MCP316使用说明书V1.1

01/14/2020 Page 1 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714Please be informed that the data shown in this PDF Document is generated from our Online Catalog. Please find the complete data in the user's documentation. Our General Terms of Use for Downloads are valid (/download)PCB connector, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions: 16, pitch: 3.81 mm, connection method: Screw connection with tension sleeve, color: green, contactsurface: TinThe figure shows a 10-position version of the productYour advantagesWell-known connection principle allows worldwide use Low temperature rise, thanks to maximum contact forceAllows connection of two conductorsKey Commercial DataTechnical dataItem propertiesPrinted-circuit board connector - MC 1,5/16-ST-3,81 - 1803714Technical dataItem propertiesElectrical parametersConnection capacityMaterial data - contactMaterial data - housingDimensions for the product01/14/2020 Page 2 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714Technical dataDimensions for the productPackaging informationAmbient conditionsTermination and connection methodPull-out testMechanical tests according to standardAir clearances and creepage distances01/14/2020 Page 3 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714Technical dataAir clearances and creepage distancesCurrent carrying capacity / derating curvesMechanical tests (A)Durability tests (B)Climatic tests (D)Environmental and durability tests (E)01/14/2020 Page 4 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714Technical dataEnvironmental and durability tests (E)Environmental Product ComplianceDrawingsDiagramType: MC 1,5/...-ST-3,81 with MCD 1,5/...-G1-3,8101/14/2020 Page 5 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714DiagramType: MC 1,5/...-ST-3,81 with MC 1,5/...-G-3,81DiagramType: MC 1,5/...-ST-3,81 with MCV 1,5/...-G-3,8101/14/2020 Page 6 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714Dimensional drawingClassificationseCl@ssETIMUNSPSC01/14/2020 Page 7 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714ApprovalsApprovalsApprovalsCSA / IECEE CB Scheme / VDE Gutachten mit Fertigungsüberwachung / EAC / cULus RecognizedEx ApprovalsApproval detailsEAC B.0174201/14/2020 Page 8 / 1201/14/2020 Page 9 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714ApprovalsAccessoriesAccessories BridgeInsertion bridge - EBPL 2-3,81 - 1733495Insertion bridge for plugs featuring a screw connection with a 3.81 mm pitchInsertion bridge - EBPL 3-3,81 - 1733505Insertion bridge for plugs featuring a screw connection with a 3.81 mm pitchInsertion bridge - EBPL 4-3,81 - 1733518Insertion bridge for plugs featuring a screw connection with a 3.81 mm pitchCable housingCable housing - KGG-MC 1,5/16 - 1834482Cable housing, pitch: 3.81 mm, number of positions: 16, dimension a: 63.35 mm, color: green01/14/2020 Page 10 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714AccessoriesLabeled terminal markerMarker card - SK 3,81/2,8:FORTL.ZAHLEN - 0804109Marker card, Card, white, labeled, Horizontal: consecutive numbers 1 ... 10, 11 ... 20, etc. up to 91 ... (99)100,mounting type: adhesive, for terminal block width: 3.81 mm, lettering field size: 3.81 x 2.8 mmMarker penMarker pen - B-STIFT - 1051993Marker pen, for manual labeling of unprinted Zack strips, smear-proof and waterproof, line thickness 0.5 mmScrewdriver toolsScrewdriver - SZS 0,4X2,5 VDE - 1205037Screwdriver, slot-headed, VDE insulated, size: 0.4 x 2.5 x 80 mm, 2-component grip, with non-slip gripAdditional productsPrinted-circuit board connector - MC 1,5/16-G-3,81 - 1803413PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.4 mmPrinted-circuit board connector - MCV 1,5/16-G-3,81 - 1803565PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.4 mm01/14/2020 Page 11 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714AccessoriesPrinted-circuit board connector - SMC 1,5/16-G-3,81 - 1827415PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.4 mmFeed-through header - MCD 1,5/16-G-3,81 - 1830091PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.5 mm, In combination with MCV plug components, both an MCVW and an MCVR plug must be used.Feed-through header - MCDV 1,5/16-G-3,81 - 1830541PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.4 mm, In combination with MCV plug components, both an MCVW and an MCVR plug must be used.Feed-through header - MCVDU 1,5/16-G-3,81 - 1837573PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 2.5 mmPrinted-circuit board connector - MCD 1,5/16-G1-3,81 - 1843211PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.5 mm, In combination with MCV plug components, both an MCVW and an MCVR plug must be used.01/14/2020 Page 12 / 12Printed-circuit board connector - MC 1,5/16-ST-3,81 - 1803714AccessoriesFeed-through header - MCDV 1,5/16-G1-3,81 - 1847877PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Wave soldering, pin layout: Linear pinning, solder pin [P]: 3.4 mm, In combination with MCV plug components, both an MCVW and an MCVR plug must be used.Feed-through header - EMCV 1,5/16-G-3,81 - 1860786PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Press-in technology, pin layout: Linear pinning,solder pin [P]: 3.8 mmFeed-through header - EMC 1,5/16-G-3,81 - 1897940PCB headers, nominal current: 8 A, rated voltage (III/2): 160 V, nominal cross section: 1.5 mm², number of positions:16, pitch: 3.81 mm, color: green, contact surface: Tin, mounting: Press-in technology, pin layout: Linear pinning,solder pin [P]: 3.5 mmPhoenix Contact 2020 © - all rights reserved 。

