流量开关FS32调试手册
Festo GRLA 优化流量调节阀门系列说明书
Válvulas de regulación optimizada del caudal GRLA, con racor rápido QS integradoCaudal³Accionamiento manual o con herramienta. Tubos flexibles de dos diámetros.Festo plug and work ®Instalación sencilla y fiable. Toda la serie se distingue por llevar racores rápidos Quick Star y jun-tas imperdibles. Cuerpo metálico robusto y conexiones de los tubos flexibles orientables en 360°.Gama ampliada:válvulas especí-ficas para caudal medioPara regular velocidades media-nas del émbolo de cilindros. Para caudales de hasta 400 l/m,dupli-cación del caudal de las variantes para bajo caudal, aunque con la misma precisión de la regulación fina.Probada eficiencia: las variantes de bajo y de gran caudalLa solución óptima para la regula-ción precisa de movimientos del émbolo a baja o gran velocidad,con caudales máximos desde 100hasta 1580 l/min.Todo el mundo de las válvulas reguladoras de caudalLa gama está completa con las válvulas especializadas en caudal medio. Bajo caudal, caudal medio y gran caudal:válvulas de regula-ción optimizada del caudal para cada caso.Gama completaUtilización fiableCaudal óptimo224.3.PSIProduct Short InformationFesto AG &Co.KGRuiter Strasse 8273734 EsslingenInternet Tel. ++49 (0)711 347-0 Fax ++49 (0)711 347-2144E-mail service_international@060405R e s e r v a d o e l d e r e c h o d e m o d i f i c a c i ónVálvulas de regulación optimizada del caudal GRLA, con racor rápido QS integradoLas nuevas variantes de caudal optimizado GRLA-QS-(RS-)MF-D Selección más amplia con la serie GRLA ampliada: válvulas reguladoras de caudal medio (MF) en ejecución metálica.Las válvulas de estrangulación y antirretorno se utilizan para regular el caudal con el fin de ajustar la velocidad del émbolo de un cilindro en avance o retro-ceso. Dependiendo del tipo de válvula, pueden regularse de modo preciso movimientos len-tos, medios o rápidos.Características de la variante de caudal medio:•Válvula reguladora mediante estrangulación del escape •Mayor caudal que en las variantes de bajo caudal •Accionamiento manual o con destornillador (ranura)•Ejecución metálica robusta y fiable•Montaje sencillo y rápido mediante sistema para soltar racores Quick Star•Conexión para tubos flexibles:QS 6, 8Comparación de tamaños y cau-dalesEn la tabla se comparan los tamaños de diversas válvulas reguladoras (bajo caudal, caudal,medio, gran caudal) recurriendo al ejemplo de la variante G1/8con tubo con diámetro exterior de 6 mm. En el diagrama se puede apreciar el caudal corres-pondiente.Comparación de caudales: tipo de referencia G1/8, tubo con diámetro exterior de 6 mmComparación de dimensiones:tipo de referencia G1/8, tubo con diámetro exterior de 6 mmGRLA-..-QS-..-RS-D GRLA-..-QS-..-RS-BGRLA-..-QS-..-RS-MF-DTipoB D H Lmín Lmáx GRLA-1/8-QS-6-RS-D 12,513,832,641,445,3GRLA-1/8-QS-6-RS-MF-D 17,836,648,952,8GRLA-1/8-QS-6-RS-B1317,936,148,853,2TipoB D H L 1mín L 1máx L 2d G GRLA-1/8-QS-6-MF-D 12,517,836,6––3661/8GRLA-1/8-QS-8-MF-D 14,539,68GRLA-1/8-QS-6-RS-MF-D 12,536,648,952,8–6GRLA-1/8-QS-8-RS-MF-D14,539,68HL DDBBBDLLHHHBDL 2L 1GGDBHddGRLA-1/8-QS-..-MF-D GRLA-1/8-QS-..-RS-MF-DRosca G1/8" para tubo flexible con diámetro exterior de 6 mmGRLA-1/8-QS-6-RS-BGRLA-1/8-QS-6-(RS)-MF-DGRLA-1/8-QS-6-(RS)-DGiros o posición del tornillo de regulaciónC a u d a l n o m i n a l n o r m a l q n N [l /m i n ]。
电磁式数字流量开关lfef系列使用说明书
文件No.LFE****-OMY0008电磁式数字流量开关LFE####有限公司SMC有限公司安全注意事项 2 型式表示・型号体系 11 产品各部分名称及功能 13 用语说明 14 安装·设置 16 安装方法 18 配管方法 19 配线方法 21 流量设定 24 功能设定 26 出厂时的设定 26 F1 OUT1设定 28 F2 OUT2设定 36 F3响应时间设定 40 F10子画面的显示内容选择 41 F20外部输入设定 45 F22模拟输出设定 46 F30累计保持功能 47 F32流动方向设定功能 48 F33密接安装设定 50 F34复零设定 51 F80省电模式设定 52 F81 密码输入设定 53 F82 生产线名的输入 54 F90 全项目设定 55 F98 输出确认 56 F99 恢复出厂设置 57 其他设定 58 保养 60 故障一览表 61 规格 64 适用流体 66 特性表 67 模拟输出 70 外形尺寸图 71此处所示的注意事项是为了确保您能安全正确地使用本产品，预先防止对您和他人造成危害和损失而制定的。
这些注意事项，按照危害和损伤的大小及紧急程度分为「注意」「警告」「危险」三个等级。
无论哪个都是与安全相关的重要内容，所以除了遵守国际规格(ISO/IEC)、日本工业规格(JIS)※1）以及其他安全法规※2）外，这些内容也请务必遵守。
※1) ISO 4414:Pneumatic fluid power -- General rules relating to systems.ISO 4413:Hydraulic fluid power -- General rules relating to systems.IEC 60204-1:Safety of machinery --Electrical equipment of machines. (Part1:General requirements) ISO 10218-1992:Manipulating industrial robots -Safety JIS B 8370:空气压系统通则 JIS B 8361:油压系统通则JIS B 9960-1:机械类的安全性-机械的电气装置((第1部:一般要求事项) JIS B 8433-1993:工业用操作机器人－安全性等 ※2) 劳动安全卫生法等注意:误操作时，有人员受伤的风险，以及仅有物品破损的风险的事项。
FS3200用户手册V9.3
2.1 串口登录 FS3200 ...............................................................................................................9
2.2 网口登录 FS3200 ...............................................................................................................9
4.8.1 读取芯片计数器的相关命令................................................................................23
2.3 UNSA 程序介绍.................................................................................................................9
第 3 章 系统基本配置及升级命令...............................................................................................10
具体章节内容如下：
章节
内容
第 1 章 分流器介绍
整体介绍 FS3200 分流器系统架构，
第 2 章 登录 FS3200 分流器
介绍 FS3200 分流器管理程序 UNSA 的 登录方式
第 3 章 系统基本配置及升级命令
讲解 FS3200 系统的基本配置以及升级 命令
BL-LSFS叶片式流量开关说明书
BL-LSFS 叶片式流量开关
应用领域： 主要适用于液体流量控制，最小直径为 20mm 以上管道的断流保护装置。
一、概述
BL-LSFS 叶片式流量开关是利用液体的流动带动叶片偏移，来测试液体是否处于流动
状态。当液体没有流动时，叶片处于自然状态；当液体流动时，液体的冲击力带动叶片偏移，
通过传动轴带动微动开关动作，输出接点信号。
二、产品特点
断水保护；
DN15-DN150 可以使用；
不锈钢叶片；
高性价比；
欧姆龙微动开关，高稳定性；
三、适用场合
BL-LSFS 液体流量开关用于测量流经管道的液体流动状态,例如:水、乙烯、乙二醇或任
四、技术参数：
1、基本参数
类型
参
数
使用压力 1000KPa
最大压力 17500KPa
绝缘电阻 Over 100M,DC500VM
触点寿命 1000K 次
流体温度 Max 100℃
连接 DN25 和以上口径最大到 300mm
重量 0.7kg
2、流量范围：
安装管径
适用挡板号
压力 bar
可调范围 L/min
八、设定点调节方式:
1. 打开液体流量开关上盖。 2. 调高流量设定：顺时针扭动调整螺丝。 3. 调小流量设定：逆时针扭动调整螺丝 4. 离开现场前，置液体流量开关上盖于原处。
九、安装及注意事项：
注意：A 尺寸必须大于 5 倍管径距离。 九、安装 1、将流量控制器旋紧在管道接口上，保持介质流动方向与外壳上箭头方向一至。 （见下图） 2、流量控制器挡片应与介质流动方向垂直。流量开关前需要 5 倍管道直径长度 的导向直通道。 3、打开流量控制器罩壳，按接线图接线，然后装好罩壳。
SMC数字流量开关操作手册说明书
Digital Flow Switch (Display Part) Operation Manual For AirPF2A300/301 SeriesPF2A310/311 SeriesFor Pure Water/Chemical Fluid PF2D300/301 SeriesFor WaterPF2W300/301 SeriesPF2W330/331 SeriesURL SAFETY2Model Indication Method4Name and Functions of Individual Parts 6Installation7Outline with Dimensions8Example of Internal Circuit and Wiring 9Setting 10Initialize11Display Function of Integrated Flow Rate Value 15Instantaneous Flow Rate Setting Mode16Integrated Flow Rate Setting Mode 19Output Selection 20Other Functions 23Specification24CONTENTSThank you for purchasing the SMC PF2*3**Series Digital Flow Switch.Please read this manual carefully before operating digital flow switch and understand digital flow switch, its capabilities and limitations.Please keep this manual handy for future reference.OPERATOR•This operation manual has been written for those who have knowledge of machinery and apparatus that use pneumatic equipment and have full knowledge of assembly, operation and maintenance of such equipment.•Please read this operation manual carefully and understand it before assembling, operating or providing maintenance service to the flow switch.32NOTEFollow the instructions given below when handling your flow switch.Otherwise, the switch may be damaged or may fail, thereby resulting in malfunction.•Do not drop it, bring it into collision with other objects or apply excessive shock (490m/s 2or more).•Wiring correctly.•Do not wiring while power is on.•Although the flow switch complies with the CE Marking, since it does not have the thunder serge protection, please carry out protection to thunder serge by the equipment side.