flomaster 2021技术手册
Flowmaster V7 中文技术手册
Flowmaster V7中文技术手册第一章Flowmaster的图形用户界面 (1)1.1启动Flowmaster (1)1.1.1数据库管理概述 (2)1.2工程视图 (4)1.2.1网络模型 (5)1.2.2目录选项卡 (6)1.2.3用户选项卡 (7)1.2.4共享选项卡 (8)1.3组件网络模型 (8)1.3.1单击，拖拽和释放 (8)1.3.2连接 (9)1.3.3工具栏功能 (9)1.3.4过滤器 (10)1.3.5调色板 (10)实例1 (10)1.4网络模型视图 (11)1.4.1数据收集 (11)1.4.2数据输入 (13)1.4.3数据复制 (14)1.4.4选择单位设置 (15)1.4.5曲线数据 (16)实例2 (18)实例3 (19)1.4.6曲面数据 (19)1.4.7方程编辑器 (19)实例4 (20)1.4.8模拟类型过滤器 (20)1.5运行模拟计算 (21)1.5.1模拟类型和选项 (21)实例5 (22)1.5.2错误和警告 (23)1.6查看模拟结果 (23)1.6.1查看组件和节点模拟结果 (23)1.6.2结果绘制表格 (24)1.6.3结果绘图 (25)1.6.4生成报告 (26)第二章稳态分析 (27)2.1每个组件家族信息内容 (27)2.1.1管道类 (27)2.1.2弯头类 (28)2.1.3控制阀类 (29)2.1.4单向阀 (29)2.1.5方向控制阀 (30)2.1.7接头类 (30)2.1.8过渡接头类 (30)2.1.9节流孔类 (31)2.1.10泵类 (31)2.1.11发动机 (31)2.1.12蓄水箱类 (32)2.1.13稳压器类 (32)2.1.14边界源类 (33)2.1.15控制器类 (33)2.1.16汽缸类 (34)2.1.17负载类 (34)第三章稳态分析算例 (35)3.1稳态分析算例1 (35)3.2稳态分析算例2 (36)3.3稳态分析算例3 (39)3.4稳态分析算例4（飞机燃油系统） (41)第四章瞬态分析 (44)4.1引起剧烈压力波动的原因 (44)4.2流体瞬态特性的抑制 (44)4.3波的传递和最大压力变化估计 (44)4.4流动的“快速”，“缓慢”和“极慢”变化 (45)4.5压力波传播速度 (45)4.6水管中的波速 (46)4.7瞬态管道模型 (47)4.7.1刚性管道模型 (47)4.7.2弹性管道模型 (47)算例6 (47)4.8瞬态阀门模型 (49)4.9瞬态水泵模型 (49)4.10控制器的使用 (51)第五章瞬态分析算例 (52)5.1瞬态算例1 (52)5.2瞬态算例2――压力波分析 (54)5.3瞬态算例3——Rising Main (56)5.4瞬态算例4――PID控件 (60)5.5瞬态算例5——水力瞬态特性 (62)5.6瞬态算例6——水力瞬态特性 (64)第六章自定义目录基础操作 (66)6.1材料 (66)6.1.1利用模板创建新材料 (66)6.2子系统和子网络 (67)6.3符号和符号设置 (68)6.4自定义目录 (71)6.4.1快捷目录 (72)6.4.2复制组件到目录 (72)第七章附加功能 (73)7.1示意图配置和背景 (73)7.1.1添加背景图片 (74)7.2目录搜索功能 (74)7.3动态着色 (75)7.4图层 (77)算例7 (78)7.5压缩与解压缩 (80)第八章GUI高级功能 (83)8.1添加/替换组件 (83)8.2说明子窗体 (84)算例8 (84)8.3添加用户帮助 (86)8.4组件模板 (89)8.5复合组件 (97)算例9 (97)8.6逐步追踪 (103)8.7可变参数 (106)8.7分析模型——简要介绍 (108)第九章服务和支持 (111)其他课程 (112)附录——算例结果 (114)第一章Flowmaster的图形用户界面Flowmaster的图形用户界面（GUI）使用户能够快捷有效地进行系统设计和测试工作。
flomaster 2021技术手册
flomaster 2021技术手册摘要：一、引言二、flomaster 2021 技术手册概述1.手册的目的与适用对象2.手册的结构和内容三、产品概述1.产品简介2.产品系列与型号3.产品应用领域四、技术参数与性能1.基本技术参数2.性能指标3.技术创新与优势五、安装与调试1.安装前的准备工作2.安装步骤与要求3.调试流程与方法六、使用与维护1.使用操作规范2.常见故障处理3.维护保养方法七、售后服务与支持1.售后服务网络2.服务政策与承诺3.技术支持与培训八、结语正文：一、引言随着科技的不断发展，各种先进的工业设备逐渐成为生产过程中的关键因素。
作为一家致力于提供高品质工业设备的制造商，我们公司推出了一款全新的flomaster 2021 技术手册，旨在帮助用户更好地了解和使用我们的产品，充分发挥其性能优势。
二、flomaster 2021 技术手册概述2021 技术手册为flomaster 产品的使用者和维护人员提供了详尽的技术信息。
本手册旨在为用户提供一个全面的参考资料，以便更好地理解和操作flomaster 产品。
手册的内容涵盖了产品概述、技术参数与性能、安装与调试、使用与维护、售后服务与支持等方面。
三、产品概述1.产品简介flomaster 产品是我公司研发的一款具有国际领先水平的工业设备，广泛应用于各种生产领域。
该产品凭借其卓越的性能、可靠的稳定性和高效节能的特点，深受用户好评。
2.产品系列与型号flomaster 产品包括多种型号，以满足不同客户的需求。
用户可以根据自己的生产环境和需求选择合适的型号。
3.产品应用领域flomaster 产品广泛应用于汽车制造、电子、化工、冶金、建材等行业，为用户提高生产效率、降低生产成本提供了有力保障。
四、技术参数与性能1.基本技术参数flomaster 产品的基本技术参数包括设备尺寸、重量、功率等，用户可以根据这些参数进行初步选型。
2.性能指标flomaster 产品的性能指标包括生产能力、精度、稳定性等，这些指标是衡量产品性能优劣的重要依据。
ONE-HOUR WesternTM Multiplex Kit 技术手册说明书
ONE-HOUR Western TM Multiplex Kit ITechnical Manual No. 0255 Version 06192009I Description (1)II Kit Contents (2)III Related Produ cts (2)IV Key Features (2)V Storage (2)VI ONE-HOUR Multiplex Western TM Protocol (3)VII Examples (4)VIII Troubleshooting (6)IX Ordering Information (6)I. DESCRIPTIONWestern blot analysis is one of the most commonmethods of detecting proteins and of determiningspecific protein concentrations in biological samples.However, loading errors and other human problemscan confound this otherwise reliable system. Aninternal control is often needed to control and correctfor such problems and to semi-quantitate proteinexpression levels. To date, the three most widelyused internal controls are housekeeping proteinsGAPDH, β-actin, and α-tubulin. However, to avoidcrossover reactions, researchers usually need toperform two Western blots (by either cutting themembrane into two halves or by stripping themembrane after the first blot) to detect the targetprotein and the internal control separately. GenScriptnow introduces the ONE-HOUR Western™ MultiplexKit I. It can detect both the target protein andGAPDH in a single blot on the same membrane. Likeother kits employing GenScript’s ONE-HOURWestern™ technology, it completes the blot in aboutone hour.Using GenScript's