高压开关控制器说明书_V1.1

IHM300高压智能操控装置（版本号：4.10）操作手册（使用前请详细阅读此操作手册）目录一、概述 (1)二、技术指标 (1)三、模拟显示部分与功能 (2)3.1 断路器状态显示 (2)3.2手车位置显示 (2)3.3接地开关位置显示 (3)3.4弹簧储能显示 (3)3.5带电显示及闭锁功能 (3)3.6自动加热除湿控制 (3)3.7智能语音防误提示功能 (3)3.8转换开关功能 (3)3.9温湿度传感器断线报警功能 (3)3.10通讯功能 (3)3.11温湿度显示 (3)3.12设置说明 (4)四、安装方式 (6)五、电气接线图 (7)六、运输与贮存 (7)七、保修期限及订货说明 (7)八、附录 (8)一、概述IHM300高压智能操控装置，功能强大、用于0.4KV-35kV 户内开关柜，取代现有的一次回路模拟图、温湿度控制器，高压带电闭锁装置，全功能语音防误提示和告警，配有合闸、分闸、储能、远方/就地、照明开关。

高亮度LED显示器，显示当前温度、湿度值。

可选RS485通讯接口，通讯协议为MODBUS通讯协议或其它指定通讯协议(选配)。

适用于中置柜、手车柜、固定柜、环网柜等多种开关柜。

同时本装置外观精致，美观、简化、美化了开关柜面板，有效地提升开关柜品质。

二、技术指标工作电源:：AC85～265V/DC110～300V工作环境温度：－20℃～＋70℃工作环境湿度：≤95％RH温度测量范围：－20℃～＋80℃湿度测量范围：20％-99％RH加热输出口：有源输出报警输出口：无源输出闭锁输出口：无源输出介质强度：≥AC2000V绝缘性能：≥100MΩ温度精度：≤±1℃湿度精度：≤±2％RH动态闪烁频率：1次/秒RS485通讯距离：≤1200米开关量输入端子和LED数码显示关联关系：动态配置抗电磁干扰性能：符合IEC255－22的标准规定12三、模拟显示部分与功能（注：此面膜图为常规面膜图、具体面膜图以实物为准）01断路器合指示 10加热2指示 02断路器分指示 11加热1指示 03（1）、03（2）工作位置指示 12数码管显示 04（1）、04（2）试验位置指示 13操作按键 05接地开关合指示 14照明开关06接地开关分指示 15就地/远方转换 07储能指示 16储能开关08带电显示及闭锁 17分/合闸转换开关 09 过热指示3.1、断路器状态显示断路器合闸并且分闸回路完好时，红色01模拟条发光； 断路器分闸并且合闸回路完好时，绿色02模拟条发光。

内置高压功率MOSFET的多重模式控制器产品规格分类典型输出功率能力内部框图电气参数(内置功率MOSFET部分，除非特殊说明，T=25︒C)amb重模式控制，具有抖频、峰值电流补偿、软启动功能，还集成各种异常状态的保护功能。

SD8666QS可减少外围元件，增加效率和系统的可靠性，适用于反激式变换器。

多种控制模式SD8666QS具有多重模式控制。

在重载条件下（VFB>2V），系统会有两种工作状态，当输入电压低时，工作在CCM 模式，此时为PWM控制，固定频率55KHz，当输入电压高时，工作在DCM模式，此时工作在QR模式，可以减小开关损耗，最大频率限制在69KHz。

随着负载降低，在中载和轻载条件下（1.3V<VFB<2V），工作在QR+PFM模式，最大限制频率开始降低直到最低频率23KHz，期间谷底开通仍然存在，可以提高转换效率。

在空载和极轻负载条件下（VFB<1V），进入打嗝模式，有效地降低待机功耗。

SD8666QS具有低压重载升频功能，输入电压低于100V时，重载条件下，（VFB>2.4V），频率随FB电压增加而升高，提高低压的极限输出功率。

如图1所示。

过图 2. VCC过压保护的波形图输出过载保护当输出发生过载时，FB电压会升高，当升到FB过载保护点4.2V时，且再经过过载保护延时90ms后，功率MOSFET 关断，VCC电压开始下降；当VCC电压降到关断电压8V时，电路重新启动。

输出过载保护的波形如图3所示。

滤波4上的电阻上的CS电压连续4个周期都大于1V时，就判定输出二极管短路。

此时功率MOSFET关断，且进入锁定状态。

当AC输入电压断开，VCC电压下降至锁定点5V时，才能解除锁定状态；当AC输入电压重新上电后，系统将重新启动。

AC输入电压欠压保护在功率MOSFET导通时，辅助绕组电压为负，DEM管脚钳位为0V。

SD8666QS通过设定外部检测电阻，检测DEM 管脚流出的电流。

高压开关柜操作手册work Information Technology Company.2020YEAR高压开关柜操作手册一、高压开关柜简述高压金属封闭开关设备是由柜体和手车两大部分构成。

