ITRON流量计选型手册
艾默生 Micro Motion 高准 K 系列科里奥利流量计 数据表
性能规格
参考工作条件
为测定我公司仪表的性能，须遵守/采用以下条件： ■ 水温为 20 至 25 °C，水压为 1 至 3 barg ■ 精度基于行业领先的、经过 ISO/IEC 17025 认证的标定标准 ■ 所有型号的密度测量范围高达 3 g/cm3（3000 kg/m3）
工作条件下的气体密度 受测气体的音速 测量管的内径
注 气体最大流量绝不能大于最大液体流量；应假设适用这两个值中的较低值。
计算实例
以下计算是 K300 在 16 °C 和 34.47 barg 条件下测量分子量为 19.5 的天然气时的最大推荐气体质量流量：
ṁ(气体) =
0.3 * 24 (kg/m3) * 430 (m/s)
2022 年 10 月
标定代码 1 ±0.1% 流量 ±0.05% 流量
液体流量
额定流量 高准公司采用的“额定流量”术语是指在参考条件下水流引起的仪表压降约为 1 barg 时对应的流量。
所有型号质量流量：316L 不锈钢 (S)
型号
K025S K050S K100S K200S K300S
标称口径 英寸 1/4” 1/2” 1” 2” 3”
典型爆破压力 153 barg
温度限值
80
60
40 20 A
0 -20
-40
60 D
C
A. 变送器环境温度 (℃) B. 仅限分体式安装电子部件 C. 最大过程温度 (℃) D. 一体式或分体式安装电子部件
注 ■ ATEX 和 NEPSI 认证要求将环境温度限制到 -40 至 55°C。 ■ 低于 -20°C 时，显示器响应能力降低，有可能难以读取。超过 55°C 时，某些显示器有可能变暗。 ■ 仪表存储温度为 –40 至 60 °C。
TM Series电子流量计产品所有者指南说明书
TM Series ® Electronic Water FlowmetersEN920861-01 Rev D07/16/20203 INCH &4 INCH METER SIZES [TM30XXXXXX - TM40XXXXXX MODELS]Please save these instructions for future reference. Read carefully before attempting to assemble, install, operate or maintain the product described.Protect yourself and others by observing all safety information. Failure to comply with instructions could result in personal injury and/or property damage.Please refer to back cover for information regarding this product’s warranty and other important information.DO NOT RETURN THIS PRODUCT TO THE STORE!Please contact Great Plains Industries, Inc.® before returning any product. If you are missing parts, or experience problems with your installation, contact our Customer Support Department. We will be happy to assist you.Call: 888-996-3837 or 316-686-7361Email: ******************SAVE FOR YOUR RECORDSModel #: ___________________Serial #: ___________________Purch. Date: _______________3SAFETY / SPECIFICATIONS ASSEMBLY / INSTALLATION OPERATION /CALIBRATION MAINTENANCE / REPAIRBEFORE YOU BEGINUsage Requirements• Use TM Series meters with water and other chemicals compatible with wetted components.• DO NOT use to meter fuel or incompatible chemicals.• TM Series meters are very sensitive to electric noise if operated within 1 to 2 inches of some electric motors or other sources ofelectronic noise.UNPACKING/INSPECTIONInspect••Dangers as shown.box.epsmagnify_2.epswarning symbol.epsmeasure.epsplug.epsoil.epsmegaphone.epsbiohaz.epsBattery_Caution1.epsCaution.epsCrush_Caution1.epsHot_surface.epsRecycle.epsResp_protection1.epsResp_protection2.epsTemp_Caution1.epsbody_protection.epschemical_Caution.epsear_protection1.epsexplosive_caution.epseye_protection1.epsfoot_protection.eps waHot_surface.epsRecycle.epsResp_protection1.epsResp_protection2.epsTemp_Caution1.epsbody_protection.epschemical_Caution.epsear_protection1.epsexplosive_caution.epseye_protection1.epsfoot_protection.epsM A I N T E N A N C E / R E P A I R O P E R A T I O N /C A L I B R A T I O N A S S E M B L Y / I N S T A L L A T I O NG E T T I N G S T A R T E D4GENERAL SAFETY INSTRUCTIONSIMPORTANT: It is your responsibility to:•Ensure that all equipment operators have access to adequate instructions concerning safe operating and maintenance procedures.Compatibility of this product’s material and the process fluid and/or environment should be considered prior to putting into service.Product should never be operated outside its publishedspecifications for temperature or pressure. See specifications for your model.Make sure flow and pressure have been eliminated from process pipe prior to installing or removing product.Always use appropriate thread sealant or flange gaskets when connecting product to process piping.To protect against leakage, seal all pipe threads with anappropriate sealing compound. Make sure the sealing compound does not intrude into the flow path.NOTE: If connecting to new male pipe threads, burrs and curls can adversely affect accuracy. Correct the problem prior to turbine installation.NOTE: Do not over tighten the flange bolts. This may cause the gasket to be compressed into the flow stream and may decrease the accuracy of the meter.Installation near high electromagnetic fields and high current fields is not recommended and may result in inaccurate readings.5GETTING STARTEDASSEMBLY / INSTALLATIONOPERATION /CALIBRATIONMAINTENANCE / REPAIRSAFETY /SPECIFICATIONSO P E R A T I O N /C A L I B R A T I O NA S S E MB L Y / I N S T A L L A T I O NG E T T I N G S T A R T E D6Figure 1M A I N T E N A N C E / R E P A I Rflanged models; top of display for non-flanged modelsGETTING STARTED OPERATION /CALIBRATION SAFETY / SPECIFICATIONSMAINTENANCE / REPAIR INSTALLATIONIMPORTANT: TM Series meters are available with either a computer forlocal electronic display, or three versions of output modules (see PARTSsection of this manual) to provide a digital signal to customer interfacingequipment. TM Series meters with computer display ship pre-configuredfrom the factory in either gallons or liters. The volume unit can be changedto several other options. Refer to the Q9 owner’s manual for details onchanging or customizing the volume unit.ConnectionsInstall your meter in-line either horizontally or vertically. Installation to metalconnections is not recommended. Install as follows:1. Plan to install turbine with a minimum straight pipe length as follows(see Figure 2):• Upstream from the turbine, allow a minimum straight pipe length of 10times the internal diameter of the turbine.• Downstream from the turbine, allow a minimum straight pipe length of5 times the internal diameter of the turbine.2. For Spigot (Pipe) End use only primer and solvents approved for PVCgluing.Cut to Length The meter housing can be shortened by the customer.Each meter has a “dotted” line feature molded on the top surface of thehousing tube. The housing can be cut up to this line without harmingany internals. Most glue on fittings will fit without interfering with thecomputer display area. However, the customer should check all partsbefore attempting cut.For NPT and BSP Fittings wrap all connections with 3 to 4 wraps of threadtape (optional to use pipe thread sealant). Make sure the tape does notintrude into the flow path.3. Attach meter with arrow pointed in the direction of fluid flow.4. For NPT Fittings - Hand tighten the meter at the housing ends. Do notuse a wrench or similar tool to tighten. This can damage the housing.78S A F E T Y / S P E C I F I C A T I O N SG E T T I N G S T A R T E DO P E R A T I O N /C A L I B R A T I O NM A I N T E N A N C E / R E P A I R INSTALLATION (CONTINUED )Connections (continued)5. For ANSI or DIN Flange Fittings - Customer to provide:• Ring Gaskets or Full-Face Gaskets approved for use with type flange installed (ANSI or DIN) and the fluid being monitored (2 required).• 5/8-inch bolts and nuts for ANSI flanges. Four per side for 3-inch meters; eight per side for 4-inch meters.• 16 mm bolts and nuts for DIN flanges. Eight per side for 3-inch and 4-inch meters.