中安博ak-08说明书

subject to change without noticeATP-8Technical specifications Technical specificationsWelding application Welding applicationCapacitor discharge welding Drawn arc welding Short cycle welding Application area Application areaCarbon steel, stainless steel, brass, aluminium alloy Welding area Welding areaMetric studs and pins Ø3 (metrics M3) – Ø8 (metrics M8); Length 6mm – 30mm, other length on request Stud feeding system Stud feeding systemSemi-automatic (hand insert) Automatically ( fully automatic stud feeder BZ-V01) Guidance GuidancePrecise sliding bearing guidance Lift adjustment Lift adjustment1 – 6mm, infinitely variable Accessories Accessories (optional)(optional)Cantring device Gas device Welding cable Welding cable3m, 25mm² Dimensions (Dimensions (Width x height x length Width x height x length Width x height x length))70 x 180 x 300mm Weight (including cable)Weight (including cable) 1,8kgthe economical welding of metric studs, pins and inthreaded studs in series from medium to larger piece according to following procedures:Capacitor discharge welding according to No. 786 / ISO 4063:2008Short cycle welding according to No. 783 / ISO 4063:2008Drawn arc welding according to No. 784 / ISO 4063:2008Due to the precise sliding bearing guidance of the piston at welding gun ATP-8, the greatest possible positioning accuracy is ensured. The simple and robust design allows a practical application even under harsh working conditions. Equipped with a feeding tube, studs can be fed by hand or fully automatically stud feeding system Westermans International Ltd Unit 4 Midland Distribution Centre Markfield Road, Groby Leicester, LE6 0FS Tel:+44(0)**************************************************。

GENERAL DESCRIPTIONAK Series remote units are wall mounted, multisceneremotes for use with the Lightronics AR-1202 architectural dimmer and certain other Lightronics products. Each button activates a complete lighting scene. LED indicators show which scene active .There are currently three models available:AK-1005 5 Scenes AK-1003 3 Scenes AK-1002 2 ScenesAK Series units fit into standard single gang wall switch boxes. They communicates with the AR-1202 via a 4 wire bus which will accommodate several remotes and other controls. All wiring is low voltage.The units generally operate in an exclusive mode where only one scene can be active at a time. Each scene may be toggled on and off. When a scene is selected, the AR-1202 circuits fade, at a user controlled rate, to the setting for that scene.Scenes activated by these remotes are actually set up and stored in the AR-1202 dimmer. The remotes only tell the AR-1202 which scene(s) to activate.INSTALLATIONAK Series units connect to the AR-1202 via a shielded 4 conductor cable arranged as 2 twisted pairs. One pair connects to the DATA - and DATA + signals. The other pair carries the common and power.See the diagram "CONNECTOR WIRING" for details.SINGLE UNIT: Connect the 4 cable wires to the screw down terminals on the back of the unit. Connect the cable shield to the REMOTE COMMON terminal.The other end of the cable connects to a small terminal strip inside the AR-1202 dimmer. Refer to the AR-1202 Owners Manual for complete wiring details.MULTIPLE UNITS: Follow the instructions for a single unit for the first AK Series remote. Connect the terminals of the second unit to the corresponding terminals of the of the first unit (create a "daisy chain").Additional units can be added in the same manner.Do not make multiple "home runs" to the AR-1202 or create a "star network".OPERATIONSCENE SETUPScenes to be activated by an AK Series remote must have already been created and stored in the AR-1202 dimmer. See the AR-1202 Owners Manual for instructions on programming scenes.AK Series remotes are used with AR-1202 scenesstarting at scene one (the top button). The remaining buttons use the next consecutive numbered scenes. If multiple units are used, they will ALL use scenes starting at scene one.It is possible to make AK Series remotes operate with other scenes but the unit must be ordered with special factory programming to do so.AK-1005GENERAL OPERATIONNo setup or turn on procedure is needed. When the AR-1202 dimmer is powered on, the AK Series remotes will also be powered.If communication with the AR-1202 cannot be established, a remote will appear to be repeatedly scanning through all scenes.MAINTENANCE AND REPAIRTROUBLESHOOTING1. Check cables and the connections at both ends.2. If the unit is being used with a AR-1202 system - ensure that one (and only one) of the AR-1202 dimmer(s) in the system is set to UNIT ADDRESS 00OWNER MAINTENANCEThere are no user serviceable parts in the unit. Service by other than Lightronics authorized agents will void your warranty.OPERATING AND MAINTENANCE ASSISTANCEDealer and Lightronics Factory personnel can help you with operation or maintenance problems. Please read the applicable parts of this manual before calling for assistance.If service is required - contact the dealer from whom you purchased the unit or contact the Lightronics, Service Dept..REMOTE COMMONREMOTE DAT A -REMOTE DAT A +TO AR-1202AK-1005Rear ViewJ101CONNECTOR WIRINGAK-1003AK-1002。

PK08使用说明书一、安装警示1、注意！根据说明书来认真操作，这对个人安全非常重要。

错误的安装或产品的误用都可能对人身与财产导致严重的损害；2、在安装产品前请仔细阅读说明书；3、保存好说明书以备日后使用；4、在有爆炸危险地区域里不要安装该产品；可燃性的气体都是严重的安全危害隐患；5、机械配件必须符合国家的有关标准；6、安装必须遵守国家的有关标准；7、系统检修前，应切断电源；8、检查接地系统是否正确；9、非本公司生产的配件安装在该系统中，如出现安全问题和不能正常运行，本公司不负责任；10、仅对原装部分维修；11、不要对该系统的组成部分做任何改动；12、安装者必须向用户详细介绍操作方法和应急状态下的有关规定，向用户提供产品说明书；13、安装产品时严禁儿童和其他无关人员靠近；14、将遥控放置在儿童拿不到的地方，以防小孩发生意外事故；15、严禁用户自己尝试维修或私自调整系统，应联系专业人士；16、说明书里没有明文规定的都是不允许的；二、开门机1、开门机性能1）、电气参数：2）、功能：●开关门速度可调。

●开门角度可调。

●遇阻返回。

●关门到位后推即开门。

●上电自动关门，清零。

●开关门到位缓冲，关门缓冲角度和关门力量可调。

●开门角度学习一次即可运行。

●可直接连接液晶控制器、雷达、地感、读卡器，人脸识别，指纹识别等外接设备控制开关门。

●通过液晶控制器来设置运行参数。

●通过无线遥控手柄控制开关门、控制加锁开锁、设置开门角度。

●通过液晶控制器控制开关门、控制加锁开锁。

●自动模式和自锁模式下，开门状态延迟时间后自动关门，延迟时间可调。

●开门硬限位可调。

●人为摇门报警。

●双门互相通讯中，通讯失败报警。

●支持四种常用工作模式（自动模式，自锁模式，常开模式，常锁模式），通过控制面板的船型开关来设置。

●通过控制面板的LED来指示开门机的工作状态。

●通过控制面板的复位按键来热启动开门机。

●可外接电子机械锁。

●火警接口。

2、开门机结构3、控制板1）、控制板电气示意图2）、控制板接口1）、电源板电气示意图2）、电源板接口1）、工作模式选择开关工作模式选择开关，选择开门机的工作模式，选择开关共有三档。

用户手册User’s GuideAT4202/04/08多路温度测试仪Rev.B4固件说明：适用于主程序RevA2.0及以上的版本@Instruments常州安柏精密仪器有限公司.江苏省常州市钟楼区宝龙61-3层销售服务电子邮件: *****************技术支持电子邮件: ****************©2005-2015 Applent Instruments Ltd.AT4202/4204/4208 用户手册2声明根据国际版权法，未经常州安柏精密仪器有限公司（Applent Instruments Inc.）事先允许和书面同意，不得以任何形式复制本文内容。

安全信息为避免可能的电击和人身安全，请遵循以下指南进行操作。

免责声明用户在开始使用仪器前请仔细阅读以下安全信息，对于用户由于未遵守下列条款而造成的人身安全和财产损失，安柏仪器将不承担任何责任。

仪器接地 为防止电击危险，请连接好电源地线。

不可在爆炸性气体环境使用仪器不可在易燃易爆气体、蒸汽或多灰尘的环境下使用仪器。

在此类环境使用任何电子设备，都是对人身安全的冒险。

不可打开仪器外壳非专业维护人员不可打开仪器外壳，以试图维修仪器。

仪器在关机后一段时间内仍存在未释放干净的电荷，这可能对人身造成电击危险。

不要超出本说明书指定的方式使用仪器超出范围，仪器所提供的保护措施将失效。

警告：不要加直流电压或电流到测试端，否则会损坏仪器。

安全标志：设备由双重绝缘或加强绝缘保护废弃电气和电子设备 (WEEE) 指令 2002/96/EC切勿丢弃在垃圾桶内有限担保和责任范围 3有限担保和责任范围常州安柏精密仪器有限公司（以下简称Applent）保证您购买的每一台AT4202/4204/4208在质量和计量上都是完全合格的。

此项保证不包括保险丝以及因疏忽、误用、污染、意外或非正常状况使用造成的损坏。

本项保证仅适用于原购买者，并且不可转让。

自发货之日起，Applent提供玖拾（90）天保换和贰年免费保修，此保证也包括VFD或LCD。

ak-bx52m说明书
摘要：
1.产品概述
2.产品特点
3.主要功能
4.操作方法
5.注意事项
6.售后服务
正文：
【产品概述】
ak-bx52m是一款功能强大且易于使用的设备，为用户提供了高度的便利性和高效性。