PRO16-III抄控器功能及使用说明青岛东软载波科技股份有限公司1.用途及使用范围PRO16-III型抄控器和掌上电脑或计算机、载波表一起构成了EASTSOFT®远程集中抄表系统（AMR）的主动发送设备，实现载波通信功能，利用低压电力线为通信介质与终端设备（载波电能表）建立可靠的数据连接，并以半双工的通信方式对终端设备进行抄控操作。

主要应用在集抄系统的现场安装、生产调试等环节。

2.功能及特点PRO16-III型抄控器采用东软公司自主研制开发的低压电力线载波通信发送芯片PLCi38-III，数据链路层采用高级数据链路控制协议，应用层兼容DL/T645—2007规约。

PRO16-III型抄控器和掌上电脑或计算机配合使用能完成以下功能：●设置参数：通过电力线设置和修改载波电表参数。

●抄读参数：具有指定抄读一只电表数据：表号、初始电量、初始密码等●监控单表：可以对单表进行实时监控其主要特点是：数据传输可靠，抗干扰能力强，外形小巧便于携带，是实现场维护不可缺少的必要设备。

3.工作原理及结构3.1.结构图3.2.工作原理抄控器通过RS232串行口或USB口接收主站（手持设备或计算机）的抄控命令，经载波芯片PLCi38-III扩频调制、发射馈网电路选频放大后，传送到低压电力线上；电力线终端设备（载波电能表）收到命令后向抄控器返回应答，通过RS232串行口或USB 实现通信。

4.规格和主要的技术参数5.抄控器通讯说明5.1.掌机软件版本1.支持规约类型：DL/T645-1997通讯协议、DL/T645-2007通讯协议；2.软件下载方式：登陆东软网站/选择‘技术支持’，在‘掌机软件’栏里有各版本程序的下载链接；3.具体抄读电表类型与版本的对应关系如下：5.2. 连接PC 机通讯5.2.1.通讯连接示意图注意：A/B 接线图1 基本测试使用图2 测试通讯效果5.2.2. 通讯软件说明1. 支持规约类型：DL/T645-1997通讯协议、DL/T645-2007通讯协议；2. 软件下载方式：登陆东软网站/选择‘技术支持’，在‘软件及文档下载’调试软件栏里有“DL/T645 - 1997协议调试器（V2.13）”和“DL/T645 - 2007协议调试器”的下载；3. 以下以DL/T645 - 1997协议调试器（V2.13）软件为例说明使用方法 a) 运行参数设定软件运行后首先显示如下参数界面：可以指定串口参数，如左图所示；切换到电表参数页面中可以设定电表的通讯密码等参数，电表参数中的“电表密码”项目即07-645规约中的02级密码，电表参数中的“低级密码”项目即07-645规约中的04级密码b)电表数据项单项操作在如下主界面中，录入表号以后，可以选择操作的控制码，如读数据、写数据、广播校时、冻结命令、电表清零等如果选择的是读数据和写数据，需要填写数据标识内容，也可以点击数据标识来进行数据项选择，弹出如下界面，从中可以选择需要操作的数据项目选择完毕，即可点击发送按钮来执行电表操作，在消息栏目中可以看到软件与电表的交互报文，在状态栏中可以看到返回报文的数据体内容，下图所示的是抄读电表“800000000001”的“00010000当前正向有功总电量”数据，返回的数据内容是00008463，参照规约解析是84.63kWh注意事项：✧通讯速率：9600bps，数据位：8位，停止位：1位，校验方式：偶校验；✧如果需要对电表进行设置，需要输入8位电表密码（6位密码加2位权限）；✧如果采用采集器方式对电表通讯，根据需要选中“通过采集器进行抄读”，并正确输入采集器地址；✧如有需要需要选中“命令帧前使用前导符”按钮，同时前导符输入：FC，次数为：1；以上设置完成后，打开串口，退回到主界面，输入表号，然后选择通讯类型以及数据标识，进行通讯即可；详细的通讯收发报文将会在窗体空白出显示；关于该软件详细的说明，参见软件包中的用户手册。