• Torque bolts using a star pattern to 25 ft-lbs (33.8 N·m). Supplied flanges are two-piece Van Stone style and allow the meter to be oriented regardless of the mating flanges position.For best results, always verify accuracy before use.Blowing compressed air through the turbine assemblycould damage the rotor.Do not allow liquids to dry inside the turbine.Handle the rotor carefully. Small scratches or nicks canaffect accuracy.9GETTING STARTEDOPERATION /CALIBRATIONSAFETY / SPECIFICATIONS ASSEMBLY / INSTALLATIONMAINTENANCE / REPAIROPERATION / CALIBRATIONVerify Meter AccuracyBefore using, check the meter’s accuracy and verify calibration.1. Make sure there is no air in the system by starting the flow until it runssteadily. Then, stop or divert the flow using a valve or nozzle.2. Meter an exact known volume into an accurate container. For bestresults, meter with one continuous full stream.3. Check the volume against the display or recording equipment. If theamount metered is accurate, further calibration is not necessary. If not, refer to the Q9 Owner’s Manual (Non-Agency) Field Calibration Section for further instructions (see below).NOTE: Make sure you meet the meter’s minimum flowrate requirements:You can download the Q9 Owner’s Manual (Non-Agency) here:or visit to download owner’s manuals and othertechnical documents.O P E R A T I O N /C A L I B R A T I O NA S S E MB L Y / I N S T A L L A T I O NS A F E T Y / S P E C I F I C A T I O N SG E T T I N G S T A R T E D 10MAINTENANCENOTE: Proper handling and care will extend the life and service of the meterTurbine RotorThe meter is virtually maintenance-free. However, it is important the rotor moves freely. Keep the meter clean and free of contaminants.The rotor can be removed for cleaning and inspection. Begin by unscrewing the nose cone from the outlet end of the meter. A 1/4” square socket extension can be used. Remove the lock and flat thrust washers. Rotor can then be removed from shaft. Note orientation because rotor is not bi-directional. Remove debris or deposits using soft brush or small probe. Reassemble in reverse order.Blowing compressed air through the turbine assemblycould damage the rotor.Do not allow liquids to dry inside the turbine.Handle the rotor carefully. Small scratches or nicks canaffect accuracy.PARTS & SERVICEFor warranty consideration, parts, or other service information, pleasecontact your local distributor. If you need further assistance, contactthe GPI Product Support Department in Wichita, Kansas, duringnormal business hours.A toll free number is provided for your convenience.1-888-996-3837To obtain prompt, efficient service, always be prepared with the followinginformation:•The model number of your meter.•The serial number or manufacturing date code of your meter.• Part descriptions and numbers.For warranty work, always be prepared with your original sales slip or otherevidence of purchase date.11GETTING STARTED SAFETY / SPECIFICATIONSASSEMBLY / INSTALLATIONOPERATION /CALIBRATION PARTS / ACCESSORIES LIST FOR TM SERIES METERS12517601Gasket 125175-11Computer mount assembly 901002-52Seal 113435-10Conditioned Signal Module (GEN 2)125060-10Pulse Access/External Power/Scaled Module (GEN 2)125100-104-20mA Module IMPORTANT: Please contact GPI before returning any parts. It may bepossible to diagnose the trouble and identify needed parts in a telephonecall.This product is in compliance with the RoHSDirective of the European Parliament and of theCouncil on the Restriction of the Use of CertainHazardous Substances in Electrical and ElectronicEquipment. Environmental Rating: IP65Do not return this product without prior approval from the GPI ProductSupport Department. Due to strict government regulations, GPI cannotaccept parts unless they have been drained and cleaned.WEEE DIRECTIVE ROHS COMPLIANT (2011/65/EU)© 2020 Great Plains Industries, Inc., All Rights Reserved.Great Plains Industries, Inc. / 888-996-3837 / FLOMEC® TWO-YEAR LIMITED WARRANTYGreat Plains Industries, Inc. 5252 E. 36th Street North, Wichita, KS USA 67220-3205, hereby provides a limited warranty against defects in material and workmanship on all products manufactured by Great Plains Industries, Inc. This product includes a 2 year warranty. Manufacturer’s sole obligation under the foregoing warranties will be limited to either, at Manufacturer’s option, replacing or repairing defective Goods (subject to limitations hereinafter provided) or refunding the purchase price for such Goods theretofore paid by the Buyer, and Buyer’s exclusive remedy for breach of any such warranties will be enforcement of such obligations of Manufacturer. The warranty shall extend to the purchaser of this product and to any person to whom such product is transferred during the warranty period.The warranty period shall begin on the date of manufacture or on the date ofpurchase with an original sales receipt. This warranty shall not apply if:A. the product has been altered or modified outside the warrantor’s duly appointed representative;B. the product has been subjected to neglect, misuse, abuse or damage or has been installed or operated other than in accordance with the manufacturer’s operating instructions.To make a claim against this warranty, contact the GPI Customer Service Department at 316-686-7361 or 888-996-3837.Or by mail at:Great Plains Industries, Inc.5252 E. 36th St. NorthWichita, KS, USA 67220-3205The company will step you through a product troubleshooting process to determine appropriate corrective actions.GREAT PLAINS INDUSTRIES, INC., EXCLUDES LIABILITY UNDER THIS WARRANTY FOR DIRECT, INDIRECT, INCIDENTAL AND CONSEQUENTIAL DAMAGES INCURRED IN THE USE OR LOSS OF USE OF THE PRODUCT WARRANTED HEREUNDER.The company herewith expressly disclaims any warranty of merchantability or fitness for any particular purpose other than for which it was designed.This warranty gives you specific rights and you may also haveother rights which vary from U.S. state to U.S. state.Note: In compliance with MAGNUSON MOSS CONSUMER WARRANTY ACT – Part 702 (governs the resale availability of the warranty terms).920861-01 Rev D 07/16/2020IP652011/65/EU。
电磁流量计选型手册
电磁流量计使用说明书
DIN 法兰： 公称通径 DN PN
25
10-40
32
10-40
40
10-40
50
10-40
65
10-40
80
10-40
100
10-16
ANSI 法兰：
公称通径 DN PN
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
2 1/2
100
4
D（mm）
115 140 150 165 185 200 220
三线制 4-20 mA 无源光耦
数据传输
GSM、RS485、RS232、GPRS
累积量回零
菜单输入
正/反向流量
空管检测
自检测 现场显示/累积、
瞬时 壳体
无源第3页
PDF 文件使用 "pdfFactory Pro" 试用版本创建
深圳市拓安信自动化仪表有限公司
准确度，参考条件及操作原理
按 EN29104 规定的参比条件 流体温度 ：20℃±2K 环境温度：20℃±2K 供电电源：铭牌标示额定电压 U±1% 频率：±1% 安装条件： 上游直管段＞10×DN 下游直管段＞5×DN 管径：传感器公称口径 预热时间：30 分钟 模拟输出影响： 脉冲输出误差的基础上再加上±0.1%
深圳市拓安信自动化仪表有限公司
电磁流量计使用说明书
选型样本
选型样本
第1页
PDF 文件使用 "pdfFactory Pro" 试用版本创建
流量计传感器及转换器概述：
一体式
仪表类别
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。
如有更改，恕不通知。
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。
阿牛巴流量计-选型说明书
DPT4阿牛巴流量计Provent technologyHigh accuracyWith display and HARTEEx-certificationsEasy installation and quick start-upinstrumentationunderstanding measurement analysis control integration optimization目 录1、概 述 (1)2、工作原理 (1)3、特 点 (1)4、技术参数 (2)5、传感器结构形式与外形尺寸 (2)6、安装说明 (3)7、阿牛巴流量计的使用与维护 (4)8、包装、运输及储存 (4)9、型号说明 (5)一 、 概 述Fischer&Porter公司DPT4系列阿牛巴流量计由阿牛巴传感器、三阀组、差压变送器等构成。