柜体由金属隔板分隔成四个独立的隔室：母线室、断路器手车室、电缆室和继电器仪表室。

手车根据用途分为断路器手车、计量手车、隔离手车等，同参数规格的手车可以自由互换，手车在柜内有试验位置和工作位置，每一位置都分别有到位装置，以保证联锁可靠。

高压开关柜有安全可靠的连锁装置，能满足“五防”要求：(1 防止误操作断路器；2 防止带负荷拉合隔离开关，即防止带负荷推拉小车；3 防止带电挂接地线，即防止带电合接地开关；4 防止带接地线送电，即防止接地开关处于接地位置时送电；5 防止误入带电间隔)a）断路器手车在试验或工作位置时，断路器才能进行合分操作，且在断路器合闸后，手车无法移动，防止了带负荷误拉、推断路器。

b)仅当接地关处于分闸位置时，断路器手车才能从试验位置移至工作位置，仅当断路器手车处于试验位置时，接地开关才能进行合闸操作，实现了防止带电误合接地开关及防止接地开关处于闭合位置时关合断路器。

C)接地开关处在分闸位置时，下门及后门都无法打开，防止了误入带电间隔。

d)断路器在工作位置时，二次插头被锁定不能拔出。

为保证安全及各联锁装置可靠不至损坏，必须按联锁防误操作程序进行操作。

二、主电源柜送电操作程序1) 关闭所有柜门及后封板,并锁好。

2) 推上转运小车并使其定位，把断路器手车推入柜内并使其在试验位置定位，(推断路器时需把断路器两推拉把手往中间压,同时用力往前推(往柜内推),断路器到达试验位置后,放开推拉把手,把手应自动复位。

)手动插上航空插，关上手车室门并锁好。

3) 观察上柜门各仪表、信号指示是否正常。

（正常时综合继保电源灯亮，断路器分闸指示灯和储能指示灯亮，如所有指示灯均不亮，则打开上柜门，确认各母线电源开关是否合上，如已合上各指示灯仍不亮，则需检修控制回路。

操作规程1 操作、显示面板介绍1.1控制柜操作、显示面板———安装在控制柜门上，实现显示及操作。

1.1.1控制柜面板显示说明(如图1) ➢ H1---控制电源指示； ➢ H2--- 变频运行指示； ➢ H3---变频器故障指示；➢ 触摸屏---以指示灯形式显示变频器11个状态（如图2）⒈允许：允许高压合闸； ⒉外控：允许外部控制； ⒊合闸：高压合闸指示灯； ⒋就绪：合闸就绪； ⒌接通：高压接通； ⒍运转：系统运转中； ⒎旁通：有功率单元旁通； ⒏告警：系统产生故障或告警； ⒐远控箱：远控箱控制有效； ⒑DCS ： DCS 控制有效； ⒒闭环：系统闭环控制； 显示变频器六个数据①设定频率：变频器的设定频率； ②实际频率：变频器实际运行频率； ③定子电压：电机的定子电压； ④定子电流：电机的定子电流。

⑤闭环反馈压力：管网压力显示。

⑥柜内风压显示：功率柜内风压显示。

图1触摸屏H1H2H3SB3SB2SB4SB1电源指示变频运行指示故障指示备用电源复位故障复位紧急停车图21.1.2控制柜面板操作说明(如图1)➢SB1---备用；➢SB2---电源复位按钮；➢SB3---变频器故障情况下，故障复位按钮；➢SB4---变频装置运行过程中紧急停车；➢触摸屏---进行9个操作（如图2）①启动：用于启动变频器。

必须无故障告警条件满足时才能起作用；②加速：按下此键一次，则现变频器频率设定值为原频率设定值与频率步距之和；③减速：按下此键一次，则现变频器频率设定值为原频率设定值与频率步距之差；④停止：停止变频器输出，变频器按一定速度减小输出频率，直到变为0停止；⑤复位：复位变频器到初始状态；⑥曲线：按下此键可以查看电机定子电压电流曲线；⑦设置：进入P参数设定屏，进行P参数设定；⑧操作界面:进行变频器的高压分、合闸操作、外控选择操作及指示,并且提供报警记录；（图3）⑨警铃开关选择：用于报警时警铃的解除选择。