breakthrough immunodetectiontechnology (patent pending), the kit replaces theclassical three-step Western, which can take nearlyfive hours. Transfer the proteins from gel tomembrane and incubate it in the pretreat solution forfive minutes. Then incubate in WB solution withprimary antibody for 40 minutes, and, lastly, washthree times for ten minutes each. The membrane canthen be developed with the HRP substrate includedin the kit. The kit contains all the necessary reagents,buffers, nitrocellulose membrane and HRP substratefor performing a Western blot.The ONE-HOUR Western™ Multiplex procedure is contrasted with a classical three-step Western at right.ONE-HOUR Western™Multiplex Kit I already contains a GAPDH antibody that specifically reacts with human, mouse, and rabbit GAPDH protein. Only a primary antibody for the target protein is required.The kit contains WestClear™ Nitrocellulose Membrane (0.2 µm) and LumiSensor™ Plus Chemiluminescent HRP substrate optimized for best results. WestClear™Nitrocellulose Membrane and LumiSensor™Plus Chemiluminescent HRP Substrate Kits are also available separately.II. KIT CONTENTSThree different kinds of ONE-HOUR Western TM Multiplex Kit I are available. GenScript provides kits intended for use with rabbit (L00315), mouse (L00316), and goat (L00317) primary antibodies, respectively. Each kit contains enough reagents for ten minigel (7.5 x 8 cm) Western blots.III. RELATED PRODUCTS●WestClear TM Nitrocellulose Membrane L00224A60●LumiSensor TM Chemiluminescent HRP Substrate Kit L00221V60●LumiSensor TM Plus Chemiluminescent HRP Substrate Kit L00225●10X wash solution MB01011●Pretreat solution (A + B) M01013IV. KEY FEATURES◆Easy to perform: This kit has fewer and simpler steps than other Western kits, leaving fewer chances forhuman error.◆Low background: The kit contains WestClear TM Nitrocellulose Membrane and LumiSensor TM PlusChemiluminescent HRP Substrate Kit, optimized for low background.◆High sensitivity: The kit's sensitivity is comparable to or better than that of the classical 4.5-hourprocedure, depending on the quality and amount of antibodies used.◆Reproducible results: The kit produces highly reproducible results.◆No secondary antibody is needed: No extra GAPDH antibody is needed.◆The ONE-HOUR Western™ needs far less optimization than the classical three-step method.V. STORAGEStore WestClear TM Nitrocellulose Membrane at room temperature. Store the rest of the kit at 4 C. It will remain stable for six months. Do not freeze the kit or any of its components.VI. ONE-HOUR WESTERN TM PROTOCOLThis procedure is optimized for a sheet of 7.5 x 8 cm membrane, but reagent volumes can be scaled up or down according to the size of the membrane used.Reagents not provided:Purified primary antibodies for target protein. Affinity-purified antibodies are recommended. Further optimization may be needed if the serum containing the antibody is to be used.Before use, prepare the following:Dilute 12.5 ml of 10X wash solution with112.5 ml of distilled or filtered water tomake 125 ml of 1X wash solution. Use 15ml of 1X wash solution for each rinse and20 ml of 1X wash solution for each wash. Ifany precipitate forms in 10X wash solutionduring storage, incubate the bottle in warmor hot water bath (up to 50︒C) withoccasional mixing until all the precipitatedisappear. Dilute the buffer with ddH2O to1X and store it at 4︒C.Western blot procedure:Do not wash the membrane aftertransferring the proteins from the gel.Proceed directly to the steps below.1. Prepare mixture 1Before or during protein transfer,prepare Mixture 1 by mixing 100 µl ofWB-1 with 5 to 10 µg of primaryantibody in a microcentrifuge tube.Vortex Mixture 1 for a few seconds andspin down briefly to collect the solutionin the bottom of the tube. Incubatemixture 1 at RT (room temperature) forat least 40 minutes. (Longer incubationis preferred. For overnight incubation,store mixture 1 at 4o C.)Note: If using