该流量计具有无可动件的可靠结构、安装维护简单、压损小（仅为孔板的5%以下）、长期运行精度高、稳定性好等特点；可安装于圆形、矩形管路，特别是用于大口径管路；适于各种气体、液体、蒸汽流量的测量，尤其是高温高压流体，如高温高压蒸汽、锅炉引送风，热风炉助燃空气等；广泛应用于石油、化工、天然气、冶金、钢铁、电力、水利、制药、纺织、饮料，能源、环保及城市公用事业等行业。
三、、 特 点特 点二、 工作原理Qv=aεA2ρ△p式 中： △p—— 全压与静压之差（Pa）P1 —— 全压（Pa）P2 —— 静压（Pa）Qv —— 体积流量 （m3/s）α —— 流量系数ε —— 流束膨胀系数A —— 管道内截面面积 （m2）ε —— 压缩系数不可压缩性流体： ε＝1可压缩性流体 ： ε＜１● 结构简单，安装方便，便于维修● 无可动部件，使用寿命长，稳定性好● 压损小（仅为孔板的5%以下），节能效果显著。
● 长期运行精度高、稳定性好● 应用范围广，可安装于圆形、矩形管路，特别是用于大口径管路；适于各种气体、液体、蒸汽流量的测量，尤其是高温高压流体 ；对于具有高密度的尘埃物质的介质，可以使用在线吹扫装置，以保障多种工况下的灵活运用● 范围度与孔板相同，输出差压较低，测量气体流量时，需配微差压变送器● 配备球阀和提升机构，可在线安装、拆卸仪表，不影响工艺流程的正场操作，检测杆清洗方便● 仪表在标准装置上逐台标定出厂，保证了测量精确度。
流量计选择指南说明书
200
200
150
100
100
200
150
Accuracy
5% of
3 to 5% of
2% of
10% of
5% of
2% of
10% of
5% of
Full Scale Full Scale Full Scale Full Scale Full Scale Full Scale Full Scale Full Scale
Maximum Flow 40 GPH 20 GPM 75 L/min 20 GPM 20 GPH 1900 GPM 20 GPM Rate WATER
11 GPH 45 SCFM
Maximum
150
130
150
130
130
190
150
150
120
Temperature °F
Maximum
100
125
Maximum Flow Rate WATER 2 SLPM
2.08 L/min 1.8 L/min
8 GPH 11.98 GPM 829 mL/min 30 GPH 573 mL/min
Maximum
Temperature °F 250
200
180
100
250Βιβλιοθήκη 150250100
Maximum
Pressure PSIG 200
—
0.2 SCFH 0.025 GPM
Maximum Flow
Rate AIR
200 SCFH 62 SCFM 4000 LPM 62 SCFM 100 SCFH —
—
45 SCFH 20 GPM
Itron CENTRON C1S 单相能耗计量器说明说明书
C1SCENTRON ® MeterThe CENTRON C1S solid-state meter is used for measuring single-phase energy consumption. With this solid-state meter, Itron presents a platform for residential metering with the flexibility to adapt as your needs expand and change.The CENTRON C1S is available as an energy meter with an LCD register. As an option, the meter is available with interchangeable personality modules,including demand, time-of-use (TOU), load profile and various communication options.FEATURES Flexible Platform»The CENTRON meter can easily be upgraded to any of the option modules available»All calibration data is permanently stored in the base of the meter on the CENTRON metrology boardPersonality Modules»The interchangeable personality modules are part of a snap-in register assembly »The personality module houses all register or communication functions Enhanced Performance »Low starting watts »Low burden»Captures energy that was not monitored in the past by electromechanical meters Tamper Resistant»Measures energy even if the meter is invertedStandard Features »Electronic LCD register »Polycarbonate cover»Test LED Unattended Processing Option Module Upgrades »Demand module (C1SD) »TOU with demand module (C1ST) »Load profile with TOU and demand module (C1SL)»R300 900 MHz RF module (C1SR)Option Availability »Glass cover »Electronic detent»Identification/Accounting aidsC1S 20024032S 5x1Undetented G980194G980181C1S 32024032S 5x1Undetented G980236G980213C1S 2012023S 5x1Undetented G980247G980248C1S 20240 34S 5x1 Undetented G980255 G980223CN1S 200120 3 12S 5x1 Undetented G980257 G980195CN1S200120325S5x1UndetentedG980265G980266SPECIFICATIONSPounds (approx)Kilograms4 Meter Cartons 8.9 4.04120 Meter Pallets 260-265117.936Specifications Power RequirementsVoltage Rating: 240 Frequency: 60Hz, 50hz Operating Voltage:Operating Range: ± 3 Hz± 20% (60 Hz); ±10% (50 Hz)Operating EnvironmentTemperature: -40° to +85°C Humidity: 0% to 95% non-condensing Transient / Surge Suppression ANSI C37.90.1-1989 IEC 61000-4-4ANSI C62.45-1992AccuracyANSI C12.20 0.5 accuracy class General LCD Display Five-digit liquid crystal display Data digit height: 0.4” Annunciator height: 0.088” Electronic load indicator Characteristic DataStarting watts: 5 wattsTemperature Rise Specifications Meets ANSI C12.1 section 4.7.2.9Burden Data*Voltage circuit: Voltage: 240Watts: 0.5 VA: 7.5Technical DataMeets applicable standards: »ANSI C12.1 - 1995 »ANSI C12.10 - 1997»ANSI C12.20 (Class 0.5) - 1998 »ANSI C37.90.1 - 1989 »ANSI C62.45 - 1992 »IEC 61000-4-4 »IEC 61000-4-2»FCC Part 15, Subclass C Reference Information»CENTRON Technical Reference Guide »CENTRON C1SR Specification Sheet »CENTRON C1SC Specification Sheet »Specification Sheet» »Resetter InstructionsPounds (approx)Kilograms4 Meter Cartons 13.96 6.35120 Meter Pallets335151.956SPECIFICATIONS Dimensions。
科隆流量计选型手册
OPTIFLUX 系列及其它技术数据表电磁流量计OPTIFLUX 1300 / 2300 / 4300 / 5300 / 6300 电磁流量计，拥有强大的自诊断功能，有各种安装接口，有各种衬里和电极材料，最高精度可达0.15%，重复性0.06% OPTIFLUX 2100 / 4100 电磁流量计（IFM 4080 升级换代产品，有自诊断功能）K300 一体型电磁流量计/ K 450K + F 电磁流量计高压电磁流量计科隆电磁流量计经济型K 300（一体型）模拟量K 450（一体或分体型）模拟量（带显示）特殊型OPTIFLUX 4040 C 两线制TIDALFLUX 4110 PF 非满管BATCHFLUX 5015 C 灌装式卫生型常用型W FOPTIFLUX 6300 C1. 性能简介1- 52. 常用产品2.1 OPTIFLUX 2300 / 4300 电磁流量计62.1 .1I FC 300 信号转换器6- 162.2 OPTIFLUX 2100 / 4100 电磁流量计172.2 .1I FC 100 信号转换器17- 2021- 22232425263. 经济型30- 313 .2K450K + F 电磁流量计32- 334. 选型与安装4.1传感器口径选择34- 354 .2电极形式 / 材料选择364.3衬里材料的选择374.4传感器在管线上的安装38- 416. 原理及标定证书44目录2.3 OPTIFLUX 2000/4000传感器2.4 IFS / 4000-HP 高压传感器2.5 IFM 3100K +F 电磁流量计2.6 OPTIFLUX 1300夹持型电磁流量计2.7 OPTIFLUX 5300 S W 陶瓷型夹持式电磁流量计2.7.1 OPTIFLUX 5300 FL 法兰型272.8 OPTIFLUX 6300 卫生接口型电磁流量计28- 293.1 K 300 一体型电磁流量计5. 产品选型编码42- 431. 性能简介OPTIFLUX 2300 / 4300 W（可选 C + F + R）DN 10 ~ 3000OPTIFLUX （一体）（墙挂分体）2100 / 4100 C + W DN 10 ~ 1200详细数据见P 6详细数据见P 17OPTI FLUX 2000（橡胶）/ OPTI FLUX 4000（四氟、PFA ）+ / -0.3%±1mm / s （取决于传感器）OPTI FLUX 2000（橡胶）/ OPTI FLUX 4000（四氟、PFA ）0.2% - 0.3%（液体中最多含30% 的固体成份）IFM 3100 / 3300 C + W1. 性能简介仪表性能同OPTIFLUX4100，传感器见M 900，见P 24K 300DN 10 ~ 300K 300≤1%详细数据见P 30DN 50 ~ 300M 900+ / -0.3% ±1mm / s（取决于传感器）K 4501. 性能简介DN 10 ~ 450 IFS4000≤0.5%DN 10 ~ 150 OPTIFLUX 1300 OPTIFLUX 10000.3%1. 性能简介OPTIFLUX 5300OPTIFLUX 63001. 性能简介OPTIFLUX 4040TIDALFLUX 4110 PFIFC 300 信号转换器1 图形显示器，背光（白）2 第1 行和第2 行用于显示不同的测量变量，大字体格式显示时只显示一个变量3 第三行显示条形图4 光感应键，无需打开盖就可操作信号转换器5 蓝色条显示：·测量模式时显示仪表位号·设置模式时显示菜单/ 功能名称6 X 指示有键按动7 指示红外线输出工作，此时4 光感应键失效8 连接KROHNE GDC 总线的插座9 光电感应接口，用于无线传送数据（输入/ 输出）IFC 300 显示 / 操作和调整键IFC 300 C 和IFC 300 F 的o 显示器可以隔90旋转2.1 IFC 300 信号转换器2.1 IFC 300 信号转换器使用特点·工厂设置（有二个记忆芯片，一个在机内，另一个在机芯外的底板上）·可以存储3组设定数据，factrory settings 为工厂设定数据用户不能更改（传感器的GK 值、满量程、零点、线圈阻值、温度等）机外底板上的记忆芯片机内记忆芯片·更换转换器时无需设置数据，直接从机芯外的底板上取出工厂设定数据。
泰莱尔热量流量计模拟版112精密流动系2热量流量计说明书
