B170204006-PT2000矩阵流量计说明书V3.1
SB2100流量积算仪说明书
SB2100流量积算仪说明书发布时间：2011-7-15 18:40:08SB2100流量积算仪说明书前言长期以来，流量的计量一直是计量工作中的重点和难点，它直接影响着企业运行的稳定和企业成本的控制，同时，随着区域集中供热的发展，更是对流量的计量提出了新要求，为了满足这一目标，除了选择合理的现场流量计外，也同时需要配备性能优异的流量积算仪，这样才能组合成完善的流量计量管理。
SB-2000系列和SB-2100系列流量积算仪就是适应了上述要求的产品，它不仅具备传统的质量计量，同时增加了热量计量、热差量计量、断电记忆、密码设置、定量输出、定时打印和通讯联网等，产品分数码管显示（SB-2000系列）和液晶显示（SB-2100系列），在接线上可直接与各种流量计配套，而且操作简易。
SB-2100系列流量积算仪采用12864图形点阵液晶显示器显示，通过全中文菜单式设定，可测量介质的质量流量、热流量、热差量、标准体积流量等，它由2100A、2100B、2100D、2100H、2100K、2100S、2100V和2100W八种型号组成，其中，2100A属于通用型，适合测量饱和蒸汽、过热蒸汽、热水和一般气体的流量、热量等；2100B是适用于天然气、压缩空气、氧气和氮气的流量计量；2100D是在2100A的基础上增加了协议计量功能，可对超出设定范围的流量进行协议计量；2100H 是根据国家城镇建设行业标准CJ 128-2000，用于饱和汽或热水的入口出口热差量的计量；2100K 是在SB-2100A的基础上，通过设定一定量值，当累积流量达到该定量值时能输出继电信号；2100S是分时段计量的积算仪，可任意将一天设置成峰﹑谷﹑平时段；2100V是用于V形锥流量计的配套积算仪；2100W是用于弯管流量计的配套积算仪。
本说明书主要介绍SB-2100A﹑SB-2100B﹑SB-2100H和SB-2100K积算仪。
1、流量输入信号：接收差压变送器、电磁流量计的0~10 mA、4~20mA电流信号或涡街流量计的0~5000Hz频率信号。
插入式流量计使用说明书
一、简介HHCD系列电磁流量计的产品性能符合行业标准JB/T9248-1999。
在出厂前必须通过多个技术指标的严格检验。
流量计到货后，请您务必检查其外观，确认运输过程中仪表有无损坏。
请参考本章内容检查仪表附件。
HHCD插入式电磁流量计是在管道式电磁流量计的基础上发展起来的一种新型流体流量仪表。
它在保留管道式电磁流量计优点的基础上，针对管道式电磁流量计在大管道上安装困难，费用大等缺陷，根据尼库接磁（NIKURADS）原理，用电磁方法通过测量流体的平均流速，从而获得流体的体积流量。
特别是采用带压开孔、带压安装技术后，插入式电磁流量计可在不停车（水）的情况下安装，也可在铸铁管道，水泥管道上安装。
插入式电磁流量计的研制成功，为流体流量的检测提供了一种新的手段。
与一般电磁流量计不同的是，插入式电磁流量计的传感器是外侧形成外发射磁场，测量电极在传感器的端部或两侧如下图所示电磁流量计原理。
值得注意的是，外发射磁场电磁流速传感器的感应信号受信号受流体和磁场的边界层厚度影响，会降低测量的线性度。
对HHCD插入式电磁流量计来说，管路中导电的液体就是在磁场中运动的导体，两电极间的距离就是导体的长度L。
其感应电压与平均流速成正比。
比时管道中流体流量就可由此得出：Q=∏D2U/4KBLD：测量管内径U：感应电压B：磁感应强度K：与磁场分布有关的系数1.1、检查型号和规格型号和技术规格可从电磁流量计铭牌、出厂校验单上查到，检查一下该仪表型号和技术规格是否与所定仪表型号和技术规格一致。
如果产品出现质量问题或者您在使用仪表中遇到问题需要和我公司联系时，请说明仪表的型号规格和编号，便于我们解决问题。
1.2、装箱单流量计到货时，应确认下列物件是否装箱传感器（一台）转换器（一台）（仅限分体式）使用说明书（一份）校验单（一份）合格证（一份）电缆（仅限分体式，用户定购长度）外配法兰（用户定购时配备）螺栓螺帽（用户定购时配备）密封胶（用户需现场密封时配备，一般情况出厂已密封）防爆合格证（仅限防爆型产品）1.3、贮存注意事项产品到货后，如果仪表需要存放一段较长的时间，特别要注意以下几点：1、用原包装箱好仪表，尽量保持与发运出厂前状态一样。
B170204006-PT2000矩阵流量计说明书V3.1
京制02210169号PT2000矩阵式流量计使用说明书V3.1北京雪迪龙科技股份有限公司前言PT2000矩阵式流量计是北京雪迪龙科技股份有限公司生产的一种应用于工业锅炉烟气排放在线监测系统的流量监测配套仪表，适用于测量蒸汽、液体、空气、煤气、烟气等介质管道速度，尤其适合大口径风管风速测量。
PT2000矩阵式流量计说明书有北京雪迪龙科技股份有限公司编制，版权归北京雪迪龙科技股份有限公司所有。
版本：V3.1，发布日期：2016-8-9目录1. 安全与警告 (4)2. 系统构成及原理 (4)3. 技术性能 (5)3.1 适用范围 (5)3.2 环境要求 (3)3.3 性能指标要求 (3)4. 安装与接线 (3)4.1装置安装 (3)4.2装置接线 (3)5. 调试及使用 (4)5.1装置调整 (4)5.2正常使用 (4)6．故障处理 (7)7. 注意事项 (7)8．配件清单 (8)1.安全与警告1.1任何情况下不规范的操作都可能引起人员及仪器的伤害，请遵守所有电器及设备的安全规范。
1.2在维修﹑拆卸电器元件前请确认电源已经断开﹗1.3仪表接通电源之前，请确认所有外接线正确，任何短路均可能造成仪表数据丢失或程序破坏.1.4在清除或修改仪表原有数据前，请确认该操作的合法性，一旦实施操作原有数据可能无法恢复，建议操作前将原有数据记录以备查取.2. 系统构成及原理矩阵式流量计主要由检测管﹑差压变送器以及相互之间的连接接头气管等部件构成。
测量时将检测管插入管路中，并使全压和背压探头中心轴线处于过流断面中心且与流线方向一致，全压探头测孔正面应对来流，检测流体总压，并将其传递给差压变送器；同时背压探头测孔拾取节流静压也将其传递给变送器，变送器读取总静压差值并将其转换成相应的电流信号（4～20mA）传送给传给数据采集模块。
该装置型式批准证书号为：2016C127-11。
其原理是基于差压测量原理，测量装置安装在管道上，其探头插入管道，当管道内有气流流动时，迎风面受气流冲击，在此处气流的动能装换成压力能，因而迎风面管内压力较高，其压力称为“全压”，背风侧由于不受气流冲压，其管道内的压力为管内的静压力，其压力称为“静压”，全压和静压之差称为差压，其大小与管道内的风速有关，风速越大，差压越大；风速小，差压也小，风速与差压的关系符合伯努利方程：V= K(2ΔP/ρ)0.5式中，V为风速（m/s），K为测量装置系数，ΔP表示差压（Pa），ρ表示气体密度（kg/m3）。
FL-2000系列精密流量计说明书
The FL-2000 Series offers a wide variety of precision flowmeters for use in medical, industrial, chemical, and laboratory applications at an economical price. Units are available with or without valves.Acrylic FlowmetersB-15aFL-2000 SeriesSpeciFicationSaccuracy:Models FL-2001–FL-2025: ±5% F.S. Models FL-2031–FL-2069: ±3% F.S. Models FL-2071–FL-2128: ±2% F.S.Float: Black glass stainless steel Body: Clear acrylicSeals: Buna “O” Rings with brass or PVC fittings FKM “O”-Rings with stainless steel fittingspressure: 100 psig max @ 21°C (70°F)temperature:65°C (150°F) max @ 0 psigFittings: Brass std; stainless steel optional except for FL-2071 through FL-2128, which have 1 NPT PVC fittings onlyValves: Models FL-2001 throughFL-2069: brass standard; stainless steel cartridge type (optional)FL-2071 through FL-2128: Optional plastic in-line gateU e asy-to-Read english or Metric Scales U W ater Ranges from 4 ccM to 20 GpM, air Ranges from 40 ccM to 4000 LpM U t hreaded Brass inserts for Quick installation U e asy Disassembly and assembly for Maintenance U D urable one-piece clear acrylic construction U S table, easy-to-Read Float U S uperior Quality appLicationS U a ir Sampling equipment U a quaculture U D esalinization equipment U G as analyzers U M edical Systems U p hoto processing equipment U W ater treatment andDistribution SystemsFL-2013 air, shownsmaller than actual size.FL-2066-nV Water, shownsmaller than actual size.B(13.5)B-15bFL-2091 through FL-2128 DimensionsFL-2097, shown smaller than actual sizeTo order with plastic integral gate valve, add suffix “-V” to model number for additional cost for FL-2090 Series, and FL-2120 Series.For optional 10-point NIST certificate add suffix, “-NIST” to the model number, for additional cost and two weeks to the standard lead time.Ordering Example: FL-2095, flow meter , 100 to 1400 LPM Air FL-2127-V, flow meter , 4 to 36 LPM water, with valves.Units are standard without valves.To order with plastic integral gate valve, add suffix “-V” to model number for additional cost.For optional 10-point NIST certificate add suffix, “-NIST” to the model number for additional cost and two weeks to the standard lead time.Ordering Examples: FL-2075, flow meter valve, 100 to 1400 LPM air.FL-2080, flow meter valve, 2 to 19 LPM water.FL-2041-nV, shown smaller than actual size.FL-2053, Water,shown smaller thanactual size.FL-2066-nV, shown smaller than actual size.To order with stainless steel valve, add suffix “-SS” to model number for additional cost.To order without a valve, add suffix “-NV” to model number and subtract from cost.For optional 10-point NIST certificate add suffix, “-NIST” to the model number, for additional cost and two weeks to the standard lead time.Ordering Examples: FL-2036, economical flow meter , with brass valve, 14 to 150 SCFH Air.FL-2036-NV , economical flow meter ,without brass valve,14 to 150 SCFH Air.BFL-2060, air, shown smaller than actual size.Dual scales supplied std: SCFM/SCFH, GPM/GPH and LPM/LPH To order with stainless steel valve, add suffix “-SS” to model number for additional cost.To order without a valve, add suffix “-NV” to model number and subtract from cost.For optional 10-point NIST certificate add suffix, “-NIST” to the model number, for additional cost and two weeks to the standard lead time.Ordering Examples: FL-2060, flow meter with brass valve, 0.5 to 5 SCFM. FL-2069-NV , flow meter no valve 2 to 20 LPM.FL-2091, air, shown smaller thanactual size.B-15cFL-2021-nV, Water, shown larger than actual size.Units come standard with brass valves and operator’s manual.To order with stainless steel valves, add suffix “-SS” to model number for additional cost. To order without a valve, add suffix “-NV” to model number and subtract from cost.For optional 10-point NIST certificate add suffix, “-NIST” to the model number, for additional cost and two weeks to the standard lead time.Ordering Examples: FL-2005, economical flow meter with brass valve, 2 to 20 SCFH air. FL-2005-NV , economical flow meter without valve, 2 to 20 SCFH air.accuracy: ±5% Full Scale panel MountB-15d。
PT2000 型巡检器 说明书
PT2000型巡检器 使用说明书目 录第一章 概述 (3)1.1产品特点 (3)1.2PT2000用途 (4)1.3应用领域 (4)1.4型号 (5)1.5工作条件 (5)第二章 PT2000结构特征和工作原理 (6)2.1结构特征 (6)2.2基本工作原理框图 (7)2.3原理框图说明 (7)第三章 PT2000主要性能、参数和规格 (8)3.1主要性能和技术指标 (8)3.2PT2000规格一览表 (9)第四章 使用方法 (10)4.1按键使用说明 (10)4.2如何开机 (10)4.3如何关机 (11)4.4如何读卡 (11)4.5检查项目操作 (12)4.6信息查询 (13)4.7系统设置 (14)4.8巡检任务下载 (15)4.9电池电量及充电 (15)4.10状态栏 (15)第五章 常见故障及解决方法 (16)5.1时间显示不对 (16)5.2不能与计算机通讯 (16)第六章 使用注意事项 (17)6.1首次使用 (17)6.2关于充电 (17)6.3关于通讯 (17)6.4更换电池 (17)6.5故障处理 (17)6.6元件更换要求 (17)6.7使用要求 (17)第七章 运输、贮存 (18)7.1运输 (18)7.2贮存 (18)第八章 随机文件及附件 (19)第九章 售后服务 (20)第一章概述1.1 产品特点PT2000（RFID）型巡检器，将国际上先进的射频感应识别技术（RFID）与单片机制造技术相结合，运用到巡更巡检管理工作当中，使用方便，操作快捷。
RFID技术的应用，克服了传统接触式巡检的易损坏、不易安装等弊端；单片机采用ARM公司先进的Cortex-M3内核，速度快、性能高、功耗低，保证了PT2000型巡检器的性能；另外，巡检器与PC机巡检管理软件之间的数据通讯，采用USB2.0技术和mini-USB接口，实现了巡检任务和记录等数据的高速传输。
PT2000巡检器配合巡检位置点、巡检人员及巡更巡检系统管理软件，组成真正意义上的非接触式离线巡更巡检系统。
安防技术_GE2000数字矩阵使用说明书
GE2000数字矩阵使用说明书GE2000数字矩阵主要实现监视远程图像、图像上电视墙、参数调节、控制前端云台镜头、录像、远程布/撤防的功能。
网络端连接配置：连接前的准备情况：1，需要安装解码卡驱动，把解码卡安装好。
2，当安装好解码卡后，设置配置路数，根据实际情况配置。
3，要求主机的显卡是64MB或更高，机器的操作系统是WIN2000操作系统，内存最少256MB内存。
4，网络带宽是10MB以上。
以下为操作的基本步骤：打开【开始】-【程序】-【黄金眼M4存储王网控】-【系统配置程序】后,弹出一个对话框，如下图所示：这个对话框是用来配置通道类型的，GE2000数字矩阵是采用的硬解码选择015-硬解码网控，（注：“010-网控A”是软解码的设置，不能进行矩阵切换上电视墙。
）。
设置完点“确定”按钮会弹出“系统配置程序”的登陆对话框，如下图所示选择“用户名和密码”登陆后，会弹出配置对话框，“通道类型”的配置也可在[视频]配置选项卡进行配置，如下图：第一步：在左边的编辑框中选择“视频通道”选项。
第二步：选择[增加]按钮弹出如下对话框，设置如下图所示：注：板卡类型选择“010-软解码网控A”（硬解码的类型）例如，配置4个网络端的视频输入；就增加4个视频通道，最后结果如下图所示注意：不要配置视频源，只需要配置视频通道就可以了，如果配置了视频源，将无法连接图像，系统运行将不正常。
然后选择【网络】页框中，设置用户想要连接的主机（可以设置多台），注意在本地连接中所有的主机都要选择一样的连接方式，不能一台是TCP/IP而别的是UDP方式，配置如下：单元号：主机端配置程序为该系统配置的主机单元号。
在以往的网控程序，连接主机直接通过主机IP，单元号无关紧要，但对于以后的网控系统，单元号设置不正确可能导致连接不上。
主机名：主机名称的助记符，不一定与该主机的网络名称相同，该名称将出现在网控程序左边的视图中。
主机IP：主机的IP地址。
蓝白科技 F-2000数字桨盘流量计说明书
