的解决方案，尤其是在需要高精度测量或检查时。

我们的产品范围包括用于测量距离和位移的传感器、用于红外温度测量和颜色检测的传感器，以及用于尺寸测量和缺陷检测的系统。

Micro Epsilon为工业应用提供最大范围的高精度位移传感器、红外温度传感器、颜色传感器以及尺寸测量设备和系统。

无论您的领域是研发、制造自动化还是机器制造，我们都能提供满足您个人测量任务具体要求的解决方案。

1）Micro Epsilon的感应传感器基于涡流原理，设计用于位移、距离、位置、振荡和振动的非接触式测量。

当在苛刻的工业环境（压力、污垢、温度）中需要高精度时，它们尤其适用。

Micro Epsilon的感应传感器在需要亚微米精度的情况下提供极其精确的测量。

2）电容式传感器设计用于位移、距离和位置的非接触式测量，以及厚度测量。

由于其高信号稳定性和分辨率，电容式位移传感器被应用于实验室和工业测量任务。

例如，在生产控制中，电容式传感器测量薄膜厚度和粘合剂的应用。

它们安装在机器上，可以监测位移和刀具位置。

3）optoNCDT传感器为工业激光位移测量树立了里程碑。

无论是位移、距离还是厚度测量，Micro Epsilon激光传感器都被认为是同类产品中最hao的传感器之一。

这些激光传感器用于例如工厂自动化、电子产品生产、机器人和车辆建造中的测量和监测任务。

4）共焦彩色共焦DT测量系统用于快速距离和厚度测量。

不同的传感器模型和控制器接口开辟了多用途的应用领域，例如在半导体行业、玻璃行业、医疗工程和塑料生产中。

5）用于非接触式距离和厚度测量的高精度白光干涉仪Micro Epsilon的创新白光干涉仪为高精度距离和厚度测量树立了biao杆。

这些传感器能够实现亚纳米分辨率的稳定测量结果，提供相对较大的测量范围和偏移距离。

0575 SEAPOS 300 SERIESSeaPos modelsThe SeaPos 300 series features• an IALA beacon receiver (SeaPos 300)• a GPS receiver (SeaPos 310)• a DGPS receiver (SeaPos 320)IntegrationThe SeaPos 300 series of navigation sensors is designed to be fully integrated with other navigation systems. This means that these models are per default delivered without external display for configuration and operation. All operation and functionality are handled from typically the ECDIS in an integrated bridge system. The SeaPos 300 sensors are hence type approved with ECDIS from different manufacturers and brands, in order to avoid installing a redundant display/ keyboard. One important principle of e-navigation is to reduce the number of displays on the bridge. The navigator needs to have important information easily available in order to reduce response time for decisions. Better integrationwill lead to a better bridge environment as well as a simpler installation.InterfaceThe interface to other navigation systems is provided via network or serial interface (RS-422), in accordance with international standards. Easy to install and maintainThe SeaPos 300 series is by default delivered with a bracket containing a solution for strain relief in both ends. The unit is easily configured via a built-in WEB user interface (UI). Software updates are supported via the WEB UI but alsothe USB interface will automatically detect new software when a USB storage device is inserted. The update willbe accomplished without interfering with the existing configuration. The latest software will continuously be available for download from an FTP server hosted by Kongsberg.Wheel markWhen used for type approved applications the MFD must be used. The SeaPos is delivered with a 7’’ MFD (MFD 307 panel computer) that is connected to the SeaPos via LAN. The MFD 307 is made for flush mount, but a variation of brackets can optionally be