2For more information call +1 603 595 1500 or email ppfinfo @Visit Typical Applications• Burner Ratio Control forCeramics and MetalsTraditional Analog Flow MeterModel 112Thermal Mass Flow MetersProduct SpecificationsParker Model 112 Thermal Mass Flow Meters provide reliable analog flow measurements configured for your process conditions. Each meter offers a linear flow signal output proportional to a calibrated flow rate and is available with a D-connector.Features• Cleaned for Analytical Service Use •RoHS and REACH compliantPhysical PropertiesPerformance RatingsElectrical3T h e r m a l M a s s F l For more information call +1 603 595 1500 or email ppfinfo @Visit Principle of OperationModel 112Thermal Mass Flow MetersParker Model 112 Mass Flow Meters (MFM) incorporate an operating principle based on the thermodynamic properties of the process gas being measured.Mass flow measurement relates to the amount of heat absorbed by the process gas. The amount of heat the gas absorbs is determined by the gas molecular structure. Specific heat, the amount of heat required to raise the temperature of one gram of a given gas onedegree centigrade quantitatively describes this “thermal absorbency”.Mass flow measurement consists of a bypass sensing tube with a heater wound around the center of the sensing tube and precision resistance type temperature sensors located equidistant upstream and downstream of the heater. A laminar flow element package, located in the main flow stream, acts as an appropriate restriction creating a pressure drop forcing a fixed percentage of the total flow, approximately 10 sccm, through the bypass sensing tube for temperature differential detection. As gas flows through the sensing tube, heat is displaced to the downstream temperature sensor creating a temperature differential between the upstream anddownstream temperature sensors. The upstream and downstream temperature sensors form two legs of a bridge network at the sensor assembly inputs to the PCB. The resulting temperature differential is amplified on the PCB assembly to a 0-5 VDC output signal directly proportional to the gas mass flow rate. To ensure an accurate flow measurement, flow disturbances must be eliminated or greatly reduced. Accordingly, both the sensor tube and the laminar flow element package are designed for laminar flow. Actual gas or gas factors are used in calibration to account for the specific heat of the measured gas.4For more information call +1 603 595 1500 or email ppfinfo @Visit Model 112Thermal Mass Flow Meters Mechanical IntegrationDimensionsBasic Dimensions Models 112UnitsIn (mm)5T h e r m a l M a s s For more information call +1 603 595 1500 or email ppfinfo @Visit Model 112Thermal Mass Flow MetersElectrical Integration and RecommendationNote: Cable color codes are for reference only and aresubject to change without notice6For more information call +1 603 595 1500 or email ppfinfo @Visit Model 112Thermal Mass Flow MetersElectrical Integration and RecommendationNote: Cable color codes are for reference only and aresubject to change without noticeMFCPLCTo DriverPower SupplyNotes:1.Setpoint:4-20 mA2.For input/output designations (i.e., iondividual pin functions)fo pin numbers not shown,refer to electrical integration drawing on previous page.7T h e r m a l M a s s F l For more information call +1 603 595 1500 or email ppfinfo @Visit Typical Flow DiagramModel 112Thermal Mass Flow Meters8For more information call +1 603 595 1500 or email ppfinfo @Visit Installation Guide• Clean dry area with adequate space • Indoor use only• Follow process connection manufacturer guidelines and leak check all connections • Purge all gas lines with nitrogen before installation • Remove all loose particulate or debris from systemModel 112Thermal Mass Flow Meters Key Things to Remember:• Standard Flow Sizing Specifications 1. Gas Type 5. Operating Temperature 2. Flow Rate 6. Standard Calibration Condition* 3. Inlet Pressure 7. Connection Fitting Size and Type4. Outlet Pressure8. Set point / Output signal• CM-400 4-channel Power Supply / Control • Power Cables• PN: C-700-002, Interface cable with flying leads on one end • PN: C-1666-010, CABLE ASSY, MFC, CM-400* Default standard calibration conditions = 21.1C and 14.7 PSIA. Consult Applications for support to specify other common calibration standards such as: 0C, 20C, 25C.9T h e r m a l M a s s F l For more information call +1 603 595 1500 or email ppfinfo @Visit Model 112Thermal Mass Flow Meters Ordering InformationM odel Number Example:1)NX CE Approved Design Assembly / Calibration feature must beselected in tandem with W 9-Pin CE approved design PC-board.2)Consult factory for information pertaining to the Silconert processand estimated additional lead times.NOTE: In order to provide the best possible solution for your application, please provide the following requirements when contacting Applications Engineering: • Media, Inlet & Outlet Pressures • Minimum Required Flow Rate.For more detailed information, visit us on the web or call Applications Engineering.Parker Hannifin Precision Fluidics Division reserves the right to make changes. Drawings are for reference only.10Portfolio ReviewCustomizationContact Division Applications at (603) 595 1500 or ppfinfo @parker .com.Series 100Thermal Mass Flow MetersModel 111Model 112Model 113Model 114Model 2211PPF TMFMC-A - 002 Model 112 March 2018Thermal Mass Flow Meters and Controllers (Analog)© 2018 Parker Hannifin CorporationParker Hannifin Corporation Precision Fluidics Division 26 Clinton Dr., Unit 103Hollis, NH 03049phone 603 595 1500fax 603 595 80801 The maximum full scale flow rate available.2The maximum operating inlet pressure available.3The minimum required pressure differential for maximum full scale。
安捷伦 功率计和功率传感器 选型指南说明书
是德科技功率计和功率传感器选型指南峰值功率测量8990B峰值功率分析仪N8262A P 系列模块化功率计N1911A/2A P 系列功率计E4416A/7A EPM-P系列功率计–5 ns上升时间/下降时间–160 MHz VBW–100 MSa/s 采样率–2 个射频通道和 2 个示波器通道–15 英寸 XGA 彩色触摸显示屏–1U 半机架高度–100 MSa/s 连续采样，单次- 30 MHz VBW–无线预置包括 WLAN、雷达和 MCPA–与 N1912A P 系列功率计的代码兼容–100 MSa/s 连续采样，单次 30 MHz VBW–包括时间选通和统计（CCDF）功率测量–无线预置包括 WiMAX™、HSDPA 和 DME–20 MSa/s 连续采样，5 MHz VBW–用于脉冲和统计分析的捆绑式分析仪软件–无线预置包括 GSM、蓝牙®和W-CDMA平均功率测量N1913A/14A EPM 系列功率计N432A 热敏电阻功率计–单通道、双通道或 4 通道测量–频率范围为 9 kHz 至 110 GHz，功率范围为–70 dBm 至 +44 dBm（取决于功率传感器）–测量速度高达 400 个读数/秒–代码可兼容传统的 E4418B/9B EPM系列、436A、437B 和 438A 功率计（43X 系列仅与选件 N191xA-200 兼容）–高精度（≤ 0.2% ± 0.5 uW），非常适用于1 mW 传输校准（与 478A-H75/H76 结合使用）–内置 6.5 位 ADC，无需使用外部数字万用表–数字彩色 LCD 显示屏和便于操作的界面便携式功率测量V3500A手持式射频功率计U2000 系列USB 功率传感器U8480 系列USB 热电偶功率传感器U2020 X 系列USB 峰值和平均值功率传感器U2040 X 系列 USB/LAN宽动态范围功率传感器–10 MHz 至 6 GHz的宽频率范围–宽动态范围（-60 dBm 至 +20 dBm）–绝对精度高达± 0.21 dB–带有背光灯的内置显示屏和集成功率传感器–内部的功率参考可在使用前进行自我校准–3 种供电方式（使用 AA 电池、USB 接口和交流电源适配器）––60 dBm 至 +44 dBm，9 kHz 至 26.5 GHz，平均功率测量，不需要使用功率计–利用 USB 连通性进行快速简单的设置–无需断开被测器件的连接，即可进行内部调零–DC 至 18/33/50/67/120 GHz–35 dBm 至 +20 dBm–测量速度高达 900 个读数/秒，功率线性度< 0.8%–实时测量不确定度特性––40 dBm 至 +20 dBm（峰值/选通），–45 dBm 至 20 dBm（仅限平均功率模式），50 MHz 至 18/40/50GHz–25,000 个读数/秒的测量速度（缓冲模式）–内部调零和校准–内置触发输入/输出–50000 个读数/秒（快速/缓冲模式）–USB 传感器10 MHz 至 6/18 GHz-70 dBm 至 +26 dBm–LAN 传感器10 MHz 至 6/33 GHz–-70 dBm 至 +20 dBm功率传感器峰值功率和平均功率传感器平均功率传感器N1921A/22A P 系列功率传感器N1921A/22A P 系列功率传感器N1921A/22A P 系列功率传感器E4410 和 E9300 E 系列功率传感器N8480 系列热电偶功率传感器848xD 系列和 E/V/W8486A 二极管功率传感器478A 热敏功率传感器关键特性针对制造业而设计–利用 P 系列功率计实现高达 100 MSa/s 的采样率和 1500 个读数/秒的测量速度， 从而显著提高生产效率–利用 U2040 X 系列宽动态范围功率传感器，实现 50,000 读数/秒的超快测量速度，以实现更高的制造吞吐量–代码可兼容传统功率计，可节省新代码开发的时间和精力 –后向兼容所有的传统功率传感器，以保护传感器投资 –广泛的平均功率和峰值功率传感器选择，适用于各种应用–以图形和表格格式显示 CDDF 统计测量结果，适用于无线元器件制造专为研发设计–校准因数储存在 EEPROM 中，可确保测量精度 –直观的用户界面可以快速进行设置–以图形方式显示 delta 测量数据，可以简化查看和分析 –迹线缩放有助于研究毛刺、过冲和上升/下降时间–对于 DME 、GSM 、EDGE 、WCDMA 、WLAN 和 LTE 等常见信号，利用内置无线和雷达预置，能够更快、更轻松地完成测试100 MSa/s 连续采样，确保不会遗漏信号毛刺时间选通峰值、专为安装、维护以及远程测量而设计–V3500A 和 U2020 系列、U8480 系列和 U2000 系列 USB 功率传感器具有重量轻和体积小的特点，为现场操作提供更多便利–轻巧型 U2049XA LAN 功率传感器可以通过 LAN 网络进行远程操作当您需要在道路上或基站塔中执行功率测量时，测量仪表的体积越小、重量越轻、数量越少，就会越有利于执行测量。
Itron FC300 野外收集系统说明书