Video link:NEMA 4XFor more help and information regarding F-2000, please visit or scan this QR code.F-2000Digital Paddlewheel Flow Meter> Easy to read 8 digit LCD, up to 4 decimal positions > Flow rate and Total flow display> AC/DC transformer or battery operated (RT models only). 4 AA batteries > Factory programmed with calibration certificate > Front panel security lockout> 4-20ma and 0-10VDC output models > Batch Processing and Flow Rate Alarms®HighlightsFlow rangeFull Scale Accuracy Power supply .4 - 8,000 GPM 1 to 27,000 LPM Pressures300 PSI (20 bar)Pressure dropWarranty0 - 8 PSI(varies per model)+/- 1%15-24 VDC115V/230V60z, 220V/50Hz Battery operated1 YearFeaturesMolded FittingsSaddle Mount FittingsPVC FittingsAvailable Models2Engineering SpecificationsDigital Paddlewheel Flow MeterPerformanceDimensionsF-2000Saddle FittingsPipe Size A B 1-1/2”(50mm)4-1/2” 3-3/16” 2”(63mm)4-1/2”3-3/16”3”(90mm)4-1/2”3-3/16”4”(110mm)4-1/2”3-3/16”6”(160mm)4-3/8”3-3/16”8”(200mm)4-3/8”3-3/16”10”(250mm)4-1/2”4-1/2”12”(315mm)4-1/2”4-1/2”Molded FittingsPipe Size A B 3/8”3-3/4” (95)4-3/4” (121)1/2”3-3/4” (95)5-1/8” (130)3/4”4” (102)5-1/4” (133)1”4” (102)5-5/8” (143)1-1/2”4-1/2” (114)6-1/2” (165)2”4-3/4” (121)6-3/4” (171)Pipe SizeA B 1”6”4”1-1/2”6-5/8”4-1/2”2”7-1/8”4-3/4”PVC Saddles & PVC TeesPVDF Saddles & SS TeesSTATIC PRESSURE PSI(BAR)Maximum Working Pressure300 PSI (20 bar) @ 70 °F (21 °C)Maximum Fluid Temperature 200 °F (93 °C) @ 0 PSI (PVDF saddles and PP Molded fittings)140 °F (60 °C) @ 0 PSI (PVC saddles and PVC Tee fittings)NOTE: Temperature rating of F-2000 only. Actual pipe rating mary vary.Maximum Ambient Temperature 14 °F to 110 °F/ -10 °C to 43 °C Maximum Pressure Drop up to 8 PSI (varies per model)Full Scale Accuracy +/- 1%Power Requirement15 VDC Nominal (15 - 24 VDC Absolute)Model RT units only 4 AA batteries or 15 - 24 VDC plug-in transformer All units 15 - 24 VDC (plug-in transformer supplied)Signal Distance AC sine wave sensor = 200 ft(60 m)Optional Hall Effect sensor = 1 mile(1.6 km)Signal Cable3 conductor shielded. Included 25 ft(7.6 m)(Option for 50 ft and 100 ft)Approximate Shipping Weight4 lb. (1.8 kg)Enclosure NEMA 4X (IP56)RoHS CompliantYesPP3Materials of ConstructionF-2000Ordering InformationMolded In-Line Pipe FittingsTEE Pipe FittingsSaddle Mount Pipe FittingsPipe Size GPM Flow Range LPM Flow Range M 3/HR Flow Range OZ/MinFlow RangeModel Number M/NPTMNPT MBSPT 3/8".8 to 830 - 300.2 - 1.8106 - 105838M138MB13/8”.4 to 4 1 - 100.1 - 0.635 - 35338M238MB21/2" 2 to 207 - 700.4 - 4.2247 - 246950M150MB13/4" 3 -3011 - 1100.7 - 6.6388 - 388075M175MB11" 5 to 5020 - 200 1.2 - 12705 - 705410M110MB11-1/2" 6 to 6025 - 2501.5 - 15885 - 881815M215MB22”10 to 10040 - 400 2.4 - 241411 - 1410820M320MB32”20 to 20070 - 7004.2 - 422469 - 2468920M420MB4Pipe Size IPSGPM Range M 3/HR Flow Range Model Number Sch 40Sch 801-1/2"15 - 150 3.5 - 34.515K415K8315mm2700 - 27000162 - 162031A0Pipe SizeGPM Range LPM Range Model NumberSolvent Weld PVC Tee1" 6 to 6025 - 25010AT 1-1/2"15 to 15060 - 60015AT 2"30 to 300100 - 100020AT 3"60 to 600230 - 230030ATSaddle material:PVDF ( 1-1/2”, 2”, 3”, 50mm, 63mm, 90mm sizes) PVC (other sizes)In-Line Molded Tee: Polypropylene Sensor, paddlewheel, axle: PVDFSensor O-ring seals:Viton (optional EP)TDS# 85000-171 REV 4202306195300 Business Drive, Huntington Beach, CA 92649TEL714-893-8529|FAX714-894-9492||********************F-2000 Model Number MatrixF-20005300 Business Drive, Huntington Beach, CA 92649 TEL714-893-8529|FAX714-894-9492||********************VariationsRT = Flow Rate and TotalizingAO = Analog Output, Flow Rate and Totalizing PC = Batch Processing, Flow Rate Alarm, Proportional Metering, Flow Rate and TotalizingAP = Analog Output, Batch Processing, Flow Rate Alarm Proportional Metering, Flow Rate Alarm and Flow Totalizing FC = Flow Sensor - AC Coil - 200 ft. range FH = Flow Sensor - Hall Effect - 1 mile rangePipe Sizes M/NPTImperial Pipe Sizes Metric Pipe Sizes 38 = 3/8" IPS 05 = 50mm 50 = 1/2" IPS 06 = 63mm 75 = 3/4" IPS 07 = 75mm 10 = 1" IPS 09 = 90mm 15 = 1-1/2" IPS 11 = 110mm 20 = 2" IPS 16 = 160mm 25 = 2-1/2" IPS 20 = 200mm30 = 3" IPS 25 = 250mm (PN10 only)40 = 4" IPS 31 = 315mm (PN10 only)60 = 6" IPS 80 = 8" IPS 100 = 10" IPS 120 = 12" IPSSaddle Pipe Fitting TypeSADDLE, SCH40 (I.P.S.) PVC or IRON pipeK4 = 1-1/2", 2", 3" PVDF A4 = 2-1/2”, 4”, 6”, 8” PVC A4 = 10”, 12” PVC SADDLE, SCH80 (I.P.S.) PVC pipeK8 = 1-1/2", 2", 3" PVDF A8 = 2-1/2”, 4”, 6”, 8” PVC A8 = 10”, 12” PVC SADDLE, PN10 METRIC (DIN 8062) pipeK0 = 50mm, 63mm, 90mm PVDF A0 = 75, 110, 160, 200 PVC A0 = 250,315mm PVC SADDLE, PN16 METRIC (DIN 8062) pipeK6 = 50mm, 63mm, 90mm PVDF A6 = 75, 110, 160, and 200, PVCInline Pipe Fitting TypeINLINE INJECTION MOLDED PP AMERICAN M/NPTM1 = Range #1, M2 = Range #2M3 = Range #3, M4 = Range #43/8", 1/2", 3/4", 1" M/NPT polypropylene 1-1/2" M/NPT polypropylene 2" M/NPT polypropylene INLINE INJECTION MOLDED PP BRITISH M/BSPTMB1 = Range #1, MB2 = Range #2MB3 = Range #3, MB4 = Range #43/8", 1/2", 3/4", 1" M/BSPT polypropylene 1-1/2" M/BSPT polypropylene 2" M/BSPT polypropylene INLINE INJECTION MOLDED TEE PVC SLIP/SOCKETAT = 1", 1-1/2", 2" Female slip glue/weld 3” Female slip glue/weldCalibration UnitsGM = U.S. Gallons per minute LH = Liters per hour GH = U.S. Gallons per hour LD = Liters per dayGD = U.S. Gallons per day MH = Cubic Meters per hour OM = U.S. Ounces per minute IM = Imperial Gallons per minute AD = Acre Feet per day IH = imperial Gallons per hourLM = Liters per minuteCalibration Range (see pipe fitting detail)1 = Range 13 = Range 32 = Range 24 = Range 4Display MountingS = Meter Mounted on AC Coil Sensor P = Meter Panel Mounted, AC Coil Sensor, 200 ft. range, includes 25 Ft. of cable H = Meter Panel Mounted, Hall Effect Sensor, 1 mile Range, includes 25 ft. of cable X = Sensor only (without Display Meter)PowerB = Battery Holder with 4 AA cells1 = U.S. Transformer, AC 115V60Hz/15Vdc, NEMA 5/15 plug2 = Europe Transformer, AC 230V50Hz/15Vdc, CEE 7/VII plug3 = U.S. Transformer, AC 230V60Hz/15Vdc, NEMA5/15 plug X = No Selection (Customer must supply power)OptionP = No pipe fitting*50FT = 50 feet of signal cable 100FT = 100 feet of signal cableRTSB38M1GM1-PSample Model NumberOptional Accessories and Components 71000-294 Panel Mount Kit Bracket71000-514 Mounting Conversion Kit, Sensor Mount to Panel Mount.71000-301 Wall Mount Adapter Kit. Cable Not Inlcuded.71000-302 Wall or Pipe Mounting Kit (3/8” - 1.5 “ Pipe). Cable Not Included.71000-303 Wall or Pipe Mounting Kit (2” Pipe). Cable Not Included. 71000-304 Wall or Pipe Mounting Kit (3” Pipe). Cable Not Included. 71000-305 Wall or Pipe Mounting Kit (4” Pipe). Cable Not Included. 71000-306 Wall or Pipe Mounting Kit (6” Pipe). Cable Not Included. 71000-307 Wall or Pipe Mounting Kit (8” Pipe). Cable Not Included. 71000-414 Wall or Pipe Mounting Kit (10” Pipe). Cable Not Included. 71000-415 Wall or Pipe Mounting Kit (12” Pipe). Cable Not Included. 71000-322 Battery Back-up KitSee Spare Parts or Instruction Manual for more options.。
OMEGA FPD 系列流量计说明书.pdf_1718720907.6791983
FPD1001B thru FPD1003B,FPD1102B and FPD1103B,FPD1201B thru FPD1203B SERIES LOW FLOWPositive Displacement FlowmetersTo the owner:Please take a few minutes to read through the manual before installing and operating your meter. Always retain this manual for future reference. If you have any problems with the meter, refer to the Maintenance and Troubleshooting sections of the manual.This manual contains connection and op-erating instructions for the OMEGA FPDSeries meters. This includes the following models:FPD1001BFPD1102B FPD1201B FPD1003BFPD1002B FPD1203BFPD1202B FPD1103BPart breakdowns for each model are locat-ed at the back of this manual. For models with displays and /or 4-20 mA output, anadditional instruction manual is provided.The flowmeter has incorporated the oval ro-tor principal into its design. This has proven to be a reliable and highly accurate method of measuring flow. Exceptional repeatability and high accuracy over a wide range offluid viscosities and flowrates are features of the oval rotor design. With low pressure drop and high pressure rating, oval rotor flowmeters are suitable for both gravity and pump (in-line) applications.Please read this informationcarefully before use!Before use, confirm the fluid to be used is compatible with the meter. Refer to Industry fluid compatibility charts or consult yourlocal representative for advice.To prevent damage from dirt or foreignmatter it is recommended that a Y or bas-ket type 200 mesh strainer be installed as close as possible to the inlet side of the meter. Contact your local representative for advice.NOTE: To prevent damage to the meter, slowly fill the system with fluid (this will prevent damage caused by air purge). Failure to do this could damage the meter.To reduce pressure build up, turn off the pump at the end of each day.1. Use thread sealant on all pipe threads.2. Ensure the meter is installed so that rotor shafts are always in a horizontal plane. Flow is bi-directional.3. OMEGA recommends use of flexible connections.4. Extreme care must be taken when installing the meter. Pipe strain or overtightening the meter connections can cause meter damage.Your meter is equipped with both a Hall Effect sensor and a Reed Switch sensor. The equipment you are sending the pulse signal to will determine which sensor you use. The wires for the unused sensor will not be used. Refer to page 2 for specifications and wir-ing connections.