•Although the flow switch complies with the CE Marking, since the equipment and apparatus which are made to generate the serge (Electro-magnetic lifter, High frequency induction furnace, Motor etc.) around the flow switch should perform measure against serge come out.•Do not use with power cable or high-voltage cable in the same wire route.•Do not use in a place in which water, oil, or a chemical splashes.•Do not push the setting buttons by a sharply pointed object.•Turn on the power supply of a flow switch for Air, when flow is zero.Some initial drift occurs during ten minutes after turning the power on.•Start measurement by the flow switch three seconds after turning on the power. (Also in momentary interception of the power supply by reset etc.) Please take a measure by the program of equipment etc.•Maintain the switch status for measurement output before setting when initializing or setting a flow rate of the flow switch.Measure after checking impacts to the equipment.Carry out a setup since a control system is shut down if required.The Digital Flow Switch and this manual contain essentialinformation for the protection of users and others from possible injury and property damage and to ensure correct handling.Please check that you fully understand the definition of the following messages (signs)before going on to read the text, and always follow the instructions.Please read the operation manuals of related apparatus and understand it before operating the flow switch.Do not disassemble, remodel (including change of printed circuit board) or repair.An injury or failure can result.Do not operate beyond specification range.Fire, malfunction or switch damage can result.Please use it after confirming the specification.Do not operate in atmosphere of an inflammable, an explosive and corrosive gas.Fire or an explosion can result.This flow switch is not an explosion-proof type.54NOTE 1:The new Measurement Low prohibits use in Japan of flowswitches with a unit selection function.NOTE 2:Fixed unit for instantaneous flow rate is :L/minfor integrated flow rate is :LSeparate Type Display PartA : AirD : Pure Water/Chemical Fluid W : Water•About sensor partThe type of the sensor part combined with a display part is indicated to be PF *5**with this manual.Refer to the following correspondence table for the sensor part type combined with each display part.BodyOutput (OUT1) Lamp (Green):Lit when OUT1 is ON. Flickers when an overcurrent erroroccurs.Output (OUT2) Lamp (Red):Lit when OUT2 is ON. Flickers when an overcurrent erroroccurs.LED Display:Displays a flow rate, set mode status, selected display unitand error code.Button (UP): Selects a mode and increases a set ON/OFF value.Button (DOWN): Selects a mode and decreases a set ON/OFFvalue.Button (SET): Changes the mode and sets a set value. RESETPressing the and buttons simultaneously will activate the RESET function.Use this function to clear errors when a trouble occurs.Panel Mount Adapter type ZS-22-EPanel Mount Adapter APanel Mount Adapter BBracket are includedMounting•Install the Display Part on the panel, once the Panel Mount Adaptor Bremoves.•Insert Panel Mount Adapter B supplied as an accessory intoSection A of Panel Mount Adapter A.Push Panel Mount Adapter B from behind till the display is fixedonto the panel.The pin of Panel Mount Adapter B engages the notched part ofPanel Adapter A to fix the display.•The switch can be mounted on a panel with a thickness of 1.0 to3.2mm.•See the illustration below for panel cut dimensions.Panel Cut Dimensions Accessories LED DisplayLamp (Red)SETButton (UP)7 698++0.5Panel Thickness: 1 to 3.2mmPanel Cut DimensionsOutput SpecificationBe sure to select a sensor in SMC PF *5**series for accurate measurement of flow rates.The display outputs only switch output.Analog output is output directly by the sensor part. See theoperation manual of the sensor part for the complete information. Connection•Turn the power off before making connection.•Install the cable separately from the route for power cable or high-voltage cable. Otherwise, malfunction may potentially result due to noise.•Use compression terminals for connection to the terminal board.See the full view of dimensions diagram for details of the terminal board.–0NPN Open Collector Output 2OutputsMax. 30V, 80mAInternal Voltage Drop 1V or less–1PNP Open Collector Output 2Outputs Max 80mAInternal Voltage Drop 1.5V or lessPF ∗5 SeriesPF ∗5 SeriesSetting ProceduresKeep pressing the button longer than two seconds. Remove the finger off the button when one of the characters of LED display column of the following table is displayed.1. Flow Rate Range SettingPress the button and select the flow rate range.Press thebutton to set.2. Display Mode SettingSelect whether to display instantaneous flow rate orintegrated flow rate.To change the Display mode, press thedesired flow rate to display. Then press the button.[d_1] and [d_2] respectively indicate the instantaneous flow rate and integrating flow rate.11103. Selecting Display Unit(In case [-M] is not assigned to unit specification in model indication) Refer to page 14.4. Output Method SettingThree output methods are available, namely, instantaneous switch, integrating switch and integrating pulse. The method for output to OUT1 or OUT2 is set as follows.1)First, the output method for OUT1 is set.*Press the button and select the instantaneous switch,integrating switch or integrating pulse.*Press the button to set.[o10] [o11] and [o12] respectively indicate the2)Select one output method for OUT2 from three output methods by pressing the button, as in OUT1.*Press the button to set.[o20] [o21] and [o22] respectively indicate theinstantaneous switch, integrating switch and integrating pulse.5. Output Mode SettingTwo output modes are available, namely, the Reverse Output modeand Non-Reverse Output mode. An output mode for OUT1 andOUT2 is set.1)First, the output method for OUT1 is set.*Press the button and select the Reverse Output mode or Non-Reverse Output mode.*Press the button to set.[1_n] and [1_P] respectively indicate the Reverse Outputmode and Non-Reverse Output mode.mode and Non-Reverse Output mode by pressing the button,as in OUT1.*Press the button to set.[2_n] and [2_P] respectively indicate the Reverse Outputmode and Non-Reverse Output mode.13 1215•Press the button first, then the button, to press both buttons simultaneously. Integration starts when [–] flickers.•Lower three digits of an integrated value are always displayed.Press the button when wishing to check upper three digits.•Pressing the button enables to display an instantaneous flow rate even during integration.•To stop integration, press the button first, then the button,to press both buttons simultaneously.The display will keep the present integrated value.To clear display of an integrated value, press both the and buttons simultaneously longer than two seconds.To further continue integration from the saved value, repress thebutton first, then the button, to press both buttons simultaneously.1716Manually set an actuation value of the instantaneous-value switch in case the instantaneous switch is selected in initialization.The output method is also set in accordance with the value set manually. Set the output method while referring to the output method described below.1.Keep pressing the button and remove the finger off when [F-1] is displayed.2.Repress the button to set for input of a set value in [n_1] (P_1 in the Non-Reverse Output mode) for OUT1.In case the Reverse Output mode is selected in initialization, [n_1]and the set value will be displayed alternately.