Field Collection System with FC300Itron’s latest generation mobile meter data collection softwareField Collection System (FCS) is meter data collection software designed specifically for today’s utilities. FCS is a state-of-the-art, open-architecture software solution that works with Itron mobile technologies, field-proven ERT modules and meters for electric, gas and water utilities. FCS seamlessly integrates with Itron networks, existing enterprise billing systems and advanced meter data management systems for flexible and ease-of-use data sharing and management capabilities. FCS combines all the best features from decades of experience with innovative new features that will fulfill your meter data collection needs, now and into the future.FCS is a client/server application and is Microsoft® .NET-connected. FCS represents Itron’s commitment to open software architecture that “plays well with others”. XML, a widely-used programming standard, ensures interoperability between different software applications runningon a variety of platforms. Standard fileimport-export features connect directlyto established interfaces.FCS transfers meter data to and frommobile computers using the TCP/IPcommunication protocol. The speed ofTCP/IP gets employees to the field quicklywhich immediately increases dailyproductivity. The flexible and reliable FCScommunication system opens the door forutilities to use a wide array of wired andwireless data backhaul options.ARCHITECTUREThe FCS application server software imports and assigns routes to handheld and mobile collection devices, manages data collected in the field and prepares routes to be exported for billing. The FCS handheld application software provides field employees with an efficient means for collecting meter readings, other valuable data, and performing related work in the field, using rugged mobile devices.FlexibilityFCS is off-the-shelf software that is highly configurable allowing the utility to configure the business rules for office and field processes. SecurityThe FCS security system simplifies user and password management by leveraging existing Microsoft Windows ® user accounts. Role based security allows office managers and field managers to easily manage operational rights of groups and individual users.DatabaseFCS stores system parameters, routes and statistics in a relational database. FCS supports Oracle ® and Microsoft SQL Server ® databases. These open database systems allow utilities to mine the data in the FCS database to satisfy a variety of business needs. AutomationThe integrated Unattended scheduling system reduces office work requirements by using flexible and intelligent tasks automatically at any time of day. Job status notifications improve reaction times and reduce time spent monitoring the system.ReportsOver 40 standard reports and templates are available along with the tools and ability to customize reports according to specific business needs.NetworkingFCS provides a variety of features to improve operations related to network based metering systems. ChoiceConnect Fixed Network reading data can be imported and applied without changing the monthly route based billing process. FCS filtering dispatches only meters not collected by the network or through out-of-route readings. IntegrationFCS interfaces seamlessly to existing customer information and billing systems using XML, Premierplus4 and MV-RS ® import/export file interfaces. A variety of other interfaces link FCS directly to powerful applications such as ItronSecurity Manager, RouteSmart ®, MV-90 xi and Itron Enterprise Edition ™ to provide an easy migration path to value-added customer services that are required when business needs evolve.CENTRON ®Bridge MeterMETRIS ® Meter with 100G ERT ®Module100W ERT ModuleCENTRONBridge100G Gas MeterLeak SensorCENTRON 100W100G Gas Meter 100TFixed NetworkWalk-by and Drive-by Advanced AMRUtility Back OfficeField CollectionSystemNetwork Data Collection & ManagementFIELD COLLECTION SYSTEMMobile Data CollectionFCS supports the Itron Mobile Collection System, including the MC3, the most widely-used mobile automatic meter reading technology in the world and the most cost-effective way to collect meter readings. FCS integrates seamlessly with Mobile Collection System software via wired or wireless networks to transfer valuable route information quickly and reliably. The ability to collect large volumes of advanced meter data safely and efficiently makes mobile collection a very attractive option. Available with a GPS mapping system for graphical display of meters and mobile routes, Mobile Collection System and FCS are theautomatic meter reading choice for utilities that need accurate, reliable and cost-effective meter data.ADVANCED RADIO TECHNOLOGY Itron radio technology has taken huge leaps forward in recent years allowing Itron to provide products to meet the rapidly evolving needs of today’s utilities. FCS supports two-way radio communications with a new generation of endpoints including the CENTRON Bridge meter, 100W, and100G Datalogging ERT modules enabling utilities to collect 40 days of time synchronized daily or hourly meter readings. This data can be used to fulfill a wide variety of utility needs and eliminate special trips to the field releasing field service personnel to perform more important tasks. Itron has extended value beyond meter reading with 100T endpoints for monitoring cathodic protection, pressure correction and more. Utilities can also use FCS with radio equipped mobile devices to remotely connect and disconnect service for electric, gas and water. The utility may assign these tasks to specialist employees or perform these tasks automatically as part of existing meter reading operations.DATA COLLECTIONFCS transfers data to and from data collections devices with Internet Protocol (IP) based communications offering a flexible array of backhaul options, such as wired and wireless networks, public telephone, and broadband Internet. IP-based communications can transfer data over four times faster than collection systems that require serial communications, getting employees to the field as quickly as possible. Automated network data transfer replaces manual file transfers reducing human error and reducing labor.HandheldFCS utilizes ultra-rugged Itron FC300handheld computers to collect meter data from electricity, gas, and water meters and other field assets. FCS provides handheld meter readers with an expansive suite of account and meter information, allowing for safe and efficient data collection. FCS can process manual readings, optical or touch probe readings, and advanced meter data from Itron radio-based endpoints.Mobile Collector LiteFCS with MC Lite provides a low-cost, flexible hybrid solution for rural AMR deployments or where AMR is not fully deployed. The MC Lite uses a low-cost mobile radio unit and an FC300 as the data processor. The FC300 can toggle between standard walking mode and MC Lite drive-by mode for reading AMR-equipped meters. While in walking mode, keyed and probed reads can