▲12Hall Effect 0 VDCSIG + VDCReceiving Instrument Power Supply Signal GND 1.8k Ω 24 VDCValue depends on voltage. Check if receiving instrument has internal Pull Up resistor.Output TypeWire Function Wire Function Wire Function Note Reed SwitchGreen Yellow No Polarity Required Hall Effect Red +VDC Black Gnd (0 V) White SignalNPN Open Collector Sensor Wiring Connections CharacteristicSymbol Notes Rating Units Voltage SupplyV CC 30 V Reverse Supply VoltageV RCC -30 V Output Off VoltageV OUT 30 V Reverse Output VoltageV ROUT -0.5 V Output CurrentI OUTSNK 25 mA Magnetic Flux DensityB Unlimited G Operating Ambient TemperatureT A Range L -40 to 150 ° C Maximum Junction TemperatureT J (MAX) 165 ° C Storage Temperature T STG -65 to 170 ° C Hall Effect Specifications (Absolute Maximum Ratings)the fluid meter to be repaired.CAUTIONEnsure the fluid line is depressurized before commencing repairs.CAUTION electrical disconnected ing repairs.CAUTION To prevent damage to the meter dur-re-commissioning, piping system with fluid before start-ing the pumping system.CAUTION Refer to the Sensor Wiring section for CAUTIONConditions Min. Typ. Max. Unit Magnetic Properties:Pull-In at 20°C 36.5 AT Test Equipment KMS-03Special Product Data:Contact Rating Any DC combination of V & A notto exceed their individual max.’s 10 WSwitching Voltage DC or Peak AC 30 VDCOperating Ampere DC or Peak AC 0.5 ASwitching Current DC or Peak AC 0.5 ASensor Resistance Measured with 40% overdrive 360 mOhmHousing Material Celanex 3216Case Color BlackSealing Compound Epoxy Resin Environmental Data:Operating Temperature -5 130 °CStorage Temperature -20 130 °C Cable Specifications:Cable Type Single WiresTemp. Range Unmoved -30 130 °CTemp. Range Moved -5 130 °CCable Material FEP Cross Section AWG 28Reed Switch Specifications32. Fit the O-ring into the O-ring groove in the meter body.4Allignment MarksMeter CapBodyRotorsO-RingLegend PlateScrewsPulse Meter Disassembly1. Loosen and remove four Phillips head or cap head screws (see Figure 2).2. Remove the meter cap and O-ring.3. Remove the rotors. Note the position of the rotor with the magnet or grub screws.4. Clean and inspect all components, replace as necessary.Pulse Meter Reassembly 1. Replace the rotors. Refer to Figure 3 or Figure 4 for correct orientation. Rotate the rotors by hand to ensure correct engagement.3. Replace the meter cap.NOTE: Ensure all the alignment marks are lined up with the mark on the body (see Figure 2).4. Replace and tighten the four bolts to the required torque. Refer to Bolt Torque in the Specifications section for details.5. Check meter function using low air pressure.6. Restore the fluid and reconnect the wiring as detailed in the Installation and Pulser Details sections.Rotors with Magnets Models: FPD1001B & FPD1201B Models: FPD1002B, FPD1003B, FPD1102B,FPD1103B, FPD1202B & FPD1203B 5Symptom Probable Cause Corrective ActionFLUID WILL NOT 1. Foreign matter blocking Dismantle meter, clean rotors. Strainer must FLOW THROUGH rotors be fitted in-line.THE METER 2. Line strainer blocked Clean strainer.3. Damaged rotors Replace rotors. Strainer must be fitted in-line.4. Meter connections over- Readjust connections.tightened REDUCED FLOW 1. Line strainer partially Clean strainer.THROUGH THE blocked METER 2. Fluid is too viscous Maximum viscosity 1000 centipoise.METER READING 1. Fluid flowrate is too low See specifications for minimum and maximum INACCURATE or too high flowrates.2. Air in fluid Bleed air from system.3. Excess wear caused by Check meter body and rotors.incorrect installation METER NOT 1. Faulty Hall Effect sensor Replace meter cap.GIVING A PULSE or Reed Switch SIGNAL 2. Faulty magnet Replace rotors.3. Rotors installed in wrong Refer to correct rotor positioning and positionassembly instructions.TROUBLESHOOTINGComponent Wetted Materials Body:FPD1001B, FPD1002B & FPD1003B AluminumFPD1102B & FPD1103B PPSFPD1201B, FPD1202B & FPD1203B 316L Stainless SteelShafts:FPD1001B, FPD1002B, FPD1003B, 316 Stainless Steel FPD1201B, FPD1202B & FPD1203BFPD1102B & FPD1103B Hastalloy (optional) Rotors:FPD1001B, FPD1002B, FPD1003B, PM Stainless Steel FPD1201B, FPD1202B & FPD1203BFPD1102B & FPD1103B PPS Bushings:FPD1001B, FPD1201B, FPD1002B, CarbonFTB1003B, FPD1102B, FPD1103B,FPD1202B & FPD1203BInner Plate / Meter Cap:FPD1001B, FPD1002B, FPD1003B, PPSFPD1102B & FPD1103BFPD1201B, FPD1202B & FPD1203B Stainless Steel Magnet:All models Samarium Cobalt67Item Rec. Part or Set No. Qty.Parts (Order from this column only) Part Description1 1 MS600NS Meter Body & Shafts NPT Stainless Steel1 1 MS605NS Meter Body & Shafts NPT Aluminum2 1 u MS1180AS Meter Cap (FPD1001B)2 1 u MS1180-1AS Meter Cap (FPD1201B)3 4 MS1228S Screws, Aluminum3 4 MS12138 Screws, Stainless Steel4 1 MS601S Rotor Assembly Stainless Steel5 1 BS029VS O-Ring (FKM) 5 1 BS029PS O-Ring (Perfluoroelastomer)14523Models: FPD1001B FPD1201Bu = Recommended Spare Parts (See Figure 2).Bold Text = Indicates Stainless Steel model parts.Stainless Steel Models Aluminum Models Port Size 1/8 in. 1/8 in.Accuracy of Reading ± 1% ± 1%Maximum Viscosity 1000 Centipoise 1000 CentipoiseFlow Ranges (LPH or GPH)Above 5 centipoise 0.5 to 50 / 0.132 to 13.2 0.5 to 50 / 0.132 to 13.2Below 5 centipoise 2 to 50 / 0.528 to 13.2 2 to 50 / 0.528 to 13.2K-Factor (Pulses per Liter/Gallon)1552 / 5875.32 1552 / 5874.32Max. Operating Pressure SS = 5500 kPa / 800 PSI / 55 Bar 1000 kPa / 150 PSI / 10 Bar Strainer Size (Recommended)200 Mesh 200 MeshBolt Torque SS = 80 in-lb. 17.7 in-lb.Min. Operating Temperature -10°C / +14°F -10°C / +14°FMax. Operating Temperature 120°C / 248°F 60°C / 176°FPulse Type Hall Effect Sensor/Reed Switch Hall Effect Sensor/Reed Switch Cable Length 1 meter / 3.28 feet 1 meter / 3.28 feetWeight 602 g / 21.23 oz. 308 g / 10.86 oz. Dimensions (W x D x H)60mm x 50mm x 50mm 60mm x 50mm x 50mmFace to Face 67mm / 2.63 in. 60mm / 2.36 in.89Item Rec. Part or Set No. Qty.Parts (Order from this column only) Part Description1 1 MS1S-2S Meter Body & Shafts NPT Stainless Steel1 1 MS1AL-2S Meter Body & Shafts NPT Aluminum1 1 MS1R-2C Meter Body & Hast Shafts NPT PPS2 1 MS6-1S Rotor Assembly Stainless Steel2 1 MS6S Rotor Assembly PPS3 4 MS1228S Screws, Aluminum/PPS3 4 MS1213S Screws, Stainless Steel4 1 u MS1180AS Meter Cap (FPD1002B)4 1 u MS1180-1AS Meter Cap (FPD1202B)4 1 u MS11870RAS Meter Cap (FPD1102B)5 1 BS029VS O-Ring (FKM) 5 1 BS029PSO-Ring (Perfluoroelastomer)12543Models: FPD1002B FPD1202B FPD1102B u = Recommended Spare Parts (See Figure 2).Bold Text = Indicates Stainless Steel model parts.Stainless Steel & PPS ModelsAluminum Models Port Size1/4 in. 1/4 in.Accuracy of Reading± 1% ± 1%Maximum Viscosity1000 Centipoise 1000 Centipoise Flow Ranges (LPH or GPH)Above 5 centipoise2 to 100 / 0.53 to 26.4 2 to 100 / 0.53 to 26.4 Below5 centipoise5 to 100 / 1.32 to 26.4 5 to 100 / 1.32 to 26.4K-Factor (Pulses per Liter/Gallon)1000 / 3785 1000 / 3785Max. Operating PressureSS = 5515 kPa /800 PSI / 55 Bar 1000 kPa/ 150 PSI / 10 BarPPS = 500 kPa / 75 PSI / 5 Bar Strainer Size (Recommended)200 Mesh 200 Mesh Bolt TorqueSS = 80 in-lb. 17.7 in-lb.PPS = 8.8 in-lb. Min. Operating Temperature-10°C / +14°F -10°C / +14°F Max. Operating TemperatureSS = 120°C / 248°F 80°C / 176°FPPS = 80°C / 176°F Pulse TypeHall Effect Sensor/Reed Switch Hall Effect Sensor/Reed Switch Cable Length1 meter / 3.28 feet 1 meter / 3.28 feet WeightSS = 240 g / 8.5 oz. 310 g / 11 oz.PPS = 600 g / 21.2 oz.Dimensions (W x D x H)60mm x 50mm x 50mm 60mm x 50mm x 50mm Face to FaceSS = 67mm / 2.63 in. 60mm / 2.36 in.PPS = 64mm / 2.52 in.1011Item Rec. Part or Set No. Qty. Parts (Order from this column only)Part Description1 1 MS2S-2S Meter Body & Shafts NPT Stainless Steel1 1 MS2AL-2S Meter Body & Shafts NPT Aluminum1 1 MS2R-2C Meter Body & Hast Shafts NPT PPS2 1 u MS1180AS Meter Cap (FPD1003B)2 1 u MS1180-1AS Meter Cap (FPD1203B)2 1 u MS1180RAS Meter Cap (FPD1103B)3 4 MS1228S Screws, Aluminum3 4 MS1213S Screws, Stainless Steel4 1 MS814S Rotor Assembly Stainless Steel4 1 MS813S Rotor Assembly PPS4 1 MS814HS Rotor Assembly Stainless Steel High Viscosity5 1 BS029VS O-Ring (FKM) 5 1 BS029PS O-Ring (Perfluoroelastomer)14523Models: FPD1003B FPD1203B FPD1103Bu = Recommended Spare Parts (See Figure 2).Bold Text = Indicates Stainless Steel model parts.Stainless Steel & PPS ModelsAluminum Models Port Size1/4 in. 1/4 in.Accuracy of Reading± 1% ± 1%Max. Viscosity1000 Centipoise 1000 Centipoise High Viscosity OptionYes Yes Flow Ranges (LPH or GPH)Above 5 centipoise15 to 500 / 4 to 32 15 to 500 / 4 t o 32 Below 5 centipoise25 to 500 / 6 to 132 25 to 500 / 6 to 132K-Factor (Pulses per Liter/Gallon)400 / 1514 400 / 1514Max. Operating PressureSS = 5515 kPa/800 PSI/55 Bar 1000 kPa/150 PSI/10 BarPPS = 500 kPa/75 PSI/5 Bar Strainer Size (Recommended)200 Mesh 200 Mesh Bolt TorqueSS = 80 in-lb. 17.7 in./lbs.PPS = 8.8 in-lb. Min. Operating Temperature-10°C / +14°F -10°C / +14°F Max. Operating TemperatureSS = 120°C / 248°F 80°C / 176°FPPS = 80°C / 176°F Pulse TypeHall Effect Sensor/Reed Switch Hall Effect Sensor/Reed Switch Cable Length1 meter / 3.28 feet 1 meter / 3.28 feet Weight240 g / 8.5 oz. 320 g / 12 oz.600 g / 21.2 oz. (PPS)Dimensions (W x D x H)60mm x 50mm x 50mm 60mm x 50mm x 50mm Face to FaceSS = 67mm / 2.63 in. 60mm / 2.36 in. PPS = 64mm / 2.52 in.12M-4686 / 0611。