(In case the Non-Reverse Output mode is selected in initialization,[P_1] and the set value will be displayed alternately.) 3.Press the or buttons to select a desired set value.Press the button to increase the set value or the button to decrease the set value.4.Press the button to set the set value and to move to the setting mode for [n_2] (P_2 in the Non-Reverse Output mode).In case the Reverse Output mode is selected in initialization, [n_2]and the set value will be displayed alternately.(In case the Non-Reverse Output mode is selected in initialization,[P_2] and the set value will be displayed alternately.) 5.Press the or buttons to select a desired set value.Press the button to increase the set value or the button todecrease the set value.6.Press the button to set the set value and to move to the setting mode for OUT2.Set the set value as in OUT1.In case the Reverse Output mode is selected for the OUT2 setting in initialization, [n_3] or [n_4] and the set value will be displayed alternately.In case the Non-Reverse Output mode is selected in initialization,[P_3] or [P_4] and the set value will be displayed pleting settings for [n_1] to [n_4] ([P_1] to [P_4] in the Non-Reverse Output mode) will finish flow rate setting and the mode will return to the Measurement mode.Manual1918The flow rate flowing through the flow switch will be set as areference value and a Hysteresis (H) will be set automatically at a value 3digits lower when setting auto preset input.The output method for setting by auto presetting is only hysteresis mode.1.Keep pressing the button and remove the finger off when [F_1] is displayed.2.Press the button and change [F_1] in the display to [F_2].3.Press the button and set the auto preset state of OUT1.The display will change to show [AP1] .(In case OUT1 setting is not needed, press the and button simultaneously.)4.Prepare the equipment to set the flow rate of OUT1 and flow fluid of the required flow rate.5.Pressing the button will automatically read the flow rate. A value 3digits lower will be set automatically as a Hysteresis (H).The display will show [A1L] and the set value alternately.6.Press the button and set auto preset state of OUT2.The display will change to show [AP2].(In case OUT2 setting is not needed, press the and buttons simultaneously.)7.Prepare the equipment to set the flow rate of OUT2 and flow fluid of the required flow rate.8.Pressing the button will automatically read the flow rate. A value 3digits lower will be set automatically as a Hysteresis (H).The display will show [A2L] and the set value alternately.9.Press the button to finish the Auto Presetting mode and themode will return to the Measurement mode.Auto Presetting•The switch is set to an integrated flow rate.•Integrated flow rate is displayed by switchingdividing into lower three digits and upper three digits. 1.Keep pressing the button and remove the finger off when [F_1] or [F_3] is displayed.Proceed to Step 3. if [F_3] is displayed.([F_1] will be displayed in case the instantaneous switch is selected for any switch output in initialization. In other cases,[F_3] will be displayed.)2.When [F_1] is displayed, push the button till the display shows [F_3]. The subsequent setting operation will be the same as that when [F_3] is displayed. Set as follows.3.Set as follows if [F_3] is displayed.1)Press the button and display the lower three digits of the integrated flow rate of OUT1.2)Press the or buttons and adjust the set value to the desired value.3)Press the button to set. The upper three digits of OUT1 will be displayed.4)Press the or buttons and adjust the set value to the desired value.5)Press the button to set. The lower three digits of OUT2 will be displayed.6)Press the or buttons and adjust the set value to the desired value.7)Press the button to set. The upper three digits of OUT2 will be displayed.8)Press the or buttons and adjust the set value to the desired value.9)Press the button to finish setting of an integrated flow rate and the mode will return to the Measurement mode.Instantaneous Switch Output MethodFour output methods can be selected by selecting an output modeOne of these four output methods can be selected for each output.•OUT1 and OUT2 can be set independently.•1digit flow rate conversion will be a minimum set unit. See thespecification for the set flow rate units.•When setting in the Auto Presetting mode, the Hysteresis mode willbe set automatically. Hysteresis in this case will be 3digits fixed.•In the Window Comparator mode, leave between [P_1] and [P_2]or between [n_1] and [n_2] values more than seven digits.•The following is given using OUT1 as an example. Thedescriptions for OUT2 are the same as those for OUT1, under theconditions that [n_1] and [n_2] should be replaced by [n_3] and[n_4] and [P_1] and [P_2] should be replaced by [P_3] and [P_4].20212322To reset display of Error 1, 2 or 4, press theandbuttons simultaneously.Integrating Switch Output•Two output methods can be selected by selecting an output mode.One of these two output methods can be selected for each output.•OUT1 and OUT2 can be set independently.•The following is given using OUT1 as an example. Thedescriptions for OUT2 are the same as those for OUT1, under the conditions that 1nL and 1nH should be replaced by 2nL and 2nH and 1PL and 1PH should be replaced by 2PL and 2PH.Integrating Pulse Output•Pulse output for integrated flow rate measurement.Key Lock FunctionThis function prevents errors such as changing a set value by mistake.Lock•Keep pressing the button longer than three seconds.The display will change to show [F_1] Æ[***] Æ[unL.]Remove the finger off the button when [unL] is displayed.([***]:Refer to the LED display column in the table, Page11)•Press the button to set the display to [Loc]•Press the button and return to the Measurement mode.Unlock •Press the button longer than three seconds. Remove the finger off the button when [Loc] is displayed.•Press the button to change the display to [unL]•Press the button and return to the Measurement mode.Error Display and TroubleshootingIn case an error occurs, take the following actions:2524*1:The flow rate indication range is corresponding to the flow rate range set up bythe initialization.*2:With a unit selection function(Without a unit selection function, fixed to SI units(L/min or L))*3:Two units in normal condition (0˚C/ 101.3kPa) or standard condition (20˚C/101.3kPa/ 65%RH) can be selected.*4:This is an overall accuracy combined with PF2A 5**.*5:Select whether to switch output or pulse output of integrated flow rate by theinitialization.*6:Window Comparator mode. Hysteresis (H) will be in 3digits.Separate [P_1] and [P_2], as well as [n_1] and [n_2], more than 7digits.(In case of the output 2, n_1,2 becomes n_3,4 and P_1,2 becomes P_3,4)*7:The display part conforms entirely to the CE standard.2627。
大容量高速开关使用说明书-FSR
In 为变压器的额定电流
12 为变压器合闸时的冲击电流倍数
2） 最小动作电流曲线 最小动作电流曲线的选择原则是避开断路器开断电流范围内的短路电
流，同时还要避开设备合闸时的冲击电流，还要从要保护设备的动稳定和热 稳定的角度来考虑。
A）大容量高速开关安装在发电机出口处 最小动作电流曲线= K*1.3*√2*Insin(18t) K=1.1～1.4 为安全系数
正常工作时，面板上的工作指示灯亮，其余指示灯均不亮；当 FSR 动作时，
分闸、动作指示灯亮，报警指示灯不亮；如果报警指示灯亮，而动作指示灯
A） 大容量高速开关安装在发电机出口处
6
大容量高速开关装置（FSR）使用说明书
电流值=K*1.3*√2*In
第 7 页 共 15 页
K=1.1～1.2 K 为安全系数 In 为发电机的额定电流
1.3 为发电机允许过电流倍数
B） 大容量高速开关安装在厂用变高压侧
电流值=K*12*√2*In
K=1～3 K 为安全系数
靠性，采用 3 块采样模块进行采样处理。
对三块采样模块输出的动作信号进行判断，若三块采样模块有二块以
上发出动作信号则表决模块发动作信号给触发板；同时对三块采样模块和自
身的器件进行监控.其工作原理如图 8 所示。
1#采样动作信号
动作
运
信号
算
2#采样动作信号
器
3#采样动作信号
工作
信号
监控 1#~3#采样板
监控芯片
报警 信号
图 8 采样板工作原理
9
大容量高速开关装置（FSR）使用说明书
3） 电源板
第 10 页 共 15 页
这块板的作用是给整个控制器提供电源，同时对各种动作、工作、报警
卓然天工 FS580 581 582 583 584 流量开关 说明书