less primary antibody, reduce the volume of WB-1 accordingly. For example, mix 50 µL of WB-1 with 2 µg of primary antibody to make mixture 1. No adjustment of the other reagents will be necessary.2. Pre-treat membraneJust before the protein transfer from gel to membrane is complete, mix 10 ml of pretreat A solution with 10 ml of pretreat B solution in a plastic container to make the pretreat solution. Incubate the membrane in thepretreat solution mixture on a shaker for five minutes at RT. After incubation, rinse the membrane twice with15 mL of 1X wash solution.3. Final Incubation of pre-treated membranea. Add mixture 1 to 10 ml of WB-2 in a plastic container and mix well. Incubate the membrane in thissolution (WB-2 containing Mixture 1) on a shaker at RT for 40 minutes.b. Rinse the membrane once with 15 ml of 1X wash solution. Wash the membrane on a shaker three timesfor ten minutes each with 20 ml of 1X wash solution. Use a clean container for each wash step toavoid carryover contamination and to reduce background.4. Signal developmenta. Mix 3 ml of LumiSensor TM Plus Reagent A with 3 ml of LumiSensor TM Plus Reagent B by vortexing for afew seconds to make the Working Solution. Use 0.1 ml of the Working Solution per cm2 of membrane.The Working Solution is stable for several hours at room temperature when protected from light.b. Drain the excess Wash solution from the membrane by holding the membrane vertically with forceps andtouching the edge against a tissue. Place the membrane on clean, flat surface, and cover the membrane with Working Solution.c. Incubate for three minutes at room temperature. Place the membrane on a soft, clean tissue. Useanother tissue to remove excess Working Solution. Wrap the membrane in a clean piece of plastic film.d. Expose to a sheet of film for 1 minute and then develop. Repeat with different exposure times to find thebest results.VII. EXAMPLES1. Shown below is a ONE-HOUR Multiplex Western TM Blot performed using rabbit polyclonal antibody.The ONE-HOUR Western TM Multiplex Kit I (GAPDH), Rabbit (GenScript, L00315) was used to detect both GAPDH and a His-tagged protein (with the MW of about 45 kDa) in Hela cell lysate spiked with a His-tagged protein.Figure 1. Shown at right is amultiplex Western blot for thedetection of both GAPDH and aHis-tagged protein from Helacell lysate spiked with a His-tagged protein (MW of about 45kDa) using ONE-HOURWestern TM Multiplex Kit I(GAPDH), Rabbit (GenScript,L00315) and Rabbit Anti-His-tagPolyclonal Antibody (GenScript,A00174). 5 µg of Hela celllysate (BD Biosciences, 611449)was spiked with 50.0, 25.0, 12.5,6.25, 3.13, and 0 ng of a His-tagged protein and loaded intoLanes 1, 2, 3, 4, 5, and 6,respectively. The Western blotwas performed following themanufacturer's protocol anddeveloped with theLumiSensor TM Plus Chemiluminescent HRP Substrate Kit (GenScript, L00225) included in the kit.2. Shown below is a ONE-HOUR Multiplex Western TM Blot performed using mouse monoclonal antibody. The ONE-HOUR Western TM Multiplex Kit I (GAPDH), Mouse (GenScript, L00316) was used to detect both GAPDH and Trx protein in Hela cell lysate spiked with Trx protein.Figure 2. Shown at right is a multiplex Westernblot for the detection of both GAPDH andTrx protein from Hela cell lysate spikedwith Trx protein using the ONE-HOUR Western TM Multiplex Kit I (GAPDH), Mouse (GenScript, L00316) and Mouse Anti-Trx-tag Monoclonal Antibody (GenScript, A00180). 5 µg of Hela cell lysate (BD Biosciences, 611449) was spiked with 50.0, 25.0, 12.5, 6.25, 3.13,and 0 ng of Trx protein and loaded into Lanes 1, 2, 3, 4, 5, and 6, respectively.The Western blot was performed followingthe manufacturer's protocol and developed with the LumiSensor TM Plus Chemiluminescent HRP Substrate Kit (GenScript, L00225) included inthe kit.3. Shown below is a ONE-HOUR Multiplex Western TM Blot performed using goat polyclonal antibody.The ONE-HOUR Western TM Multiplex Kit I (GAPDH), Goat (GenScript, L00317) was used to detect both GAPDH and Trx protein in Hela cell lysate spiked with Trx protein. Figure 3. Shown below is a multiplex Western blot for the detection of both GAPDH and Trx protein from Hela cell lysate spiked with Trx protein using the ONE-HOUR Western TM Multiplex Kit I (GAPDH), Goat (GenScript,L00317) and Goat Anti-Trx-tag Polyclonal Antibody (GenScript, A00129). 