本说明书将详细介绍该产品的各项特性和使用方法，帮助用户充分了解并发挥其性能优势。

【产品特点】
ak-bx52m具有以下特点：
1.设计紧凑，便于携带和存放；
2.操作简便，适合各类用户；
3.性能稳定，能够满足多种应用场景的需求；
4.高效节能，降低用户的使用成本。

【主要功能】
ak-bx52m主要功能包括：
1.功能一：详细功能描述，如数据处理、传输等；
2.功能二：详细功能描述，如图像识别、分析等；
3.功能三：详细功能描述，如远程控制、协同作业等。

【操作方法】
1.准备工作：确保设备接通电源，检查各项连接是否正常；
2.步骤一：按照指示灯的提示进行操作，如开机、关机等；
3.步骤二：根据实际需求，选择合适的功能进行操作；
4.步骤三：在操作过程中，如有异常情况，请参阅“注意事项”部分。

【注意事项】
1.请勿将设备暴露在雨水中或潮湿环境中，以免影响其性能；
2.请勿在高温、易燃、易爆或腐蚀性环境中使用设备；
3.请勿擅自拆卸、改装设备，以免造成安全事故；
4.请定期对设备进行检查和维护，确保其正常运行。

RKC温控表使用说明书上海以太龙精密机械有限公司TEL:+86-21-59791343 FAX:+86-21-59797921地址：上海市青浦区华新镇纪鹤公路3338号网址：第一篇准备篇１，型号定义请参照下列代码表确认产品是否与您指定的型号一致.CD/CH①②③④⑤⑥⑦⑧⑨⑩①规格尺寸详见第１篇2.1节②控制类型F:PID动作及自动演算（逆动作）D:PID动作及自动演算（正动作）W：加热／冷却PID动作及自动演算（水冷）*1A：加热／冷却PID动作及自动演算（风冷）*1③输入类型：见输入范围表④范围代码：见输入范围表⑤第一控制输出（OUT1）（加热侧）M: 继电器接点输出8：电流输出（DC4～20mA）V: 电压脉冲输出G：闸流控制管驱动用触发器输出T: 闸流控制管输出⑥第二控制输出（OUT2）(制冷侧) *2无记号：当控制动作是F或D时M: 继电器接点输出8：电流输出（DC4～20mA）V: 电压脉冲输出T: 闸流控制管输出⑦第一报警（ALM1）, ⑧第二报警（ALM2） *2N:未设报警J:下限输入值报警A:上限偏差报警K：附待机上限输入值报警 B:下限偏差报警L：附待机下限输入值报警C:上，下限偏差报警P：加热器断线报警（CTL-6）*3 D：范围内报警 S: 加热器断线报警（CTL-12）*3 E：附待机上限偏差报警 R: 控制环断线报警*4F：附待机下限偏差报警 V: 上限设定值报警G: 附待机上下限偏差报警 W: 上限设定值报警H: 上限输入值报警⑨通信功能（仅限CD系列）N：无通信功能5:RS-485(双线系统)⑩防水／防尘功能N:无防水／防尘功能1:有防水／防法功能注：*1W或A型无自主较正功能*2第二控制输出（OUT20,第二报警（ALM2）为选项*3不能被定为第一报警（ALM1）*4 控制环断线报警只能在第一报警和第二报警中选择其一2，安装2.1外形尺寸CD101(CB100)CD401(CH402)CD501CD701CD901(CH902)2.2 安装方法（1）按照盘面开孔尺寸在盘面上打出用来安装仪器的矩形孔.（2）将仪器嵌入盘面开孔内.（3）在仪器安装槽内插放安装支架.（4）推紧安装支架，使仪器和盘面结合牢固（图１）.（5）使用螺钉同样能将仪器定在盘面上（图２），将安装支架插入仪器再用两个螺钉将仪器固定于盘面旋紧螺钉时，当螺钉接触盘面后，只可再紧一圈.请用附带螺钉.（6）注意事项：a,仪器安装于以下环境（IEC1010）过压等级Ⅱ污染程度2b,安装时避免以下情况.环境温度低开0℃（３２℉）或高于50℃（122℉）..环境湿度小于45％或大于８５％RH..环境温度的急剧变化可能引起的结露..腐蚀性，易燃气体..直接震动或冲击主体结构..水，油，化学品，烟雾或蒸汽污染..过多的灰尘，盐份或金属粉末..过多的杂讯干扰，静电，磁场或噪音..空调的直吹..室内使用，勿置于阳光直射下..热辐射积累之处.3.接线3.2 接线注意事项（1）热电偶输入，应使用对应的补偿导线.（2）热电阻输入，应使用低电阻且无差别的3根导线.（3）输入信号线应远离仪器电源线，动力电源线和负荷线以避免产生杂讯干扰.（4）仪器电源线通常不致被动力电源线干扰.仪器被外部杂讯干扰时，必须使用杂讯滤波器.·缩短电源线的捻合绞距，距离越短有助于减小杂讯.·在仪表盘上安装杂讯滤波器并接地，关减小杂讯滤波器输出与仪器与电源端子的接线距离.·不要在滤波器输出安装保险以及开关，这样会降低滤波器效果.（5）接线应符合每个国家的国标，电源线应使用600V聚氯乙稀绝缘线（J1SC3307）.（6）电源开启后对继电器输出的仪表需5-6秒的准备时间，如作外部的连接回路等信号使用时，请并用延迟继电器.（7）本系列仪器无电源开关和保险丝，如需可加装.建议保险丝规格：额定电压250V额定电流1A保险比型号：延时保险.（8）当为电流输入时，必须在输入端子之间接入250欧（±0.02％±10PPM，0.25W或更大）的电阻，由客户自己解决.（9）不要过分旋紧端子螺钉.请使用合适的端子螺丝接线片（螺丝型号M3×6建议力矩为0.4NM（4kgf.cm）4.规格4.1输入种类：a)热电偶：K , J, R, S, B, E, T, N, U, L, P LⅡ, W5Re/W26Re;b)热电阻：Pt100,JPt100;c)电压：0－5V，1－5V;d)电流：0-20MA,4-20MA.外部电阻的影响：约0.35uv/欧（热电偶输入）［依热电偶种类换算之］输入导线电阻的影响：读数的约0.01％／欧（测温电阻体输入）采样周期：0.5秒输入断线时的动作：a)热电偶输入：上升刻度或下降刻度b)测温电阻体输入：上升刻度输入短路时的动作：欠刻度（测温电阻体输入）4.2设定设定值（SV）：与输入范围同样加热侧比例带（P）:1-全距或0.1-全距但0.1℃（℉）分辨率时为999.9℃（℉）以内冷却侧比例带（PC）:加热侧比例带（P）之1-1000％加热侧比例周期（T）:1-100秒冷动侧比例周期（t）：1-100秒不感带（DB）:-10-+10℃(℉) 或-10.0-+10.0℃(℉)4.3显示第二篇功能篇1.控制PID控制PID控制是依设定P（比例带），I (积分时间)的各定数，获得稳定控制结果的控制方式.加热，冷却控制加热，冷却控制是以一台温控器即可进行加热控制与冷却控制.例如，在挤出机的机筒部温度控制时需要冷却控制则为有效.1.3正动作，逆动作正动作：随着测定值（PV）的增加，操作输出值（MV）随之增加动作.正动作一般用于冷却控制.逆动作：随着测值（PV）的增加，操作输出值（MV）反而减小的动作.逆动作一般用于加热控制.1.4自动演算（AT）功能自动演算功能自动测量，计算，设定最佳的PID及LBA常数.此功能在开启时，升温过程中以及实施稳定控制过程起作用.（1）启动AT条件当下列条件都被满足时启动AT功能·启动AT功能前除PID及LBA外的所有参数设定完毕.·确认未选LCK功能.（２）搁置AT条件出现下列情况时，AT功能被搁置.·当改变SV值时·当PV偏差值改变时·当运行／停止状态处于停止时·当PV值异常时（测值发生波动）·当电源开启时·当开启AT功能约9小时未结束时·发生20ms以上的停电时注意：·当自动演算搁置条件成立时，AT功能立即停止并转为PID控制.PID常数维持AT启动时的数值，此外，如AT完成后也转至PID控制.·如果控制系统内不慎发生摆动时，不宜用AT功能，此种情况，应设定与被控物相符合的数值.1.5自主校正（ST）功能ST功能可以自动计算和校正PID参数，保障仪器自身连续观察控制反应，因此，即使在AT功能运行后，所控制的目标的特性差异也可以通过它而获得好的反映.（１）启动ST要求满足下列所有情况时启动ST功能：·实行PID控制时（P≠0,I≠0 D≠0 及ARW≠0）·AT功能不能使用时·运行／停止处于运行状态·PV值必须在输入范围内（２）ST功能停止要求下列情况之一，ST功能设定为停止位：·当PV超出输入范围（当仪器超过上限或上限）·当ST功能设定为OFF时·当AT功能使用时＊1·当运行／停止功能处于STOP状态*2·当关闭电源时*1如果AT功能在使用，ST功能设定为停止位，在AT功能停止后，ST功能重新启动.*2如果操作状态由RUN至STOP,ST功能设定为STOP状态，如果操作状态由STOP至RUN,ST功能会重新启动.注意：当控制动作为加热／制冷PID动作，ST功能将不起作用.ST功能动作时，PID及ARW设定值不能改变，但可被监视.1.6设定数据锁（LCK）功能设定数据锁功能用于防止对某些不常被设定的参数进行误操作.有8级禁锁状态，参数可被每级状态禁锁，参数上锁后不能被设定或改变但可监视.2报警2.1温度报警（偏差／输入值报警）温度报警是测定值（PV）或偏差值到达警报设定值时，使警报指示灯（红）发亮，成为警报状态的功能.（１）偏差警报的种类偏差［测定值（PV）－设定值（SV）］到达警报设定时，警报指示灯发亮.因此，随着设定值（SV）变更，警报设定值亦随之移动.A.上限偏差报警（图１）偏差［测定值（PV）－设定值（SV）］在警报设定值以上时指示灯发亮，成为警报状态.B.下限偏差报警（图２）偏差［测定值（PV）－设定值（SV）］在警报设定值以下时指示灯发亮，成为警报状态.C.上下偏差报警偏差的绝对值︱测定值（PV）-设定值（SV）︱在警报设值以上及以下时，警报指示灯发亮，成为警报状态.D.范围内报警偏差的绝对值︱测定值（PV）－设定值（SV）︱在警报设定值以内时警报指示灯发亮，成为警报状态.（２）输入值警报的种类测定值（PV）到达警报设定值时警报随即动作.A.上限输入值警报B.下限输入值警报（３）警报的动作间隙测定值（PV）在警报设值附近时因输入的波动等关系，警报的继电器接点常发生反复ON, OFF,设警报的动作间隙，即可防止继电器接点的反复ON,OFFA.上限警报（偏差·输入值）时B.下限警报（偏差·输入值）时C.上下限警报（偏差·输入值）时D.范围内警报时（４）警报的待机动作待机动作乃投入电源时，测定值在警报状态亦不给于理会，直到测定值（PV）离开警报状态一次为止，使警报功能成为无效之动作.［例］以下限偏差警报为说明.A.附有待机动作时B.不附待机动作时（５）警报的励磁／非励磁·励磁警报――警报状态时继电器接点成为关闭（Close）.·非励磁警报――警报状态时继电器接点成为开放（Open）<动作说明图（电源为ON时）>2.2加热器断线报警（HBA）加热器断线报警是以电流互感器（CT）检出通过负载的电流，将所检出的值与加热器断线报警的设定值给以比较，当报警指示灯（红）发亮时即为报警状态的功能.A.加热器电流不通过时－加热器断线中，操作器的异常等.控制输出为ON时，电流互感器输入值在加热断线报警设定值以下，即成警报状态.（但控制输出的ON时间为0.5秒以下时，则不正常动作.）B.加热器电流不断时－继电器的触点粘连等C.控制输出为OFF时，电流互感器输入值在加热器断线警报设定值以上，即成警报状态..