delivered.GNSS NAVIGATION SENSORSThe SeaPos 300 series navigation sensors features type approved instruments for use on-board SOLAS vessels. All sensors are designed for integration with other navigation equipment, and will as default be configured and operated from an ECDIS without the need for separate external displays. The sensors are tested and approved in accordance with international regulations, and have the Wheelmark certification.PERFORMANCE50-channel GPS receiver (all in view)Pos. accuracy (GPS 1) 2.5 m CEPPos. accuracy (DGPS 1) 2.0 m CEP (SBAS, IALA) Output rate 2 Hz Acquisition, cold-start 45 seconds INTERFACESCommunication ports 1 x RS-422 (isolated), 1 x RS-232 (service, unisolated), 1 USB 2.0 interface Baud rate 4800 to 115200 Baud Message formats NMEA 0183 Message type GGA, GSA, GSV, GST, RMC, ROT, VTG, ALC, ALF/ALR, BLM, BLS, BLT, NTP LAN Ethernet, 10/100 Mbit/s (autosense),configurable data output on UDP Unicast/Broad cast/Multicast and TCP (server)WEIGHTS AND DIMENSIONS SeaPos Unit 0.85 kg, 260 x 133 x 54 mm IALA antenna 1.0 kg, 1000 mm GPS 4 antenna 0.15 kg, 230 mm x 33 mm IALA/GNSS antenna0.75 kg, 104 x 145 mmPOWER SPECIFICATIONS SeaPos Unit 12 to 32 V DC, 4 W continuous IALA antenna 9 to 15 V DC GPS 4 antenna 5 V DCIALA/GNSS antenna5 to 12 V DC1Dependent upon ionospheric activity, multipath and SVs in view and geometry.ENVIRONMENTAL SPECIFICATIONSOperating temperature range SeaPos Unit -15 ºC to +55 ºC IALA antenna -55 ºC to +71 ºC GPS 4 antenna -50 ºC to +70 ºC IALA/GNSS antenna -30 ºC to +70 ºC HumiditySeaPos Unit < 95 % relative, non-condensingIALA antenna 100 %, hermetically sealed GPS 4 antenna 100 %, hermetically sealed IALA/GNSS antenna95 % non-condensingSTANDARDS AND REGULATIONS Product safety IEC 61010-1/EN 61010-1Environmental IEC 60945/EN 60945Interfaces IEC 61162 series/ EN 61162 seriesGPS receiver IEC 61108-1/EN 61108-1DGPS receiver IEC 61108-4MTBFDesigned for 45.000 hoursOPTIONS INPUT/OUTPUT • Rate of turn (Input)• ECDIS/ECS/Conning display • Radar • Gyro• CommunicationSpecifications subject to change without any further notice.KONGSBERG SEATEXSwitchboard: +47 73 54 55 00Global support 24/7: +47 33 03 24 07E-mailsales:****************************.com E-mailsupport:*******************************/seatexA u g u s t 2018accuracy and integrity. Recommended antenna: IALA/GNSS - Seatex nr.。

M300 系列仪表配套传感器 电导率/电阻率pH / ORP 溶解氧 溶解臭氧分析传感器纯水分析的领导者THORNTON用于纯水处理过程中的液体分析传感器2梅特勒-托利多 THORNTON M300 系列过程分析仪表可为您提供可靠、精确测量的结果，包括电导率/电阻率、pH/ORP 、溶解氧、臭氧和流量。

传感器的特点和优势■ 采用便捷的电气和过程连接接头，便于维护与校准■ 梅特勒－托利多先进的传感器技术，使传感器性能卓越，使用寿命长■ 采用一体化温度传感技术，确保精准的温度测量和温度补偿■ 在线pH 传感器诊断功能，确保过程检测的可靠性■ 所有参数的传感器均采用直接输入的方式，安装简单方便应用半导体行业超纯水处理、电力/蒸汽补给水处理、制药用水处理。