be collected or reads can be collected via walk-by AMR whenusing an FC300SR.MC3 – Mobile Collection SystemFC300 Handheld ComputerMobile Collector Litedisplayed on the collection devices to provide updates or cautions to meter readers along their route. Meter readers can be notified of this critical information using audible tones or through handheld vibration for the hearing impaired andto avoid potentially alerting dogs totheir presence.Reduced Operationaland Equipment CostsWith its IP-based communications, FCS can download routes and upload data from any data collection device given a connection to the utility network. These features eliminate the need for dedicated PCs at every utility office. The FCS software horizontal scaling architecture allows utilities to accommodate an expanding utility and customer base by adding additional servers, rather than replacing existing servers with bigger, more expensive servers. Also, with the abilityto set more than 400 processing options, utilities can deploy FCS without costly internal IT or third-party software customizations. When using the FC300 handheld, a utility has access to multiple applications on a single tool for improved workforce automation and field service. Increased Operational Efficiency Automated meter reading is significantly faster and more reliable than traditional key-in meter reading, reducing the number of resources devoted to meter reading and reducing the number of attempts to access a meter due to locked gates, dogs and other meter reading obstacles. Through its seamless communications with data collection devices, FCS provides meter readers with the information that enables them to quickly find and process electricity, gas and water meters. FCS and the multi-purpose FC300 handheld computer enable field employees to perform a variety of tasks allowing the utility to do more with less. Enhanced FCS reports provide managers multiple export formats and data that is automatically summed by office and cycle. FCS collects, stores and matches out-of-route readings to unprocessed meters reducing work dispatched to the field by exploiting readings already collected. When combined with datalogging, telemetry and other capabilities, FCS reduces special trips to the field and gives the field employee the tools to use that time to perform other valuable work.Guaranteed InvestmentsFCS guarantees that your current investment in Itron technologies will be protected going forward. FCS is compatible with all Itron mobile collection systems, the FC300 and FC200 handheld computers, all models Itron’s industry-leading AMR endpoints, and Itron telemetry endpoints. FCS and Itron advanced endpoints allow the utility to take advantage of AMR and even AMI features today then migrate to a fixed network system for all or just some of the utility territory. This unique combination of backwards compatibility and migration features enables the utility to get the most from investments made in the past, exploit new technology now and perfectly position the utility for the future. Itron’s commitment to the scalability and extensibility of our software means that no matter where your business is with respect to AMR, AMI or Smart Grid adoption, Itron’s solutions can take you where you want to go.BENEFITSPerformanceToday’s growing utilities face challenges such as managing a variety meter reading systems connected to various customer information databases. FCS provides the power and flexibility to consolidate operations and connect to those systems through various file interfaces—all automatically—and all on a single system. Through a scalable architecture, FCS provides a combination of power and nimbleness not found in any other system. Improved Data SecurityFCS supports advanced user authentication, as well as role-based functional security, so utilities can secure FCS based on specific business requirements. Each collection device is authenticated by FCS prior to downloading data. FCS can limit data access based on the utility’s organizational structure and individual employee rights. Upper-level managers may view all data, while office employees see only data relevant to their office. FCS has the ability to read and interact with Itron’s latest generation radio-based endpoints in an enhanced security mode where radio transmissions are encrypted and authenticated enhancing securityfor utilities and their customers.Increased Field SafetyWhen used for automated meter reading, FCS enhances employee safety by significantly reducing encounters with potential obstacles such as dogs, irate customers, especially important when reading meters and disconnecting services. FCS also enables the employee to locate the meter efficiently. Account and meter-specific information can be proactively。
德闻流量计IGTM用户手册
1.0IGTM 的详细说明51.1 概述 5 1.2 工作原理 52.0 安装62.1 装卸步骤和注意事项 6 2.2 与IGTM一起提供的零部件和相关文档8 2.3 铭牌说明9 2.4 认证、标定和压力测试10 2.4.1 认证10 2.4.2 最初的验证及标定11 2.4.3 水压测试和气密性测试11 2.5 安装12 2.5.1 润滑系统及启动前的润滑12 2.5.2 必要的直管段15 2.5.3 流向及安装方向15 2.5.4 连接压力变送器16 2.5.5 温度测量16 2.5.6 密度测量17 2.5.7 表头17 2.5.8 脉冲变送器19 2.5.9 簧片开关的详细说明22 2.5.10近开关的详细说明23 2.5.11叶轮和/或参考轮处的高频传感器23 2.5.12脉冲变送器的电气连接24 2.5.13流量计算机和流量修正器的必要设置273.0 运行283.1 精度28 3.2 瞬时流量的量程比28 3.2.1 高压下流量的量程29 3.2.2 过载30 3.3 温度量程30 3.4 最大压力31 3.5 运行条件下的压降31 3.6 制造材料32 3.7 气体成分和流量条件324.0 维护334.1 定期润滑33 4.2 备用备件34 4.3 旋转测试354.4 重新校准365.0 保证 36附图和表格表1 可提供的油泵 (13)表2 启动时所需润滑油的数量 (14)表3 可提供的脉冲变送器 (22)表4 法兰等级和允许的最大工作压力 (31)表5 IGTM制造材料的详细说明 (32)表6 定期润滑：周期 (34)表7 正常转子停止时间 (35)表8 可测量气体类型 (37)表9 推荐安全栅列表 (39)表10 口径流量组合表 (40)表11 气体流速和最大压降 (41)表12 流量计的尺寸图 (42)表13 流量计叶轮及频率参数表 (44)图1 IGTM上的铭牌 (9)图2 流量计机械读数 (18)图2 表头方向的改变 (19)图3 脉冲接头连接图 (20)图4 IS 安全手册的连接图 (24)图5 4-20mA模拟流量信号的连接图 (25)图6 双高频信号与流量计算机的连接图 (26)图7 高压下的量程比 (30)亲爱的用户:首先祝贺您购买高质量的测量仪器--- Vemm tec IGTM 型气体涡轮流量计。
1英寸VERIS艾伯特流量计安装与维护手册说明书
1 英寸 VERIS 艾伯特®安装和维护手册161-CN 请阅读并保存以下说明1目录安全信息介绍产品信息 (3)第 1 节：适用范围本手册的目的 (3)第 2 节：收货检验 (3)收货检验艾伯特® (3)第 3 节：安全预防第 4 节：安装前的准备 ...................................................................3-4安装位置 (3)安装方向 (4)水平管道 (4)垂直管道 (4)第 5 节：安装步骤..........................................................................5-6准备管道 (5)艾伯特®安装 (6)第 6 节：探头和部件安装 ................................................................6-9探头和填料安装 (8)压板螺栓安装 (9)帮助 (9)第 7 节：RTD 安装RTD 组件安装（如有提供）.......................................................................10-12第 8 节：维护 (13)更换填料 (13)有限保修和补救措施 (15)2设计、材料、重量及性能等级为近似值，如有变更，恕不另行通知。
有关最新信息，请访问armstrong 。
3设计、材料、重量及性能等级为近似值，如有变更，恕不另行通知。
有关最新信息，请访问 armstrong 。
第 1 节 适用范围以下说明是 1 英寸型艾伯特®流量计探头和主体的安装步骤。
这些安装步骤适用于所有流量测量的应用，包括液体、蒸汽和气体，并对在水平和垂直管道方向上安装探头提出了不同要求。
第 2 节 收货检验进行收货检验步骤时应执行以下任务：• 检查收到的物品并与产品装箱单进行核对。
Actaris Neptune Type S 流量计操作和维护手册说明书
TYPE S FLOWMETERS
INSTALLATION & OPERATION
For correct installation of Type S Flowmeters, the experience of Actaris Neptune is always available for your assistance. Do not hesitate to call the nearest Actaris Neptune authorized distributor.
MATERIALS OF CONSTRUCTION • Main Case: Bronze (ASTM B145 Alloy 844) Other metal components • Nutating Disk: Glass Phenolic Laminate