（但控制输出的OFF时间为0.5秒以下时，则不正常动作．）2.3控制环断线报警（LBA）控制环断线警报（以下简称为LBA）即调节器的PID演算值（输出的ON时间／周期）成为0％或100％时起检出测定值（PV）的变化量.由该变化量判断到在控制环有异状时，点亮警报指示灯（红），成为警报状态的功能.[可以检出的内容范例]·控制对象的异常――加热器断线，电源未供给，配线错误等·控制器的异常――检出器的欠失，短路等·操作器的异常――继电器触点粘连，配线错误，电源的未供给，不成ON时·仪器的输出异常――仪器内部的继电器触点粘连，不成ON或OFF等·仪器的输入异常――输入变化测定值却不变等注：经检出的异常无法确定其原因，故请逐次确认顺序，控制.（３）有关LBA不感带（LBD）LBA是由外扰（其热它热源等）引起，无论控制系统有无异状存在，均会成为警报状态.此时可籍LBA不感带（以下称LBD）的设定，而设置不成警报状态的领域.当测定值（PV）在LBD领域内时，生成警报状态的条件齐全，LBA也成警报状态，故设定LBD时应十分注意.*1 升温时：警报状态领域降温时：非警报状态领域*2升温时：非警报状态领域降温时：警报状态领域注意：①自动演算中，LBA功能不会动作.②LBA值在PID演算值成为0％或100％时动作，所以，自发生异状起至LBA开始动作的时间，即为PID演算值成为0％或100％的时间再加上LBA的设定时间.③如LBA的设定时间过短或不适合于控制对象时，常有LBA反复ON-OFF或不成为ON的情况下，此时应按状况变更LBA的设定时间.2.输入异常时的状态输入信号断线（或短路）时，或测量值（PV）超过设定范围时，以测量值（PV）显示警报输入异状的功能.(1)测量值（PV）输入信号线断线时的状态测量值（PV）输入信号线断线时，测量值（PV）显示将不断向上攀升(up-scale)或向下滑落（down-scale）,测量显示值上升（up-scale）――热电偶输入，测温电阻体输入测量显示值下降（down-scale）――热电偶输入（订货时指定）（１）测量值（PV）到达设定范围时的状态测量值（PV）上升或下降以及异常输入，使其到达温度设定范围（上限或下限），测量显示值随即开始闪烁，如果测量值（PV）继续上升或下降以至超过输入显示范围，测量值（PV）显示随即闪烁＂0000＂（超限over scale）或者＂U U U U＂（欠限under scale）.第3章操作篇1. 设定前状态2.SV设定模式在SV/PV正常显示状态下，按一下＂SET＂键，使SV显示处于闪烁状态，通过按＂＜R/S＂键，找到所需设定温度的位数，再按上升或下降，设定到所需温度值设定完毕后，再次按一下＂SET＂键，使仪表转到SV/PV正常显示状态.3.参数设定模式此参数用于设定报警，PID常数等参数.在正常显示状态下，按住＂SET＂键三秒后，在PV显示器中显示出参数设定状态，在SV显示器中显示其对应的数值，依次按＂SET＂键显示下表参数符号：注意：某些参数符号可能不被显示.*1加热器断线报警的设定（HBA ） ·当HBA 选为第二报警时才显示 ·HBA 不能用于电流输出·HBA 的设定值，请设定与电流输出器输入值 约８５％左右（CT ）当电源变化较大时，请设定稍小 之值.另遇当数支加热器并联装设时，请设稍大之值（电流检出器输入值以内）.以使仅断一支状态下 也可为ON.·当LBA 的设定为＂0.0＂时或未装电流检出器时，HBA 即为ON 请注意. *2控制环断线报警的设定·当LBA 选为第一或第二报警时才显示.·LBA 的设定值，通常设定于积分时间（I ）的2倍左右. ·加热／制冷PID 动作无控制环断线报警. ·AT 功能使用时，LBA 不能使用.·当PID 完成0％或100％时，LBA 功能才能使用.因此，发生故障后，LBA 作用时间在PID 完成0％ 或100％的计算时间加上LBA 的设定时间才能使用.·LBA 的设定时间过短，或不适合控制对象时，将引起LBA 发生ON-OFF ，或不变成ON ，如遇此情况， 请将此LBA 设定时间设定的稍长些.*3继电器接点输出：20sec,电压脉冲输出／闸流控制管驱动用触发器输出／闸流控制管输出2sec. *4继电器接点输出：20sec ，电压脉冲输出2sec. *5数据锁级别选择.·每个数据被锁定后只能被监视.·每个报警数据（HBA,LBA LBD ）都可以在＂0001.0011.0101.0111＂级别下被锁住.4.工程师参数设定模式.在仪表正常通电后，按参数设定模式进入并找到数据锁参数＂LCK ＂，将其代码置为＂1000＂ 再按＂SET ＂键使仪表确认，将＂SET ＂键与＂＜R/S ”＂键两键同时按住，约3秒后，在PV 显示 器内显示＂Cod ＂.在＂Cod ＂＝0000时，依次按＂SET ＂键可得到并循环显示下列参数： SL 1 输入类型选择 见表１ SL 2 显示单位及冷端输出类型选择 见表2 SL 3 ＂HBA ＂.＂LBA ＂及＂LBA ＂通道选择 见表3 SL 4 第一报警模式选择 见表4 SL 5 第二报警模式选择见表5SL 6 控制输出类型选择见表6SL 7 报警继电器状态选择见表7SL 8 略SL 9 略SL 10 RUN/STOP(运行／停止)及通讯功能选择见表8SL11SV报警类型选择见表9*1：电流输入时应设定为电压输入并在输入端子上并接一只250Ω电阻.热电偶与热电阻之间可相互转换，若与电压输入转换请交与本公司调整.表2出厂设定值：订货时指定类型表3出厂设定值：订货时指定类型表5出厂设定值：订货时指定类型表6出厂设定值：订货时指定类型F型：PID自整定（逆动作）*2A型：加热／冷却PID自整定（空冷）W型：加热／冷却PID自整定（水冷）*3M输出：接触器触点输出G输出：可控硅触发器输出V输出：电压脉冲输出T输出：可控硅输出注：激励报警是指报警继电器触点由ON变为NC.非激励报警是指报警继电器触点由NC变为NO.表8出厂设定值：订货时指定类型在＂Cod＂＝0001时，依次按＂SET＂键可得到并循环显示下列参数：SLH 设定测量范围上限SLL设定测量范围下限PGdP 小数点位数OH控制输出不动作带宽AH1第一报警输出不动作带宽AH2 第二报警输出不动作带宽CTr 电流互感器比率dF 数字滤波常数STTM使测量值稳定的时间因数STPK 比例带计算的因数STIK积分计算的因数SLH: 出厂设定值：订货时指定数值SLL: 出厂设定值：定货时指定数值注意：SL H≥SLLPGdP：出厂设定值：0001 此参数只在线性输入时才有显示并可设定，最多位数：3位.OH:可设定范围出厂设定值TC和RTD输入：0到100或0.0到100.0 2或2.0电压和电流输入：全量程的0.0％到10.0％0.2AH1：只有在第一报警设定有效时才有显示并可设定.可设定范围出厂设定值TC和RTD输入：0到100或0.0到100.0 2或2.0电压和电流输入：全量程的0.0％到10.0％0.2AH2: 同AH1CTr：只有在加热器断线报警设定为有效时才有显示并可设定.可设定范围出厂设定值CTL-6-P-N 0到9999 800CTL-12-S56-10L-N 0到9999 1000DF：如果设定为0，输入数滤波器为关闭.可设定范围出厂设定值0到100秒1秒STTM: 当自主校正被设定为有效时才有显示并可设定.可设定范围出厂设定值０到200 100STPK: 当自主校正被设定为有效时才有显示并可设定.可设定范围出厂设定值0到200 67STIK：当自主校正被设定为有效时才有显示并可设定.可设定范围出厂设定值0-200 16在＂Cod＂＝0002时，依次按＂SET＂键可得到下参数：TCJ: 仪表所记录的在输入端子周围空气温度的最大值（-10℃-+100℃）.WTH: 仪表所记录的使用时间的高值，最小单位：10000小时.WTL: 仪表所记录的使用时间的底值，最小单位：1小时.注意：上述三个参数仅为只读而不能人为改变.第四篇通讯篇CD系列仪表可以后配数字通讯接口，其接口为RS485，可以多达31块仪表并联在一起接到上位机对应的通讯口上，通过数字通讯口与上位计算机连接.在上位机上运行适当的通讯程序可检查和修改仪表中的各种参数，数字通讯线通过仪表后部端子连接到计算机.（必要时在仪表扣部端子并接一只100Ω左右的电阻）CD系列仪表与上位机通讯为被动方式，即仪表不会主动向上位机发数据，必须由上位机向仪表发出读写命令仪表才会作相应的响应，对不同的仪表通讯时由上位机软件发出不同的表号进行区别.仪表与上位机的通讯采用以下协议，协议中所有字符及数字均为ASCⅡ码形式.协议中除用到常规的字母.数字字符外还用到了一些控制字符.这些控制字符的符号及对应的ASCⅡ码值（十六进制）分别为：［EOT］(04H),[ENQ](05H),[ACK](06H),[NAK](15H),[STX](02H), [ETX](03H).仪表的表号，通讯速率及数字结构等经下面的方式依次在PV显示内显示.一，仪表正常通电并进入正常显示状态，二，在工程师参数设定模式下，将仪表设置为有通讯功能（见SL10）;三，将仪表恢复到正常显示状态，将＂SET＂键与＂＜R/S＂键同时按下依次按＂SET＂键可得到并循环显示下列参数：Add 仪表地址号*1bPS 通讯速率*2bIT 数字结构*3InT 发送延时*4*1：它为2位数字的ASCII码，如Add为23，表号应为23（32H 33H）.*2:通讯速率由下面的代码表示不同的波特率：出厂设定值：20：2400 bps1: 4800 bps2: 9600 bps3: 19200 bps*3: 数字结构由下面的代码表示不同的结构组合：出厂设定值：0代码数据位校验位停止位0 8 无 11 8 无 22 7 奇 13 7 奇 24 7 偶 15 7 偶 2仪表通讯协议格式如下表：名A 从仪表读数据：上位机命令仪表返回如果上位机需要再次读仪表参数，可以重发上述命令，但如还对同一块仪表，可发下面两种命令这一：ACK 仪表按参数表的顺序返回下一个参数值或NAK 再次返回同一参数的当前时刻数值B 向仪表写数据上位机命令仪表返回ACK(参数修改完成)或NAK（参数修改失败）如果上位机需要修改同一仪表的参数，可在次按上述格式发命令，也可省略表号，按下面格式发：注：1）参数就是下面要讲到的通讯助记符的ASCII编码，请注意大小写：2）数据最多由6个字符组成：3）BCC为校验和，它是从参数名开始到（ETX）为止的各个ASCII字符的半加和.通讯实例A 从仪表读数据：上位机发送：［EOT,0,1,M,ENQ］(04H,30H,31H,4DH,31H,05H)上位机读1号表的过程值（M1）.仪表返回：［STX,M,1,0,0,1,0,.,0,ETX,BCC］(02H,4DH,31H,30H,30H,31H,30H, 2EH,30H,03H,60H)仪表回答M1参数为10.0.上位机发送：［ACK］(06H)读下一参数仪表返回：［STX,A，A,0,0,0,0,0,0,ETX,BCC］。