半导体制造工艺过程中需要进行精确电阻率测量和温度补偿的各种清洗装置和湿式清洗台。

电厂化水循环和定子冷却过程中，需要进行精确温度补偿的特殊电导率和阳离子电导率测量、pH 测量和低维护溶解氧测量。

满足 USP 、EP 和 JP 电导率要求的制药用水检测分析在电力、半导体和制药等行业的水回收、循环和废水处理过程中，应用于污染物监测、稀释和中和等工艺过程。

M300 系列分析传感器提供可靠的测量结果参数索引pH / ORP 传感器 6-7 pHure 传感器8-9 高性能溶解氧传感器 10-11 耐用型溶解氧传感器 12-13 溶解臭氧传感器 14-15流量传感器请参阅单独的流量传感器数据表 ML0116M300系列传感器3250 (17) at 200 (93)240-2023/4” NPTM 5.19 (132) 1.5 (0.5)/S 0.02-2,000Teflon/SS 钛PEEK 0.1250 (17) at 200 (93)240-2013/4” NPTM 1.35 (34) 1.5 (0.5)/S 0.02-2,000Teflon/SS PEEK 0.1250 (17) at 200 (93)240-2033/4” NPTM 1.35 (34) 1.5 (0.5)/S 0.02-2,000Teflon/SS 蒙乃尔合金PEEK 0.1250 (17) at 200 (93)240-2043/4” NPTM 5.19 (132) 1.5 (0.5)/S 0.02-2,000Teflon/SS 蒙乃尔合金PEEK 0.158 (4) at 268 (131) &100 (7) at 203 (95) &250 (17) at 77 (25)240-222伸缩式安装采用1000－4X 系列护套 ††† 2.75 (70)None/VP 0.02-2,000SS 316L SS PEEK0.1100 (7) at 203 (95) &500 (34) at 77 (25)240-2073/4” NPTM 1.15 (29)None/S 0.02-2,000PVDF 钛PEEK 0.1250 (17) at 200 (93)240-2131/2” NPTM 1.14 (29) 1.5 (0.5)/S 0.02-2,000Noryl 钛PEEK 0.1240-2143/4” NPTM 1.14 (29) 1.5 (0.5)/S 0.02-2,000Noryl 钛PEEK 0.1250 (17) at 200 (93)250 (17) at 200 (93)240-2153/4” NPTM 1.35 (34)10 (3)/S 0.02-2,000Teflon/SS 钛PEEK 0.1240-2161/2” NPTM 1.14 (29) 1.5 (0.5)/S 0.02-2,000Teflon/SS 钛PEEK 0.1250 (17) at 200 (93)250 (17) at 200 (93)240-2173/4” NPTM 1.35 (34)20 (6.1)***0.02-2,000Teflon/SS 钛PEEK 0.1240-2181/2” NPTM 1.14 (29)10 (3)***0.02-2,000Teflon/SS 钛PEEK 0.1250 (17) at 200 (93)250 (17) at 200 (93)240-2203/4” NPTM 1.35 (34)30 (9)***0.02-2,000Teflon/SS 钛PEEK 0.1240-1013/4” NPTM 2.38 (60) 1.5 (0.5)/S 0.002-200Teflon/SS 钛PEEK 0.01250 (17) at 200 (93)150 (10) at 311 (155) &450 (31) at 77 (25)3.38 (86)Titanium 钛0.1243E221†243E223†1.5” Tri-Clamp 1.5” Tri-Clamp 3.38 (86) 1.5 (0.5)/S 1.5 (0.5)/S 0.02-2,0000.02-2,000316L SS 316L SS PEEKPEEK 0.1243E227†243E301†PEEK PEEK 316L SS 316L SS 0.10.10.02-2,0000.02-2,000316L SS 316L SS 1.5 (0.5)/S 1.5 (0.5)/S 4.13 (105)4.13 (105)2” Tri-Clamp DN25BBS 250 (17) at 200 (93)240-4013/4” NPTM 3.38 (86) 1.5 (0.5)/S 50-40,000Teflon/SS Graphite Noryl 10240-2313/4” NPTM 1.35 (34) 1.5 (0.5)/VP 0.02-2,000Teflon/SS 钛PEEK 0.1250 (17) at 200 (93)250 (17) at 200 (93)240-2363/4” NPTM 5.19 (132) 1.5 (0.5)/VP 0.02-2,000Teflon/SS 钛PEEK 0.1243E233†1.5” Tri-Clamp 3.35 (85)None/VP 0.02-2,000316L SS 316L SS PEEK 0.1150 (10) at 311 (155) &450 (31) at 77 (25)2” Tri-Clamp 4.10 (104)None/VP 0.02-2,000316L SS 316L SS PEEK 0.1243E237†1.5” Tri-Clamp 1.00 (25)None/VP 10-650,000PEEK 316L SS†PEEK 4-E ††2” Tri-Clamp 1.00 (25)None/VP 10-650,000PEEK 316L SS†PEEK 4-E ††200 (14) at 122 (50) &70 (5) at 302 (150)244-633244-6341.5” Tri-Clamp 1.00 (25)None/VP 10-650,000PEEK 哈氏合金C†PEEK 4-E ††1.5” Tri-Clamp 0.5 (12)None/VP 10-650,000PEEK 316L SS†PEEK 4-E ††244-636244-6381” NPTM 1.1 (28)None/VP 10-650,000PEEK 哈氏合金C†PEEK 4-E ††100 (7) at 200 (93) &200 (14) at 77 (25)244-630* MΩ-cm=1/(µS/cm)** 1” NPTM 插入式和 1” NPTM 浸没式*** 镀锡引线-不需要电缆线S =只能连接1XXX-67标准电缆线† 包括满足 EN10204 3.1B 的材料证明。