5 µg of Hela cell lysate (BD Biosciences, #611449) was spiked with 50.0, 25.0, 12.5, 6.25, 3.13, and 0 ng of Trx protein and loaded into Lanes 1, 2, 3, 4, 5, and 6, respectively. The Western blot was performed following the manufacturer's protocol and developed with the LumiSensor TM Plus Chemiluminescent HRP Substrate Kit (GenScript, L00225) included in the kit.VIII. TROUBLESHOOTINGIX. ORDERING INFORMATIONONE-HOUR Western TM Multiplex Kit I: L00315 for rabbit primary antibodyL00316 for mouse primary antibodyL00317 for goat primary antibodyGenScript Corporation120 Centennial Ave., Piscataway, NJ 08854Tel: 732-885-9188, 732-885-9688Fax: 732-210-0262, 732-885-5878Email: ******************Web: Limited Use Label license: This product may be the subject of one or more patents filed by GenScript Corporation. The purchase of this product conveys to the buyer the non-transferable right to use the purchased amount of the product and components of the product in research conducted by the buyer (whether the buyer is an academic or for-profit entity). The buyer may not sell or otherwise transfer (a) this product (b) its components or (c) materials made using this product or its components to a third party or otherwise use this product or its components or materials made using this product or its componentsforanycommercialpurposes.Forcommercialuse,******************************************.。
海洛斯操作手册(说明书)
HIROSS恒温恒湿机房精密空调操作手册HIMOD系列北京****科技有限公司技术部2009年01月01日目录第一章HIMOD系列海洛斯空调概述....................................................................................1.1型号多 ....................................................................................................................................1.2控制技术先进 ........................................................................................................................1.3制冷系统 ................................................................................................................................1.4送风系统 ................................................................................................................................1.5加湿系统 ................................................................................................................................1.6加热系统 ................................................................................................................................1.7其它 ........................................................................................................................................ 第二章HIMOD系列海洛斯空调型号含义............................................................................ 第三章有关空调的一些资料 ..................................................................................................3.1气流组织方式 ........................................................................................................................3.2盖板纽开启方式 ....................................................................................................................3.3空调重量 ............................................................................................................................3.4机组尺寸及维护空间 ............................................................................................................ 