注：触摸屏的使用详见高压变频触摸屏使用说明书。

重要提示1. 在使用和安装探测器前，请仔细阅读本说明书。

2. 探测器的日常保养和维护请按照本说明书的规定进行。

3. 为保证安全，维修更换本探测器的零部件须采用本公司配件，并由具备相关资质的专业人员进行。

4. 如未按照本说明书规定进行安装、使用或擅自修理、更换零部件，探测器的安全性和可靠性会受到影响，由此产生的一切后果，本公司不承担负责。

5. 本公司保留在事先不进行任何通知的情况下，对本手册的内容以及产品技术规格进行修改的权利，以便向用户提供最新、最先进的产品。

6. 在使用过程中，如遇到问题请致电086-755-26826466或26827266咨询。

目录1. 前言 (3)1.1 使用须知 (3)1.2 安全使用说明 (3)1.3 安全警告 (3)1.4 质量保证 (3)1.5 探测器处理 (3)2. 产品描述及适用范围 (4)3. 产品型号及防爆标志构成 (4)4. 执行标准 (4)5. 技术参数 (5)6. 检测原理 (6)7. 外形及尺寸 (6)7.1 外形 (6)7.2 外形尺寸 (7)8. 安装选点和要求 (7)8.1 安装选点 (7)8.2 安装要求 (8)9. 安装方法 (8)9.1 管道安装 (8)9.2 平面安装 (8)10. 电气连接 (9)11. RC35 红外遥控器 (11)12. 开机预热 (12)13. 检测模式 (12)14. 自检和信息浏览 (12)14.1 仪器自检 (12)14.2 信息测试 (12)15. 服务菜单操作 (13)15.1 激活菜单 (13)15.2 设置标准气体浓度值 (14)15.3 设置低段报警值 (14)15.4 设置高段报警值 (14)15.5 退出主菜单 (14)15.6 显示软件版本号 (14)16. 检查和调校- 调零 (14)17. 检查和调校- 标定 (15)18. 传送特性 (16)19. 传感器寿命 (16)20. 更换传感器组件和传感器 (16)20.1 更换传感器组件 (16)20.2 更换传感器 (16)21. 不同状态和故障信息 (18)22. 服务和检查 (18)23. 故障检修 (19)附表一检测气体和检测范围 (20)附表二传感器规格书 (21)1.前言1.1使用须知本手册详细说明了EC35系列点型有毒气体/氧气探测器（以下简称“探测器”）的正确使用方法，相关人员在操作、使用和维修探测器前必须仔细阅读本手册，并妥善保存以便将来查阅。

LMVP型真空断路器高压开关柜 KYN35））型真空断路器高压开关柜LMVP（（KYN35中山市力生电器有限公司Zhongshan City Lisheng Electrical Equipment Co.,LtdZhongshan City Lisheng Electrical Equipment Co.,Ltd公司简介：中山市力生电器有限公司是一家专业生产制造高低压开关配电成套设备产品的公司，公司已通过了ISO9001质量体系认证，公司的主要产品均已通过国家高压产品检测中心鉴定及CQC 质量认证中心的3C 产品认证。

公司生产制造的产品主要有10KV 、0.4KV 开关配电成套设备，型号有YBM 箱变，KYN28高压铠装式金属封闭开关柜，HXGN2、XGN15型高压柜，GCS 、GCK ，GGD ，XL 等低压配电柜，同时引进国外太平洋雷诺尔（REYROLLE PACIFIC ）公司的一流的专业技术，是雷诺尔（太平洋）公司的中国地区装配及售后服务中心。

我司同时承接工矿企业电房配电设备的改造维护工程。

雷诺尔公司生产高低压配电设备有几十年的历史，技术成熟先进，在世界范围内享有较高的知名度，产品也广泛覆盖世界的每个角落。

我司引进该公司的产品和技术主要有：1、LMVP 型（国内型号KYN35）高压开关柜。

该开关柜采用独具设计特色的垂直隔离真空断路器手车，精度高，手车互换性好，运行安全可靠，采用英国雷诺尔和国外知名牌子的继电器元件组成可靠安全的继电保护系统，该产品已通过英国ASTA 公司和西安国家高压电器质量检验测试中心的型式试验，试验结果表明该产品的各项性能优良，完全区别于国内常见的中置式高压开关柜。

2、ZKA 型电池柜。

我司引进该公司的技术和技术人员，同时加强和太平洋雷诺尔公司的长期合作关系，并承接该公司以前提供的所有产品的售后服务工作和维修、维护保养工程。

本公司拥有一流的技术人员、管理人员和素质优良的员工队伍，可协作用户进行配电方案的设计及现场安装，公司按照现代企业商务运作程序操作，公司内部全面实施计算机网络管理。

KYN28-12高压开关柜技术说明1概述1.1KYN28-12型铠装式交流金属封闭开关设备(以下简称开关柜)，系三相交流50HZ单母线及双母线分段系统的户内成套配电装置，适用于发电厂、变电站以及工矿企业的额定电压3～10kV电网中，作为接受和分配电能之用，并对电路实行控制、保护和监测。