LS300-A型便携式流速测算仪使用说明书潍坊金水华禹信息科技有限公司3．4关机操作：每次使用完仪器，只要拨下插头，仪器即可自动关机，并保存关机前所选定流速仪型号和参数，在下一次使用时，只需插上插头，接好流速仪，按一次换屏键即可进行测流工作。

四.计算机联机运行(定货无要求时无此功能)首先用专用通讯电缆连接测算仪与计算机的通讯口，打开计算机进入WINDOWS平台中－程序－附件－通讯－超级终端，设置波特率为2400，通讯位为8位，停止位1位，奇偶校验为无，流控制为软件方式，选择正确的通讯口，接通测算仪的信号电源线，启动测流。

待每次测流历时结束后，测算仪自动送出一组数据到计算机屏幕显示。

K=7800 C=0.050 T=0106.5 N=0015 V=0.160K=7800 C=0.050 T=0108.4 N=0016 V=0.165五．仪器的维护：测算仪的维护，短期不用时，必须拨掉插头（断开电源）保存。

长期不用时，三个月须充电一次。

每次使用后，用清水冲洗流速仪、测杆，并用毛巾擦干，存放。

六．仪器的全套设备：LS300-A速测算仪一个LS300-A仪旋桨一架信号联线一付*通讯电缆（选配）一付充电器一只附件：LS300-A型便携式流速测算仪使用说明书一本特别提醒:仪器首次次充电应大于3小时. 测试时间请设置20秒以上每次请将电池电用完后再充.（本机有过放过充保护）LS300-A型便携式流速测算仪LS300-A型便携式流速流量仪（简称便携式流速仪）是专门为水文站、厂矿、环保监测站、农田排灌、水文地质调查等部门在野外进行明渠流速流量测量而研制的。

LS300-A型智能流量流速仪可配套新型流速旋浆传感器, 该传感器是采用先进的技术于2004年底最新研制成功，旋浆螺旋角、螺距、制作工艺和材料等都进行了重新设计，旋浆直径分别为Φ15mm和Φ12mm(旋浆反光面采用先进的电镀工艺，耐磨损，信号强)，起动流速≤1cm／s，起动流速、测速范围、线性度、同心度、率定系数和均方差等指标均较以往传感器有很大的改进和提高。