AK800系列可编程逻辑控制器硬件手册Ver.1.2版本信息版本号修订日期修订人员修订内容1.02022-08-28AT-Ly首次成稿1.12022-09-28AT-Lxx增加EtherCAT 1.22023-05-16Lxx细节勘误上海步科自动化股份有限公司应用技术部HMI&PLC产品研发部前言感谢您购买使用由Kinco步科开发生产的AK800系列可编程逻辑控制器。

本手册将为您详细如何正确使用本产品。

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目录前言 (1)第一章安全注意事项 (4)第二章产品介绍 (7)2.1硬件功能概述 (7)第三章规格 (8)3.1应用环境规格 (8)3.2控制器规格 (9)3.3控制器接口规格 (9)3.4电源规格 (10)3.5DI数字量输入接口规格 (11)3.6DO数字输出接口规格 (11)3.7串行通讯口规格 (12)3.8CANopen接口规格 (12)3.9EtherCAT接口规格 (13)3.10外观尺寸 (14)3.11LCD面板规格 (15)第四章安装与固定 (16)4.1安装环境要求、安装建议 (16)4.1.1安装环境 (16)4.1.2安装空间 (16)4.1.3安装注意事项 (17)4.2控制器拆装 (17)4.2.1安装指示 (18)4.2.2拆卸指示 (18)4.3端子排的拆装 (19)4.3.1端子排安装指示 (19)4.3.2端子排拆卸指示 (19)第五章接线 (20)5.1接地要求 (20)5.2布线建议 (20)5.3IO接线 (21)5.3.1数字量输入 (21)5.3.2数字量输出 (21)5.3.3硬件接线 (22)5.4通讯连接 (23)5.4.1通过CANopen总线连接 (23)5.4.2通过串行通讯连接 (25)5.4.3通过以太网的监控连接 (26)5.4.4通过EtherCAT总线连接 (26)第六章编程工具与下载 (27)6.1编程软件及相关资料获取渠道 (27)6.2编程环境 (27)第七章运行与维护 (28)7.1指示灯说明 (28)7.2例行维护保养 (28)7.2.1日常点检项目 (28)7.2.2定期点检 (28)第一章安全注意事项本章中，“安全注意事项”分为“警告”和“注意”两个等级。