第四章制冷循环管路示意图 ..................................................................................................4.1风冷却（A型）.....................................................................................................................4.2水冷却（W型）....................................................................................................................4.3双冷源（D型）.....................................................................................................................4.4单系统（C型）.....................................................................................................................4.5双系统（C型）..................................................................................................................... 第五章调速风机调速接线示意图........................................................................................... 第六章MICROFACE概述......................................................................................................6.1概述 ........................................................................................................................................6.2Microface面板简介................................................................................................................6.3LCD液晶显示屏介绍 ............................................................................................................ 第七章MICROFACE面板的操作.......................................................................................... 第八章控制器的使用 ..............................................................................................................8.1控制器（HIROMATIC）概述 ..............................................................................................8.2控制器的操作 ........................................................................................................................8.3菜单结构 ................................................................................................................................ 第九章日常维护及特殊维护 ..................................................................................................9.1日常维护 ................................................................................................................................9.2特殊维护 ................................................................................................................................ 第十章常见报警及处理 ................................................................................................................10.1低压报警 ..............................................................................................................................10.2高压报警 ..............................................................................................................................10.3加湿报警 ..............................................................................................................................10.4失风报警 ..............................................................................................................................10.5电加热过热报警 ..................................................................................................................10.6显示器发黑 ..........................................................................................................................10.7空调不制冷 .......................................................................................................................... 附录1：参数列表 .................................................................................................................... 附录2：报警内容列表 ............................................................................................................. 附录3：各菜单项含义 .............................................................................................................第一章HIMOD系列海洛斯空调概述HIMOD系列海洛斯空调(HIMOD空调)是当今世界上最先进的机房专用恒温恒湿机房专用精密空调。
flomaster 2021技术手册
flomaster 2021技术手册
【原创实用版】
目录
1.flomaster 2021技术手册概述
2.flomaster 2021技术手册内容详解
3.flomaster 2021技术手册使用方法
正文
flomaster 2021技术手册是一本关于计算机技术的重要参考资料，它包含了有关计算机系统的各种技术细节。
它主要面向计算机专业人员和计算机爱好者，帮助他们更好地理解计算机系统的内部结构和运作原理。
在flomaster 2021技术手册中，读者可以了解到计算机硬件和软件的基础知识，包括CPU、内存、硬盘、主板等硬件组件以及操作系统、应用程序等软件组件。
此外，手册还介绍了计算机系统的各种技术细节，如硬件配置、系统优化、系统备份等。
手册还提供了许多实用的技巧和建议，以帮助读者更好地使用计算机系统。