SITRANS FC (Coriolis)OverviewSensors and Flowmeter systems / SITRANS FCS300 flow sensorSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorThe SITRANS FCS300 sensor is available in DN 15 to DN 150 mm sizes in stainless steel AISI 316 L or nickel allow wetted material. The sensor design consists of process connections, inlet and outlet manifolds mounted in a stiff frame and two parallel tubes equally sharing the pro­cess medium flow.The sensing tubes are curved in the CompactCurve shape which gives high sensitivity and low pressure loss. The CompactCurve shape was selected to ensure that the smallest flows are measured with optimal signal to noise ratio.The compact sensor design with a split flow dual tube design with high driver frequency is suitable for high end applications in all industry segments e.g. Chemical, Oil & Gas , Refineries, F&B and Power.A variety of process connections available to cover all common process connections and pressure ratings.The sensor has a solid stainless steel fully welded enclosure to protect the measuring tubes from any harsh environments. For hazardous area applications the FCS300 comes in a number of common harzardous area approved like Atex, IECEx, cCSAus, EAC, and NEPSI.Flow Measurement© Siemens AG 2023SITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorThe SITRANS FCS300 sensor is suitable for both indoor and outdoor installation and meets the requirements of Protection ClassIP67/NEMA 4X. Optionally the sensor can be ordered with hazard­ous certification to Zone 1 and Div 1 (ATEX, IECEx, cCSAus, EAC Ex, NEPSI).The flowmeter is bidirectional and can be installed in any orienta­tion. The sensor is self-draining in many positions, with vertical mounting preferred.It is important to ensure that the sensor tubes are always com­pletely filled with homogeneous fluid; otherwise measuring errors may occur. Suitable fluids are clean liquids, pastes, light slurries or gases. Condensing vapours, aerated liquids or slush are not recom­mended.The materials in contact with the process medium must be evalu­ated for corrosion and erosion resistances for long sensor life.The pressure drop through the sensor is a function of the properties of the fluid and the flow rate. A pressure loss and accuracy calculat­or can be found on the Siemens internet site . The preferred flow direction is indicated by an arrow on the sensor. Flow in the direction of the arrow will be measured as positive. The flow direction can be adjusted at the transmitter to compensate for reverse installation.Installation orientationThe optimal installation orientation is vertical with the flow upwards. This ensures that suspended solids or bubbles are com­pletely pushed through the sensor. A drain valve below the sensor will allow the pipe and sensor to drain completely.SupportsIn order to support the weight of the flowmeter and to ensure reli­able measurements when external effects exist (e.g. plant vibra­tions), the sensor should be installed in rigidly supported pipelines. Supports or hangers should be installed symmetrically and stress-free in close proximity to both of the process connections.Shut-off devicesTo conduct a system zero adjustment, secure shut-off devices are required in the pipeline.Where possible, shut-off devices should be installed both upstream and downstream of the flowmeter.Installation guidelines•The mass flowmeter does not require any flow conditioning or straight inlet pipe sections. Care should be exercised however to ensure that any upstream valves, gates, sight glasses etc. do not cavitate and are not set into vibration by the flow.•It is always preferred to place the flowmeter upstream of any con­trol valve or other pipeline component which may cause flashing, cavitation or vibrations.•The presence of gas bubbles in the fluid may result in erroneous measurements, particularly in the density measurement. There­fore the flowmeter should not be installed at the lowest pressure point in the liquid piping system or where vapour can collect. Install the meter in pipeline sections with high pressure to main­tain system pressure and compress any bubbles.•Drop lines downstream from the flow sensor should be avoided to prevent the meter tube from draining during flowing conditions. A back-pressure device or orifice is recommended to ensure that flow does not separate within the flow sensor but the metering section remains at positive pressure at all times while there is flow.•The flowmeter should not come into contact with any other objects. Avoid making attachments to the housing except for the pressure guard components (if required).•When the connecting pipeline is larger than the sensor size, suit­able standard reducers may be installed. A selection of oversize and undersize connections can be ordered - refer to the sizes tables below.•The flow sensor may be supported at the junction between pro­cess connection and the manifold, but should not be used to sup­port adjacent piping. Ensure that the piping is also supported on both sides so that connection stresses are neutral.•If strong vibrations exist in the pipeline, they should be damped using elastic pipeline elements. The damping devices must be installed outside the supported flowmeter section. Direct connec­tion of flexible elements to the sensor should be avoided.•Make sure that any dissolved gases, which are present in many liquids, do not outgas. The back pressure at the outlet should be at least 0.2 bar (3 psi) above the vapour pressure of the process fluid.