1.2开关柜内配置高性能真空断路器，成套设备可满足电网对高压开关柜要求，并适合“五防”和全工况、全封闭、全绝缘条件。

2环境条件KYN28-12型开关柜在设计中已充分考虑到客户当地的气候及周围环境，并满足其特殊要求。

条件与措施如下：气候与环境条件产品正常适合的条件辅助措施海拔高度(m) 不超过2000m 超过采用高原型最高温度(ºC) ＋40最低温度(ºC) -5 低于标准装加热器最大相对湿度月平均(＋25ºC) 90% 低于标准装加热器防凝露最大相对湿度日平均95%抗震能力不超过8度最大温差(ºC) 25没有火灾、爆炸危险、严重污染、化学腐蚀及剧烈振动的场所3参照国际相关标准IEC-298 额定电压1~72kV交流金属封闭开关设备和控制设备IEC-56 高压交流断路器IEC-113 图解、图表、表格IEC-128 技术图的一般原理IEC-694 高压开关设备和控制设备的通用条款4技术参数1、高压进线柜主要技术参数参数名称单位参数额定电压kV 10额定电流 A 1250额定频率H Z 50 额定短时耐电流kA 20额定峰值耐受电流kA 50额定工频耐受电压kV 42 额定雷电冲击耐受电压 ( 峰值 ) kV 75 额定短路持续时间S 4防护等级IP4X2、高压馈线柜真空断路器主要技术参数参数名称单位参数额定电压kV 10额定电流 A 630 额定短路开断电流kA 25额定短时耐受电流kA 25额定短路关合电流kA 63额定短时工频耐受电压kV 42 额定雷电冲击耐受电压 ( 峰值 ) kV 75 额定短路持续时间S 4 合闸时间 ( 额定电压 ) ms 35 ≤ t ≤ 70分闸时间 ( 额定电压 ) ms 20 ≤ t ≤ 50额定短路电流开断次数次50(40kA 为 30) 机械寿命次200003、操动机构主要技术参数参数名称单位参数额定操作电压分闸线圈V DC220/110 合闸线圈额定操作电流分闸线圈A (DC/AC)220/110V ： 1.0/2.0 合闸线圈储能电动机功率W 70储能电动机额定电压V DC220/110储能时间S ≤ 15电流互感器电流互感器用环氧树脂浇注而成，通常用于向测量和保护装置传递信息。

LPMV系列高压变频调速系统用户使用说明书（V1）江苏力普电子科技有限公司2008序言非常感谢您选用江苏力普电子科技有限公司的LPMV高压变频调速系统！为充分发挥本产品的卓越性能，并确保使用者和设备的安全，在使用该设备之前，请您详细阅读本手册。

本使用手册为随机配送的附件，使用后请务必妥善保管，以备今后对变频器进行检修和维护时使用。

如您对LPMV系列产品的使用存在其它任何疑问或有特殊要求时，请随时联络本公司，我们将竭诚为您服务！本手册内容如有变动，恕不另行通知。

同时，本公司还有系列化的隔爆型矿用皮带机变频器等产品，欢迎垂询、选购！江苏力普电子科技有限公司目录一．安全使用说明31.1．安装41.2．配线41.3．操作41.4．维护5二．产品介绍52.1．LP-MV变频调速系统特点52.2．LPMV变频调速系统原理72.3．LPMV变频调速系统性能指标122.4．LPMV变频调速系统系列型号说明132.5．LPMV变频调速系统适用范围13 三．运输贮存及安装配线143.1．运输贮存说明143.2．机械安装143.2.1 环境要求143.2.2 柜体安装说明153.3．电气安装153.3.1 电气安装注意事项153.3.2 主回路配线163.3.3 控制电路配线163.3.4 典型应用接线图18四．变频调速系统标准操作说明204.1．柜门按钮和开关说明204.2．控制界面204.3．参数设定274.3.1基本参数设定274.3.2高级参数设置284.3.3厂家参数设定354.4．变频调速系统控制方式切换354.4.1 本地控制354.4.2 远程DCS控制354.5．变频调速系统运行模式364.5.1 开环运行364.5.2 闭环运行364.5.3 正常停机364.5.4 紧急停机364.6．报警解除与故障复位374.6.1 报警解除374.6.2 故障复位374.7．变频调速系统正常操作步骤374.7.1本地控制、数字给定、开环运行374.7.2本地控制、模拟给定、开环运行384.7.3本地控制、数字给定、闭环运行394.7.4本地控制、模拟给定、闭环运行404.7.5远程控制、数字给定、开环运行414.7.6远程控制、模拟给定、开环运行424.7.7远程控制、模拟给定、闭环运行434.8．操作注意事项44五．故障对策及异常处理445.1可能出现异常及其处理455.2 故障复位47六．保养和维护476.1 日常检查与保养476.2 易损部件的检查与更换486.3 保修49附录1.柜内电气元件说明49附录2.功能参数简表50F0：基本参数50F1：辅助运行51F2：开环控制52F3：端子及通信53F4：保护功能56F5：电机参数57F6：闭环控制57附录3.LPMV系列变频调速系统规格参数59一．安全使用说明符号定义说明：“注意”标识。