例如，手册提供了如何安装和卸载软件、如何优化系统性能、如何备份数据等实用技巧。
此外，手册还提供了有关计算机系统的各种技术细节，如CPU架构、内存控制器等。
flomaster 2021技术手册是一本非常实用的参考手册，它可以帮助读者更好地理解计算机系统的内部结构和运作原理。
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coatmaster Flex 用户操作手册说明书
coat master Flex用户操作手册coat master Flex© 2019-2021 coatmaster AG未经coatmaster AG 明确许可,不得分发和复制本文档,也不得出于合法目的使用和传播本文档内容。
有关违规将受到法律诉讼。
如果是授予专利或实用新型注册(ISO-16016),则保留所有权利。
由于技术变化和印刷错误，本文档所给出的数值都是近似值，不应作为法律担保的依据。
这些数值可能会根据元件的误差而发生变化。
上次更新：05/2021coat master Flex1目录1目录 (2)1技术资料 (4)2客户要求和设备规范 (5)3应用 (6)4功能和测量原理 (6)5安全和责任 (7)5.1警告符号 (7)5.2标志与 Figure 示 (8)5.2使用不当 (9)5.3产品安全 (10)6交货范围 (11)7设置 (12)7.1电池 (13)7.1.2电池安装 (13)7.2导览面板 (14)7.3打开/关闭电源 (14)7.4语言选择 (14)7.5Wi-Fi 设置 (16)7.6启动 (17)7.7使用coatmaster®Flex 操作本地伺服器 (18)8操作说明 (19)8.1系统设定 (19)8.2主功能表 (22)8.3分组菜单 (23)8.4应用功能表 (24)8.5测量 (33)8.6资料传输/云端 (34)8.6.1登录 (34)8.6.2应用 (36)8.6.3监控 (36)9故障排除和最佳解决方案 (39)9.1错误讯息 (39)9.2错误代码 (39)9.3常见问题 (42)9.4咨询热线 (42)10储存和运输 (42)11维护和维修 (43)11.1更换过滤棉 (44)11.2清洁和护理 (44)11.3保修期 (44)12. API 接口描述 (45)前言亲爱的客户,感谢购买并使用coatmaster®Flex，它能高效协助优化工艺及生产优质产品。
Itron Flostar M 大型水费收集仪产品说明书
Flostar MDesigned to meet the advanced needs of water utilities in large revenue collection applications Engineered for reliability and built upon 20 years of industry-leading design, Itron’s Flostar M is the bestchoice for drinking water metering in commercial and industrial applications.FEATURES AND BENEFITS »Very wide dynamic range, MID-approved up to R630 »Low fl ow accuracy »Peak fl ow capacity»Hermetically sealed register (IP68), orientable 360»Mobile fl anges for ease of installation and resizing»Hermetically sealed register (IP68), orientable 360°»Body material in compliance with the new European Drinking Water requirement (4MS Approach )»Flostar M is not affected by fl ow disturbances generated by the most commonly seen hydraulic disturbers when they are placed directly upstream of the meterWide Measuring RangeFlostar M is a single jet meter available in sizes from DN 40 to 150.Its metrological performances far exceed ISO 4064-1: 2005 standards.Its low fl ow accuracy range combined with signifi cant peak fl ow capacity ensure complete and effi cient measurement whatever the faced fl ow-rates. ReliabilityFlostar M features a direct magnetictransmission between the turbine and the register without any intermediate gearing in the metered water.This results in a very robust and reliable design able to withstand most types of potable water environments.Ease of read in the toughest humid environments (ie: fl ooded pits) is secured by hermetically sealed IP68 register (copper can/mineral glass envelope).Simple an effectiveSimple but highly engineered materials and design enable a very long durability and the best performances for water metering.Endurance & Peak Flow Resistance Performance over time is a key requirement for effi cient billing. Flostar M features a patented turbine ball pivoting enhancing endurance at low fl ow-rates. Hydrodynamic balance and turbinedesign bring resistance at high and peak fl ows.M I D V E R S I ONWATERCyble RF fi tted on Flostar MFlostar M indicatorFlostar M DN65»Hermetically sealed register(coppercan/mineral glass envelope) »Patented ball pivot »Patented turbine levitationWORKING PRINCIPLEFlostar M is a single jet meter. The water jet is canalized by an injector before hitting the turbine. The single jet tapered injector straightens the fl ow profi le. Its large bore area prevents meter overspeed by clogging.The high precision design of the inlet1 allows Flostar M to meet best accuracy without the need for any bypass or calibration vane adjustment system. The turbine movement is directly transmitted to the extra dry registerthrough a magnetic coupling 2 without the need for any intermediate gearing in the metered water.COMMUNICATION :READY FOR SMART METERING Flostar M is supplied pre-equipped with Cyble TargetAllows communication and remote reading through:»Pulse output (Cyble Sensor) »M-Bus protocol (Cyble