卓然天工自动化仪表（北京）有限公司 Zoricreato Instromentation (Beijing） Co.,ltdF S580\581\582\583\584流量开关Flow Switches一、概述F S58系列流量开关，可对各种液体流量进行监测和开关信号控制。
独特的结构设计，准确可靠的性能，广泛的应用于管道中大、中、小型设备的冷却、润滑系统中。
例如：发电机组、冷/热轧机、压缩机、轴封水、冷却系统等。
任意设置报警点/任意可调。
F S580系列/内管螺纹内管螺纹： 1/2". 3/4". 1-1/4". 1-1/2". 2". 2-1/2" 测量结构：锥管/靶式、喷嘴/靶式指示器形式：M1、 M2、M3、M4、M5流量开关设置：低流量报警/高流量报警；可独立选择低或高，也可同时选择低和高。
F S581系列外管螺纹： 1/2". 3/4". 1-1/4". 1-1/2". 2". 2-1/2" 测量结构：锥管/靶式、喷嘴/靶式指示器形式：M1、 M2、M3、M4、M5流量开关设置：低流量报警/高流量报警；可独立选择低或高，也可同时选择低和高。
F S582系列法兰：DN15 . 20 . 25 . 32 . 40 . 50 . 65 (口径）测量结构：锥管/靶式、喷嘴/靶式指示器形式：M1、 M2、M3、M4、M5流量开关设置：低流量报警/高流量报警；可独立选择低或高，也可同时选择低和高。
F S583系列法兰：DN80 . 100 .125 . 150 . 200 . 250 (口径）测量结构：锥管/靶式、喷嘴/靶式指示器形式：M1、 M2、M3、M4、M5流量开关设置：低流量报警/高流量报警；可独立选择低或高，也可同时选择低和高。
F S584系列（插入式）法兰： DN150 (口径）测量结构：靶式指示器形式：M1、 M2、M3、M4、M5流量开关设置：低流量报警/高流量报警；可独立选择低或高，也可同时选择低和高。
FSW300系列流量开关说明书
FSW300 Series Starts at
£90
Adjustable Switch Point
Low Pressure Drop
Economical
Field Installation for 1⁄2 to 8" Pipes
Instant Response
Dimensions (Excluding Paddle or Tee): 114 x 38 x 89 mm (4.5 x 1.5 x 3.5")
SPECIFICATIONS FSW302, 303, 304
Max Pressure: 25 bar (362 psi)
Max Process Temp: 110°C (230°F)
4.9 to 6.8 (1.3 to 1.8) 9.5 to 12.1 (2.5 to 3.2) 10.6 to 14.8 (2.8 to 3.9)
Comes complete with operator’s manual. Ordering Example: FSW305-G, inline flow switch, 1⁄2" PVC tee connection, 70A-2, audible alarm, £90 + 10.75 = £100.75
Comes complete with operator's manual.
Ordering Example: FSW301, insertion style flow switch and 70A-2, fast pulse tone alarm, £90 + 10.75 = £100.75
B-75
GF流量计调试中文说明书
设定启动点
Out Hys >5GPM
设定缓冲值
Output Volume
选择Pulse模式时，流量达到此数值时,将给出1个脉冲信号
Output PlsWdth>
选择脉冲时间
Output Freq:>
选择Frequency参数
Last Cal >
最后校准时间
Optio ns Menu选项菜单
显示内容
描述
Con trast
3>
设定显示对比度,1为对比度最小,5为 对比度最高
Flow Decimal
选择流量的小数点位
Total Decimal
选择总流量的小数点位
Averagi ng off
OFF时显示瞬时值丄OW和HIGH分别
显示4秒和8秒的平均值，如果显示数
值变化较快，可将此选项设成4或8
Test Output:>
实验Collector输出
Troubleshoot ing故障现象
显示现象
可能原因
改善方法
-ZZ乃-
显示超出范围
检查传感器(探头)的安装 检查小数点位的设置
“Pulse Overru n Outputl”
“Pulse Overru n Output2”
Relay的脉冲频率超过了300个脉冲每分钟 脉冲宽度太大了
更改Relay脉冲的设置
“Value must be more than 0”
K-Factor值不能设成零
选择合适K-Factor
Relay is always activated
（Relay总是在工作）
流量开关FS32调试手册
2 产 品 说 明 ......................................................................................................................................3 2.1 结构.......................................................................................................................................3 2.2 测量原理................................................................................................................................3 2.3 标准供货................................................................................................................................3 2.4 附件........................................................................................................................................3
1数码显示流量开关(简体中文)简易操作说明书
校正流量百分比
低点校正：
高点校正：
F080 C100
F100
F070 C000 F000
>5s
>5s
在测量模式下按 >5s校正当前流量对应100%（即：校正完成后显示的值为P01 内设定的值）,约需要<2min,如果校正完毕后显示Er1,请重新校正或重新选择测量点。 校正时可参考右边流量对应百分比示意图。
成后显示的值为P01内设定的值）,约需要<2min,如果校正完毕后 在测量模式下按 >5s，校正当前流量对应0%，约需要<30s（高
显示Er1,请重新校正或重新选择测量点。校正时可参考右边流量 点与低点必须相差≥20%方可校正，并且只可校正一次，否则校
对应百分比示意图。
正完成后显示Er2）,如果校正完毕后显示Er2,说明低点与高点相
校正流量百分比
4-20mA
1 +24VDC 3 -24VDC 2+
4-
1棕
1
2 白+
3兰
2
4
4 黑-
3
所有接线必须完全正确方可上电
高点校正：
低点校正：
F080 C100 F100
F070 C000 F000
>5s
>5s
在测量模式下按 >5s校正当前流量对应100%（即：校正完
当监控内的流量的百分比变化比较小时，可选择校正低点，
当监控内的流量的百分比变化比较小时，可选择校正低点，在测量模式下按 >5s， 校 正 当 前 流 量 对 应0 %， 约 需 要< 3 0 s（ 高 点 与 低 点 必 须 相 差 ≥2 0 %方 可 校 正 ， 并 且 只 可 校 正一次，否则校正完成后显示Er2）,如果校正完毕后显示Er2,说明低点与高点相差太接近。
IO-Link数字流量开关操作手册说明书
Before UseDigital Flow SwitchPF3A703H/PF3A706H/PF3A712H-LSafety InstructionsThese safety instructions are intended to prevent hazardous situations and/orequipment damage.These instructions indicate the level of potential hazard with the labels of"Caution", "Warning" or "Danger". They are all important notes for safety and mustbe followed in addition to International standards (ISO/IEC) and other safetyregulations.OperatorThank you for purchasing an SMC PF3A703H/PF3A706H/PF3A712H-L DigitalFlow Switch.Please read this manual carefully before operating the product and make sure youunderstand its capabilities and limitations. Please keep this manual handy forfuture reference.Safety Instructions1324DisplayBody(IN side)Connector pin numbers(on the product)Mounting•Never mount the product in a place that will be used as a mechanical support during piping.•Never mount the product upside down.•Attach the piping so that the fluid flows in the direction indicated by the arrow on the body.•The monitor with integrated display can be rotated.Rotating the display with excessive force will damage the end stop.•Visibility decreases if the display is viewed from the opposite side to the buttons.Check the settings and display from in front of the display.Mounting and InstallationRefer to the product catalogue or SMC website (URL https://) for moredetailed information.IN OUTArrowthe IN side of the product.When installing a regulator at the IN side of the product, make sure that hunting is not generated.•The piping on the IN side must have a straight section of piping whose length is 8 timesthe piping diameter or more.If a straight section of piping is not installed, the accuracy will vary by approximately 3%F.S.•Avoid sudden changes to the pipingsize on the IN side of the product.The accuracy may vary.•Do not release the OUT side pipingport of the product directly to theThe accuracy may vary.○Flow direction○Rotation of the display•Use the correct tightening torque for piping. (Refer to the table below for the requiredtorque values.)•If the tightening torque is exceeded, the product can be damaged.If the tightening torque is insufficient, the fittings may become loose.•Avoid any sealing tape getting inside the fluid passage.•Ensure there is no leakage after piping.•When mounting the fitting, a spanner should be used on the body (metal part) of thefitting only.Holding other parts of the product with a spanner may damage the product.Specifically, make sure that the spanner does not damage the M12 connector.■WiringConnection•Connections should only be made with the power supply turned off.•Use a separate route for the product wiring and any power or high voltage wiring. If wiresand cables are routed together with power or high voltage cables, malfunction may resultdue to noise.•If a commercially available switching power supply is used, be sure to ground the frameground (FG) terminal. If the product is connected to the commercially available switchingpower supply, switching noise will be superimposed and the product specifications will notbe satisfied. In that case, insert a noise filter such as a line noise filter/ ferrite between theswitching power supplies or change the switching power supply to the series power supply.Connecting/Disconnecting•Align the lead wire connector with the connector keygroove, and insert it straight in. Turn the knurled partclockwise. Connection is complete when the knurledpart is fully tightened. Check that the connection is notloose.•To remove the connector, loosen the knurled part andpull the connector straight out.Connector pin numbers (lead wire)Outline of SettingsPower is supplied.∗: If a button operation is not performed for 3 seconds during the setting, the display will flash. (This is toprevent the setting from remaining incomplete if, for instance, an operator were to leave during setting.)∗: 3 step setting mode, simple setting mode and function selection mode settings will reflect on each other.