IQ Switch®ProxSense® SeriesIQS316EV01 Evaluation Kit User ManualIQ Switch® - ProxSense® Series1 IntroductionThis user guide describes the operation ofthe IQS316EV01 Evaluation Kit. The EV-Kit consists of three IQS316 controllerboards. A controller board is interfaced toany personal computer with the AzoteqConfiguration Tool (CT120/200), and theIQS316 Graphical User Interface (GUI).The purpose of the IQS316 EV-Kit is tohelp application and developmentengineers in evaluating the IQS316proximity and touch sensor.2 IQS316 Controller BoardFigure 2.1 Top view of IQS316 EV-Kit controller board3 Using the Software GUIDownload and install the IQS316 Software GUI available at: /products/download.php?downloadid=241Plug in the ribbon cable provided intothe CT120/200 Configuration Tool, andinto the controller boardPlug the desired sense antennae intothe controller boardAfter opening the GUI, “IQS316Demo”, select the communication type“SPI” or “I2C” as indicatedin Figure3.1, depending on the mode that theIQS316 Controller module isconfigured in (default SPI).See Figure 3.1Figure 3.1 Start-up Screen for the IQS316 Demo GUI3.2 Raw Data modeThe general purpose operation of the IQS316 software GUI is in Raw Data mode.To enter the Raw Data mode, click on “Raw Data” on the IQS316 Demo GUI start-up screen, as indicated in Figure 3.2.Figure 3.2 Start-up Screen for the IQS316 Demo GUIFigure 3.3 IQS316 GUI ScreenSee Figure 3.3 for following of descriptions.(1) Main GUI start/stop controls. Click on “Start” to start streaming data. Click on “Stop”to stop streaming data. Click on “Device Off” to stop streaming data and to cut power to the controller board. To reseed the LTA filter click on “Reseed”. To view channel streaming data with respect to time click on “Scope”.(2) Channel data is displayed as bar graphs. The red bar indicates current samples(CS). The green bar indicates the Long Term Average (LTA). Channel 0 to 3 represents the four proximity channels. Channel 4 to 19 indicate the 16 touch channels.(3) In this section the behavior of the IQS316 IC can be adjusted. Oscillator frequencyand the LTA filter mode along with active shield settings can be modified. To view the device number, click on “Device Info”. To set custom touch thresholds click on “PC Software add-ons”. Under “Streaming Choice”, the amount of data that is streamed to the GUI can be selected as desired. The various check boxes, “R/W Memory Map”, “Sleep”, “Stop Comms” and “Ack Reset” enable additional functions such as Zero Crossing synchronization, please see the IQS316 datasheet for details describing each option.(4) This section enables the user to configure the Prox and Touch channels individuallyor globally. The current samples (CS) and LTA filter values of each channel are displayed under “Current samples” and “LTAs RD”, respectively. The check boxes on the left hand side can be used to enable or disable channels as desired. ATI multiplier1234and ATI compensation settings can be modified by reading and adjusting the values asnecessary, or by utilizing the “Auto-ATI” function for automatic ATI selection for Prox aswell as Touch, under “ATI Settings:”.3.2.1 Example (See Figure 3.4 and Figure 3.5):(i) To change the touch threshold on individual channels, click on “Read Thres”. Thiswill display the current settings. Change the threshold setting of the channel inquestion by selecting the desired value from the drop down box, and click on “WriteThres” as indicated in Figure 3.4.(ii) To change the base value of current samples that the Auto-ATI algorithm tunes the touch channels to, enter a new value under “ATI Settings:” (500 in the example).Under “ATI Settings:” click on “Send”. Whenever “Auto-ATI” is clicked on, the algorithmwill retune the current samples to the selected base value. Lower base values: Morestable, faster response times. Higher base values: More sensitive.(iii) To make one or more channels more sensitive, the ATI compensation parameter can beadjustedasfollows(SeeFigure 3.5).Under“ATIComp” click on “Read” to display the current compensation values. Enter a new value between 0 and 63 for thechannel that is to be adjusted, and click on “Write”. A higher compensation value willyield higher current samples, and thus will make the channel more sensitive.Figure 3.4Adjusting individual channel thresholdsiiiFigure 3.5Adjusting channel sensitivity ATI compensation iii4 Reference designFigure 4.1 IQS316 reference design5 PCB Design5.1 Controller Board PCB DesignFigure 5.1 Top layer component placementFigure 5.2 Bottom layer component placementThe following patents relate to the device or usage of the device: US 6,249,089 B1, US 6,621,225 B2, US 6,650,066 B2, US 6,952,084 B2, US 6,984,900 B1, US 7,084,526 B2, US 7,084,531 B2, US 7,119,459 B2, US 7,265,494 B2, US 7,291,940 B2, US 7,329,970 B2, US 7,336,037 B2, US 7,443,101 B2, US 7,466,040 B2, US 7,498,749 B2, US 7,528,508 B2, US 7,755,219 B2, US 7,772,781, US 7,781,980 B2, US 7,915,765 B2, EP 1 120 018 B1, EP 1 206 168 B1, EP 1 308 913 B1, EP 1 530 178 B1, ZL 99 8 14357.X, AUS 761094IQ Switch®, ProxSense®, LightSense™, AirButton® and the logo are trademarks of Azoteq.The information in this Datasheet is believed to be accurate at the time of publication. Azoteq assumes no liability arising from the use of the information or the product. The applications mentioned herein are used solely for the purpose of illustration and Azoteq makes no warranty or representation that such applications will be suitable without further modification, nor recommends the use of its products for application that may present a risk to human life due to malfunction or otherwise. Azoteq products are not authorized for use as critical components in life support devices or systems. No licenses to patents are granted, implicitly or otherwise, under any intellectual property rights. Azoteq reserves the right to alter its products without prior notification. For the most up-to-date information, please refer to .***************************。