•Assure that operation below the vapour pressure cannot occur particularly for fluids with low latent heat of vaporisation.•The sensor should not be installed in the vicinity of strong electro­magnetic fields, e.g. near motors, pumps, variable frequency drives, transformers etc.•When operating meters on a common mounting base the sensors should be mounted and spaced separate from each other to avoid cross-talk and other vibration interferences.•When operating meters in interconnected pipelines the pipes should be decoupled to prevent cross talk.Remote system cablingThe system is designed so that standard instrumentation cable with four cores and overall screen or two screened pairs can be used, or cable sets can be ordered with the flowmeter. The cable can be ordered in various set lengths and terminated in the field.Be aware of maximum sensor length cable depending on product selection, currently 75 m. Data transmission speed and process vari­able update rates may be affected by the cable characteristics. For best results, choose a cable with the following electrical character­istics:Flow MeasurementFlow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorThe flowmeter system applies maximum 15 V DC in operation andis certified intrinsically safe. The complete system is insulationtested to 1 500 V in production.Cabling solutions which can be ordered with the flowmeter are asfollows:1. High performance plugged cable using M12 connectors into preparedsockets2. Cable glands for either metric or NPT threaded terminal housings3. Plain cable in set lengths to be passed through flexible and rigid conduit(not supplied) for metric or NPT threaded terminal housingsCable for items 1, 2 and 3 are available either gray for standardapplications or light blue for Ex applications to identify the circuit asintrinsically safe.Insulation and heatingFor applications where pipeline insulation is required for personnelprotection or process temperature maintenance, theSITRANS FCS300 flow sensor may also be insulated. The form andmaterial of insulation is not prescribed and entirely depends on thepractices at the application location or plant.Insulation must not be crowded around the sensor pedestal butshaped at a 45° cone to allow the pedestal to radiate excess heatand maintain a suitable working temperature within the front-endtransmitter housing.Flow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensor1)Increased error can be expected for gas mass flow measurement (for gas measurement typically + 0.40 % error).2)For gas applications the max. flowrate is calculated at Mach-Number = 0.3.3)Hastelloy C is a registered trademark of Haynes International. C4 nickel alloys are equivalent to Hastelloy C4.4)Valid for the 0.1% sensor.Pressure/temperature curvesWith two major exceptions, the pressure rating of the flow sensors is independent of the process medium temperature. Design rules for flange connections in both the EN 1092-1 and ASME B16.5 standards dictate pressure derating with increasing temperature. The charts below show the effect of process medium temperature on the pressure ratings for the flanges within the FCS300 product program.Flow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorEN1092-1 flanged sensors in AISI 316LStainless steel ASME flange 1.4571/1.4404 (AISI 316Ti/316L) up to DN200 (8")Nickel alloy DIN flange C4 (2.4610) or nickel alloy C22 (2.4602) up to DN200 (8")Flow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorNickel alloy ASME flange C4 (2.4610) or nickel alloy C22 (2.4602) up to DN200 (8")Sanitary connectionsSensor variantsSITRANS FCS300 sensors are available in a wide range of process connections. The available combinations of type, sensor size and connec­tion size are shown in the tables below.Standard variantsFlow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensor1)Apply class 600 p and t ratings for class 900 and class 1500 flanges.Hygienic sensor variantsThe hygienic sensors will have to be ordered with stainless steel tubes 316L/1.4435/1.4404 (polished). Hygienic sensors are offered with process connection conforming to various international quick-connect clamps or threaded connectors. Pressure ratings are according to the relevant standard and the sensor size.NAMUR sensor variantsThe NAMUR variants have built-in lengths according to NAMUR recommendation NE 132. The recommendations of NE 132 are stated for sensors with flanges the same size as the sensor nominal size, and for flanges to EN 1092-1 PN 40 with B1 flange facing. For DN 100 and DN 150 flanges to PN 16.Flow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorSensor dimensionsFlow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensor1)For FCT030 compact add 4 kg (8.8 lb)SITRANS FCS300, dimensions in mm (inch), weights in kg (lb), for a EN 1092 PN 40 flanged version.The built-in length D depends on the flange.Overall lengthThe overall length (built-in length D) of each sensor depends on the connection standard and the pressure rating. The tables below sum­marize the dimensions available at the time of publishing. Please contact Siemens for further information about our desired process connec­tion specification.Sensor in AISI 316L: 7ME463.-...Flow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensorSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensor3/237Sensor in nickel-alloy C4: 7ME463.-...Siemens FI 01 · 2023Flow MeasurementSITRANS FC (Coriolis)Sensors and Flowmeter systems / SITRANS FCS300 flow sensor3/238Siemens FI 01 · 2023Flow Measurement。