M-Bus)»Radio frequency wireless link (Cyble RF)These Cyble modules allow the Flostar M meter to be connected with various associated systems like our supervision system WaterMind (see specfi c leafl et). They are particularly adapted tocommercial and industrial applications where a need for frequent meter monitoring is expressed especially in hard-to-read locations.This allows Flostar M to conserve itsinitial accuracy over time, under the most demanding service conditions of potable water networks.High quality material for the turbine bearings and patented ball pivot 3 design allows detection of leakages initially and over time regardless of the fl ow profi les. The hermetically sealed copper can/mineral glass enveloppe of the IP68 register 4 is safeguarding the read and integrity of the indicator in the toughest environments (fl ooded pits, mechanical tampering attempts, ...).Flostar M is equipped with Mobile fl anges; See Intructions of Installation Guide.Key Advantages of Cyble Technology »No need for additional investment on the meter to implement remote reading »Itron standardized meter interface, irrespective of meter technology and widely spread on Itron water meters range»Reliable electronic switching (no wear or bouncing)»Reverse fl ow management»Field proven technology with a 25 years experience»Not affected by magnetic tampering314Flostar M DN40 3D Section* Average values - ** Without impact of accuracy performances.TYPICAL ACCURACY CURVE, FLOSTAR M QN 30 M 3/H02468-2-4-6-8The dynamic range is defined by the Ratio (R) between the permanent (Q3) and the minimum flowrate(Q1)DN 40 and 50 (threaded)DN 40 and 50 (tot)DN 50 upto 150 (flanged)Easy sizing of the meterFlostar M DN50, DN65 and DN80can be supplied with bigger flanges and lengths to facilitate meter sizing to the real usage flow rates.HEAD LOSSDIMENSIONSINSTALLATION REQUIREMENTS»Flostar M should be installed in the horizontal position with totalizer facing up for optimum performances.»Installation of a strainer upstream of the meter is recommended to protect the hydraulics from water-borne particles and debris. Please consult Itron’s strainer brochure.Flostar M DN 40 is supplied as standard with a strainer and can be fitted with standard non return valve on request).»According to the new European standard EN 14154, Flostar M execution doesn’t require any straight length upstream/downstream of the meter (U0/D0 classification).1020304050607080901001101201301401501601701801902001bar m 3/hDIN mm-270270300300360-B mm 175175175180200184240C mm 125125125120150166210D mm 45488392100110144E mm 133130130129135148173F mm 189189224232246269328H mm 144141141140146159184I mm 104104104118171198236Jmm 40408392100110144WeightKg5,7610172131,562* Additional sleeve DN 150 length 50 mm available..。
flomaster 手册
Flomaster 手册是关于 Flomaster 产品的详细指南，提供了对该产品的全面了解和使用说明。
Flomaster 是一款高效、稳定的流体传动系统模拟分析软件，广泛应用于航空、能源、汽车等领域。
手册详细介绍了 Flomaster 的功能特点、操作方法、应用案例等方面的信息。
首先，手册介绍了 Flomaster 的功能特点，包括强大的流体传动系统建模、仿真、优化等功能，以及与其他软件的兼容性和数据交换能力。
用户可以根据手册的指导，轻松地使用 Flomaster 进行流体传动系统的模拟分析。
其次，手册提供了详细的操作方法，包括软件安装、界面介绍、模型建立、参数设置、仿真运行等方面。
同时，手册还针对不同领域的实际需求，提供了丰富的应用案例和实际经验分享，帮助用户更好地掌握 Flomaster 的使用技巧和应用方法。
总之，Flomaster 手册是用户学习、掌握和使用 Flomaster 软件的重要指南。
通过阅读手册，用户可以更好地了解 Flomaster 的功能和操作方法，提高使用效率和应用体验。
同时，手册还为用户提供了丰富的应用案例和实际经验分享，帮助用户更好地解决实际问题。
Micro Mark 1143 Tools 用户手册 说明书
ࡗSee Cylinder page for parts breakdown.
REF QTY PART NO.DESCRIPTION
1286028433Bearing Retainer Plug
1316069764Fork Stop
142765352Capscrew, M8 x 30
REF QTY PART NO.DESCRIPTION
6165880Cylinder
116165879Shell
22663694Plug, 3
316066334O-Ring u
416066370Backup Ring u
526066318Piston Ring u
616066303Rod Seal u
626163818Spacer
74768809Capscrew, M10 x 16
82601676Fitting, 6-6
926066574Lower Hook
1026162714Lower Bearing
114214991Capscrew, M16 x 45 124667225Washer, .62
Included in Service Kit.
216082077Fork Carrier, LH
346066470Fork Stop
48219596Capscrew, M8 x 16 Reference: Fastener Kit 6067507, SK-9720.