Data Sheet SS/AK100Issue 9ATEX Compliant Gas Analyzer System forHydrogen-cooled AlternatorsAK100 SeriesATEX compliant–intrinsically safe to II (1)GCENELEC EEx ia IIC T4Safety–early warning of hazardous hydrogen/air mixturesCost savings–maintenance of hydrogen purity ensures efficientcooling of the alternator to optimize plantperformanceChoice–separate display units for hydrogen purity and purgegas for ease of use and duplicate systems forenhanced securityLow cost of ownership–no moving parts and just one consumable itemensure minimal maintenance and running costsConfidence–ABB has over 80 years experience of katharometerdesign and operationSuperior technology and qualityfrom the world leader inhydrogen measurementATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesSS/AK100Issue 92GeneralThe AK100 range of instruments is designed to provide reliable and accurate hydrogen purity and purge gas measurement to ensure the safe and efficient operation of hydrogen cooled turbo-generators.Hydrogen PurityModern high capacity turbo-generators need to be cooled efficiently. Hydrogen, with a thermal conductivity of about seven times that of air, is in general use as the coolant.Any drop in hydrogen purity during operation of the machine has two adverse effects:The first, and most important, is to compromise the safe operation of the generator. Accurate measurement of hydrogen purity is essential to provide an early warning of a potentially explosive mixture of hydrogen and air.The second is the economic impact of reduced efficiency. To increase plant performance and control generating cost per megawatt, turbine generators must perform with optimum efficiency. A drop in hydrogen purity causes additional windage losses and consequently reduces generator efficiency.Purge GasTo complete the system the AK100 Series also incorporates a purge gas analyzer.During commissioning and de-commissioning of a system it is essential that the hydrogen is safely introduced and removed from the turbo-generator.To avoid an explosive mixture of air and hydrogen during commissioning, air must first be purged from the system by an inert gas; carbon dioxide is in common use for this purpose although argon or nitrogen are gaining popularity. The hydrogen coolant is then introduced and replaces the purge gas.To de-commission the turbo-generator the purge sequence is reversed.Typical Cost of Decreased Hydrogen PurityATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesSS/AK100Issue 93KatharometerPrinciple of operationThe AK100 range of gas analyzers utilize thermal conductivity as its principle for measurement. When a constant current is passed through an electrical conductor surrounded by gas in a chamber, the temperature rises to a point of thermal equilibrium.Provided radiation, convection and end-conduction losses are minimized, the temperature of the conductor depends upon the heat loss by conduction through the gas. The temperature attained is therefore related to the thermal conductivity of the surrounding gas and hence the resistance of the wire is a function of the thermal conductivity.The katharometer comprises a Wheatstone bridge, each arm of which contains a fine, glass-coated, platinum wire. One pair of parallel arms is sealed in a reference gas of known thermal conductivity and the other pair is exposed to the sample gas. A constant current is passed through the bridge network. Any difference between the thermal conductivities of the reference and sample gases causes an imbalance of the bridge. This imbalance is a function of the difference in thermal conductivities of the two gases so the analyzer can be calibrated directly in terms of the percentage of one gas to another.Product descriptionA complete system comprises: Display MonitorOne (or two) gas analysis panels One (or two) power supply unitsDisplay MonitorThe 6553 Display Monitor includes one or two 4689 Digital Transmitters, the range selector switch (excluding AK104),katharometer remote zero adjustment control and Zener diode safety barriersDigital TransmittersThe 4600 Series universal transmitter provides the operator interface and communication to other devices. The signal from the sensing system is converted by the transmitter and the measurement is presented on a large, easy-to read, backlit liquid crystal display. This display is used in conjunction with the four tactile membrane keypads to prompt the user through the programming procedures. The transmitter is fitted with two-step alarms for falling hydrogen purity.Zener Barrier DevicesZener barrier devices are included in the display monitor enclosure to prevent any dangerous electrical feedback from the transmitters to the hazardous area.Power supplyThe 4234 power supply units provide the analyzer assemblies with an intrinsically safe, stable constant current. These power units must be installed in a 'safe' area but the current output from them may be transmitted to the Katharometers in the hazardous area.Gas Analysis PanelGas analysis assemblies, 6540 (low pressure variant) and 6548(high pressure variant) are fitted with a thermally lagged Katharometer, a needle flow-control valve, a flow gauge and a drying chamber.Sample Gas Low-Flow Alarms(Only available when system is ordered complete with Cubicle)Optional intrinsically safe, sample-gas low-flow alarms can be fitted in the Cubicle and connected to the sample gas flow meter. These are used to warn operators of leaks or blockages in the sample line.ATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesSS/AK100Issue 94AK101 Hydrogen Purity and Purge Gas Analyzer Industry standard version comprising:Two gas analysis panels, the first measuring hydrogen purity and the second measuring the two purge gas ranges.Two power supply units.One display monitor containing two digital transmitters. The upper transmitter displays hydrogen purity and the lower transmitter displays the two purge gas ranges. The range selector switch controls the range to be displayed and deactivates the unused transmitter display as appropriate.AK102 Dual 3-Range Analyzer100% redundancy and validation version comprising:Two gas analysis panels each measuring hydrogen purity plus the purge gas ranges.Two power supply units.One display monitor containing two digital transmitters. Both the upper and the lower digital transmitters display the hydrogen purity range and the two purge gas ranges. Each digital transmitter has its own range selector switch to control the range to be displayed.AK103 Single 3-Range AnalyzerSimple solution for purity and purge measurement comprising:One gas analysis panel measuring hydrogen purity plus the purge gas ranges.One power supply.One display monitor containing one digital transmitter that displays the hydrogen purity range and the purge gas ranges.The range selector switch controls the range to be displayed.AK104 Hydrogen Purity Analyzer Single range version comprising:One gas analysis panel measuring hydrogen purity.One power supply unit.One display monitor containing a single digital transmitter that displays hydrogen purity. Designed for applications where the purge gas cycle is controlled by other means and measurement of purge gas is not required.Operating RangeRange for hydrogen purity:85 to 100% H 280 to 100% H 2 user selectableRange for Purge gas:0 to 100% hydrogen in purge gas *0 to 100% air in purge gas *Alternative Range for Hydrogen Purity:100% to 85% H 2100% to 80% H 2 user selectable CENELEC EEX ia IIC T4 approved Does not conform to ATEX directive * Carbon dioxide standard; argon or nitrogen also available.CubiclesWhen simplified installation is required, the 6553 display monitor and 4234 power supplies can be supplied in a wall-mount enclosure.Access to select ranges and program the 4689 display units is via the enclosure's glass panel door. The rear hinged section houses the power supply units and the optional flow alarm relays and miniature circuit breakers (MCBs).Analyzer PanelsThe analyzer panels are available with options for use on low pressure or high pressure, gas sample systems (see system diagrams following).The 6540–203 panels are suitable only for use on systems where the gas sample is vented to atmosphere and the pressure in the analyzer panel is therefore only marginally above atmospheric pressure (1 bar absolute).For applications where the gas sample may be returned to the generator cooling system at an elevated pressure, the 6548–000 analyzer panel must be used. This panel is equipped with fittings suitable for such duties and is pressure tested to 10bar (gauge).Note. As no certification exists for measurements at pressures above 1bar absolute (nominal), it must be understood that the stated I.S. certification does not cover use at higher pressures.ATEX Compliant Gas Analyzer System for Hydrogen-cooled AlternatorsAK100 Series SS/AK100Issue 9AK101 Purity and Purge Gas Analyzer SystemAK102 Dual 3-Range Analyzer System* Carbon dioxide standard; argon or nitrogen also available5ATEX Compliant Gas Analyzer System for Hydrogen-cooled AlternatorsAK100 Series SS/AK100Issue 9AK103 Single 3-Range Analyzer SystemAK104 Hydrogen Purity Analyzer* Carbon dioxide standard; argon or nitrogen also available6ATEX Compliant Gas Analyzer System for Hydrogen-cooled AlternatorsAK100 Series SS/AK100Issue 9Low and High Pressure SystemsThe schematic diagrams below show typical arrangements, identifying the types of low or high pressure gas analyzer panels.Low Pressure System – Sample VentedHigh Pressure System – Sample Non-vented7ATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesSS/AK100Issue 98Specification6553 Gas MonitorApprovalsCENELEC approvedEEx ia IIC T amb –20°C to +40°CBASEEFA Certificate No. BAS 01 ATEX 7043II (1)GRanges(a)80% or 85% to 100% H 2 in air (b)0 to 100% H 2 in Purge Gas *(c)0 to 100% air in Purge Gas *Range Selector Switch Positions (when fitted)1 – percentage by volume, hydrogen in air 2 – percentage by volume, hydrogen in purge gas *3 – percentage by volume, air in purge gas *Accuracy (display units)± 0.25% of scale span Ambient Temperature Range 0 to 45°C (32 to 113°F)Power Supply110/120V AC or 200/220/240V AC, 50/60Hz (two separate versions)Power Consumption 30VA approximatelyOutline Dimensions290 x 362 x 272mm (11.4 x 14.25 x 10.9 in.)Weight12kg (26.4lb)EnvironmentSheltered interior, 0 to 90% RHOutputs and Set PointsNo. of relaysAK101 – Three (Two for H 2 Purity, One for Purge Gas)AK102 – Four (H 2 Purity)AK103 – Two (H 2 Purity)AK104 – Two (H 2 Purity)Relay contactsInsulation2kV RMS contacts to earth (ground)Remote range indication No. of set pointsAK101 – Three (Two for H 2 Purity, One for Purge Gas)AK102 – Four (H 2 Purity)AK103 – Two (H 2 Purity)AK104 – Two (H 2 Purity)Set point adjustment Programmable Set point hysteresis ±1% fixed Local set point annunciation Red LEDRetransmissionNo. of retransmission signalsAK101 – Two fully isolated (One for H 2 Purity, One for Purge Gas)AK102 – Two fully isolated AK103 – One fully isolatedAK104 – One fully isolated (H 2 Purity)Output current0 to 10mA, 0 to 20mA or 4 to 20mA programmable Accuracy±0.25% FSD ±0.5% reading Resolution0.1% at 10mA, 0.05% at 20mA Max. load resistance 750Ω (20mA max.)* Note.Purge gas options include:CO 2N 2Ar(Carbon dioxide)(Nitrogen)(Argon)Single pole changeoverRating250V AC 250V DC max.3A AC3A DC max.Loading (non-inductive)750VA 30W max.(inductive)75VA3W max.Rating250V AC 300V AC max.150mA AC150mA AC max.ATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesSS/AK100Issue 994234 Power Supply UnitApprovalsCENELEC approved[EEx ia] IIC T amb –20°C to +55°CBASEEFA Certificate No. BAS 01 ATEX 7041II (1)GInput Voltage115V AC 50/60Hz (4234501) or 230V AC 50/60Hz(4234500)Fuse Rating250mA HRC ceramic DC Output350mA stabilized ±0.14%Load Conditions Ambient Temperature Range –20 to 55°C (–4 to 131°F)Supply Variations±15V (115V supply) or ±30V (230V supply) 46 to 64Hz RegulationWithin ± 0.5% for:Load variation of ± 15%Supply variation of ± 15%Ambient temperature variation of ± 20°C (36°F)±4Hz frequency variationRippleLess than 0.5% of set output peak/peak across a 10Ω loadStabilityWithin ± 0.7% of initial setting, over period of 1 month with load resistance, supply voltage and ambient temperature at nominal stated values Overall Dimensions160 x 170 x 110mm (6.3 x 6.7 x 4.3 in.)Weight2.12kg (4.8 lb) approx.EnvironmentSheltered interior6540–203 and 6548–000Katharometer Analyzer PanelApprovalsCENELEC approvedEEx ia IIC T amb –20°C to +55°CBASEEFA Certificate No. BAS 01 ATEX 1042II (1)GModel 6540–203 incorporating Model 6539–960 (H 2) orModel 6539–960 (Purge Gas) Katharometer UnitModel 6548–000 incorporating Model 6548–001(H 2 and Purge Gas) Katharometer UnitPower Supply350mA DC, from 4234500 or 4234501 power supply unit Signal Output0 to 10mV for each range (Air in N 2 1.0mV)Accuracy± 2% of scale span, each range ± 5% of scale span, Air in N 2Dead Time Typically 5sResponse TimeTypically 40s for 90% step change at Katharometer Tubing and drying chamber introduce extra delays Ambient Temperature 55°C (131°F) max.Sample Connections Compression couplings:6mm OD tube (Model 6548-000)8mm OD tube (Model 6540-203)Sample PressureMinimum 125mm H 2O Normal Sample Flowrate 100 to 150ml/min.Maximum Gas Flowrate 250ml/min Minimum Gas Flowrate 50ml/minOutline Dimensions610 x 305 x 152mm (24 x 12 x 6 in.)Weight8.6kg (18.9lb)EnvironmentSheltered interior1 Katharometer 13Ω max.Interconnecting cable2Ω max.Maximum 0.35bar (Gauge)Model 6540–203Maximum 10bar (Gauge)Model 6548–000ATEX Compliant Gas Analyzer System for Hydrogen-cooled AlternatorsAK100 Series SS/AK100Issue 9 Overall Dimensions [Dimensions in mm (in.)]Katharometer Analyzer Panel Assembly (Model 6540–203)Katharometer Analyzer Panel Assembly (Model 6548–000)Display Monitor Cubicle10ATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesSS/AK100Issue 911Ordering InformationModel 6553 MonitorIntrinsically Safe Power Supply Unit (Model 4234500 or 4234501)ATEX Compliant Gas Analyzer for Hydrogen-cooled Alternators AK10X /XXXXXXXDisplay Monitor UnitSeparate H 2 Purity & Purge Gas DisplaysDual 3-range Displays (H 2 Purity and 2 x Purge Gas)Single 3-range (H 2 Purity and 2 x Purge Gas)Single Hydrogen Purity Display 1234Hydrogen Purity Range80/85% to 100%100% to 85% (does not conform to ATEX directive)100% to 80% (does not conform to ATEX directive)123Purge GasNone (AK104 only)CO2ArgonNitrogen (AK101 only)0123Gas Analysis Panel *NoneLow pressure (for vent to atmosphere 0.35barg (5 psi) max.Low pressure & flame traps (for vent to atmosphere 0.35barg (5 psi) max.High pressure for closed loop 10barg (145 psi) max.0123CubicleWithout cubicle With cubicleWith cubicle plus isolatorWith cubicle plus isolator plus MCBs and power supply indicators †0123Gas Sample Flow Alarm (only available with Cubicle option)Not fittedOne flow alarm fitted AK103 and AK104 (single gas analysis panel versions)Two flow alarm fitted AK101 and AK102 (dual gas analysis panel versions)012Katharometer Power Supply ***None115V 50/60Hz 230V 50/60Hz 012Special FeatureNone Special09System Labels and Instruction Manuals**English French German Polish 1237******†Two Gas Analysis panels are required for AK101 and AK102Check with Factory for availabilityTwo Katharometer Power Supplies are required for AK101 and AK102Not normally fitted to AK102 systems that require 100% redundancyS S /A K 100I s s u e 9ATEX Compliant Gas Analyzer System for Hydrogen-cooled Alternators AK100 SeriesABB has Sales & Customer Support expertise in over 100 countries worldwide The Company’s policy is one of continuous product improvement and the right is reserved to modify theinformation contained herein without notice.Printed in UK (07.2009)© ABB 2009ABB LimitedOldends Lane, Stonehouse Gloucestershire GL10 3TA UKTel:+44 (0)1453 826661Fax:+44 (0)1453 829671ABB Inc.125 E. County Line Road Warminster PA 18974USATel:+1 215 674 6000Fax:+1 215 674 7183。