DRS05雷达速度传感器使用说明DRS05雷达速度传感器是一种高精度、高性能的速度检测设备，适用于车辆、船舶等运输工具的速度测量。

它采用了先进的雷达技术，能够在各种复杂的环境条件下准确测量目标物体的速度。

本文将为您详细介绍DRS05雷达速度传感器的使用说明。

一、产品特点1.高精度测量：DRS05雷达速度传感器采用了24GHz的射频技术，可以实现对目标物体速度的精确测量，误差小于1%。

2.宽工作温度范围：DRS05雷达速度传感器可以在-40℃至+85℃的环境温度下正常工作，适应各种恶劣的气候条件。

3. 高速度测量范围：DRS05雷达速度传感器的测量范围为0至300km/h，适用于各种车辆和船舶的速度监测需求。

4.快速响应时间：DRS05雷达速度传感器具有快速的响应时间，可以在毫秒级别内实时测量目标物体的速度变化。

5.抗干扰性能强：DRS05雷达速度传感器具有较强的抗干扰能力，可以有效地抵抗不同频率、不同强度的干扰信号。

6.节能环保：DRS05雷达速度传感器采用了低功耗设计，具有节能环保的特点，可降低能源消耗。

二、产品安装1.安装位置选择：DRS05雷达速度传感器应安装在车辆或船舶前方，一般选择在车辆或船舶的前保险杠或船头上方安装。

2.固定方法：使用螺丝、胶水或其他固定设备将DRS05雷达速度传感器安装牢固，确保其不会因振动或碰撞而松动。

3.连接电源：将DRS05雷达速度传感器连接到车辆或船舶的电源系统，确保电源接口连接正确，电压稳定。

三、参数设置1.工作频率设置：DRS05雷达速度传感器的工作频率可以根据实际需求进行设置，一般为24GHz。

2.测量范围设置：根据实际需求调整DRS05雷达速度传感器的测量范围，确保能够满足测量要求。

3.输出方式设置：DRS05雷达速度传感器可提供模拟信号和数字信号两种输出方式，可以根据实际需求进行设置。

四、注意事项1.避免遮挡：安装DRS05雷达速度传感器时应确保其前方没有遮挡物，避免影响测量结果。

-I -TD-60手持式电波（雷达）流速仪使用说明书江苏通达仪表有限公司谢致谢首先对您选择通达仪表产品表示衷心的感谢！TD-60电波流速仪是一款先进的流速测量仪器，其使用雷达技术实现简单、快捷的非接触式水面流速测量。

仪器小巧轻便，便于携带，非常适合有洪水或者急流等不易使用入水式测量仪器的现场检测。

TD-60电波流速仪集成了很多领先技术。

例如使用精密的平面窄带阵列雷达传感器、FFT数字信号处理、流速方向识别、垂直和水平角度的自动校正等；该仪器可以测量的最大流速是20m/s，检测灵敏度高。

流速仪带有彩色大屏幕液晶LCD，内嵌指引式菜单式软件，非常方便用户操作。

我们非常希望用户在使用TD-60电波流速仪之前阅读本手册，这样您将会更好的掌握如何使用这台先进的测速仪器。

本手册详细介绍了TD-60电波流速仪的使用方法、维护及注意事项等。

——江苏通达仪表有限公司全体员工-I-TD-60使用说明书✧注意事项及使用限制条款注意：江苏通达仪表有限公司的产品设计制造均安全可靠，请正确使用（按照所示文本说明），并完全遵守下列注意事项，则不会对仪器和人体造成危害。