Zero Switching For resistive, inductive and capacitive loadsUpon application of the control volt-age, the SSR’s output is activated at the first zero crossing of the line voltage. The response time is less than a half period, i.e. typically less than 8.33 ms. Also offered with an optional system monitoring function and current sensing function, as shown in the lower right. Due to the high surge current and blocking voltage capabilities, SSRs of this switching type will also perform successfully with most inductive and capacitive loads. They are the most commonly used SSRs in plastics mold-ing machinery, packaging machines, soldering equipment and machinery for the food processing industry.Instant-onSwitchingFor inductive loadsThe SSR output is activated imme-diately after applying control voltage. Consequently, this relay can turn on anywhere along the AC sinusoidal volt-age curve. Response times can typically be as low as 1 ms.The SSR is particularly suitable in applications where a fast response time is desired, such as solenoids or coils.Analog SwitchingFor resistive loads Since the 4-20mA or 0-10VDC controlinput of the analog relay can be varied, the output operates in accordance with the phase control principle. The relay is equipped with a built-in synchronization circuit in order to achieve phase angle control. The output is proportional to the input signal. The transfer functionis linearized and reproducible. These SSRs are highly advantageous in closed loop applications or where soft starting can limit high inrush currents. Ideal for use in switching quartz heaters or in applications which demand precise temperature control.Analog Full CycleSwitchingFor resistive loadsWith this particular switching prin-ciple, the SSR provides a number of fullcycles, evenly distributed over a fixedtime period, depending on the controlinput (either 4-20mA or 0-10VDC)— with the low value of the input cor-responding to zero and the high value ofthe input to a full output with a period of1.28 seconds.Typical applications include: Analogcontrol of heating elements with manualor automatic controllers with 4-20mAor 0-10VDC control signal. Control ofheating zones, controlled individuallyby a number of temperature controllerswith analog output. Analog control offragile heating elements which are usedfor cutting, welding etc., which canhave their lifetime extended due to thereduced thermal load stress.Zero Switching withSystem MonitoringFor resistive andinductive loadsThe system monitoring (sense) SSRprovides an alarm output in the eventof a circuit failure. Internal circuitrymonitors:• Line Voltage• Load Current• Correct Functioning of the SSR• SSR Input StatusThe relay is designed for applica-tions where immediate fault detectionis required. An alarm output signal isavailable to determine fault status.Zero Switching withCurrent SensingFor resistive andinductive loadsThe Solitron MIDI current sensing SSR isa zero switching type which also providesan alarm output when it senses variationsin the load. Typical conditions that canbe detected include: heater break, opencircuit, partial heater short circuit, blownfuse, semiconductor short circuit andfaulty power connection. Integral currentsensing eliminates the need for additionalexternal equipment. “TEACH-IN” set pointis achieved by pushbutton or remotelywhere an HMI is preferred.As shown above, the PNP alarmoutput provides a series of pulses whichidentify the specific type of fault detected.Interfacing to a PLC can provide a clearindication of fault. An NPN alarm outputis also available.Peak SwitchingFor heavyinductive loadsThe peak switching SSR isdesigned in a way that the poweroutput is activated at the first peakof the line voltage upon applicationof the control voltage. After thefirst half period, the Peak SwitchingSSR operates as an ordinary ZeroSwitching SSR. The peak of theinrush current could hereafter bereduced during the first half periodfor inductive loads. Ideally suited forinductive loads with a remnant ironcore (i.e. transformers).DC SwitchingFor resistive andinductive loadsThe power semiconductor inthe DC switching relay operates inaccordance with the control input.The response time is less than 100ms. DC Switching SSRs are used withresistive and inductive loads for thecontrol of DC motors and valves.When switching inductive loads itwill be necessary to interconnect afree wheeling diode surplus voltageparallel to the load as protection.Switching Principles Designedfor Y our Application RequirementsLine Voltage Control InputLoad CurrentLine VoltageControl InputLoad CurrentLine VoltageControl InputLoad CurrentBurst Full CycleAnalog Full CyclePeriodLine VoltageControl InputLoad CurrentLine VoltageControl InputLoad CurrentLine VoltageLoad CurrentControlGreen LEDDC SupplyRed LEDAlarm Ouput = Half LED light intensityLine voltage loss or thyristor open circuitLED Visual IndicationHeater BreakLED Visual indicationOver-temperature / current over-rangeLED Visual IndicationThyristor short-circuitLED Visual IndicationAlarm Output LED IndicationThe RJ1P Modbus combines the functionality of Zero