恩信 PT-1700 有毒有害气体检测仪 使用说明书
有毒有害气体检测仪PT-1700使用说明书执行标准：Q31/0112000581C001-2017上海恩信仪表有限公司使用注意事项△!不正确的操作或不适宜的使用环境，可能会消弱仪器的操作性能。
为了安全有效的使用仪器，仪器在进行任何操作前，请认真阅读本使用说明书。
△!传感器和仪器要注意防水和杂质，仪器更换电池或简单维修时应在安全场所进行，不要在无线电发射台附近校准仪器。
△!仪器长期不工作时，应关机，置于干燥、无尘、符合储存温度的环境内。
△!仪器的修理和零部件的更换必须采用本公司所提供的备品备件，并由受过培训的专业人员完成。
△!建议用户每一个月用已知浓度的标准气（与检测仪装配的传感器相对应的气体）测试仪器准确性，保证测量误差在允许范围内。
如果超出误差范围，仪器必须重新标定。
△!如果用户擅自安装或修理更换部件，产品的安全性和可靠性将会受到影响，由此产生的责任由用户自行负责。
目录使用注意事项 (1)1用途 (2)2技术指标及传感器参数 (2)2.1技术指标 (2)2.2传感器参数 (3)3使用说明 (4)3.1仪器结构说明 (4)3.2按键及液晶显示说明 (4)3.3开机操作说明 (5)4菜单操作说明 (7)4.1进入程序菜单 (7)4.2时间 (8)4.3零点设定 (8)4.4灵敏度设定 (8)4.5高级报警点设定 (9)4.6低级报警点设定 (9)5常见维修及故障 (9)6标准配置 (10)7质量保证....................................................................................101用途PT-1700型有毒气体检测报警仪，是一款个人便携式气体检测报警仪。
它适用于在工矿企业环境空气中连续检测有毒气体的浓度,仪器体积小巧、携带方便、操作简单。
检测仪传感器采用高灵敏度传感器。
仪器显示采用LCD液晶显示，可直接显示环境中的有毒气体浓度。
涡街流量计 电子版本： ER 2.0.0_ OPTISWIRL 4200 操作手册说明书
涡街流量计电子版本： ER 2.0.0_OPTISWIRL 4200操作手册© KROHNE 08/2017 - 4004294802 - MA OPTISWIRL 4200 R04 zh保留所有权。
未经KROHNE Messtechnik GmbH 公司事先书面授权，不得复制此文件及其任何部分。
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2 08/2017 - 4004294802 - MA OPTISWIRL 4200 R04 zh版权所有 2017KROHNE Messtechnik GmbH - Ludwig-Krohne-Str. 5 - 47058 Duisburg (德国): 版本说明3 08/2017 - 4004294802 - MA OPTISWIRL 4200 R04 zh 1 安全须知61.1 软件历史 (6)1.2 用途 (7)1.3 认证 (9)1.4 压力容器指令 (10)1.5 来自制造厂家的安全须知 (11)1.5.1 版权及数据保护.............................................................111.5.2 免责条款...................................................................111.5.3 产品责任及质保.............................................................121.5.4 有关文档的信息.............................................................121.5.5 警告与符号使用 (13)1.6 操作者的安全须知........................................................132 设备描述142.1 供货范围 (14)2.2 仪表型号 (14)2.2.1 法兰型仪表.................................................................152.2.2 夹持型仪表.................................................................152.2.3 双测量系统型号和加倍的可靠性...............................................162.2.4 分体型.....................................................................162.2.5 带内缩径的仪表.............................................................172.2.6 设备描述...................................................................172.2.7 自由空气排气量检测 - FAD (可选)...........................................182.2.8 总热测量（可选）...........................................................192.2.9 净热测量（可选）...........................................................202.2.10 双密封 (21)2.3 铭牌....................................................................223 安装233.1 安装注意事项 (23)3.2 存储 (23)3.3 运输 (23)3.4 安装条件 (24)3.4.1 测量液体时应严禁的安装.....................................................253.4.2 测量蒸汽和气体时应严禁的安装...............................................263.4.3 带控制阀的管线.............................................................263.4.4 推荐安装位置 (27)3.5 最小进口直管段 (28)3.6 最小出口直管段 (29)3.7 整流器 (29)3.8 安装 (30)3.8.1 安装注意事项...............................................................303.8.2 夹持型仪表的安装...........................................................313.8.3 法兰型仪表的安装...........................................................323.8.4 分体型现场外壳的安装 (33)3.9 隔热层 (34)3.10 转动机壳 (35)3.11 旋转显示板 (36)内容4 08/2017 - 4004294802 - MA OPTISWIRL 4200 R04 zh4 电气连接374.1 安全须知 (37)4.2 连接信号转换器 (38)4.3 电气连接 (39)4.3.1 电源.......................................................................394.3.2 电流输出...................................................................394.3.3 电流输入...................................................................404.3.4 二进制输出.................................................................404.3.5 限位开关输出...............................................................414.3.6 脉冲输出 / 频率输出........................................................434.3.7 状态输出 (44)4.4 分体型的接线............................................................444.5 接地连接. (46)4.6 防护等级................................................................475 启动485.1 开机界面. (48)5.2 操作....................................................................486 操作496.1 显示和操作按键 (49)6.1.1 子菜单和功能选择的显示，3行 (50)6.1.2 参数设置的显示，4行 (51)6.1.3 预览参数时的显示，4行 (51)6.2 基本操作原理 (52)6.2.1 按键功能描述...............................................................526.2.2 从测量模式切换到菜单模式...................................................526.2.3 更改菜单中的设置...........................................................526.2.4 更改模式下的字符...........................................................536.2.5 单位，数字和常数...........................................................546.2.6 安全等级和权限 (54)6.3 最重要的功能及模块概览 (56)6.4 菜单语言 (56)6.5 气体测量选项 (57)6.6 单位 (58)6.7 菜单结构 (61)6.7.1 菜单”A 快速设置“ (61)6.7.2 菜单“B 测试” (62)6.7.3 菜单“C 设置” (64)6.7.4 菜单说明 “A 快速设置” (68)6.7.5 菜单说明 "B 测试" (75)6.7.6 菜单说明 ”C 设置“ (76)6.8 设置示例 (85)6.8.1 自由空气排气量检测-FAD 设置 (85)6.8.2 总热测量 (86)6.8.3 净热测量 (87)6.9 状态消息和诊断信息 (88)6.10 A12 分区检查 (92)5 08/2017 - 4004294802 - MA OPTISWIRL 4200 R04 zh 7 服务937.1 更换信号转换器/液晶显示屏 (93)7.2 O 型圈的维护 (94)7.3 备件可用性 (95)7.4 可提供的服务 (95)7.5 仪器送返生产厂家........................................................957.5.1 基本信息. (95)7.5.2 送返仪器时附带的表格（可复印） (96)7.6 处理....................................................................968 技术数据978.1 功能原理 (97)8.2 技术数据 (98)8.3 尺寸和重量 (103)8.3.1 法兰型 (103)8.3.2 夹持型 (110)8.3.3 分体型尺寸 (112)8.4 流量表 (113)16 08/2017 - 4004294802 - MA OPTISWIRL 4200 R04 zh1.1 软件历史对于所有仪表，根据 NE 53，“电子版本” (ER) 记录了电子设备版本状态。
FTB2000系列低流量流量计产品说明书
SENSORES DE VAZÃO ECONÔMICOSSérie FTB2000e B aixo Custo e A lta Exatidão (±3% da leitura)e M ede VazõesBaixas de Líquidos de 0,13 a 7,9 GPM e M ateriais Aprovados pelo FDA e O design de Plásticoleve Permite a Montagem em Qualquer PosiçãoA série FTB2000 de sensores de vazão do tipo turbina de efeito Hall é ideal para aplicações OEM que envolvem monitoramento de líquidos de baixo fluxo. O custo reduzido, combinado com a repetibilidade de ½%, faz com que este sensor seja uma opção adequada para substituir sistemas temporizadores. Diferentemente dos sistemas temporizadores tradicionais, atecnologia de turbina não é afetada por mudanças na pressão do sistema causadas por filtros envelhecidos. As especificações-padrão de energia e saída do sensor facilitam o processo de modernização de controladores em uso.ESPECIFICAÇÕESMateriais ÚmidosCorpo: náilon 12Turbina: composto de náilon 12Exatidão: ±3% da leitura Repetibilidade: 0.5% do fundo deescala (FE)Rolamentos: PTFE/grafite 15%Pressão Operacional: 200 psigTemperatura Operacional:-20 a 100°C (-4 a 212°F)Viscosidade: 32 a 81 SSU (0,8 a 16 centímetros-grama-segundo)Filtro: <50 micronsAlimentação: 5 a 24 VCC a 8 mASaída: coletor aberto (sinking , NPN) a 50 mA no máximo (exige resistor pull-up de 1 a 2,2 kΩ) (saída em Hz)Ligação Elétrica: terminais forquilha de2,8/6,3 x 0,8 mm (0,110/0,248 x 0,031")Portas de Entrada/Saída: 3⁄8 MNPTCabo: 1 m (3') (modelos -C)Modelo do Pedido: FTB2002, medidor tipo turbina, com FTB173942, conector de encaixe com cabo de 3 m (10').FTB2001-CFTB2001Medidor compatível com a série DPF700, em tamanho menor que o real.F-83Ambos mostrados em tamanho maiorque o real.。
流量计说明书
流量计性能测定实验装置说明书天津大学化工学院化工基础实验中心2006年7月目录一、实验装置的功能及特点二、主要仪器仪表及技术参数三、实验装置流程四、实验方法及步骤五、操作时应注意的事项六、附录一、实验装置的功能及特点本实验装置具有如下功能：⑴ 了解各种流量计（节流式、转子、涡轮）的结构、使用方法和性能。
⑵ 了解流量计的标定方法。
⑶ 测定文丘里流量计的流量标定曲线（流量-压差关系）和流量系数和雷诺数之间的关系（Re 0 C 关系）。
实验设备的特点：⑴ 结构紧凑, 流程简单, 设备投资少。
⑵ 使用方便, 安全可靠, 节省实验时间。
⑶ 装置体积小, 重量轻, 移动方便。
二、主要仪器仪表及技术参数⑴ 离心泵： 型号 ＷＢ 70/055 转速ｎ 2800 转／分 流量Ｑ 20～120 L ／min, 扬程Ｈ 19～13.5ｍ⑵ 贮水槽： 550mm ×400mm ×450mm ⑶ 试验管路： 内径 26.0ｍｍ⑷ 涡轮流量计：φ25，最大流量 10m 3/h ，仪表常数830.54次/升 ⑸ 文丘里流量计：喉径φ15mm⑹ 转子流量计：LZB-25，量程0.25-2.5m 3/h ⑺ 铜电阻温度计;⑻ 差压变送器： 0-200kPa三、实验装置流程用离心泵3将贮水槽1的水直接送到实验管路中，经涡轮流量计计量后分别进入到转子流量计、文丘里流量计，最后返回贮水槽1。
用文丘里流量计测量时把阀门5打开，阀门6关闭；转子流量计测量时把阀门6打开，阀门5关闭。
流量由调节阀5、6来调节，温度由铜电阻温度计测量。
实验流程示意图见图1图1 流量计实验流程示意图1-水箱；2-放水阀；3-离心泵；4-排水阀；5-文丘里流量计调节阀；6-转子流量计调节阀；7-转子流量计；8-文丘里流量计；9-平衡阀；10-压力传感器；11-涡流流量计四、实验方法及步骤⒈关闭泵流量调节阀5、6，启动离心泵。
⒉测取文丘里流量计的性能，按流量从小到大的顺序进行实验。
FTB2000系列流量传感器产品说明书
Wetted Materials Accuracy: ±3% of reading Repeatability: 0.5% FS Body: Nylon 12 Turbine: Nylon 12 composite Bearings: PTFE/15% graphite Operating Pressure: 200 psig Operating Temperature: -20 to 100°C (-4 to 212°F ) Viscosity: 32 to 81 SSU (0.8 to 16 centistokes) Filter: <50 microns Input Power: 5 to 24 Vdc @ 8 mA Output: NPN sinking open collector @ 50 mA max (1 to 2.2 kΩ pull-up resistor required) (Hz output) Electrical Connection: Spade terminals 2.8/6.3 x 0.8 mm (0.110/.248 x 0.031") Inlet/Outlet Ports: 3⁄8 MNPT
ECONOMICAL FLOW RATE SENSORS
FTB2000 Series
$86
FTB2001, $86, shown larger than actual size.