Forks
25G2
REF QTY PART NO.DESCRIPTION 146069326Fork
716066320Piston Seal u
816066280Rod Wiper u
flomaster 2021技术手册
flomaster 2021技术手册**Flomaster 2021技术手册简介**Flomaster 2021是一款功能强大的技术产品，旨在为用户提供便捷的操作体验。
本手册旨在为您提供有关Flomaster 2021的详细信息，包括其主要功能、优势、适用场景、安装与使用方法等。
通过阅读本手册，您将能够全面了解Flomaster 2021的各项特性和操作方法。
**Flomaster 2021的主要功能与优势**Flomaster 2021凭借其先进的技术和丰富的功能，为用户带来了诸多便利。
以下是Flomaster 2021的主要功能和优势：1.高效性能：Flomaster 2021采用了先进的算法和技术，大大提高了工作效率。
2.易用性：Flomaster 2021的用户界面简洁直观，方便用户快速上手。
3.多样化功能：Flomaster 2021涵盖了多种实用功能，满足用户在不同场景下的需求。
4.兼容性：Flomaster 2021支持多种操作系统和设备，便于用户在不同平台上使用。
5.安全性：Flomaster 2021注重用户数据安全，为用户提供可靠的保护措施。
**Flomaster 2021的适用场景**Flomaster 2021适用于以下场景：1.企业级应用：Flomaster 2021可以提高企业内部工作效率，降低成本。
2.个人创作者：Flomaster 2021可以帮助个人创作者更高效地完成任务。
3.学术研究：Flomaster 2021可以为学术研究人员提供数据处理支持。
4.工程技术领域：Flomaster 2021可以辅助工程师进行项目管理和技术分析。
**如何安装与使用Flomaster 2021**1.下载并安装Flomaster 2021：请访问官方网站或相关渠道下载适用于您操作系统的Flomaster 2021安装包，并按照提示完成安装。
2.注册与登录：安装完成后，您需要注册一个账户并登录。
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flomaster 2021技术手册
（实用版）
目录
1.Flomaster 2021 技术手册概述
2.Flomaster 2021 的主要功能
3.Flomaster 2021 的安装与配置
4.Flomaster 2021 的使用方法
5.Flomaster 2021 的维护与升级
6.Flomaster 2021 的技术支持与资源
正文
【Flomaster 2021 技术手册概述】
Flomaster 2021 是一款集数据采集、处理、分析和可视化于一体的数据管理软件。
本手册旨在帮助用户了解 Flomaster 2021 的功能、安装配置、使用方法以及维护升级等方面的内容，使您能够更好地利用Flomaster 2021 解决数据处理问题，提升工作效率。
【Flomaster 2021 的主要功能】
Flomaster 2021 具有以下主要功能：
1.数据采集：支持多种数据源接入，如数据库、API 接口、文件等，实现数据的自动化采集。
2.数据处理：提供数据清洗、转换、合并等功能，确保数据质量。
3.数据分析：内置多种数据分析模型，如统计分析、机器学习等，助力用户深入挖掘数据价值。
4.数据可视化：支持多种图表展示形式，如柱状图、折线图等，便于用户直观地展示数据分析结果。
5.数据共享：支持数据报告导出，便于用户在团队中分享数据分析成果。
【Flomaster 2021 的安装与配置】
1.下载与安装：访问 Flomaster 2021 官方网站下载软件安装包，按照提示进行安装。
2.配置环境：确保您的计算机满足 Flomaster 2021 的系统要求，如操作系统、内存等。
3.授权与激活：根据购买许可，激活 Flomaster 2021。
【Flomaster 2021 的使用方法】
1.打开 Flomaster 2021，进入主界面。
2.创建数据项目：选择数据源、数据处理方式等，创建数据项目。
3.运行数据项目：Flomaster 2021 将自动完成数据采集、处理、分析和可视化。
4.查看结果：在结果面板中查看数据分析报告和图表。
5.导出报告：将报告导出为 PDF、PPT 等格式，便于分享。
【Flomaster 2021 的维护与升级】
1.定期更新：Flomaster 2021 将定期发布更新版本，优化功能和修复漏洞。
2.技术支持：访问 Flomaster 2021 官方网站，获取在线技术支持。
3.社区资源：加入 Flomaster 2021 用户社区，与其他用户交流经验和解决问题。
【Flomaster 2021 的技术支持与资源】
1.技术支持：访问 Flomaster 2021 官方网站，获取在线技术支持。
2.用户手册：查阅 Flomaster 2021 官方用户手册，了解详细操作方
法。
3.在线教程：观看 Flomaster 2021 在线教程，学习实战技巧。