■3 step setting modeIn the3 step setting mode, the set value selected in the sub display and the hysteresiscan be changed in just 3 steps.Switch ONP_1Flow[L/min]H_1settingsWhen shipped, the default setting is as follows.When the flow exceeds the set value [P_1], the switch will be turned ON.When the flow falls below the set value by the amount of hysteresis [H_1] or more, theswitch will turn OFF.If the operation shown below is acceptable, then keep these settings.For more detailed settings, set each function in the function selection mode.(1) Press the S button once when the item to be changed is displayed on the subdisplay.The set value on the sub display (right) will start flashing.S<Operation>[Hysteresis mode]In the 3 step setting mode, the set value (P_1 or n_1) and hysteresis (H_1) can bechanged.Set the items on the sub display (set value and hysteresis) using the ▲ or ▼ buttons.When changing the set value, follow the operation below. The hysteresis setting can bechanged in the same way.(2) Press the ▲ or ▼ button to change the set value.The ▲ button is to increase and the ▼ button is to decrease the set value.●Press the ▲ button once to increase the value by one digit, press and hold tocontinuously increase.●When ▲ and ▼ buttons are pressed simultaneously for 1 second or more, the setvalue is displayed as [ - - - ], and the set value will be set to the same as thedisplayed value automatically. Afterwards, it is possible to adjust the value bypressing ▲ or ▼.●Press the ▼ button once to reduce the value by one digit, press and hold tocontinuously reduce.(3) Press the S button to complete the setting.To change setting, refer to the operation manual from SMC website(URL https://) or contact SMC.<Operation>[Hysteresis mode](1) Press the S button for 1 second or longer(but less than 3 seconds) in measurementmode. [SEt] is displayed on the main display.When the button is released while in the [SEt] display, the current flow value isdisplayed on the main display, [P_1] or [n_1] is displayed on the sub display (left)and the set value is displayed on the sub display (right).(2) Change the set value using the ▲ or ▼ button, and press the SET button to set thevalue. Then, the setting moves to hysteresis setting.(5) Press and hold the S button for 2 seconds or longer to complete the simple setting.(If the button is pressed for less than 2 seconds, the setting will be returned to P_1.)(3) Change the set value with the ▲ or ▼ button, and press the S button to set thevalue. Then, the setting moves to the setting of OUT2.∗1: Selected items of (1) to (4) become valid after pressing the S button.∗2: After enabling the setting by pressing the S button, it is possible to return to measurementmode by pressing the S button for 2 seconds or longer.∗3: When the output mode is set to accumulated pulse, error output or output OFF, the simplesetting mode cannot be used.(the setting returns to measurement mode by releasing the button when [SEt] is displayed.)■Simple setting modeIn the simple setting mode, the set value, hysteresis and delay time can be changed whilechecking the current flow value (main display).(4) Like the setting of OUT1, the setting returns to the setting of OUT2 by pressing theS button after setting the set value and hysteresis.∗: When [F 1] and [F 2] are set to accumulatedpulse output, error output or output OFF [---]will be displayed in the sub screen when[SEt] is displayed. It is not possible to moveto the Simple setting mode.Change the Function Settings∗1: Setting is only possible for models with the units selection function.∗2: [F 2] The OUT2 setting can be set on the product screen, but since there is no OUT2 switch outputfunction as an output specification, it is not possible to output the ON/OFF signal to an external device.∗3: When the 1 switch output type (output specification symbol is L) is used, [F5] is displayed as [---]and cannot be set.1 to 5 V or 0 to 10 V can be selected when the analogue voltage output type is used.Analogue output free range function can be selected.∗4: When Line name is selected, a suitable line name can be input.To change setting, refer to the operation manual from SMC website(URL https://) or contact SMC.■Function selection modeIn measurement mode, press theS button for 3 seconds or longer,to display [F 0].The [F] indicates the mode forchanging each Function Setting.Press the S button for 2 secondsor longer in function selectionmode to return to measurementmode.To change setting, refer to the operation manual from SMC website(URL https://) or contact SMC.○Reset operationThe Accumulated Flow, Peak Value and Bottom Value can be reset.To reset the accumulated value, press the ▼ and S button for 1 second or longer.○Snap shot functionThe current flow rate value can be stored to the switch output ON/OFF set point.When the items on the Sub display (left) are selected in either 3 step setting mode, Simplesetting mode or Setting of each function mode, by pressing the ▲ and ▼ buttonssimultaneously for 1 second or longer, the value of the sub display (right) will show "----",and the values corresponding to the current flow rate are automatically displayed.MaintenanceHow to reset the product after a power loss or when the power has beenunexpectedly removedThe settings for the product are retained in memory prior to the power loss or de-energizingof the product.The output condition is also recoverable to that prior to the power loss or de-energizing.However, this may change depending on the operating environment. Therefore, check thesafety of the whole installation before operating the product.If the installation is using accurate control, wait until the product has warmed up(approximately 10 to 15 minutes) before operation.Refer to the product catalogue or operation manual from SMC website(URL https://) for more information about the product specifications anddimensions.Specifications / Dimensions○Key-lock function(1) Press the S button for 5 seconds or longer in measurement mode. When [oPE] isdisplayed on the main display, release the button.The current setting "LoC" or "UnLoC" will be displayed on the sub display.(2) Select the key locking/un-locking using the ▲ or ▼ button, and press the S button toset.To use each of these functions, refer to the operation manual from SMC website(URL https://) or contact SMC.The IODD file can be downloaded from the SMC website (URL https://).Note: Specifications are subject to change without prior notice and any obligation on the part of the manufacturer.© 2020 SMC Corporation All Rights ReservedAkihabara UDX 15F, 4-14-1, Sotokanda, Chiyoda-ku, Tokyo 101-0021, JAPANPhone: +81 3-5207-8249 Fax: +81 3-5298-5362URL https://PF※※-OMX0003Troubleshootingdisplayed, please contact SMC.Refer to the operation manual from SMC website (URL https://) for moreinformation about troubleshooting.。
SD32操作说明书-中文
1.1.2安全标牌...............................................................................................3
2.1操纵装置......................................................................................25
2.1.1操纵装置总体布局图............................................................................25
前言
SD32、SD32D、SD32W额定功率为为235kW（320马力）的液力传动型推土机。SD32为标准型，SD32D为沙漠型，SD32W为岩石型。
SD32-3(CE)为液力传动的320kw（320马力）推土机。是SD32标准型的升级产品。
本手册对该推土机的结构、性能、驾驶操作、维护保养、故障排除及运输存放等事项，做了详细的阐述，为管理人员和操作人员高效、经济、完好地使用该设备，提供了基本知识。
1.2安全守则........................................................................................7
1.2.1安全原则...............................................................................................7
流量开关操作手册
间,取决于流体的流速.