(Ryton or equivalent) • Diaphragm and Shafts: 304 SS • Gaskets: Viton “A”, Main Case Gaskets are Klingersil C4401
Piping • Coupling sets are provior ease in installation and removal during start-up system flushing.
流量计选型指南说明书
SERIESLFMALFMBLFMCLFMDLFMELFMFRanges 0.1 to 5 GPM water (0.5 to 18 LPM water)0.1 to 5 GPM water (0.5 to 18 LPM water)0.25 to 8 GPM water (1 to 30 LPM water)0.8 to 10 GPM water (3 to 40 LPM water)1.2 to 25 GPM water (5 to 100 LPM water)2.5 to 70 GPM water (10 to 250 LPM water)Accuracy±5% FS±5% FS±5% FS±5% FS±5% FS±5% FSBody MaterialsPolycarbonatePolycarbonatePolycarbonatePolycarbonatePolycarbonatePolycarbonateProcess Connection 1/2˝ male NPT in-line or 90° elbow connections 1/2˝ male NPT in-line or 90° elbow connections 1/2˝ or 3/4˝ male NPT in-line or 1/2˝ male NPT 90° elbow connections 3/4˝ male or female NPT in-line or 3/4˝ male NPT 90° elbow connections 1˝ male or female NPT in-line or 1˝ male NPT 90° elbow connections 2˝ male or female NPT in-line connections Scale Length2˝ (51 mm)3˝ (76 mm)3˝ (76 mm)3.5˝ (89 mm)4.5˝ (114 mm)5.5˝ (140 mm)SERIESRMARMBRMCVFAVFBVFC/VFCRRanges0.05 to 200 SCFH air (5 to 2500 cc/m air)1 to 50 GPH water (5 to 300 cc/m water)0.5 to 600 SCFH air (0.6 to 95 LPM air)1 to 100 GPH water (0.06 to 6.2 LPM water) 5 to 1800 SCFH air (2.5 to 850 LPM air)0.1 to 10 GPM water (0.05 to 5 LPM water)0.1 to 200 SCFH air (0.06 to 100 LPM air)0.6 to 40 GPH water (6 to 200 cc/m water)0.3 to 200 SCFH air (0.2 to 40 LPM air)0.5 GPH to 5 GPM water (0.002 to 20 LPM water) 2.5 to 100 SCFM air (60 to 2800 LPM air)0.5 to 20 GPM water (2 to 75 LPM water)Accuracy±4% FS±3% FS±2% FS±5% FS ±3% FS ±2% FS Body MaterialsPolycarbonate Polycarbonate Polycarbonate AcrylicAcrylicAcrylicTemperature Limits 130°F (54°C)130°F (54°C)130°F (54°C)With valve: 120°F (48°C); Without valve: 100°F (38.6°C)With valve: 120°F (48°C);Without valve: 100°F (38°C)120°F (48°C)Pressure Limits100 psi (6.7 bar)100 psi (6.7 bar)100 psi (6.7 bar)With valve: 100 psi (6.7 bar);Without valve: 150 psi (10 bar)With valve: 100 psi (6.7 bar);Without valve: 150 psi (10 bar)100 psi (6.7 bar)Process Connection 1/8˝ female NPT back connections 1/4˝ female NPT back connections1/2˝ female NPT back connections1/8˝ female NPT back or end connections1/8˝ female NPT back or end connections 1˝ female or male NPT or BSPT back or end connections (VFC only)Scale Length 2˝ (51 mm)5˝ (127 mm)10˝ (254 mm)2˝ (51 mm)4˝ (102 mm)5˝ (127 mm)Metering ValveOptional bottom or top mount brass or stainless steel valveOptional bottom brass or stainless steel valveOptional bottom brass or stainless steel valveOptional bottom or top mount brass or stainless steel valveOptional bottom brass or stainless steel valveVFCR standard with Delrin ® plastic full adjust and control valveGENERAL PURPOSE IN-LINEFlowmetersINDUSTRIALFlowmetersSERIESVATTVAVA1000 VA1500VA20000VA25000DR10000DR20000Ranges1.19 to 79 GPH water (75 to 5000 ml/min water)6.34 to 79.2 GPH water (400 to 5000 ml/min water)0.104 to 89.2 SCFH air (49 to 42000 ml/m air)0.009 to 19.97 GPH water (0.55 to 1260 ml/m water)0.22 to 49 SCFH air(104 to 23100 ml/min air)0.028 to 27 GPH water (1.8 to 522 ml/min water)0.792 to 93.9 SCFH air (374 to 44300 ml/min air)0.087 to 21.7 GPH water (5.5 to 1370 ml/m water)0.104 to 18.39 SCFH air (49 to 8600 ml/m air)0.01 to 3.32 GPH water (0.61 to 209 ml/min water)0.24 to 100 SCFH air (0.13 to 50 LPM air)0.02 to 24 GPH water (1.5 to 1500 cc/m water)0.33 to 90 SCFH air (0.16 to 44 LPM air)0.05 to 21 GPH water (3.2 to 1300 cc/m water)Accuracy±5% FS ±5% FS ±2% FS ±2% FS±2% FS±2% FS±5% FS±5% FSBody MaterialsPFA PFA Glass flow tube Glass flow tube Glass flow tube Glass flow tube Glass flow tube Glass flow tube Temperature Limits 250°F (121°C)250°F (121°C)250°F (121°C)150°F (65°C)250°F (121°C)150°F (65°C)250°F (121°C)250°F (121°C)Pressure Limits100 psi (6.7 bar)100 psi (6.7 bar)200 psi (13.8 bar)100 psi (6.7 bar)200 psi (13.8 bar)100 psi (6.7 bar)250 psi (17 bar)250 psi (17 bar)Process Connection 1/4˝ or 3/8˝ female NPT back connections 1/4˝ or 3/8˝ female NPT back connections 1/8˝ female NPT back connections 1/8˝ female NPT back connections 1/8˝ female NPT back connections 1/8˝ female NPT back connections 1/8˝ female NPT back connections 1/8˝ female NPT back connections Scale Length 5˝ (127 mm)3˝ (75 mm) 2.5˝ (65 mm) 2.5˝ (65 mm)6˝ (150 mm)6˝ (150 mm)2.5˝ (65 mm)6˝ (150 mm)Metering ValveN/A Optional 6-turn needle valve 6-turn needle valve; Optional 16-turn highprecision valve6-turn needle valve6-turn needle valve; Optional 16-turn high precision valve6-turn needle valveOptional 6-turn needle valveOptional 6-turn needle valveSERIESIFHFTVFSSSMRanges1.2 to 250 SCFM air (35 to 7080 LPM air)0.25 to 116 GPM water (0.95 to 439 LPM water) 2 to 22 SCFM air 0.5 to 25 GPM oil0.05 to 116 GPM water 0.025 to 0.545, 4.00 to 120.0 GPM water 0.16 to 3.20, 20.0 to 1000 SCFM air0.2 to 5.4, 4 to 120 GPM water 2 to 50, 20 to 1000 SCFM airAccuracy±3% FS±4% FS±2% FS±2% FSBody MaterialsGlass flow tube Aluminum, brass, or 304 SS Body: T316 SS; O-ring: Buna-N; Sight tube: Polysulfone Body: T316 SS; O-ring: FKM Temperature Limits 200°F (93°C)240°F or 400°F (115° or 204°C)300°F (149°C)300°F (149°C)Pressure Limits200 psi (13.8 bar); some models 125 psi (8.6 bar)600 psi to 6000 psi (41 to 413 bar)3/4˝ models: 300 psig (20.6 bar) @ 200°F (93°C);1-1/2˝ models: 180 psig (12.4 bar) @ 200°F (93°C)3/4˝ models: 1000 psig(68.9 bar) @ 250°F (121°C);1-1/2˝ models: 800 psig (55 bar) @ 250°F (121°C)Process Connection 1/2˝, 1˝ or 2˝ female NPT back connections 1/8˝ to 2˝ female NPT back connections 3/4˝ or 1-1/2˝ female NPT 3/4˝ or 1-1/2˝ female NPT Scale Length 4-3/4˝ (120 mm)1-1/2˝ to 2-1/4˝ (38 to 57 mm)3/4˝NPT: 3.2˝ (8 cm);1-1/2˝ NPT: 5.2˝ (13 cm)3/4˝ NPT: 3.2˝ (8 cm);1-1/2˝ NPT: 5.2˝ (13 cm)PADDLE AND THERMAL STYLEFlow SwitchesPISTON STYLEFlow Switches®SERIESV4V6V7V10V8FS-2TDFSServiceGases or liquidsGases or liquidsLiquidsGases or LiquidsLiquidsLiquidsLiquidsSet Point Range 3 to 2400 GPM (12 to 9000 LPM)17 to 10000 SCFM (8 to 4700 LPM).03 to 10 GPM (.11 to 38 LPM) .15 to 43 SCFM (4 to 1200 LPM)7.5 to 58.0 GPM (28.4 to 218 LPM) 2.3 to 9.5 GPM (8.7 to 36 LPM)8.8 to 50 SCFM (250 to 1420 LPM)6.8 to 58 GPM (25.7 to 218 LPM)4 to 396 GPM (15 to 1500 LPM)0.5 to 10 ft/s (0.15 to 3 m/s)Wetted Materials Brass, 430 SS, 316 SS*Brass or 303 SS, 301 SS, 302 SS, Ceramic* 301 SSBrass or 303 SS, 316 SS, 301 SS, 302 SS, CeramicBrass or 316 SS, 301 SS, 302 SS, Ceramic Tin-Bronze, Brass, SS 316 SS, Polysufone, and FKM Temperature Limits -4 to 400°F (-20 to 205°C)-4 to 400°F (-20 to 205°C)250°F (121°C)200°F (93°C)-40 to 250°F (-40 to 121°C)230°F (110°C)185°F (85°C)Pressure Limits5000 psig (345 bar)2000 psig (138 bar)2000 psig (138 bar)2000 psig (138 bar)250 psig (17.2 bar)145 psig (10.0 bar)500 psig (34.5 bar)Adjustable Set Point Yes Yes Yes Yes Yes Yes YesPower Requirement NoneNoneNone None None None 9 to 24 VDC Enclosure Rating WP and EXP WP and EXP WP WP WP WP WPSwitch TypeSPDT or DPDTSPDT or DPDTSPDTSPSTSPDTSPDT1 