前 言感谢您选用此家居、商用防盗报警系统。

您已经为自己的家人和住宅的安全做出了明智的选择，没有任何事情会比保障您心爱的人安全来的更重要。

窃贼只要看哪个家庭装有防盗系统，多半会放弃破门而入的念头，转而寻找更容易下手的目标。

研究显示，如果您所处的环境拥有装置妥当、保养周全的防盗系统，那么您成为窃案的受害者可能性就大大降低了。

容易安装：此家居防盗系统容易安装，对大部分使用者来说，大约在一小时左右即能操作，首先我们建议您仔细翻阅此手册，确保妥善安装和使用。

定期保养检查：每个月一次或两次定期检查，确保所有感应器、发射器及遥控器正常使用。

必要时应更换已过期的电池。

做好有关的防备工作：安装好防盗系统后，首先应教导家人了解有关安全防盗知识，做到留意周边环境，不让窃贼有机可乘，还有必须学会在关键时刻采用相关的应急措施。

目 录一、系统简介 (3)二、控制主机介绍 (5)三、遥控器介绍 (7)四、控制主机编程 (8)五、主机功能操作 (13)六、红外线探测器、门窗感应器介绍 (14)七、常见故障及解决方法 (15)八、安装注意事项 (16)九、主要技术参数 (17)一、系统简介AL2008家居商用防盗器是采用先进的数字信号处理方法及使用微电脑控制，把电子技术和通讯技术相结合，从而构成一组具有多功能防护的跨世纪最新型的防盗、防抢、防劫的网络。

防盗主机在设防（待警）状态下遇到有人从室外非法入侵时，通过门、窗磁力感应器或红外线探测器发射信号给主机，主机通过微电脑判断后立即发出警报（可选为有声或静音设定），同时反复自动拨打预先设定的电话，通过接警人员听取预先录制好的语音或通过操作电话按键监听现场的情况作出判断，是否需要报警、救援或采取必要的措施。

本系统也可通过电脑联网监控中心接收报警信号，接警中心可通过中心软件显示其报警详情（警情位置、警情类别）及如何联系业主和及时通知小区保安赶赴现场等，通过监控中心实现联网报警、接警功能。

ZH-T08NTC8通道热电阻测温模块使用说明书(V3.5)一、概述本模块采用高精度32位AD芯片+ARM32位工业级MCU，精度高，抗干扰好。

可精确测量0.02Ω至10MΩ阻值间的各种热电阻阻值，并计算出温度，可广泛用于各种热电阻测温以及热电阻阻值校正场合。

具有以下特点：✧具有宽电源供电9-30V。

✧32位高精度AD，阻值分辨率达1mΩ，精度最高达千分之一；温度分辨率0.1℃，精度达±0.1℃。

✧内部兼容PT100、PT1000、Cu50、Cu100、NTC(10k B=3435)、NTC(10k B=3950)、NTC(100k B=3950)等温度探头的温度测量。

✧出厂默认2线制测量，如果被测热电阻引线较长，可以采用3线制测量，精度更高；✧采样周期具有四种速率可设置。

✧多个被测电阻有一端短路时，不影响测试效果。

✧采集输入、电源、通讯三种相互隔离，可靠性高。

✧可以用RS485或以太网做为通信接口；当采用以太网版本（插座会占用第7与第8通道位置，所以此版本只有6通道）时，可同时使用RS485接口，使模块同时拥有两个通讯口，可用于冗余高可靠场合；✧可灵活自选Modbus-RTU或Modbus-TCP工业通信协议，与各种组态屏、工控软件以及模组进行可靠通信。

二、产品主型号ZH-T08NTC-14N18通道温度，RS485接口；ZH-T06NTC-34N16通道温度，以太网接口+RS485接口；三、性能指标温度测量范围与精度0x0200~0x0207寄存器值热电阻类型测温范围测量误差第1档更新速率第2档更新速率第3档与第4档速率9PT100-200℃~800℃±0.1℃±0.4℃±2℃10PT1000-200℃~800℃±0.1℃±0.2℃±2℃11NTC10k B=3435-30℃~100℃±0.1℃±0.1℃±0.2℃14Cu50-50℃~150℃±0.1℃±0.5℃±2℃15Cu100-50℃~150℃±0.1℃±0.3℃±2℃16NTC100k B=3950-30℃~300℃±0.1℃±0.1℃±0.5℃17NTC10k B=3950-40℃~300℃±0.1℃±0.4℃±2℃此测量误差用标准电阻对照热电阻标称阻值表校对，实际热电阻阻值与标称值可能有误差，有可能会超过此表误差；用户可以通过修改0x2C0~0x02C7来修正温度误差，这样精度可以达到更高；以上数据为采用2线制时所测得的精度，如果被测电阻引线较长，可以采用3线制，可以避免因引线线阻引起的误差。