注意本手册的使用者必须清楚此仪器及其附件可能产生的危险。

所有操作者在操作此仪器之前都应熟知本章节中的安全须知和警告。

如不遵守操作说明，则可能降低仪器的性能。

图例：说明：注意/警示涉及在运输、使用、维护过程中的注意事项，务必仔细阅读。

需注意的事项如下：✧操作环境及用电注意事项警告：不要在有或可能具有易燃易爆气体的场所中使用仪器。

注意：不要将仪器接触水面或者放入水中。

注意：不要将仪器放置于极端温度中，避免静电。

✧仪器操作注意：无论在使用、保存或运输仪器的过程中，都应小心取放，-I--II-切勿跌损。

✧电池警告：请使用章节2.4中规定的锂离子充电电池和充电器。

警告：电池电量低时请及时充电。

注意：废旧电池的丢弃需按照您的地区规定。

✧键盘按钮注意：不要过分用力按压仪器按键。

技术说明书 茎流传感器 - SF100,SF200,SF300产品介绍由格林斯潘和澳大利亚英联邦科学与工业研究组织（CSIRO），联合研制开发的SF 系列茎流传感器，采用先进的热脉冲技术，可以精确、可靠的监测树木水分利用状况，为农业研究人员、园艺和林业管理人员提供简单、低价位的树木水分自动监测系统。

传感器包括以下型号：SF-100，SF-200，SF-300主要特点SF 系列传感器采用先进的热脉冲监测技术来测定树木茎流。

实践证明，采用热脉冲技术监测树枝和树干的茎流比其它系统采用的热平衡方式更加可靠和精确。

系统小巧、轻便，便于携带和安装，可以在一棵树上安装多个传感器。

有多种微型的或标准的传感器供选择。

智能化的数据采集器接口软件（SAPCOM），提供实时的、完整的茎流输出和数据采集参数控制。

可视化的系统设置图形曲线监测模式。

系统具有自校定功能，确保使用的简单性；在特定的恶劣的工作环境下提供精确、可重复的茎流记录。

在最恶劣的环境下，系统可以长期可靠的使用，并将维护工作降到最低。

基于WINDOWS 操作系统的SAPCAL 软件，提供完备的数据分析和处理功能。

技术原理越来越多的植物学家认识到利用传统的叶片换算法很难解决有关树木和树冠水分利用状况的问题。

尤其是以树为单位监测水分利用状况的全过程。

格林斯潘茎流传感器利用先进的热脉冲技术可以精确、可靠的监测树木的水分利用情况，而且结构坚固、便于携带。

热脉冲或者叫补偿方法被誉为“最准确的流速监测技术”（Zimmerman 1983）在1928年被Rein 用来监测动物体内血液的流速，后来在1932年被Huber 用来监测树木木质部分的水流速度。

木质部分茎流速度的测定，通过向树木导管注入一个小的热脉冲源，然后测量这个脉冲源沿树木导管上升的比率来获得植物木质部分的茎流速率（也称为茎流密度），茎流量等于茎流速率乘以树木导管的截面积。

在确定一棵典型的监测树木后，要确定树心和形成层的边界，探针要保证插入足够的深度，确保热敏电阻位于茎流截面内。

雷达波流速仪-全球百科
雷达波流速仪测速的原理是应用多普勒效应（即移动物体对所接收的电磁波有频移的效应),根据接收到的反射波频移量计算得出被测物体的运动速度。

使用雷达波流速仪测量流速时仪器不需接触水体,即可测得水体表面运动速度（水面流速),属非接触式测量。

测速时仪器固定在岸上或桥上,工作时雷达波流速仪发射的微波射到被测水体的水面上,一部分微波般水体吸收,一部分微波被水面波浪的迎波面反射回来,产生多普勒频移信息被仪器天线接收。

据此测出反射信号和发射信号的频率差,计算出水面流速。

雷达波流速仪的特点是测量速度快,适合在洪水期使用。

由于测速时不受水面漂浮物、水质、水流状态的影响,而且流速愈大,漂浮物愈多,反射波愈强,有利于雷达波流速仪工作。

在实际应用中,雷达测流仪位于水面上方,以一定的俯角向水面发射雷达波,并接收从水面返回的雷达波信号,根据雷达波反射特性和多普勒测速特性,回波信号的频率变化与水面流速成正比关系,传感器通过检测频率变化得到水面流速。