第二种情况: 现场不可以模拟实际的报警流量点(现场管道内的流量不可调或者不知道实际 的流量值)
的位置 LED 灯常亮----检查探头的电阻值是否在规定范围内,如果
超出范围请更换探头 把 HEATER/HTR 拨到”-”的位置 LED 灯暗----把 HEATER/HTR 处于”+”的位置同时 FAULT/FLT 处于”OFF”位置,或者把 HEATER/HTR 放在“-”
的位置 LED 灯长亮----检查探头的电阻值是否在规定范围内,如果
开关指示错误(红色 LED 报警灯会闪 烁)
工作状况 气体流量检测 液体液位—探头湿
液体液位—探头干
液体流量—探头干或 者气体流量—无
液体流量—探头湿无 流量
液体流量—实际流量
气体流量—实际流量
方法 确保探杆延伸到流量中. 改变 HEATER(FS)/HTR(FS2) 到’’-” 检查 HEATER(FS)/HTR(FS2)是否设在“-”的位置 改变 HEATER/HTR 的位置为”+” LED 灯 暗----联系工厂解决 LED 灯 一直亮----检查探头的电阻值是否在规定范围内,如 果超出范围请更换探头 检查 HEATER(FS)/HTR(FS2)是否设在“-”的位置 把 FAULT(FS)/FLT(FS2)处于”OFF”位置 LED 灯暗----工作在这种模式下 LED 灯一直亮----检查探头的电阻值是否在规定范围内,如 果超出范围请更换探头 把 FAULT(FS)/FLT(FS2)处于”OFF”位置 LED 灯暗----把 HEATER/HTR 处于”+”的位置同时 FAULT/FLT 处于”OFF”位置,或者把 HEATER/HTR 放在“-”
DELTA流量开关 FS51SC 中文调试指导书
Single Channel Flow Calibration (Model FS51SC)单通道流量调试(FS51SC型)This calibration procedure is valid for liquids or gases. Refer to Figure 12 as a calibration guide. 本调试程序对各种液体或气体有效.调试指南参考图12.1. Remove the instrument enclosure lid by turning ccw.逆时针方向旋转,移去仪器封盖2. Ensure that the C1 configuration board for single channel flow is installed. If not, installthe proper board.确保安装为单通道流量的C1配置板,如没有装,安装合适的配置板3. Apply power to the Model VS5100 Switch. Allow 10 minutes to warm up给VS5100型开关通电.允许10分钟加热.4. Ensure that the pipeline is filled with fluid and at no or minimum flow.确保管道中充满液体且无流量或最小流量.5. Move the Trip #1 Adjust Pot to zero (fully ccw). See Figure 12.调节#1报警可变电阻至零(全逆时针方向)见图126. Adjust the Zero Adjust Pot so that the RED LED just does illuminate. This is a 25 turn把零调节可变电阻调到红指示灯刚亮.这是一个25档转钮可变电阻.如果绿指示灯开,pot. If the GREEN LED is ON, turn the pot cw. If the RED LED is ON turn it ccw.顺时针旋转可变电阻.如红指示灯开,逆时针旋转可变电阻7. Toggle with the Zero Adjust Pot back and forth until the switching point is well defined.Leave the RED LED illuminated.把零点调节可变电阻前后转动直到开关点被恰当界定,留置红指示灯亮.8.Wait a minimum of 30 seconds and repeat steps 6 and 7 until switching point no longer changes. 等待30秒后重复步骤6和7直到开关点不再变化.9. Adjust the liquid or gas flow to maximum velocity. Ensure that the flow is homogenous, constant, and free of bubbles if a liquid.把液体或气体流量调至最大速度.确保流量连续不断的且应没有气泡(如果是液体).NOTE: If the trip point is to be set near the high end, the maximum flow should be atleast 1.5 times the trip set-point. The maximum trip set point for liquids is 5 FPS and forgasses is 500 FPS. It is possible to achieve a 5 FPS set point in water if the span of 7FPS can be achieved. Consult factory for questions.注意:如果报警点被设定在近高端,最大流量至少应是报警设定点的1.5倍.对各种液体的最大报警设定点是5FPS,对各种气体则为500FPS.有疑问请向厂方咨询.10. Move the Trip #1 Adjust Pot to 100 (fully cw). See Figure 12调节#1报警可变电阻至100(全顺时针方向旋转)见图1211. Adjust the SPAN Adjust Pot fully cw (25 turns)顺时针调节量程调节可变电阻到底.(25档旋转)12. Move the SPAN Coarse Adjustment Plug progressively from position A towards positionD until the RED LED illuminates. Leave the plug in the socket that results in the RED LED illumination.逐渐地从A位向D位移动量程粗调节插头直到红指示灯亮.把插头留在使红指示灯亮13. Adjust the SPAN 1 pot ccw until the GREEN LED illuminates.逆时针方向调节量程1可变电阻直到绿指示灯亮.14. Toggle the SPAN 1 Pot back and forth until the switching point is well defined. Leave theGREEN LED illuminated.把量程1可变电阻前后转动直到开关点被恰当界定.留置绿指示灯亮.15. If the switch is to be used for flow-no flow detection, set the trip #1 adjust pot to 50% andgo to step number 18.如果开关是用于测量流量-无流量,把#1报警可变电阻设定在50%,且进入到步骤1816. A more exacting flow rate setting may be made by establishing the flow at the desiredrate with a separate flow meter and proceeding to step 17.用独立的流量计来建立要求的比例流量可以做较为精确的流量率的设定,且进行步骤17以建立报警点.17. Adjust the Trip #1 Adjust Pot to obtain a trip as exhibited by an LED illumination. If a tripon decreasing flow is desired set for RED LED illumination. If a trip on increasing flow is desired set for GREEN LED illumination.调节#1报警可变电阻以获得如指示灯亮所展示的报警.如要求流量下降的报警,设定红指示灯亮.如要求增加流量的报警,设定绿指示灯亮.18. V erify that the switch will reset by returning the actual product flow to the maximum or minimum rates.验证通道报警将消失当调节真实流量回归至最大或最小19. If the time delay feature is needed in the application, refer to Section 4.1.2.如在应用中需要延时特征,参考4.1.2节。
昆克流量调节阀说明书
General DescriptionSeries PCK pressure compensated flow control valves are designed to regulate flow at a selected rate, within 5%, regardless of fluctuations in inlet and outlet pressure.OperationSeries PCK valves are factory-set for a specified flow. The flow can be changed with a different “PCK” Orifice Plug Kit (sold separately).Features• Available with reverse flow check.• Flow precision within ±5% of full flow.Technical InformationSpecificationsSeries PC*KPC*K400S PC*K600S PC*K800S PC*K1200SPC*K620S PC*K820S PC*K1020S PC*K1220S Maximum Operating207 Bar (3000 PSI)Pressure Minimum Pressure6.9 Bar (100 PSI) 6.9 Bar (100 PSI) 6.9 Bar (100 PSI) 10.4 Bar (150 PSI)to Compensate Temperature -40°C to +121°C (-40°F to +250°F) Nitrile (standard)Range of-26°C to +205°C (-15°F to +400°F) FluorocarbonSeal Compound Mounting In-lineMaximum Flow 11 LPM (3 GPM) 23 LPM (6 GPM) 57 LPM (15 GPM) 95 LPM (25 GPM) Minimum Flow 1 LPM (0.3 GPM) 2 LPM (0.6 GPM) 6 LPM (1.5 GPM) 10 LPM (2.5 GPM) Reverse Flow, Maximum thru 19 LPM (5 GPM) 30 LPM (8 GPM) 76 LPM (20 GPM) 132 LPM (35 GPM) CheckPressure Drop, 3 Bar(40 PSI) 3 Bar (40 PSI)PC*K800S: PC*K1200S:P at Maximum 8 Bar (116 PSI) 8 Bar (116 PSI) Reverse Flow PC*K1020S: PC*K1220S: Flow thru Check3 Bar (40 PSI)3 Bar (40 PSI)Port Size PC*K400S: 1/4 NPTF PC*K600S: 3/8 NPTF PC*K800S: 1/2 NPTF PC*K1200S: 3/4 NPTF (in.) PC*K620S: PC*K820S:PC*K1020S: PC*K1220S:9/16-18 UNF (SAE 6) 3/4-16 UNF (SAE 8) 7/8-14 UNF (SAE 10) 1-1/16-12 UN (SAE 12)* For optional reverse-flow check, insert “C” in model number at asterisk (*).This product can expose you to chemicals including Lead, Nickel (Metallic), or 1,3-Butadiene which are known to the State of California to go to .Ordering InformationCode Description Omit Without C CheckAvailable Flow Settings GPM (LPM)PCK 400/620PCK 600/820 PCK 800/1020 PCK 1200/1220GPM (LPM)GPM (LPM)GPM (LPM)GPM (LPM)0.25 (0.9) 0.50 (1.9)2.00 (7.57) 4.00 (15.14) 0.50 (1.9) 1.00 (3.8) 3.00 (11.36) 6.00 (22.71) 0.75 (2.8) 1.50 (5.7)4.00 (15.14) 8.00 (30.28) 1.00 (3.8) 2.00 (7.6) 5.00 (18.93) 10.00 (37.85) 1.25 (4.7) 2.50 (9.5)6.00 (22.71) 12.00 (45.42) 1.50 (5.7) 3.00 (11.4)7.00 (26.50) 14.00 (52.99) 1.75 (6.6) 3.50 (13.2)8.00 (30.28) 16.00 (60.56) 2.00 (7.6) 4.00 (15.1)9.00 (34.07) 18.00 (68.13) 2.25 (8.5) 4.50 (17.0) 10.00 (37.85) 20.00 (75.70) 2.50 (9.5) 5.00 (18.9) 11.00 (41.64) 22.00 (83.27) 2.75 (10.4) 5.50 (20.8) 12.00 (45.42) 24.00 (90.84)3.00 (11.4) 6.00 (22.7)13.00 (49.21) 14.00 (52.99) 15.00 (56.78)Code NPTF SAE 4 400 620 6 600 820 8 800 1020 12 1200 1220“PK” Orifice Plug KitsCode Description N Nitrile (Standard) V FluorocarbonDesign Series NOTE: Not required when ordering.Plug KitValve SizeFlow*SealsPKDesign Series NOTE: Not required when ordering.Reverse CheckFixed FlowPort SizeMaterialSeal CompoundKSFlow *Pressure Compensated Flow ControlPCCode Description S SteelCode DescriptionOmit Nitrile (Standard) V FluorocarbonAvailable Flow Settings GPM (LPM)PCK 400/620 PCK 600/820 PCK 800/1020 PCK 1200/1220GPM (LPM)GPM (LPM)GPM (LPM)GPM (LPM)0.25 (0.9) 0.50 (1.9)2.00 (7.57) 4.00 (15.14) 0.50 (1.9) 1.00 (3.8) 3.00 (11.36) 6.00 (22.71) 0.75 (2.8) 1.50 (5.7)4.00 (15.14) 8.00 (30.28) 1.00 (3.8) 2.00 (7.6) 5.00 (18.93) 10.00 (37.85) 1.25 (4.7) 2.50 (9.5)6.00 (22.71) 12.00 (45.42) 1.50 (5.7) 3.00 (11.4)7.00 (26.50) 14.00 (52.99) 1.75 (6.6) 3.50 (13.2)8.00 (30.28) 16.00 (60.56) 2.00 (7.6) 4.00 (15.1)9.00 (34.07) 18.00 (68.13) 2.25 (8.5) 4.50 (17.0) 10.00 (37.85) 20.00 (75.70) 2.50 (9.5) 5.00 (18.9) 11.00 (41.64) 22.00 (83.27) 2.75 (10.4) 5.50 (20.8) 12.00 (45.42) 24.00 (90.84)3.00 (11.4) 6.00 (22.7)13.00 (49.21) 14.00 (52.99) 15.00 (56.78)Note: Settings are based on using 100 SSU at +49°C (+120°F).* To order this valve you must indicate appropriate GPM value from table. Example: 9PCCK600S-3.50-VSeries PC*K400 1/4" 600 3/8" 620 #6 SAE 800 1/2" 820 #8 SAE 1020 #10 SAE 1200 3/4"1220 #12 SAECode Size Note: Settings are based on using 100 SSU at +120°F (+49°C).* To order this plug kit you must indicate appropriate GPM value from table. Example: PK6-3.50-NModel Weight Number kg (lbs.)PK4-*N 0.5 (0.1)PK6-*N 0.5 (0.1)PK8-*N 0.5 (0.1)PK12-*N 0.5 (0.1)Technical Information Performance CurvesDimensionsInch equivalents for millimeter dimensions are shown in (**)Model WeightNumber kg (lbs.)A B C D E F GPC*K400/620 0.03 1/4–18 NPTF/9/16–18 UNF 92.2 27.7 31.8 17.5 38.1 6.4 (0.7) (3.63) (1.09) (1.25) (0.69) (1.50) (0.25) PC*K600 1.003/8–18 NPTF105.7 30.2 38.1 19.1 44.5 6.4(2.1) (4.16) (1.19) (1.50) (0.75) (1.75) (0.25) PC*K 820 1.00 3/4–16 UNF112.5 37.3 38.1 19.1 44.5 6.4(2.1)(4.43) (1.47) (1.50) (0.75) (1.75) (0.25PC*K800/1020 1.50 1/2–14 NPTF/7/8–14 UNF 125.5 36.6 44.5 22.4 50.8 6.4(3.3) (4.94) (1.44) (1.75) (0.88) (2.00) (0.25) PC*K1200/1220 1.50 3/4–14 NPTF/1 1/16–12 UNF 149.4 27.7 57.2 28.7 63.5 6.4(3.3) (5.88) (1.09) (2.25) (1.13) (2.50) (0.25)PC*K SeriesControlled Flow vs.Pressure Dropat Maximum Flow Setting 95190572311P r e s s u r e D r o pLPMGPM25501563FlowSeries PC*K。
LFS系列液体流量开关规格说明书
Page 1Copyright © 2021 Sensata Technologies, Inc. | LFS SERIESPADDLE FLOW SWITCHESSPECIFICATIONSThe LFS range of flow switches are paddle devices that are mounted vertically through a socket or upstand process connection.Electrical connections are made within the housing, which has a screw on sealed lid and cable gland.A choice of paddle sizes is supplied with each switch and selection can be made with reference to the chart below.TechnicalElectricalFeatures• Stainless steel SS304 paddle• 3/4”BSP or 1”NPT mounting plug thread• IP65 Aluminium alloy housing or DIN 43650 connection • Use for flow detection in pipes from 1” bore to 3” bore• Maximum operating pressure 20 barHousing materialAluminium Alloy Paddle material 304grade SS Temperature range See chart below Maximum pressure 20 bar Set point tolerance ±25 %Pressure drop0.2 barConnection in housing or byDIN 43650Mounting thread1”NPT STANDARD PARTSAll ratings are for resistive load only.Page 2CONTACT USCynergy3 Components Ltd.7 Cobham Road,Ferndown Industrial Estate, Wimborne, Dorset,BH21 7PE, United KingdomCopyright © 2021 Sensata Technologies, Inc.Sensata Technologies, Inc. (“Sensata”) data sheets are solely intended to assist designers (“Buyers”) who are developing systems that incorporate Sensata products (also referred to herein as “components”). Buyer understands and agrees that Buyer remains responsible for using its independent analysis, evaluation and judgment in designing Buyer’s systems and products. Sensata data sheets have been created using standard laboratory conditions and engineering practices. Sensata has not conducted any testing other than that specifically described in the published documentation for a particular data sheet. Sensata may make corrections, enhancements, improvements and other changes to its data sheets or components without notice.Buyers are authorized to use Sensata data sheets with the Sensata component(s) identified in each particular data sheet. HOWEVER, NO OTHER LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR OTHERWISE TO ANY OTHER SENSATA INTELLECTUAL PROPERTY RIGHT, AND NO LICENSE TO ANY THIRD PARTY TECHNOLOGY OR INTELLECTUAL PROPERTY RIGHT, IS GRANTED HEREIN. SENSATA DATA SHEETS ARE PROVIDED “AS IS”. SENSATA MAKES NO WARRANTIES OR REPRESENTATIONS WITH REGARD TO THE DATA SHEETS OR USE OF THE DATA SHEETS, EXPRESS, IMPLIED OR STATUTORY, INCLUDING ACCURACY OR COMPLETENESS. SENSATA DISCLAIMS ANY WARRANTY OF TITLE AND ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, QUIET ENJOYMENT, QUIET POSSESSION, AND NON-INFRINGEMENT OF ANY THIRD PARTY INTELLECTUAL PROPERTY RIGHTS WITH REGARD TO SENSATA DATA SHEETS OR USE THEREOF.All products are sold subject to Sensata’s terms and conditions of sale supplied at SENSATA ASSUMES NO LIABILITY FOR APPLICATIONS ASSISTANCE OR THE DESIGN OF BUYERS’ PRODUCTS. BUYER ACKNOWLEDGES AND AGREES THAT IT IS SOLELY RESPONSIBLE FOR COMPLIANCE WITH ALL LEGAL, REGULATORY AND SAFETY-RELATED REQUIREMENTS CONCERNING ITS PRODUCTS, AND ANY USE OF SENSATA COMPONENTS IN ITS APPLICATIONS, NOTWITHSTANDING ANY APPLICATIONS-RELATED INFORMATION OR SUPPORT THAT MAY BE PROVIDED BY SENSATA.Mailing Address: Sensata Technologies, Inc., 529 Pleasant Street, Attleboro, MA 02703, USA.ISO9001CERTIFIED cynergy3-lfs-v3 Rev: 07/10/21Mechanical DimensionsRepeatability ±5% Connection in housing or by DIN 43650Contact Form SPDT Electrical Specification 180Model No.LFS-02/H Model No.LFS-03/H Model No.LFS-04/HModel No.LFS-01/H Made in the UK。