84Air Piloted 2-Way Media Separated ValveSeries APVS08Dimensional DataThe Spartan Scientific Series APVS08 is an inert gas/spring operated, 2-Way 2-Position Normally Closed (fail safe), Normally Open or Double Acting media compatible diaphragm valve designed for control of high purity, aggressive and corrosive liquid chemical media. With a small overall footprint, and low dead volume, the Series APVS08 features CPVC bodies, and FKM, NBR, EDPM and PTFE diaphragms to control orifice size of 16mm which afford Cv ratings of 4.70 that far exceed competitive valves of this type. Pressure ratings go from 0 to 120 psi and each valve is tested to bubble tight standard ANSI FCI 70-2 Class VI. The Series APVS08 can be controlled by our proven Spartan Scientific 3-way solenoid pilot valve which enhances operation with manual override and indicator lighted connector options. The Normally Closed version features an optical position indicator showing valve open condition. The Series APVS08 is used where sampling, draining, or transferring process fluid are performed. The Normally Open version function is accomplished by use of a Normally Open solenoid pilot valve. Upon loss of power, namely pilot gas, there is an internal spring that will fail closed in the spring closed version. If this is not a pre-ferred condition, Normally Open fail can be accomplished using a Double Acting version and a 4-way valve plumbed to open on spring return, creating a full Normally Open fail mode. An optional magnetic piston is available for end of stroke sensing when combined with the additional valve position sensor.ALL DIMENSIONS ARE IN INCHES UNLESS OTHERWISE NOTEDA56-2243 Rev.04AIR PILOTED0.62SENSOR GROOVEDIFFERENTIAL PRESSURE CHARTNormally Closed Normally OpenDouble Acting Pilot Press. (psi)Cylinder Bore Δ P (psi)Pilot Press. (psi)60 2.0”12012080 2.0”120120802.0”120120Non-Piloted VersionMOUNTING PLATE DETAILS1.630.125Ø85APVS08 - Q 0 8 - DOrder Example: APVS08-1Q108-DAB7A FKM, With magnetic piston, 2-way N.C., 1/4” NPT, 120 VAC 50/60 Hz, DIN SpadeA I RP I L O T E DFunction: 2-Way, 2-Position; Single Acting Fail Closed,Normally Closed, Normally Open* and Double Acting(*requires Normally Open pilot valve option)Port Size: 1/4” NPT 3/8” NPT1/2” NPT Orifice Sizes / 16mm / 4.70 Cv Flow Factor:Pressure Range: 0 to 120 psiTemp. Range: Fluid Max.: +60°CDry Range: Ambient +10° to +50°CMedia:All fluids and gases compatible with wetted materialsMounting: On pipe; Mounting plate; or #10-32 x 0.40” screws (2)(screws are not provided)Wetted Materials: Elastomers: FKM, NBR, EPDM, (PTFE Optional) Valve Body: CPVCPilot Option Function: 3-Way, 2-Postion; Direct Acting; Normally Closed, Normally Open Pressure Range: 60 to 120 PSIPort Size: 1/8” NPTCoil Data: Duty Cycle: Continuous (within specifications) Encapsulation: Glass-Filled Nylon Insulation: Class FPower Rating: 6.5 Watts 8.5 VA Voltage: 12, 24, 120 VDC120, 220, 240 VAC 50/60 HzVoltage Tolerance: +/- 10% NominalWinding: Class HConnections:Spades: Terminals AMP 6.3x0.8 width 11mm (Available in DIN Style “A” EN175301-803 for 3.0mm orifice or larger)Flying Lead: PVC 22 AWG, Multi-Strand Copper Wire,300V, 12” minimum lengthPackaged Weight: 1.05 lbs. (add 0.25 lbs. for pilot)Additional OptionsValve Position SensorOrder Part No.:Electronic PNP9ft PVC cable 9E76-000-0318mm quick connect9E76-000-331Electronic NPN9ft PVC cable 9E76-000-0328mm quick connect9E76-000-332Reed SPST9ft PVC cable 9E76-000-0028mm quick connect 9E76-000-302Sensor Mating CordsetsOrder Part No.:8mm Quick Connect 2 meter female 3 pin RC08-AFM030-0120CB0A 5 meter female 3 pinRC08-AFM030-0150CB0A Pilot Valve Lighted Connector Order Part No.:6ft PVC Cable, Ground Down Pilot Options 2, A - 12VDC 5J560-201-US0A Pilot Options 3, B - 24VDC 5J560-201-US0A Pilot Options 4, C - 120VDC 5J560-501-US0A Pilot Options 7, F - 120VAC 5J560-501-US0A Pilot Options 8, G - 220VAC 5J560-801-US0A Pilot Options 9, H - 240VAC 5J560-801-US0A Mounting Plate Order Part No.:Anodized AluminumAPV08-10。