OUT2 24V(+) 24V(-) RUN SP2 STOP
IN+ INB1 B2 B3 G1 G2 G3 COM
功能说明 电源,100~220VAC 主输出,用于变频器频率给定信号 (4~20mA或0~10V) 输出2
24V直流电源,为压力变送器供电
变频器运行开关 第二压力开关(消防) 停止开关 输入开关公共端
压力信号输入
1# 变频泵控制接点 2# 变频泵控制接点 3# 变频泵控制接点 1# 工频泵控制接点 2# 工频泵控制接点 3# 工频泵控制接点 输出继电器公共端
5
6.3 接线说明
主输出OUT1 主 输 出 OUT1可 设 置 为 0~20mA或 4~20mA输 出 ,当 设 置 为 0~20mA时 ,外 接
2
5.安装
CPC316控制器采用屏式安装方式。安装时,将仪表从安装屏前面推入安装口 ,从安装屏后将仪表用专用夹具装配好,用螺丝刀将紧固螺杆旋紧,应注意将夹具顶端 顶在安装屏上。
+0.5
开 孔 尺 寸:□9 2 m m -0.0
RUN
SLP
MAN
.8. P .8 %
PV
.8 T
8 .8. B3
.8 SV
当允许自动/手动切换时(A K设置为KAND),按此键可实现自动/手动控制方式 的双向无扰切换。
∧和∨键:数值增加/减少键 用于修改压力设定值、输出值、修改参数值等操作。
7
OUT1:变频输出指示灯 绿色指示灯OUT1指示输出功率大小,输出功率越大,指示灯越亮。
变频泵/工频泵运行指示灯 B1为1#变频泵运行指示灯,当1#泵变频运行时,B1灯点亮; B2为2#变频泵运行指示灯,当2#泵变频运行时,B2灯点亮; B3为3#变频泵运行指示灯,当3#泵变频运行时,B3灯点亮;