Switching, Analog Switching, Analog Full Cycle Switching, System Monitoring and Current Sensing, with the addition of voltage, current, power and frequency measurements.conductance is a guarantee!The DCB SubstrateWith the DCB substrate, the copperis bonded directly to the ceramicsubstrate. In the production process,copper conductors with a thicknessof 0.3 to 0.5 mm are bonded toceramic, at temperatures in excessof 1900°F . The temperature is cho-sen such that a joint layer is generat-ed between the ceramic surface andthe copper, the expansion coefficientof which is slightly higher than thatof the ceramic substrate. This alsoassures the material expansioncoefficient against silicon (the outputchip) is negligible. Hence, thermalstress or fatigue will not causepremature failure of power outputsemiconductors.Specifications subject to change. View complete datasheets at www.Gavazzi Online .comRM1E Series Analog Switching SSRs • Analog switching thyristor, up to 100A @ 660VAC• 4-20mA or 0-10VDC control signal• Up to 1400Vp non-repetitive peak voltage• Green LED status indicator• 58.2 x 44.8 x 28.8mm (H x W x D) chassis mount housingRD Series DC Switching SSRs• DC switching transistor, up to 5A @ 60VDC or 1A @ 350VDC• 3-32VDC control voltage• 58.2 x 45.5 x 30mm (H x W x D) chassis mount housingRA2A Series Dual Output SSRs• Dual output, zero switching alternistor, up to 40A @ 660VAC• Dual input, 4.5-32VDC control voltage• Up to 1200Vp non-repetitive peak voltage• Fast-on spade terminals• T wo green LED status indicators• 57.8 x 44.5 x 31.7mm (H x W x D) chassis mount housingRA...S Series System Monitoring (Sense) SSRs• Provides a transistor alarm output upon failure of supply, function or load• Zero switching alternistor, up to 110A @ 530VAC• 20-32VDC supply voltage with a 4.5-32VDC control voltage• Up to 1200Vp non-repetitive peak voltage• Diagnostic green and red LED status indicators• 57.8 x 44.5 x 31.7mm (H x W x D) chassis mount housingRZ3A 3-Phase Zero Switching SSRs• Three zero switching alternistors, up to 75A @ 660VAC• 5VDC, 4-32VDC or 24-50VDC / 24-275VAC control voltage• Up to 1200Vp non-repetitive peak voltage• Green LED status indicator, built-in snubber networks, IP20 pro-tective cover, captive wire clamps and• Optional over-temperature protection, transistor alarm output and red LED alarm status indicator• 73.5 x 103 x 41mm (H x W x D) chassis mount housingRSCAA 3-Phase Analog Switching SSR• Phase angle controller for inductive/resistive loads (pumps, fans, heaters, lights, etc.)• Three zero switching alternistors, up to 110A @ 625VAC• 10-32VDC supply voltage with a 0 or 4 to 20mA control signal• Up to 1600Vp non-repetitive peak voltage•Red LED status indicators for line and load energization, built-in MOV protection• Optional over-temperature protection• 66 x 103 x 73.5mm (H x W x D) chassis mount housingPCB Mount SSRs RP1A Series: Zero switching, up to 10A @ 480VAC RP1B Series: Instant-on switching, up to 10A @ 480VAC RP1D Series: DC switching, up to 8A @ 60VDC or 1A @ 350VDC RMD1 Series Hybrid Relays • Thyristors initially switch the current, and then after a short delay, they transfer to an internal electromechanical relay• Zero switching, up to 20A @ 253VAC • Over 5 million operations • 4-32VDC or 24-275VAC control voltage • Green LED status indicator • 81 x 17.5 x 67.2mm (H x W x D) DIN rail mount housingRX1A Series Fast-Connect Thyrex SSRs • Quick efficient wiring via fast-connect terminals: » Screw terminals or » Spring terminals or » Fast-on (power) terminals • Two 22.5mm wide Thyrex-specific heat sinks • M4 mounting holes are interchangeable with standard‘hockey puck’ SSRs, but half the width • Zero switching thyristor, up to 50A @ 552VAC • 4-32VDC or 36-265VAC control voltage• Up to 1200Vp non-repetitive peak voltage • Green LED status indicator and built-in snubber protection • 76 x 22.5 x 56mm (H x W x D) chassis mount housing RS1A Series Zero Switching SSRs • Economically priced triac (10A) or alternistor (25 and 40A)• Zero switching, up to 40A @ 530VAC • 3-32VDC, 18-35VAC/DC, 110, 230 or 400VAC control voltage • Up to 1200Vp non-repetitive peak voltage • Green LED status indicator • 58.2 x 44.8 x 28.8mm (H x W x D) chassis mount housing RM1A Series Zero Switching SSRs • Zero switching thyristor, up to 100A @ 660VAC • 3-32VDC, 5-24VAC/DC or 22-48VDC / 20-280VAC control voltage • Instant on switching (RM1B), 3-32VDC control voltage only• Up to 1400Vp non-repetitive peak voltage • Green LED status indicator and built-in MOV protection • 58.2 x 44.8 x 28.8mm (H x W x D) chassis mount housing RM1C Series Peak Switching SSRs • Peak switching thyristor, for inductive loads up to 30A @660VAC • 4.25-32VDC control voltage • Up to 1400Vp non-repetitive peak voltage• Green LED status indicator• 58.2 x 44.8 x 28.8mm (H x W x D) chassis mount housingPCB, Chassis and DIN Rail Mount SSRsPCB SSRs RMD1 Series RS1A and RM1. SeriesRD SeriesRA2A SeriesRA.S SeriesRZ3A SeriesRSCAAM60 SeriesRX1A SeriesPCB & Chassis Mount Solid State RelaysInnovative Fast-ConnectSeries Three Options in One DeviceVarious Solutions to Fit All Y our Needs Clip-on