ߜ Low Cost ߜ High Accuracy
(±3% of Reading) ߜ tes of 0.13 to 7.9 GPM ߜ FDA-Approved Materials ߜ Lightweight Plastic Design Permits Mounting in Any Position
2000标准负荷测量仪仪表说明书
本手册主要介绍2000标准负荷(扭矩)测量仪的连线、校准、设置和使用方法，请用户在使用前仔细阅读。
一、2000标准负荷测量仪简介2000标准负荷(扭矩)系列测量仪是一款经过10年大量实践检验被最广泛认知的基础力学测量仪器，10年来先进的测量器具在基础力学测量领域中的推广应用和称重传感器在性能、质量、产能以及在世界市场上份额的增加，该系列仪器有着不可磨灭的贡献，应用领域包括：精密力值测量；扭矩测量、材料性能测试、应力应变测量、峰值测量以及基于应变原理传感器的生产检测领域。
相关的产品更新信息请参阅第3页。
2000A型仪表为最常用的测力计配套仪表，具有很高的可靠性和性能价格比，6或40个数据通道，额定显示分度5万，重复性、线性<0.01%FS， AD转换速率50~500次/秒，mV/V量值准确度：0.030%+0.020%(准确度采用相对于读数＋相对于量程的不确定度描述方法，以下同)，温度系数：<20ppm+10ppm，该款仪表主要应用于当量准确度为0.3%的标准测力计和常规力值测量。
2000B型仪表提供更高的准确度和测量效率，适用于当量准确度为0.1%的标准测力计、标准叠加式测力机和高要求测量需求，6或40个数据通道，显示分度20万，重复性、线性<0.005%FS，mV/V量值准确度：0.015%+0.010%，温度系数：<10ppm+5ppm。
2000D型仪表为扭矩测量仪表，6或40个数据通道，额定显示分度5万，重复性、线性<0.01%FS，AD转换速率50次/秒~500次/秒，mV/V量值准确度：0.030%+0.020%，温度系数：<20ppm+10ppm。
2000E型仪表为应变式传感器检测、补偿和调整的专用仪表，可直接显示传感器输出信号mV/V 的测量值，信号输入范围：-12mV/V~+12mV/V，最小分辨率：0.01 V/V(等效于6.5位数字电压表)，重复性、线性<0.005%FS，mV/V量值准确度：0.015%+0.010%，温度系数：10ppm+5ppm，内置传感器供桥电源，可替代“稳压电源＋数字万用表”的传感器检测、补偿和调整方法。
FCM2000 质量流量计中文手册(V 0[1].7)
![FCM2000 质量流量计中文手册(V 0[1].7)](https://img.taocdn.com/s3/m/b6570d116c175f0e7cd137df.png)
z 电子连接只能由有资质的人员根据接线图完成。 z 要遵守操作手册中关于电子连接的信息，否则可能会影响电子保护等级。 z 流量计系统要接地。 z 电源的连接必须要符合相应的国家和国际标准。每个仪表要安装隔离保险丝，保险丝
应 安 装 在 仪 表 附 近 并 明 确 标 识 。 仪 表 的 防 护 等 级 为 IP67 。 过 电 压 种 类 为 Ⅱ （IEC664）。
铭牌包括下列规格： CE-标志（认证机构的标志编号），证明仪表（压 力设备）符合PED/DGRL的要求。
b) 压力设备尺寸≤DN25[1”]
制造商提供的用以标识压力设备的序列号。
设备的口径和压力等级。 制造压力设备的材料和垫圈材料（接液）。
制造年份和根据PED（压力设备指示/DGRL）介质组 1＝危险液体、气体（包括不稳定气体）的可应用 介质组的规范。
警告！
当外壳盖子被拆除时，EMC和人员保护将失效并存在电击风险。 在打开外壳盖子之前请切断电源。
1.1.12 在Ex-区域使用可能的风险
在Ex-区域，电源、输入输入信号和接地有特殊要求。请注意操作手册中“Ex-保护”一章的 特别说明。
1.1.13 操作中可能的风险
z 磨损性介质和/或气蚀可能引起承压部件的损坏。 z 测量高温介质时，接触流量计表面可能会导致烫伤。 z 侵蚀性介质可能导致腐蚀和/或磨损。加压介质可能从流量计泄漏。
D184B111U02
FCM2000
9
d)带有ATEX-认证的转换器典型铭牌
1 基本安全信息和使用方法
e)带有FM-认证的转换器典型铭牌
ATEX-认证 ATEX-温度等级 订单号 完整型号 电源电压和最大功率 流量计尺寸和防护等级 环境温度 过程连接和压力等级 流量计管道材料和标定因子 标定精度 最大流速和TAG-号码
FV2000说明书(管道流量计)
一概述§1.1 引言欢迎您选择使用性能更优异、功能更多、采用了专利技术制造的FV2000系列超声波流量计。
第七版中英文显示FV2000型超声波流量计是在第五版同型号超声波流量计的基础上，采用低电压多脉冲平衡发射接收专利技术设计的一种全新通用时差型多功能超声波流量计，适用于工业环境下连续测量不含大浓度悬浮粒子或气体的大多数清洁均匀液体的流量和热量。
同前一版流量计相比，新版流量计具有以下更多的优点（1）校正后精度可达到0.5级；（2）采用了平衡差分发射和平衡差分接受电路，抗干扰性能和适应性能有很大提高，能适用于大功率变频器工作场合；（3）采用了最新集成电路，电路参数进行了优化，使生产工艺更简单，而整机可靠性和一致性等性能更加优异。
单线路板结构的FV2000型超声波流量计使用了最新的著名国际半导体厂商生产的元器件，例如美国国家半导体公司、TI、MaxiM、Philips、Winbond、Xilin x等，生产的超大规模集成电路设计而成。
硬件数目少，低电压工作，多脉冲发射，低功耗，高可靠性，抗干扰，适用性好。
优化的智能信号自适应处理，用户无需任何电路调整，就像使用万用表一样方便简单。
先进的电路设计、器件选用、优秀的硬件设计加上中文用户界面友好的软件设计，使新版的FV2000系列超声波流量计成为国内目前最先进、当之无愧的第一名牌产品。
本手册针对第七版FV2000系列超声波流量计编写，对该系列固定式、盘装式和便携式机型的功能、安装及操作进行了详细的介绍。
§1.2 FV2000的特点FV2000型流量计是基于微处理器技术，自身完备的流量测量仪表，与其它常规类型流量计或其它超声波流量计相比，除具有高精度、高可靠性、高性能、低价格的显著特点外，还具有下列更多的优点。
* 0.5%线性度、0.2%重复性* 非导电/特殊介质测量* 中英文双语窗口化操作* 正向/负向/净累积器* 低电压多脉冲平衡发射、接收* 压铸铝外壳（固定式标准型）* 抗干扰设计、变频器环境正常工作* RS-232接口，完善的通讯/联网协议* 内置热量测量/热量计* 内置定量/批量控制器* 5路12位精度模拟4-20mA输入* 1路可编程模拟4-20mA输出* 2路可编程开关量输出* 可作为完善的流量/热量RTU远程终端* 内置流量日月年累计器 * 内置上电断电记录器 * 内置数据记录* 可选AC220交流/直流供电 * 可选择中外常用通用流量单位 * 介质识别功能* 0.5秒基本测量周期 * 内部32位浮点数据处理 * 频率信号输出* 40皮秒时差测量分辨率在设计上，FV2000型超声波流量机采用了世界上最先进的集成电路及微处理器智能控制，实现了生产过程中元器件参数无调整化，生产工艺既简单又可靠，产品一致性好，保证每一台出厂的机器都达到最佳性能、最好工作状态。
施耐德-2000微流量传感器-用户手册说明书
• English • 中文
特点
保修声明 .................................................................................................................2 产品注册 .................................................................................................................2 化学兼容性 .............................................................................................................2 安全信息 .................................................................................................................2 尺寸 .........................................................................................................................2 规格 .........................................................................................................................3 兼容仪器接线 .........................................................................................................3 推荐的传感器位置 ................................................................................................3 传感器安装说明 ....................................................................................................4 配件安装 .................................................................................................................4 K系数 .......................................................................................................................4 订购信息 .................................................................................................................4
FC2000说明书
第一章1.0 简介为了计算气体的总能量、体积量和瞬时流量而设计了2000型气体测量修正仪。
在计算时，使用了涡轮流量计的脉冲输出（或者超声流量计的输出）以及温度变送器和测量管线压力的压力变送器的输出。
如果需要的话，该修正仪可以使用预先设定的或者实时输入的气体相对密度（即比重）、气体的组分数据和热值。
为了计算气体流量，采用了以下几种计算气体压缩因子（Z因子）的方法，如：AGA 8,ISO12213和AGA 3 ，NX19。
对于一些特定应用场所，也可以采用固定的Z因子。
修正仪能够对所有实时输入的信号进行上、下限报警，而在报警的状态下，可以使用默认值来取代处于报警状态的参数以进行流量计算。
对于发生和取消报警的时间都有指示，同时也提供报警的输出信号。
本修正仪的特点是它采用数字通讯，温度与压力变送器都采用HART协议进行通讯，从而消除了校准修正仪及调节电位器的必要。
这一特点也限制了由于环境温度所带来的流量测量误差，只有温度和压力变送器的温度系数会产生误差。
修正仪有两个RS232/RS485串行数据通讯接口，为了能和系统的其他器件通讯，通讯协议为MODBUS ASCII，还有一个ASCII的串行通讯协议可以和大多数打印机通讯。
为了使操作数据和流量测量结果具有最大的安全性同时保持辅助功能的灵活性，修正仪具有编辑功能：既可以更改已选定的数据同时又利用临界数据保持其安全性。
为确保所有的信号都在设计要求的范围内，对所有的输入输出信号都进行测试。
当报警发生和清除时，每一个报警显示都记录发生和清除的时间。
如有报警发生时，可以选定将报警期间的累计总量单独累计并单独显示。
第二章2000型气体测量修正仪，它包括一个19英寸标准尺寸的安装支架（但只有1/2 宽），还包括和母板连接的许多接插件式的印刷电路板。
修正仪的前面板包括一个液晶显示屏，键盘，操作按钮和LED显示器。
液晶显示屏（LCD）是图形点阵式的，用于显示输入数据和流量信息。
蓝白工业F-2000型号RT流量计说明书
5300 Business Drive Huntington Beach, CA 92649USAPhone: 714-893-8529 FAX: 714-894-9492E mail:********************or **************************Website: Blue-WhiteIndustries, Ltd.F-2000Page 2TABLE OF CONTENTSSection Heading Page1.0 Features 32.0 Applications 33.0 Specifications 33.1 Physical 33.2 Dimensional Drawing 43.3 Temperature vs. Pressure Graph 44.0 Flow ranges 55.0 Mounting Options 66.0 Electrical Wiring Connections 86.1 Enclosure Knock-Out Instructions 86.2 Optional Circuit Board Installation 86.3 Model RT Circuit Board Wiring 96.4 Model FHXX and FCXX Sensor Wiring 107.0 Operation 117.1 Theory of operation 117.2 Model RT Operation 117.2.1 Model RT Applications 117.2.2 Model RT Features 127.2.3 How to Determine Calibration Constants 127.2.4 Programming the Model RT 157.2.5 Calibration Constants 167.3 Programming flow chart 188.0 Maintenance 198.1 Troubleshooting 19F-2000 parts list 20...F-2000 exploded view 21F-2000 Page 31.0 FEATURES2.0APPLICATIONS!Battery powered rate and total!Extended battery life mode (screen blanks after 30 seconds)!Easy to read, eight digit LCD display!Installs quickly on existing pipe!Factory programmed!Field programmable front panel push buttons!No pressure drop !Weather resistant enclosure (NEMA 4X) !Corrosion resistant PVDF sensor!Corrosion resistant ABS enclosure!High accuracy!Extended flow range!Front panel security lockout!Minimal maintenance required3.0 SPECIFICATIONS3.1 PhysicalMaximum Working Pressure..................300 psig (20.7 bar)o oMaximum fluid temperature....................200 F (93 C) - saddle and sensor onlyo o200 F (93 C) - polypropylene and PVDF inline unitso o140 F (60 C) - molded PVC tee unitso o140 F (60 C) - when mounted on PVC pipeo o o oAmbient temperature range....................32 F (0 C) to 110 F (43 C)Enclosure.............................................NEMA 4X (acceptable for outdoor use)NOTE: Protect the LCD display from direct sunlight.Sensor Accuracy...................................±1% of full scale readingRepeatability.........................................±1% of full scale readingPower requirements..............................15 VDC Nominal (12 - 24 VDC Absolute - DO NOT EXCEED 24.0 VDC) Model RT units only...................Four standard AA alkaline batteries or 12-24VDC Plug in transformer(Battery life expectancy 1 year minimum)All units ....................................12-24VDC (plug-in transformer supplied)Model AO analog output board...............Linear, Non-isolated, powered loop. 250 ohm max for 4-20 ma / 500ohms minimum for 0-10 VDCModel PC Process control board............Relay SPDT, NO/NCMaximum switching load 8 amps @ 115 VAC, 220 VAC, 230 VAC7 amps @ 30 VDC (resistive load)Maximum fluid debris size......................0.020” diameterF-2000Page 44.0 FLOW RANGESNote: Due to increased wear on the paddle and axle, continuous operation at the upper 25% of theflow range is not recommended3.3 Temperature vs. Pressur eNote: Pressure and temperature limits are inversely proportional.PSIg (BAR)TemperatureWhen mounted on Molded PVC Tee or PVC pipe units180°F (82.2°C)190°F (87.8°C)200°F (93.3°C)170°F (76.7°C)160°F (71.1°C)150°F (65.6°C)When mounted on Polypropylene and PVDF inline units 100°F (37.8°C)90°F (32.2°C)80°F (26.7°C)70°F (21.1°C)0 (0)60 (4.1)120 (8.3)180 (12.4)240 (16.5)300 (20.7)Fig. 2140°F (60°C)130°F (54.4°C)120°F (48.9°C)110°F (43.3°C)3.2Dimensional DrawingMETRIC PIPESPipe Size50 MM - PN 10 & PN 16 63 MM - PN 10 & PN 16 90 MM - PN 10 & PN 16 110 MM - PN 10 & PN 16 160 MM - PN 10 & PN 16 200 MM - PN 10 & PN 16LPM 14200 - 4200070.0 - 700.0110 - 1100230 - 2300350 - 3500720 - 72001150 - 11500LPH 16600 - 6600013800 - 138******** - 21000043000 - 43000070000 - 700000M3H 14.20 - 42.006.60 - 66.0013.8 - 138.021.0 - 210.043.0 - 430.070.0 - 700.0SADDLES - Standard Flow [Min - Max]160 MM - PN 10 200 MM - PN 101700 - 170002700 - 27000100000 - 1000000170000 - 1700000100 - 1000170 - 1700Fig. 13.25 in.