NO NPN, 1 NC NPN Process Connection 1-1/2˝ male NPT* or 1-1/2˝ male BSPT 1/2˝ male NPT* or 1/2˝ male BSPT 1˝ male NPT 1/2˝ male NPT* or 1/2˝ male BSPT 1˝ male NPT 1˝ male NPT or BSPT 1˝ male NPT Agency ApprovalsATEX, CE, CSA, FM, IECEx, UL**ATEX, CE, CSA, IECEx, KTL, ULCE, ULCE, CSA, URCE, cURusCECESERIESP2P3P1P8GVSAFSServiceGases or liquidsLiquidsLiquidsLiquidsLiquidsGases or LiquidsSet Point Range .05 to 1 GPM (.2 to 3.79 LPM).42 to 5 CFM (11.9 to 141 LPM).25 to 2 GPM (.95 to 7.57 LPM).1 to 1.5 GPM (.38 to 5.7 LPM).25 to 2 GPM (.95 to 7.57 LPM)1 to 8 GPM (3.8 to 30.3 LPM)1 to 75 SCFM @ 5 psi (28 to 2123 LPM @ 5 psi).5 to 20 GPM (2 to 75.5 LPM)Wetted Materials PPE & PS, Epoxy, 316 SSPolypropylene, PPS Composite, 316 SS, Fluorocarbon Brass, Polysulfone, 316 SS, Fluoroelastomer, Epoxy Brass, PPS Composite, Epoxy, 316 SS, Fluorocarbon Bronze, TFE, 316 SS, Fluoroelastomer, Ceramic 316 SS, Fluoroelastomer, Epoxy, Brass Temperature Limits 0 to 212°F (-18 to 100°C)0 to 212°F (-18 to 100°C)-20 to 225°F (-29 to 107°C)-20 to 275°F (-28 to 135°C)-20 to 200°F (-29 to 93°C)-20 to 300°F (-29 to 149°C)* Pressure Limits 150 psig (10.3 bar) @ 70°F (21°C), 50 psig (3.4 bar) @ 212°F (100°C)125 psig (8.6 bar) @ 70°F (21°C), 50 psig (3.4 bar) @ 212°F (100°C)1000 psig (69 bar)1500 psig (103 bar)400 psig (27 bar) @ 100°F (38°C)1000 psig (69 bar)Adjustable Set Point No No No No Yes Yes Power Requirement None None None None None None Enclosure Rating GPGPGP GPGP GP Switch TypeSPST, NO SPST, NOSPDTSPST, NO SPDTSPDTProcess Connection 1/4˝ male NPT 3/8˝ male NPT or 1/4˝ Quick Disconnect 1/4˝ female NPT 3/8˝ male NPT 1˝ female NPT 1/2˝ female NPT Agency ApprovalsCECECECECECE*Other options available, contact factory **No housing option (-NH) has no approvals*Other options available, contact factoryFLOWWater MetersSERIESTFPPFTSFI-100TDFMTServiceGasesLiquidsLiquids Liquids Wetted Materials PPS Brass or 316 SS Brass PVDF Accuracy±3% FS±1% FS±5% FS±1.5% FS Temperature Limits 158°F (70°C)212°F (100°C)-20 to 212°F (-29 to 93°C)194°F (90°C)Pressure Limits 40 psig (2.8 bar)400 psig (27.6 bar)125 psig (8.6 bar)145 psi (1.0 MPa)Pipe Size 1/8˝, 1/4˝, 3/8˝ or 1/2˝ (3.2 mm, 6.4 mm, 9.5 mm or 12.7 mm)1-1/2 to 40˝ (38.1 to 1016 mm)1/2˝ or 3/4˝ (12.7 mm or 19 mm)3/8˝, 1/2˝, 3/4˝, 1˝, 1-1/2˝ or 2˝ (9.5 mm, 12.7 mm, 19 mm, 25.4 mm, 38 mm or 50.8 mm)Flow Rate .042 to 420 SCFH (0.02 to 200 LPM) 1.2 to 25 ft/s (0.37 to 7.62 m/s) 2 to 35 GPM (7.6 to 132.5 LPM)0.44 to 176.11 GPM (0.1 to 40 m 3/h)Output0 to 5 V4 to 20 mA or pulsedPulsed4 to 20 mA or pulsedSERIESWMT2WMHWPTWRBTServiceWaterWaterWaterWaterWetted Materials Body and couplings: Brass; Measuring Chamber: ABS plastic Body and couplings: Brass; Measuring chamber: ABS plastic Body: Nylon 66; Couplings: Nylon 66, 1-1/2˝ (40 mm) sizes lead free ECO BRASS ®; Measuring chamber: ABS plasticBody and couplings: ECO BRASS ®; Measuring chamber: ABS plastic Accuracy±2% FSWMH-A-X-XX: Transitional flow: ±3%; Nominal flow: ±1.5%WPT-A-X-XX: Transitional flow: ±3; Nominal flow: ±1.5%Transitional flow: ±3%; Nominal flow: ±1.5%Temperature Limits 104°F (40°C)190°F (88°C)122°F (50°C)122°F (50°C)Pressure Limits 232 psi (16 bar)150 psi (10 bar)150 psi (10 bar)150 psi (10 bar)Pipe Size 1/2˝ to 2˝ (12.7 mm to 50 mm)5/8˝ x 1/2˝ to 2˝ (15 mm to 50 mm)5/8˝ x 1/2˝ to 1-1/2˝ (15 mm to 40 mm)5/8˝ x 1/2˝ to 2˝ (15 mm to 50 mm)Flow Rate 20 to 160 GPM (3 to 30 m 3/h)20 to 160 GPM (3 to 30 m 3/h)20 to 160 GPM (3 to 30 m 3/h)20 to 160 GPM (3 to 30 m 3/h)OutputPulsedPulsedPulsedPulsedULTRASONICFlow TransmittersSERIESMFSIEFUFBServiceLiquids Liquids Liquids Wetted Materials 316 SS316 SSn/aAccuracy±2% of reading 0.5% of reading, 1% of reading or ±1% FS ±2% of reading Temperature Limits 194°F (90°C)15 to 250°F (-9 to 121°C)275°F (136°C)Pressure Limits 232 psi (16 bar)400 psi (27.6 bar)N/APipe Size 1/2 or 1˝ (12.7 or 25 mm)4 to 36˝ (101 to 914 mm)0.05 to 79˝ (13 to 2000mm)Flow Rate 0.25 to 52.8 GPM (1 to 200 LPM) 0 to 20 ft/s (0 to6 m/s)0.33 to 33 ft/s (0.1 to 10 m/s)Output4 to 20 mA or pulsed(1) Analog: 4 to 20 mA, 0 to 5 V, 0 to 10 V or 2 to 10 V (display selectable);(1) Pulse/Frequency: 0 to 15 V peak pulse, 0 to 500 Hz or scalable pulse output (display selectable);(2) Alarm: (1) Empty pipe detection or minimum/maximum velocity, (display selectable); (1) Reverse flow output indication.4 to 20 mA, 0 to 16 mA or 0 to 20 mASERIESUFMPUBServiceLiquids Liquids Wetted Materials n/an/aAccuracy±3% of reading ±2% FSTemperature Limits 185°F (85°C)275°F (135°C)Pressure Limits N/AN/APipe Size 0.98 to 4.62˝ (24.89 to 117.35 mm)0.5 to 78˝ (13 to 2000 mm)Flow Rate 0.33 to 32.8 ft/s (0.1 to 10 m/s)0.33 to 65.62 ft/s (0.1 to 20 m/s)Output4 to 20 mA and pulsed 4 to 20 mA, 0 to 16 mA or 0 to 20 mA and pulsed Enclosure RatingNEMA 4X (IP66)NEMA 4X (IP66)。
安捷伦 LCR表 Agilent 4263B 用户操作手册 中文
LCR Meter Aglient 4263B简明用户手册（中文）1使用前准备 (2)1.1使用范围 (2)1.2设定供电电压（线电压） (2)1.3设定线电压频率 (2)2基本操作4263B (3)2.1恢复默认设置 (3)2.2连接测试夹具 (3)2.3设定测试线长 (4)2.4选择测试参数 (4)2.5设定测试信号频率 (4)2.6设定测试信号等级 (5)2.7设定直流偏置源电压DC Bias (5)2.8选择测量时间模式 (5)2.9设定平均值比率 (6)2.10选择测试量程 (6)2.11选择触发方式 (7)2.12设定触发延迟时间 (7)2.13开路校正 (8)2.14短路校正 (8)2.15使用范围限定分拣功能 (8)2.16使用连通确认功能，检测节点。
(9)2.17使用精度偏差分拣功能 (9)2.18选择显示模式 (10)2.19使用等级监视功能 (11)2.20选择蜂鸣模式 (11)2.21设定打印机，打印测量数据 (12)2.22连接被测试物体 (12)2.23使用直流偏置 (12)2.24触发测量 (12)2.25查证当前设置 (12)2.26问与答 (13)2.27参考 (13)2.28相关选用附件 (14)2.29测量量程设定 (15)3测量举例 (15)1使用前准备1.1使用范围1.2设定供电电压设定供电电压（（线电压线电压））后面板电压档115V 或者230V 。
1.3设定线电压频率按LINE 打开电源。
完全启动后，依次按，多次按选择，使闪烁，表示选中项，再按进入，会看到用选择合适频率，（中国就是50HZ市电），确认，退出一步，再次确认退出设置。
以上设定只需一次，以后不需要再设定。
2基本操作4263B2.1恢复默认设置，使用选择Yes，确认。
2.2连接测试夹具此操作很简单，旋入连上即可。
2.3设定测试线长使用选择线长，线长参照夹具说明书。
确认。
最好每次换夹具时，确认一次。
Vmd 固体流量计简要操作说明-中文版
INTECONT PLUS 固体流量计仪表简要操作说明（VEG20611/VMD20600）Ⅰ.面板指示灯说明：绿灯亮：电源正常；绿灯亮：CPU正常；红灯闪烁：故障报警；红灯亮：流量〈下限值红灯亮：流量〉上限值Ⅱ.显示区内容说明：上显示区左边：（光点转动）：开机状态（能测量流量和累计量）；（光点不动）：关机状态（不能测量流量和累计量，只能测量平台载荷）；键盘控制方式自动调零正在运行中；上显示区右边：有效设定值P下显示区左边：该事件表示仪表曾经停过电，但在停电期间，计数器读数将永久保存。
下显示区右边：实际流量。
操作选择键，还可以在下显示区中显示出其他测量值。
Ⅲ.操作键说明：：开机键（START）, ：关机键（STOP）。
：选择键（ROLL）。
可选择下显示区的如下内容：1．Z1=---------t，计数器Z1的读数；2．Z2=---------t，计数器Z2的读数；3．Z3=---------t ， 计数器Z3的读数； 4．Xd=---------%， 控制偏差； 5．Pe=---------t/h ， 外部设定值 6．I=-----------t/h ， 实际流量绝对值； 7．Ir=----------%， 实际流量相对值； 8．Q=----------kg ， 皮带载荷； 9．Qr=---------%， 载荷相对值； 10．n=---------0.0U/min ， 转速值；）P=----------- kg /h ； （2）Pr=----------%｝复位键（RESET ）：只能复位Z1和Z2，但不能复位Z3。
功能键（FUND ）：可调出如下功能：1．Display Check （显示器测试） 2．START/STOP Feeder （启动/停止给料机） 3．STOP Measuring Wheel （停止转速测量） 4．Service Value （服务值） 5．V olum Mode （容积/重量方式） 6．START/STOP KEYB.MODE （启动/停止键操作方式） 7．Select/Deselect Batch （选入/退出批量操作方式） 8．Easyserve active （激活/免除快捷服务） 9．Display Events （显示事件） 10． >0:Zero Set （手动调零） 11．Programming （编程）11.1 Read Parameters （读参数） 11.2 *Enter Parameters （输入参数） 11.3*Load Default Par. （装入默认值参数） 11.4 Print Parameters （打印参数） 11.5 Print Stat.Rep （打印状态报告） 12．Calib functions （标定功能程序） 12.1 *TW:Tare （去皮重程序） 12.2 *Set Time （设置时间）12.3 Start/Stop Simulation （启动/停止模拟方式）13. Print FMZ （打印计数器读数）注意：（1）带有*的功能程序，只能在输入Password（口令）=07734后，才能运行。
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。