protection cover isremovable with a screwdriver T erminals with support surface for connection of cables with wire clamps, cable shoes or ring terminalsIP protected connection of cables with ring terminalsup to 5 AWG (16 mm 2)Quick, safe installation which can easily be tested through the protective cover’s holes Carlo Gavazzi offers an extensive range of RHS Series heat sinks and other various accessories including:fork terminals (lug connectors for larger size load wires), thermal paste, MOVs, protective covers, PCB SSR sockets, etc.Fast-on (Power) TerminalsScrew Terminals Spring Terminals For Looping For Ring Terminals Quick Troubleshooting RM1x Series Chassis Mount Solid State Relays A Wide Variety of Heat Sinks for Efficient Heat DissipationFaster, More Efficient Panel Building: The revolutionary THYREX fast-connect system allows technical staffs to pre-wire the cable harness outside of the panel. Base modules can be separately pre-mounted onto their heatsink – an operation requiring much less expertise. Result: Leaner panel building. Fast assembly: Both power and control terminals plug-on.SOLITRON Solid State Relays and Contactors CARLO GAVAZZI’s SOLITRON Series is the result of over two decades experience in designing, manufacturing and marketing solid state relays. With the SOLITRON family, customers get a product with exceptional features, which provide unparalleled benefits, resulting in a prolonged application life. It is offered in several switching types, including dual input/output types, which is unmatched in the industry. They provide a fast switching, long lasting alternative to noisy electromechanical contactors and environmentally hazardous mercury contactors.FeaturesSurface mount technologyprovides reliabilitySelf-liftingterminal clamps(Mini only)Cage-clamp terminals from 45 to 90A guaranteeing secureconnection of cables up to25mm2 — AWG 3(Midi & Power only)Direct copper bondingtechnology used throughoutSecure looping of cables up to2.5mm2 — AWG 12(Mini only)Choice of two terminallayouts making it easier to fitinto existing panel designsDIN-rail or panelmounting supportsRemoveableIP20 cover(Mini only)Identification window and LEDindication of input status andoptional over-temperaturealarm statusMounting holes forforced air cooling(Midi & Power only)Use of ring terminals for cablesup to 4mm2 — AWG 10(Mini only)Optional over-temperaturealarm signal output(Midi & Power only)Larger amperage SOLITRONS areprovided with an integral fanSpecifications subject to change. View complete datasheets at www.Gavazzi Online .comRJ3A Series 3-Phase SOLITRON (3 Pole)*• Three phase, zero switching thyristors, up to 32A @ 660VAC• Three pole switching provides switching of three phase resistive loads, i.e. heating elements, bands, etc.• Over-temperature protection on 32A version (optional on 20 and25A) versions• 5-32VDC or 24-275VAC/24-190VDC control voltage• 20A: 81.7 x 45 x 103mm (H x W x D) DIN rail mount housing• 25A: 81.7 x 90 x 103mm (H x W x D) DIN rail mount housing• 32A: 122 x 45 x 103mm (H x W x D) DIN rail mount housingwhich features an integral fan and over-temperature protectionRJCS Series Current Sensing SOLITRON*• Provides a transistor alarm output upon detecting a voltage orcurrent load or line failure• Relay ‘teaching’ can be done manually or remotely from PLC• Adjustable 2-40 second time delay for current sensing alarm output • Over-temperature protection• Zero switching thyristor, up to 50A @ 660VAC• Diagnostic green and red LED status indicators• 81.7 x 45 x 103mm (H x W x D) DIN rail mount housingRJ1P Analog Switching SOLITRON*• Single pole analog switching of resistive loads up to 50A @660VAC• Five selectable mode of operation: Phase Angle, Distributed Full Cycle, Burst Control (1, 3 or 10 seconds)• 0-10VDC or 4-20mA control input• Load and control status indication• 81.7 x 45 x 107mm(H x W x D) DIN rail mount housingRJ1P Modbus SOLITRON*• Four software selectable modes: On/Off, Phase Angle, Distributedand Burst Firing• Single phase switching of resistive loads up to 50A @ 265VAC• SSR control is done in Modbus protocol over RS485 interface• 81.7 x 45 x 122mm (H x W x D) DIN rail mount housing• Monitoring of over-temperature, SSR fault and line and load lossare standard features• Measurement of voltage, current, power and frequency is anoptional featureRJ1A Series SOLITRON MINI*• Zero switching thyristor, up to 30A @ 660VAC • 4-32VDC or 24-275VAC control voltage • 80 x 22.5 x 103mm (H x W x D) DIN rail mount housing RJ2A Series SOLITRON MINI (2 Pole)*• Two pole, zero switching thyristors, up to 18A @ 530VAC• Common control input for two single pole switching or 2-pole3-phase economy switching (leaving one pole live)• 4-32VDC control voltage • 103 x 22.5 x 125mm (H x W x D) DIN rail mount housing RJ1A Series SOLITRON MIDI*• Zero switching thyristor, up to 75A @ 660VAC• 4-32VDC or 24-275VAC control voltage• 45A/50A: 81.7 x 45 x 103mm (H x W x D) DIN rail mount housing• 75A: 122 x 45 x 103mm (H x W x D) DIN rail mount housing RJ1A Series SOLITRON POWER*• Zero switching thyristor, up to 90A @ 660VAC • 4-32VDC or 24-275VAC