(82.55 mm)4.00 in.(101.6 mm)4.00 in.F-2000®BLUE-WHITE INDUSTRIESFlow Monitoring SystemTOTALCLEAR CLEAR SETPOINTENTER8888.8888MA BATCH # RATE TOTAL SETPOINT(101.6 mm)F-2000Page 5GPM = Gallons Per Minute LPM = Litters Per Minute OZM = Ounces Per Minute GPH = Gallons Per Hour LPH = Litters Per HourM3H = Cubic Meters per HourGPD = Gallons Per DayLPD = Litters Per Day SADDLES - Standard Flow [Min - Max]Pipe Size 1-1/2” IPS 2.0” IPS 3.0” IPS 4.0” IPS 6.0” IPS 8.0” IPS GPM 115.0 - 150.030.0 - 300.060.0 - 600.0100 - 1000250 - 2500400 - 4000GPH 1900 - 90001800 - 180003600 - 360006000 - 6000015000 - 150******** - 240000GPD 121500 - 21500043000 - 43000086500 - 865000144000 - 1440000360000 - 3600000575000 - 575000010.0” IPS 12.0” IPS600 - 6000800 - 800036000 - 36000048000 - 480000865000 - 86500001150000 - 11500000LPM 160.0 - 600.0100 - 1000250 - 2500400 - 4000900 - 90001500 - 15000LPH 1 3600 - 36000 6000 - 60000 15000 - 150000 24000 - 240000 54000 - 540000 90000 - 900000M3H 1 3.60 - 36.00 6.00 - 60.00 15.0 - 150.0 24.0 - 240.0 54.0 - 540.0 90.0 - 900.02200 - 220003000 - 30000132000 - 1320000 180000 - 1800000132 - 1320 180 - 1800IPS PIPESMOLDED INLINE BODIES - min - max operating flow rangePipe Size 3/8” 1/2” 3/4” 1” 3/8” 1/2” 3/4” 1” 1-1/2” 1-1/2” 2” 1-1/2” 2” 2” 2”2.00 - 20.00GPM 48.0 - 480.0.800 - 8.0003.00 - 30.005.00 - 50.00GPH 120 - 1200300 - 3000GPD 1100 - 110002800 - 280004320 - 432007200 - 72000180 - 1800LPM 180 - 18003.00 - 30.007.00 - 70.0011.0 - 110.020.0 - 200.0LPH 420 - 4200 660 - 6600 1200 - 12000M3H 0.180 - 1.8000.420 -4.2000.660 - 6.6001.20 - 12.00.500 -5.00020.0 - 200.0.400 - 4.000.800 - 8.0002.00 - 20.0030.00 - 300.0120 - 1200550 - 5500700 - 70001100 - 110002800 - 2800048.0 - 480.0 60.0 - 600.01.00 - 10.002.00 - 20.003.00 - 30.007.00 - 70.00 120 - 1200 180 - 1800 420 - 42000.060 - 0.6000.120 - 1.2000.180 - 1.8000.420 - 4.20010.0 - 100.0240 - 24004.00 - 40.0010.0 - 100.0600 - 60005700 - 5700014400 - 14400014400 -144000600 - 6000 900 - 900015.0 - 150.040.0 - 400.040.0 - 400.0 2400 - 240002400 - 240000.900 - 9.0002.40 - 24.002.40 - 24.004.00 - 40.00360 - 36006.00 - 60.006.00 - 60.0020.0 - 200.0240 - 24001200 - 120008600 - 860005700 - 570008600 - 8600028800 - 288000360 - 36001500 - 1500025.0 - 250.015.0 - 150.025.0 - 250.070.0 - 700.0900 - 9000 1500 - 15000 4200 - 420001.50 - 15.000.900 - 9.0001.50 - 15.004.20 - 42.001RANGE#111222231312242” 15.0 - 150.0900 - 900021500 - 21500060.0 - 600.0 3600 - 36000 3.60 - 36.0022”2.00 - 20.00120 - 12002800 - 280007.00 - 70.00420 - 42000.420 - 4.2006MACHINED INLINE BODIES - min - max operating flow rangePipe Size 3/8” 1/2” 3/4” 1” 3/8” 1/2” 3/4” 1” 1-1/2” 2” 1-1/2” 2” 2” 2.00 - 20.00GPM 48.0 - 480.0.800 - 8.0004.00 - 40.006.00 - 60.00GPH 120 - 1200360 - 3600GPD 1100 - 110002800 - 280005700 - 570008600 - 86000240 - 2400LPM 180 - 18003.00 - 30.007.00 - 70.0015.0 - 150.025.0 - 250.0LPH 420 - 4200 900 - 9000 1500 - 15000M3H 0.180 - 1.8000.420 - 4.2000.900 - 9.0001.50 - 15.00.500 - 5.00020.0 - 200.0.400 - 4.000.800 - 8.0002.00 - 20.0030.00 - 300.0120 - 1200550 - 5500700 - 70001100 - 110002800 - 2800048.0 - 480.0 60.0 - 600.01.00 - 10.002.00 - 20.003.00 - 30.007.00 - 70.00 120 - 1200 180 - 1800 420 - 42000.060 - 0.6000.120 - 1.2000.180 - 1.8000.420 - 4.20010.0 - 100.010.0 - 100.0600 - 600014400 - 14400014400 -144000600 - 600040.0 - 400.040.0 - 400.0 2400 - 240002400 - 24000 2.40 - 24.002.40 - 24.004.00 - 40.00360 - 36006.00 - 60.006.00 - 60.00240 - 24008600 - 860005700 - 570008600 - 86000360 - 36001500 - 1500025.0 - 250.015.0 - 150.025.0 - 250.0900 - 9000 1500 - 15000 1.50 - 15.000.900 - 9.0001.50 - 15.001RANGE#1112222235341-1/2” 1.00 - 10.0060.0 - 600.01440 - 14400 4.00 - 40.00 240 - 24000.240 - 2.40052” 1800 - 1800030.0 - 300.043000 - 4300006000 - 60000100 - 1000 6.00 - 60.0011-1/2” 15.0 - 150.0900 - 900021500 - 21500060.0 - 600.0 3600 - 36000 3.60 - 36.0011-1/2” 2.00 - 20.00120 - 12002800 - 280007.00 - 70.00 420 - 42000.420 - 4.2004F-2000Page 6Panel MountRotating DisplayStep 2: Rotate 90°Step 3: Re-attach ScrewsStep 1: Remove Two ScrewsFig. 6Angle Mount on Horizontal Pipe45° Acceptable45° Acceptable RecommendedVerticalFig. 7Fig. 9Fig. 8in..032.0003.622 ±mm).80.00(92.0 ±F -2000P A NE LB RA CK ETS TUDSW A SH E RSHE X NUT SC A P PL U G5.0Mounting OptionsF-2000 Page 7Optional Pipe and Wall Mount Adapter KitWall MountPipe MountF-2000®BLUE-WHITE INDUSTRIESFlow Monitoring SystemTOTALCLEARCLEARSETPOINTENTERF-2000®BLUE-WHITE INDUSTRIESFlow Monitoring SystemTOTALCLEARCLEARSETPOINTENTEROrdering InformationFig. 10Fig. 11Kit Number71000-30171000-30271000-30371000-30471000-30571000-30671000-307DecriptionWall Mount KitPipe Mount Kit for 1-1/2” pipePipe Mount Kit for 2” pipePipe Mount Kit for 3” pipePipe Mount Kit for 4” pipePipe Mount Kit for 6” pipePipe Mount Kit for 8” pipePipeDisplayModuleMountingBaseScrewWire toSensorClampCapPlugWallWallScrewMountingBaseDisplayModuleWire toSensorScrewCapPlug71000-414 Pipe Mount Kit for 10” pipe71000-415 Pipe Mount Kit for 12” pipeF-2000Page 8Option A: Conduit Connection1. 2. end).Option B: Liquid-Tight Connections1. 2. edges.3. Notes:For the large liquid-tight connector (3/4” knock-out), the acceptable cable diameter is between .200 - .394 in (5.1 - 10.0 mm).For the small liquid-tight connector (1/2” knock-out), the acceptable cable diameter is between .118 - .255 in (3.0 - 6.5 mm).6.0F-2000 Electrical Wiring Connections6.1 Enclosure knock-out Instructions6.2 Optional Circuit Board Installation 1.Carefully align optional board’s Pin Header with the Pin Header socket located on the main circuit board.2. Press firmly into place.3.Secure the board with the two screws provided.F -2000E n c l o s u r e C o v e rN .C .N .O .C F -2000-P C (OP T I O N A L B O A RD )F -2000-A O (OP T I O N A LBO A RD )F -2000-R T(MA I NB O A R D )CAUTION: DISCONNECT POWERSOURCE BEFORE SERVICING.F-2000 Page 9J3J2J4J17654321JumpersSIP Socket forF-2000 PC BoardSIP Socket forF-2000 AO BoardBackup BatteryConnectorTerminal BlocksF-2000 RT BoardF-2000 PC BoardMounting ScrewBushingsF-2000 AO BoardMounting ScrewBushingsJumper ConfigurationBAT = ONP H MInstalled (open)InstalledJumper Positions6.3 Model RT Circuit Board WiringCAUTION: DISCONNECT POWER SOURCE BEFORE SERVICING.Terminal ConfigurationF-2000Page 106.4 Model FHXX and FCXX Sensor wiringRED Input Supply Voltage (+ 6 to 24 Vdc)BARE Signal Output (square wave)BLACKGround (-)RED Signal Output (Sine wave)BLACKGround (-)Model FVSRED Input Supply Voltage (+ 6 to 24 Vdc)BARE Signal Output (square wave)BLACKGround (-)7.0 HOW TO OPERATE THE F-20007.1 Theory of Operationpaddlewheel to spin. Pulses generated by the spinning paddlewheel are counted and multiplied by scaling factors. The resulting flow rate amounts and total flow amounts are displayed on the LCD readout. Pressing the enter button located on the front panel toggles the display between flow rate and total flow or allows entry into the programming mode. Pressing the clear total button while the total flow value is displayed will return the total to zero (must be activated in the programming mode - not the factory default setting). A small icon will light at the bottom of the LCD indicating the mode being displayed.The MODEL PC includes all of the features of the MODEL RT as well as a relay which can be used to switch external electrical equipment when user programmed setpoints are reached. The relay must be assigned to respond to either the rate value for rate alarm applications (rate mode), or to the total value for batching or proportional feed applications (batch mode). Only one may made be used at any one time. When assigned to the batch mode, the display can be toggled to show four different values, the rate of flow, total flow, current batch number or current batch total, by pressing the enter button located on the front panel. A small icon will light at the bottom of the LCD display indicating the mode being displayed. The model PC is described in a separate instruction manual.The MODEL AO includes all of the features of the MODEL RT as well as a 4-20mA or 0-10VDC output signal which isThe MODEL AP includes the features of all three F-2000 models, the RT, PC, and AO.7.2 How To Operate The MODEL RT7.2.1 What Was The MODEL RT Designed To Do?!Display the rate of flow up to eight digits.!Display the total amount of flow up to eight digits.!Output an open collector signal (NPN) that is proportional to the flow rate.Operates by batteries or plug-in AC transformer.!Greater than 1 