流量开关使用细则
可靠性高，测量不受磁铁干扰。 具有多种输出功能，配接无线传输，可组成监测系统，监测仪表运行情况及
管网运行状况。
第 4页 共 12页
二 主要技术参数
2.1 技术参数
类型 公称直径 测量流体 信号输出 接通电流 设方式 响应时间
220V 交流或 24V 直流 IP67
预留压力传感器接口
第 5页 共 12页
2.2 流量范围
公称直径 （mm）
Q3/Q1
Q2/Q1
20
80
1.6
25
80
1.6
32
80
1.6
40
80
1.6
50
80
1.6
65
80
1.6
80
80
1.6
100
80
1.6
125
80
1.6
150
80
1.6
200
80
1.6
250
200
160 8*18
9
d-法兰连 接孔直径
100
250
320
220
180 8*18
10
125
250
345
250
210 8*18
14
n-法兰连 1.0 接孔数量
150
300
380
285
240 8*23
17
200
350
435
340
295 8*23
27
250
400
465
395
350 12*23 55
300
FS100流量开关
FS100流量开关北京北⽅华瑞仪表、产品命名⽅式：① EA-F表⽰流量开关。
②流量开关设定⽅式：A为固定式（可省略），B为可调式。
③流量开关安装⽅式：Z表⽰直通式，J表⽰⾓式（可省略）。
④流量开关外壳代码：100，200，数字表⽰。
⑤表⽰流量开关设定值。
⑥表⽰材质，P为塑料，C表⽰铜，S为不锈钢。
型号 流量设定值（GPM） 开关 电⽓性能EA-F-101 0.25 SPST.N.O 70W、220Vac、0.7AmaxEA-F-102 0.50 SPST.N.O 70W、220Vac、0.7AmaxEA-F-103 1.00 SPST.N.O 20VA、110Vac、0.5AmaxEA-F-104 2.00 SPST.N.O 20VA、200Vac、0.5AmaxEA-F-105 2.50 SPST.N.O 10VA、110Vac、0.1AmaxEA-F-106 5.00 SPST.N.O 20VA、110Vac、0.5AmaxEA-F-111 0.25 SPST.N.O 带固态继电器EA-F-112 0.50 SPST.N.O 带固态继电器应⽤领域 流量开关⼴泛应⽤于液体和⽓体的流量控制，如制冷设备、化学⼯业、净⽔污⽔处理系统，造纸⾏业、⾷品、药液。
在⽯油化⼯，净⽔处理，动⼒设备，焊接设备以及中央空调等制冷设备冷却⽔系统，激光系统，测量设备冷却⽔系统，润滑系统，液压系统过程⽣产线，⽣物医药仪器，热泵，冷凝故障等领域，实现系统的⾃动化控制及安全联锁保护。
⽽温度流量复合开关除上述领域外，同时具有温度监控功能：通过控制制冷机开停控制温度，或进⾏⾼低温报警，注意事项1、安装时注意流体的流向，流向箭头刻印在壳体上。
2、壳体允许倾斜安装，但稍会影响设定值，拧紧⽔管时须⽤管钳夹住壳体，并⽤⼆层布垫好壳体以防咬伤壳体。
3、壳体⼆端均有内管螺纹3/4″ Female NPT ,安装时管螺纹部分要绕⼆圈⽣料带。
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1.2 安 装 调 试 注 意 事 项
如该仪表通了电而盖子打开着 则不能防电击 始终确认仪表接触介质部分的材质与介质化学兼容。 只能使用化学性质兼容的产品来清洁该仪表。 室外安装时应防雨、防紫外线辐射和电磁干扰。
从管道上拆卸该仪表时，应采取所有与工艺有关的必要措施。
1.3 安 装 调 试 注 意 事 项
电磁兼容性(EMC): EN 50 081-1(1992), 50 082-2(06-1995) 安全性: EN 61 010-1(1993,A2-1995) 抗振性: EN 60068-2-6(09-1995) 抗震性: EN 60068-2-27(1987)
6 维 护 .............................................................................................................................................12 6.1 清洗........................................................................................................................................12 6.2 故障信息..............................................................................................................................12
2 产 品 说 明 ......................................................................................................................................3 2.1 结构.......................................................................................................................................3 2.2 测量原理................................................................................................................................3 2.3 标准供货................................................................................................................................3 2.4 附件........................................................................................................................................3
7 附 录 .............................................................................................................................................13 7.1 8032 易连接举例....................................................................................................................13 7.2 8032 控制器标签说明.........................................................................................................14 7.3 流量 - 流速 - 通径图.............................................................................................................15
FS32 型
流量控制器
操作手册
目 录
FS32 型 流 量 控 制 器
1 安 全 说 明 .....................................................................................................................................2 1.1 使用.......................................................................................................................................2 1.2 安装调试注意事项...............................................................................................................2 1.3 符合的标准...........................................................................................................................2
3 技 术 参 数 ......................................................................................................................................4
4 安 装 ...............................................................................................................................................6 4.1 安装建议................................................................................................................................6 4.2 安装........................................................................................................................................6 4.3 电气连接...............................பைடு நூலகம்................................................................................................6 4.3.1 连接器...........................................................................................................................6 4.3.2 晶体管 输出式（ＮＰＮ／ＰＮＰ）接线....................................................................................7 4.3.3 继电器 输出式接线.....................................................................................................7