BBAIR-2408-240V Conveyor Dryer24” wide by 8’ long conveyor dryer with forced air and infraredDocument # 16-444Assembly and Operating InstructionsPlease review all these instructions prior to assembly.The Big Buddy-Air is packaged in four cartons for shipment. Please make sure that all pieces have been received before attempting assembly.Tools Required: Two ½” wrenches, ¼” Allen wrench, flat head screwdriver, Phillips screwdriver & needle nose pliers.Note: Portions of the assembly procedure require two people.Unpack, identify, and inspect all parts. Report any missing or damaged items.Cover a 4’ X 9’ area on the floor with towels, cardboard, carpet, etc. to protect the painted parts from being scratched during assembly.Label on Box Qty ContentsBB08-T 1Conveyor Take-Up Assembly1 Chamber FloorBBAIR-D 1Conveyor Drive Assembly1 Conveyor Belt 1 Junction Box CoverBBAIR-C 1Heating Chamber 1 Assembly InstructionsBBAIR-LK 4Conveyor Leg 2 Cross Member 4 #6 Sheet Metal Screws 28 Serrated 5/16-18 Nut 28 Serrated 5/16-18 BoltConveyor Bed Assembly:1. Check to see if any of the bearings that capture the Roller Drums have come outof their respective holes in the Rail. Reseat if needed.2. Place the Conveyor Drive Assembly on the covered floor upside-down with thecord exit facing upward (see Fig. 1)3. Butt the Conveyor Take-Up Assembly to the Drive Assembly. Be sure that thegroove on each roller drum is on the same side of the bed.4. Bolt the bed assembly together using four 5/16-18 Bolts.5. Bolt the Cross Members between the bases of the Conveyor Legs as shownusing sixteen 5/16-18 bolts. Attach the Cross Member with the open channelfacing toward the bottom of the conveyor leg (see Fig. 1).Figure 1 - Conveyor Bed Assembly6. Attach the Conveyor Leg Assemblies to the Conveyor Bed using the 5/16-18Bolts.7. Using two people turn conveyor bed over onto its legs.8. Set Chamber Floor onto conveyor bed (see Fig. 2). The Chamber Floor is notfastened to the conveyor bed.Figure 2 - Chamber Floor AssemblyConveyor Belt Installation:1. Loosen (but do not remove) the bolts that secure the Tension Adjustment Plates(see Fig. 2) to allow the Take-Up roller drum to slide in the bearing slot.2. Locate the rubber guide that is stitched onto one edge of the belt. This guide isdesigned to ride in the roller drum grooves to provide Hassle-Free-Tracking.3. Carefully remove the splice pin from the inside teeth of the splice connector bypulling gently with needle nose pliers. DO NOT BEND; this pin will be reinserted later.4. Lay the belt on the conveyor bed aligning the edge guide with the roller drumgrooves.5. Pull the ends of the belt together meshing the teeth of the splice while a secondperson reinserts the splice pin (removed earlier) into the channel formed by the interlocked metal teeth. BE SURE to align the edges of the belt with oneanother. It may be easier to rotate the belt so that the splice is on top of theconveyor bed before inserting pin. Using needle nose pliers, fully insert the pinuntil it is centered.6. Tighten belt tension by pulling each side of the drum roller back by hand andtightening the Belt Tensioning Bolts. The tension needs only to be great enough to prevent the belt from slipping during operation. Over-tightening will causedamage to the belt over time.Proper tension = belt should sag 1 – 1.5 inches below the cross-membersas the belt travels under the conveyor bed.Attaching Heating Chamber:1. Using two people set the chamber onto the conveyor bed (see Fig. 3). The sideof the Heating Chamber with the Power Label and connecting lead wires must beon the same side of the Conveyor Bed as the Junction Box.2. The Heating Chamber has oval openings on the underside rails that fit over thehex-head bolts. The chamber should rest flatly on the conveyor bed.3. The BBAIR-2408-240V does not come supplied with a cord. Have a certifiedelectrician connect the unit to power through the Junction Box according to localelectric code.POWER VOLTS AMPS10.51 / 7.9 kW 240 / 208 VAC 43.8 / 38.0 AmpsNote: The conveyor bed is powered by a standard 115 VAC circuitFigure 3 - Heating Chamber AssemblyRecommended Initial Start-Up Procedure:1. Locate the conveyor belt speed control side rail of the conveyor and switch it tothe ON position. Turn knob to the halfway point and listen for any unusualnoises. Check to see if the rubber edge guide is riding in the roller drumgrooves.2. Be sure the illuminated HEAT switch is in the OFF position.3. Throw the main power switch located on the back of the Heating Chambercontrol box. The temperature controller will illuminate and the internal fans willenergize.Caution: DO NOT operate Heating Chamber unless belt is moving.Heat will damage an idle belt.4. Choose oven setting for either plastisol inks or water based inks (this includesdirect-to-garment digital inks).5. Set the oven controls to the settings listed:Note: These temperature settings are suggestions only. Variations ininks, shirts as well as ambient air conditions will affect these temperaturesas much as 25°F.ElementHeatingBelt Speed / Chamber TimeTemperaturePlastisol Ink Screen-850°F :40 - :50PrintingWater Based Ink Screen-825°F 1:30-2:00 PrintingDirect-to-Garment Digital800°F 3:30-4:00 Printing6. Belt Speed / Chamber Time is set by placing an item on the belt (such as a coin)and measuring the length of time it take for the item to travel though thechamber.7. Flip the illuminated HEAT switch to the ON position. Verify that the heatingelements are functioning: after about a minute of operation, briefly feel just insideboth the entrance and exit ends of the chamber. The area should be warm.Caution: Heating elements are exposed inside the chamber and areoperation at very high temperatures. Keep your hand close to the movingbelt.Note: Some smoke/vapor and odor may be noticed during initial start-updue to residual material from the manufacturing process burning off theelements.Note: The chamber will function properly with only the duct start collarinstalled. Installing a two to three foot section of 6” diameter ductwork onthe start collar will improve the capture of heat and vapors created duringthe curing process. Optional exhaust kit (LB02-EX) available.8. Once the oven reaches the set temperature, allow a few minutes for the oven tofully stabilize.9. Shut-Down Procedure - Important: DO NOT turn off oven by way of the mainpower switch! Heat from the Elements will damage the internal fans andcontrols. Turn OFF the Heater switch. Allow the oven temperature to fall below 250°F before turning off main power. The Conveyor Belt can be shut off as soon as power is cut to the heaters.Test articles should be run to determine the optimal speed of the conveyor fro your environment and products. It is recommended washing the processed garment as the definitive test.The conveyor dryer is now ready for normal Use and Operation.Routine Maintenance: Performed after first week and every 100 hours of operation.1. The belt should be replaced if it has any tears, voids, separations, fraying, or nolonger rides in the roller-drum groove due to excessive wear.2. Belt tension: the belt will relax over time and tension may have to be adjusted bythe instructions above.MANUFACTURES WARRANTYAll products are warranted against defects in workmanship at the time of shipment.The obligation under the above warranty shall be limited to the repair or replacement of any part or parts manufactured by BBC Industries without charge F.O.B. factory that may prove defective within 12 months from the date of shipment, which are returned to BBC Industries. The above warranties are the only warranties made with respect to the equipment. There is no implied warranty of merchantability or of fitness.EXCLUSIONS:There is no warranty on parts not manufactured by BBC Industries, other than the respective manufacturer’s warranty, if any.The warranty against defects shall not extend to damage caused from any of the following: •Transport by carrier• Corrosion•Operation or use in a manner inconsistent with specifications and/or operating instructions•Ordinary wear, accident, improper installation, or maintenance•Alterations made to equipment in any wayBBC Industries shall not be liable for losses or damages, including but not limited to incidental or consequential damages, suffered or incurred because the equipment proves to be defective either upon installation or during its operation or use.Shipment of defective parts to BBC Industries and the return shipment of any repaired or replacement parts from BBC Industries shall be the purchaser’s/user’s expense.BBC Industries, Inc. - (800) 654-4205 - REPLACEMENT PARTS LISTPARTS LISTDESCRIPTIONPART NUMBER QTY ITEM Side Rail-RH Drive BB08-00721MOTOR 011-190-009608-25212BEARING 6384K36111-10843COLLAR 1/2 SC50Z 97-10034CORD 8' 5-15P90-49015BELT 24" W x 196.875" L w/ guide BB08-300161/2 NPT LOCKNUT92-26737WIRE NUT (2PC) MODEL 2287-00528SPROCKET 25B14 .5 BORE KEY SETSCREW 08-21329#25 CHAIN 41 LINKS W/MASTER 18-265110BREAKER 1/2 A73-280111Speed Control-120-240VAC I, 90-180VDC O 09-006-1112Switch - SPST, 10A/120V, 6A/250V 98-093113Insulation Duraboard-Routed - 17 x 2433-017-6114TERMINAL LUG LARGE 2/0-14Q 87-037115FAN 230V (4710PS23TB20A00)7208-17316GASKET SSR 152918-299-009117RELAY- 75A SSR82-315118Temp Control-Autonics TC4S-24R 80-613119BREAKER 50 AMP97-251120SWITCH AMBER 2600HA21E 98-098121SWITCH Black 2602-11E98-107122Cord Grip-.500-.625, 16/4 coil, CE (brn)92-262223Cord Grip-.625-.750 92-264124FAN CORD 12"FB-07125FAN CORD 2 HEADFB-06126WIRE NUT (2PC) MODEL 1087-0074271/4-20 TINNERMAN NUT 24-011428WASHER 1/4 BO23-003429KNOB 1/4-20 6479K3393-011430FAN GUARD 4YD8608-507231Teminal Block 8-pole, 65A, 300V 87-094132TC-"K",1/16" Dia., 12"L,60" Leads 80-234133Element - 23.6 x 17.25 4900W @240VA4900134。

Eaton DK3250H08Eaton Series C complete molded case circuit breaker, K-frame, DK, Complete breaker, Fixed thermal, fixed magnetic trip, Three-pole, 250A, 240 Vac, 250 Vdc, 65 kAIC at 240 Vac, 10 kAIC at 250 Vdc, Line and load, Marine, 50/60 HzGeneral specificationsEaton Series C complete molded case circuit breakerDK3250H087821160460654.1 in5.5 in5.5 in 11.5 lb Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.UL Listed Product NameCatalog Number UPCProduct Length/Depth Product Height Product Width Product Weight WarrantyCertificationsSeries C10 kAIC at 250 Vdc65 kAIC at 240 VacKDK50 to 60 HzMarineComplete breakerLine and load240 Vac, 250 Vdc250 AFixed thermal, fixed magnetic Three-pole Application of Multi-Wire Terminals for Molded Case Circuit Breakers UL listed 100%-rated molded case circuit breakersApplication of Tap Rules to Molded Case Breaker TerminalsCircuit breaker motor operators product aidStrandAble terminals product aidCurrent limiting Series C molded case circuit breakers product aid Plug-in adapters for molded case circuit breakers product aidMotor protection circuit breakers product aidMulti-wire lugs product aidPower metering and monitoring with Modbus RTU product aid Breaker service centersEaton's Volume 4—Circuit ProtectionMolded case circuit breakers catalogInstruction Leaflet for the KES 310+ Electronic Trip Unit Installation Instructions for DK, KDB, KD, HKD, KDC, KW, HKW, KWC, CKD, CHKD Circuit Breakers and Molded Case SwitchesCircuit Breakers ExplainedCircuit breakers explainedMOEM MCCB product selection guideSeries C G-Frame molded case circuit breakers time current curves Series C J-Frame molded case circuit breakers time current curves Eaton Specification Sheet - DK3250H08Series C F-Frame molded case circuit breakersSeriesInterrupt ratingFrameCircuit breaker type Frequency ratingClassCircuit breaker frame type TerminalsVoltage rating Amperage RatingTrip TypeNumber of poles Application notesBrochuresCatalogsInstallation instructions MultimediaSpecifications and datasheetsEaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmedia。

熔断器ak-zk6300说明书一、产品概述：智能操控装置AK-ZK6300T适用于6KV至35KV户内各中置柜、手车柜、固定柜、环网柜等多种开关柜。

具有动态模拟指示、带电显示及闭锁、温湿度控制、断路器分合状态指示、储能指示、接地开关状态指示、断路器手车位置指示、分合闸指示、人体感应带电提示及柜内照明、智能语音防误提示、远方/就地操作、远程通信等功能。

二、产品特点：功能强大智能操控装置AK-ZK6300T 用于6KV至35KV户内开关柜，适用于中置柜、手车柜、固定柜、环网柜等多种开关柜。

具有动态一次模拟图、带电显示及闭锁、温湿度控制、断路器分合状态指示、储能指示、接地开关状态指示、小车位置指示、分合闸指示、预分预合闪光指示、人体感应带电提示及柜内照明、语音防误提示、远方/就地操作、远程通信等功能。

智能化智能操控装置AK-ZK6300T采用单片机控制，与常规的开关柜状态显示器相比，增加了智能化功能。

除可显示开关分合状态外，还可对误操作做出语音提示、判断断路器手车是处于试验位置与工作位置之间还是处于柜体之外并做出指示，具备RS485远程通信接口、人体感应语音提示等功能。

抗干扰能力强采用独特的抗干扰技术。

高可靠性采用工业级电子元件，具有可靠性高、寿命长、抗干扰能力强等特点。

发光模块采用进口发光芯片，户外高亮级。

量身定做根据用户不同需求，量身定作不同的功能组合。

精致美观外观设计新颖独特，做工精致美观，简化、美化了开关柜面板。

四、设计理念：1、量身定做不同功能组合的产品，满足用户不同需求，物尽其用2、人机界面，信息丰富，操作简便，对避免误操作有显著作用。

3、外观精美新颖、做工细致，简化了开关柜面板，美化了工作环境。

五、智能操控装置AK-ZK6300T开孔尺寸：220*165mm六、使用说明：1、严格按照后视端子的功能定义接线，接好线后确认无误，再通电。

2、将各开关量输入端子与公共端短接，观看对应功能的指示灯是否正常（发光或熄灭）。