year battery life.!Front panel user programmable.!Front panel programming can be disabled for security.!Front panel total reset can be disabled for security.!Programmable battery saving mode. (Screen blanks after 30seconds)!Programmable decimal point locations for both rate and total modes.!Display can be mounted on the sensor or panel mounted (1/4 DIN). See figure 6 and 8.!Display can be rotated on sensor. See figure 6.!Display can be mounted on a pipe or wall with optional mounting bracket kit. See figure 8 - 11.!Display can be panel mounted up to 250 ft. from sensor when used with AC coil sensor.!Display can be panel mounted up to 1 mile from sensor when used with Hall Effect sensor.!Optional circuitry, AO (analog output) and PC (process control) boards, can be field installed at a later time.!Pressto toggle between RATE and TOTAL display modes. The icon will!for at least 1.25 seconds to enter the programming mode.mode. See section 7.1.!While the TOTAL mode is displayed, press to reset the total amount tozero. (Must be enabled in the program mode - see page 24, step 6.)7.2.3 How Do I Determine My Calibration Numbers?When ordered as a complete system, the F-2000 MODEL RT is factory programmed to the flow range you specified when you placed your order. See section 4.0 for various flow ranges.Note:The F-2000 model AO and PC functions will always require field programming. All F-2000 models will require field programming when components are purchased separately. See section 7.2 and 7.3.The following screens are used to input the calibration constants and to turn on or off the various features of the MODEL RT. The MODEL RT has six different input screens. They are listed in the table below.Before programming the unit, the following calibration constants must be determined. Remember, whenpurchased as a complete system, the model RT is pre-programmed at the factory. No further programming is necessary.7.2.2 What Features Are Available On The MODEL RT?Step 1 Where would you like your displayed flow rate decimal point located?Desired Location= D (Decimal Rate Factor) Note: Four decimal places maximum.rXXXXX = 1XXXX.X = 10XXX.XX = 100XX.XXX = 1000X.XXXX = 10000Enter your D here.rStep 2 What time factor would you like to use in your measurement?Example: Per Minute = 60 secondsPer Hour = 3600 secondsPer Day = 86400 secondsFill in the amount of seconds you desire here.Step 3To determine your flow rate K-Factor, the following information is needed.a. What size pipe you are going to install this meter on?inch pipeb. What schedule pipe are you using? Sch 40 or Sch 80 or Inlinec. What is your flow range?Low Flow or Standard Flow (refer to pages 16 & 17)d. Using the data you specified above, locate your K-Factor from the correct table. Pages 16 & 17.e. What is your K-Factor?f. If you are going to be using gallons as your unit of measure, you can go directly to Step 4.g. To convert K-Factor to other units of measure, use the following formulas:Ounces = K-factor ÷ 128Liters = K-factor ÷ 3.785Cubic Meters = K-factor ÷ 0.003785Write your new K-Factor number here.Step 4Calculate your Rate Scale Factor (S ) using the following formula.r D from Step 1, Seconds from Step 2, K-Factor from Step 3.r D x Secondsr K-FactorS =r Write your S (Rate Scale Factor) number here.r Example:D= 10r Seconds = 3600K-Factor = 63.52S =r 10 x 360063.52S =r 3600063.52S=r 566.751Step 5Where would you like your displayed accumulated Total Decimal (D ) point located?t Desired Location= D (Total Decimal Factor) Note: Four decimal places maximum.t XXXXX= 1XXXX.X = 10XXX.XX = 100XX.XXX = 1000X.XXXX =10000Enter your D here.t Step 6 Determine your Total K-factor.Your Total K-factor and Flow Rate K-factor are the same if the same units (i.e., Gallons, liters, etc.) Are displayed for both. However, you can use a different unit of measure for your total display. Follow the instructions in step 3-g to convert to a different Total K-factor unit.Write your Total K-factor here.Step 7 Calculate your Total Scale Factor (S ) using the following formula.t S =t D t KExample:158.8200.0170S =t D tK S =t S =t Note:The Total Scale Factor may becarried out to four decimal places.Write your Total Scale Factor (S ) here.t7.2.4 How Do I Program The MODEL RT?Note:While in the programming mode, if no buttons are pressed within twenty seconds, the programming mode is automatically exited without saving the input of the last screen. See page 18 for programming menu flow chart. Step 1 Entering the Rate Scale Factor.!!Enter the Rate Scale Factor (Sr from Step 4, page 14).!it is selected.!Pressmodified.!When finished, pressStep 2The Rate Decimal Point Location screen.!Press!This value should match Page 13, Step 1, desired decimal location. Ex. 0000.0Step 3 The Battery Save Mode On / Off screen. Factory default = OFF!Pressonce you’ve selectedyour setting.Step 4The Total Scale Factor screen is selected.!Enter the Total Scale Factor (Sfrom Step 7, page 14).t!Press!Press!When finished, pressI.P .S. PIPE (Meets ASTM-D-1785)Step 5The Total Decimal Point screen is selected.!The Total 2 screen is where you enter your Decimal Point Factor for your totalizer.Use the information you calculated on DtStep 6The Front Panel Clear Total Button Enable / Disable screen is selected. Factory default = OFF (disabled)!Step 7Press and hold downfor at least 1.25 seconds to exit the programming mode.7.2.6 Calibration ConstantsStandard Flow Range - LPM (liters per minute)Molded Inline Bodies (Male NPT connection)METRIC PIPE PN10 & PN16 (Meets DIN 8062)Note:The values in the following tables are based on laboratory testing of nominal pipe dimensions. The F-2000 sensor is factory calibrated to ±1% of full scale linearity. Your actual accuracy will vary based on your pipe I.D. And other installation factors.Saddle Mount Models (Pipe Insertion connection)3/8” - 1” pipe sizes - Low Range #2 - GPM (gallons per minute)Low Flow Range #2 - GPM (gallons per minute)Standard Flow Range #1 - GPM (gallons per minute)Machined Inline Bodies (Female NPT connection)Saddle Models (Pipe insertion connection)Standard Flow Range - GPM (gallons per minute)Low Flow Ranges #3, 4, 5, 6 - GPM (gallons per minute)1-1/2” - 2” pipe sizes - GPM (gallons per minute)Molded Inline Bodies (Male NPT connection) - continuedSCREENDESCRIPTIONMODIFYING7.3Programming Menu Flow Chart8.0 MAINTENANCEThe F-2000 requires very little maintenance, however, some conditions will cause increased wear or possible damage to the unit.!Periodically remove the sensor assembly from the pipe fitting and inspect the meter for signs of wearand obstructions. Clean the paddle of any foreign objects. Replace the paddle and axle if worn.!Although the meter is capable of operating at the high end of the flow range, continuous use at veryhigh flow rates (upper 25% of the calibrated flow range), is not recommended. The paddle and axle life is related to the rate of flow and the fluid being measured. Corrosive fluids moving at high flow rates will cause increased wear requiring frequent inspection and maintenance. Ceramic, titanium or nickel axles are available for extreme corrosive environments.!Although the F-1000 is designed to withstand outdoor conditions, a cool, dry location where the unit canbe easily serviced is recommended. The life of the LCD display will be severely reduced when installed in direct sunlight. Do not install the meter so that the LCD is in direct sunlight.!O-rings should be inspected periodically. Immediately replace the o-rings at any sign of wear, swelling,cracking or discoloration.!Battery operated models. Replace the four AA batteries every 12 months. The program memory willnot erase when replacing the batteries. The unit will function normally for approximately 2 minutes while replacing the batteries. To replace the batteries, open the front panel of the enclosure by removing the four Phillips screws. After replacing the batteries, be sure the foam insert is in place before closing the front panel.!Test the electronics by removing the sensor assembly from the pipe fitting and spinning the paddle byFig. 12Locate notch on the sensorStep 2: Push shaft out in the direction shown.Replace the paddle, then press shaftback into place in the oppositePADDLE REMOVALSituation Cause SolutionLeaking Improper installation Pipe Fitting Manual pages 6 thru 10Worn or damaged o-rings Pipe Fitting Manual pages 6 thru 10Flow rate reading is inaccurate Improper installation Pipe Fitting Manual page 6 Improper velocity profile Pipe Fitting Manual page 4 Flow rate is out of range Model RT Manual page 4No displayDead batteries Model RT Manual page 19 Blocked paddle Pipe Fitting Manual page 7 Damaged electronics Model RT Manual page 19Battery save mode is ONModel RT Manual page 18Display shows zero flow Improper alignment / installation Pipe Fitting Manual page 7 Worn paddle and / or axle Model RT Manual page 19 Damaged electronics Model RT Manual page 198.1 TROUBLESHOOTINGF-2000 Parts ListItem Part Number Description Quantity1 70000-783 Paddle assembly Kynar 12 90003-021 O-ring 022 Viton E60 23 90007-589 Axle PVDF 14 71000-238 Sensor body AC coil 1’ cable 171000-289 Sensor body AC coil 25’ cable 170000-290 Sensor body Hall effect 25’ cable 15 90011-080 Screw #6-32 x .37 PH pan B 18/8 56 91001-280 Union nut 17 76000-628 Retainer sensor cap 18 90006-550 Cap sensor body SS 19 90012-208 Switch overlay F-2000 110 71000-356 Cover F-2000 w/ Switch overlay 111 90006-592 Gasket F-2000 housing neoprene 112 90010-227 Circuit board F-2000 RT 113 71000-311 Kit Circuitry model F-2000 AO (AO Board 90010-229) 114 71000-316 Kit Circuitry model F-2000 PC(PC Board 90010-228) 115 90011-155 Screw #6-32 x .31 PH pan SS 416 76001-149 Enclosure F-2000 sensor mount 176001-150 Enclosure F-2000 panel mount 117 90006-593 Gasket F-2000 1/4 DIN panel mount 118 90008-331 Cap plug P-48 1/2 NPT red F-2000 119 71000-294 Kit F-2000 1/4 DIN panel mount 120 70000-500 Connector liquid-tight 1/2 in. 221 70000-589 Connector liquid-tight 3/4 in. 122 90008-332 Plug 1/2 in. 223 90008-340 Cap plug VTP-25 red 124 90011-038 Stud screw #10-32 1.62 long 225 90011-092 Star washer #10-32 226 90011-026 Hex nut #10-32 227 90008-333 Plug 7/8 in. 128 90013-222 Foam pad 1/4 in. thick 129 90008-254 Battery clip 130 90010-233 Battery holder F-2000 4x AA 131 90008-330 Battery alkaline AA 432 90008-336 Power supply 115VAC/15VDC 190008-337 Power supply 220VAC/15VDC Europe 171000-310 Power supply 230VAC/15VDC 1F-2000Page 21F-2000 Exploded View1015871617181961211291314154322326252427283231302911155552022F -2000®B L U E -W H I T E I N DU S TR I ESF l owM o n i t o r i n g S y s t e mT O T A L C LE A R C L EA R S E T P O IN TE NT ER8888.8888S I Z E A A B A T T E R YSIZE AA BATTERYP .N. 80000-355Rev 6/25/2014Warranty!Blue-White flowmeters are warranted to be free from defects in material and workmanship for 12 months from date of factory shipment. Warranty coverage is limited to repair or replacement of the defective flowmeter only.!This warranty does not cover damage to the flowmeter that results from misuse or alterations, nor damage that occurs as a result of: meter misalignment, improper installation, over tightening, use of non-recommended chemicals, use of non-recommended pipe dopes or adhesives, excessive heat or pressure or allowing the meter to support the weight of related piping.!Flowmeters are repaired at the factory only. Call or write the factory to receive a RA (return authorization) number. Carefully pack the flowmeter to be returned, including a brief description of the problem, chemical used, and a descrip-tion of the application. Note: Write the RA number on the outside of the shipping carton.!Prepay all shipping costs. The factory does not accept C.O.D. Shipments. Damage that occurs during shipping is theresponsibility of the sender.Users of electrical and electronic equipment (EEE) with the WEEE marking per Annex IV of the WEEE Directive must not dispose of end of life EEE as unsorted municipal waste, but use the collection framework available to them for the return, recycle, recovery of WEEE and minimize any potential effects of EEE on the environment and human health due to the presence of hazardous substances. The WEEE marking applies only to countries within the European Union (EU) and Norway. Appliances are labeled in accordance with European Directive 2002/96/EC.Contact your local waste recovery agency for a Designated Collection Facility in your area.ARKANSASBT Environmental, Inc Bill Thomason225 Castleberry Street Hot Springs, AR 71901501-624-3837CALIFORNIA (NORTHERN)Howard E. Hutching company (Repair Center)7190 Penryn Plaza Penryn, CA 95663800-568-3958Swimco Electric Co.753 Camden Avenue Campbell, CA 95008408-378-2607CALIFORNIA (SOUTHERN)Blue-White Industries (Repair Center)5300 Business DriveHuntington Bch. CA 92649714-893-8529COLORADODenver Winpump 5754 Lamer ave .Arvada, CO 80002303-424-3551CONNECTICUTCronin-Cook & Associates 24 West Road Vernon, CT 06029860-875-0544Rice Pump & Motor Repair 5740 Powerline Road Ft. Lauderdale FL 33309954-776-6049American Pump7580-A W. Tennessee St.Tallahassee, FL 32304850-575-9618Jerry Lee Chemical Co.3407 W. Old Fairfield Drive Pensacola, FL 32505904-432-9929Picard Chemical1670 S. Congress Avenue W. Palm Beach, FL 33406561-965-3434ILLINOISMullarkey Associates (Repair Center)12346 S. Keeler Ave.Alsip, IL 60658708-597-5558MARYLANDCentury Pool Service, Inc 5020 Nicholson Court, #201Kensington, MD 20895301-231-8999NEW YORKSherwood Specialties, Inc.875 Atlantic Ave. ‘B’Rochester, NY 14609585-546-1211NORTH CAROLINASouthern Industrial Sales 1903 Herring Avenue Wilson, NC 27893800-872-7665SOUTH DAKOTASon-Aqua Distributing Jim Robinson2447 W. Main Street Rapid City, SD 57702605-343-7716TENNESSEERock City Machine 307 3rd Avenue South Nashville, TN 37201615-244-1371TEXASAlamo Water Refiners 13700 Hwy. 90 West San Antonio, TX 78245210-677-8400Shelter’s Water Refining Robert Shelton2708 E. Randol Mill Rd.Arlington, TX 76011817-640-6188。
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京制02210169号PT2000矩阵式流量计使用说明书V3.1北京雪迪龙科技股份有限公司前言PT2000矩阵式流量计是北京雪迪龙科技股份有限公司生产的一种应用于工业锅炉烟气排放在线监测系统的流量监测配套仪表，适用于测量蒸汽、液体、空气、煤气、烟气等介质管道速度，尤其适合大口径风管风速测量。
PT2000矩阵式流量计说明书有北京雪迪龙科技股份有限公司编制，版权归北京雪迪龙科技股份有限公司所有。
版本：V3.1，发布日期：2016-8-9目录1. 安全与警告 (4)2. 系统构成及原理 (4)3. 技术性能 (5)3.1 适用范围 (5)3.2 环境要求 (3)3.3 性能指标要求 (3)4. 安装与接线 (3)4.1装置安装 (3)4.2装置接线 (3)5. 调试及使用 (4)5.1装置调整 (4)5.2正常使用 (4)6．故障处理 (7)7. 注意事项 (7)8．配件清单 (8)1.安全与警告1.1任何情况下不规范的操作都可能引起人员及仪器的伤害，请遵守所有电器及设备的安全规范。
1.2在维修﹑拆卸电器元件前请确认电源已经断开﹗1.3仪表接通电源之前，请确认所有外接线正确，任何短路均可能造成仪表数据丢失或程序破坏.1.4在清除或修改仪表原有数据前，请确认该操作的合法性，一旦实施操作原有数据可能无法恢复，建议操作前将原有数据记录以备查取.2. 系统构成及原理矩阵式流量计主要由检测管﹑差压变送器以及相互之间的连接接头气管等部件构成。
测量时将检测管插入管路中，并使全压和背压探头中心轴线处于过流断面中心且与流线方向一致，全压探头测孔正面应对来流，检测流体总压，并将其传递给差压变送器；同时背压探头测孔拾取节流静压也将其传递给变送器，变送器读取总静压差值并将其转换成相应的电流信号（4～20mA）传送给传给数据采集模块。
该装置型式批准证书号为：2016C127-11。
其原理是基于差压测量原理，测量装置安装在管道上，其探头插入管道，当管道内有气流流动时，迎风面受气流冲击，在此处气流的动能装换成压力能，因而迎风面管内压力较高，其压力称为“全压”，背风侧由于不受气流冲压，其管道内的压力为管内的静压力，其压力称为“静压”，全压和静压之差称为差压，其大小与管道内的风速有关，风速越大，差压越大；风速小，差压也小，风速与差压的关系符合伯努利方程：V= K(2ΔP/ρ)0.5式中，V为风速（m/s），K为测量装置系数，ΔP表示差压（Pa），ρ表示气体密度（kg/m3）。
需要特别说明的是计算得出的流速（见公式2）是假定测量介质为空气且空气状态为标准状态（20℃，760mmHg）时的计算值，用户欲获得实际介质在实测工况下的流速V值需首先按公式3及公式4计算实际介质相对空气的密度补偿系数K1和温压补偿系数K2，然后按公式1计算得到最终结果。
若用户还需计算流量值，则按公式5计算即可。
其中密度补偿系数K1可以是实时测算值，也可以是一次性设定值。
以下相关公式：V = K1·K2·V（公式1）V0 = C(2ΔP/ρ)0.5（公式2）ΔP=Span[（I输出-4）/16]（公式3）K 1=(ρ1/ρ)0.5（公式4）K2=[（t+273.15）101.325/（PA+ PS）273.15]0.5 （公式5）Q = 3600·V·A·ξ（公式6）式中：V -------- 工况下烟气计算流速 m/ sV0-------- 空气标准状态（0℃，760mmHg）实测流速m/ sSpan ---- 差压变送器的量程C -------- 检测管系数；ΔP ------- 差压 PaI输出 -----差压变送器电流输出值mAρ---------- 工作状态烟气密度kg/ m3ρ1 ---------- 标准状态（0℃，760mmHg）烟气密度kg/ Nm3ρ0--------标准状态（0℃，760mmHg）空气密度kg/ Nm3 ；ρ0= 1.293kg/ Nm3K1 ----- 烟气相对空气密度修正系数； K2 ----- 温压补偿系数P A ---- 安装地大气压kPa ； P S -----实测管静压kPaQ -------- 工况瞬时流量m3/ hA -------- 过流断面面积 m2；ξ-------- 过流断面速度分布系数3.技术性能3.1适用范围矩阵式流量计适用于测量蒸汽﹑液体﹑空气﹑煤气、烟气等介质管速，尤其适合大口径风管风速测量，具有原理可靠﹑结构简单、易维护等特点，是工业锅炉烟气排放在线监测系统理想的流量检测配套仪表。
3.2环境要求环境温度：（5~45）℃环境湿度：≤90%RH电源电压：AC(220±22)V，(50±1)Hz3.3 性能指标要求测量范围：（2~40）m•s-1指示误差：指示风速误差为±（0.5m•s-1+0.05×v）4. 安装与接线4.1装置安装检测管安装质量对其测量有较大影响，由于矩阵式流量计是依据充满圆管的稳定流动流体理论进行工作的，因此选择测量点时应远离风机﹑阀门﹑弯头等易造成流态波动的元件，以保证测量点处过流断面速度分布规律符合要求。
检测管采用插入式安装，因此全压及背压取压管轴线必须和管道几何对称中心轴线共面，使得全压测孔正面应对来流，见图1所示。
烟气排放流速流量测量装置在管线上的安装姿态为：插入保护管轴线垂直相交管道几何对称中心轴线，安装姿态不正确将引起检测管系数C 不确定度大大增加，望用户安装前测量好安装点的相关尺寸以便调整，使得安装符合要求。
4.2装置接线装置接线实际就是给装置的控制箱供电以及通过模拟量与装置通讯接线，另检测管与控制箱之间通过不锈钢管连接。
，请对照使用说明书将电源﹑信号线接入相应的信号输出端子上，确认接线正确无误后即可接通电源使用。
接线装置含保温扩展功能。
图15. 调试及使用5.1装置调整完成矩阵式流量计安装及接线工作后，尚需进行适当调整才能正常使用。
一般而言，由于制造及安装焊接等原因，检测管安装后难以保证差压变送器两个取压口中心点处于同一水平面，如此可能使得差压变送器在没有流量时产生输出即零点错误，为消除此影响，需要对差压变送器进行零点微调。
调整时请注意：如果工艺管路处于运行状态，则需首先差压变送器高低压侧用气管短接，保证高低压侧无差压产生。
再做零点微调。
如果工艺管路处于停运状态，在确认无自然风或管路中介质无流动时，则可以直接做零点调整。
可以直接利用差压变送器的按钮完成零点调整，具体步骤是变压器放空（压力、表压、流量、液位表）或抽真空（绝压表，<0.1%量程），然后通过按键调整使显示为0 bar.5.2正常使用在确认装置调整正确无误后即可投入正常使用。
装置在出厂之前已按用户要求做了全面系统的调校及标定，如果您是新装用户，无需再次调校。
6．故障处理表1给出了几种典型的故障及故障排除方法。
当您的装置出现问题时，可首先对照表1看是否属于以下几种问题；如遇到的问题比较复杂，请及时与本公司联系以获得支持。
7. 注意事项当您所购装置不急于安装或需要搁置较长时间时，请妥为保存，不要放于以下场所：★环境温度超过0～50℃；★环境湿度很高；★阳光直射；★暖气旁边；★环境振动且多尘；★环境有水或可能被雨淋。
！在安装之前请尽可能将成套装置一起存放保管，以免丢失或拿错。
！！当您所购装置已经安装，但在较长时间不使用时，请将检测管球阀关闭以防堵塞仪表；启用时再将球阀打开。
表1.典型故障及处理序号故障现象可能原因排除方法风速测量指示为零；或变送器无输出1. 220V交流电接线不正确 1.按接线图正确接线2 .24VDC电源损坏 2.更换24VDC电源3.变送器端子接线不正确 3.按说明书正确接线4.测量回路断路 4.将测量回路接好5. .检测管安装方向与介质流向不符 5. 使检测管测压孔与介质流向一致6.数据采集模块损坏 6.更换数据采集模块7.测量回路短路7.清除短路点8.变送器元件损坏8.与本公司联系更换变送器2风速剧烈波动1.测量介质没有充满圆管 1.重新安装管路保证测量介质充满圆管2.上﹑下游直管段长度不够 2.重新安装管路保证上﹑下游直管段长度3.安装点离调节阀太近 3.重新安装管路使检测管远离调节阀4. 检测管安装姿态不正确 4.以正确姿态安装检测管5.变送器损坏 5.更换变送器6.变送器回路接线松动或虚接 6.将线接牢7.强电磁干扰7.将仪表装于远离干扰源的地方或将干扰隔离3风速测量不正确1.安装检测管管路不合要求 1.重新安装检测管及密封垫保证测量管形位要求2.取压通道泄露 2.清除泄露点3.变送器量程与系统设定量程不一致 3.使变送器量程与系统设定量程一致4.变送器零点不正确 4.调整变送器零点5.变送器损坏 5.更换变送器8. 配件清单表2.配件清单序号名称数量1 PT1/2-F10终端接头依项目而定2 F10-F10-F10三通接头依项目而定3 一片式内螺纹球阀依项目而定4 不锈钢管依项目而定联系方式：北京雪迪龙科技股份有限公司地址：北京市昌平区回龙观国际信息产业基地3街3号邮编：102206电话：010-********传真：010-********/80735678客户服务热线：400-8986-888网址：。