control voltage • 70A: 81.7 x 90 x 103mm (H x W x D) DIN rail mount housing • 90A: 122 x 90 x 103mm (H x W x D) DIN rail mount housingRJD2A Series Two Pole SOLITRON*• Two pole, zero switching thyristors, up to 45A @ 660VAC • Individually controlled by two inputs, 4-32VDC control voltage • 30A: 81.7 x 45 x 103mm (H x W x D) DIN rail mount housing • 45A: 81.7 x 90 x 103mm (H x W x D) DIN rail mount housing RJ2A Series 3-Phase SOLITRON (2-Pole)*• Three phase, zero switching thyristors, up to 32A @ 660VAC• Two pole switching (with one live pole) provides economicalswitching of three phase resistive loads, i.e. heating elements • Optional over-temperature protection • 5-32VDC or 24-275VAC/24-190VDC control voltage • 25A: 81.7 x 45 x 103mm (H x W x D) DIN rail mount housing • 32A: 122 x 90 x 103mm (H x W x D) DIN rail mount housingDIN Rail Mount Solid State Relays/ContactorsRJ2A SOLITRON MINI RJ1A SOLITRON MINI RJ1A SOLITRON MIDI RJD2A Two Pole SOLITRON RJ2A/RJ3A Three Phase SOLITRON RJ1A SOLITRON POWER RJD2A Two Pole SOLITRON RJ2A/RJ3A Three Phase SOLITRON RJ1PModbusSOLITRONRJCS Current Sensing SOLITRON RJ1PAnalog SwitchingSOLITRON*All SOLITRONS feature one or more green LED status indicator(s), a built-in protective snubber network and up to 1200Vp non-repetitive peak voltage ratings.CARLO GAVAZZI A u t o m a t i o n C o m p o n e n t s Sol idStateRela ysandCo ntactorsBrochur e1/8Argentina • Australia • Austria • Bahrain • Belgium • Bolivia • Bosnia • Brazil • Brunei • Bulgaria • Canada Chile • China • Columbia • Croatia • Cyprus • Czech • Denmark • Dominican Republic • Egypt • Estonia Finland • France • Germany • Greece • Hong Kong • Hungary • Iceland • India • Indonesia • Iran • Ireland • Italy • Japan Jordan • Kenya • Korea • Kuwait • Lebanon • Malaysia • Malta • Maroc • Mauritius • Mexico • Netherlands New Zealand • Norway • Pakistan • Papua New Guinea • Paraguay • Peru • Philippines • Poland Portugal • Qatar • Romania • Russia • Saudi Arabia • Serbia • Singapore • Slovakia • Slovenia • South Africa Spain • Sultanate of Oman • Sweden • Switzerland • Syria • Taiwan • Thailand • Tunisie • Turkey Ukraine • United Arab Emirates • United Kingdom • Uruguay • United States of America • Venezuela • Vietnam USA CARLO GAVAZZI INC.750 Hastings Lane Buffalo Grove, IL 60089Tel 847.465.6100Fax 847.465.7373**********************CANADACARLO GAVAZZI (CANADA) INC2660 Meadowvale BoulevardMississauga, Ontario L5N 6M6Tel 905.542.0979, Fax 905.542.2248CARLO GAVAZZI (CANADA) LTÉE3777 Boulevard du TricentenaireMontréal, Quebec H1B 5W3Tel 514.644.2544, Fax 514.644.2808************************Regional / Area Sales OfficeDistrict Sales OfficeCARLO GAV AZZI has a multitude of sales offices spanning North America (not to mention our hundreds of distributors). Therefore, we can be viewed as “your local automation resource” - assisting you every step of the way in finding the proper solution for your various application requirements. Naturally, our job is greatly simplified as we have such a vast range of solutions to offer you via our comprehensive product package.Our worldwide sales offices make us an ideal business partner, especially for manufacturers of exported machinery , as our products are available locally and they are CE marked.Inductive Proximity Sensors Tripleshield™ Capacitive Sensors Photoelectric Sensors Ultrasonic Sensors Level Sensors Limit Switches Magnetic Switches Solid State Relays Contactors and Overloads Manual Motor Starters Motor Controllers Electromechanical Relays Pilot Devices Cam Switches Rotary Disconnects Energy ManagementDigital Panel Meters PID Controllers Time Delay Relays Current Monitoring Relays Voltage Monitoring Relays Three Phase Monitoring Relays Signal Conditioners Current Transformers EnclosuresSafety Light Curtains Safety Control ModulesSafety Interlock Switches Safety Mat Systems Safety Magnetic SensorsDupline Field & Installation Bus Building Automation Systems Elevator Systems The Complete Product PackageA Global Force in Industrial AutomationYour Authorized Distributor:USA Phone: 847.465.6100 Fax: 800.222.2659Canada Ontario: 905.542.0979 Quebec: 514.644.2544Website www.Gavazzi Online .comEmail **********************Visit our website for downloadable data sheets, brochures & pricing: www.Gavazzi Online .com。

DG型气体压力开关使用说明书●请阅读和保持一个安全的地方解释符号●, 1, 2, 3 ... = 功能➔= 用法说明所有工作必须在阅读操作说明后才能进行！警告！不正确的安装、调整、修改、操作或维护可能导致伤害或物质损失。

使用前先阅读说明书。

这个单位必须安装依照本条例的实施。

标准声明We, the manufacturer, hereby declare that the products DG.., marked with product ID No. CE 0085AP0467, comply with the essential requirements of the following Directives:–90/396/EEC in conjunction with EN 1854,–73/23/EEC in conjunction with the relevant standards.The relevant products correspond to the type tested by the notified body 0085. Comprehensive quality assurance is guaranteed by a certifi ed Quality System pursuant to DIN EN ISO 9001 according to annex II, para-graph 3 of Directive 90/396/EEC.Elster Kromschröder GmbH, Osnabrück测试➔电源电压、环境温度和外壳——看类型的标签。

➔最大介质温度:-15 + 80°C。

在系统暴露于更高的热应力、热设备上时压力开关必须安装在上游。

DG..B型➔正压时1号位置为进气DG..U型, DG..H型, DG..N型➔正压时1号或者2号位置为进气，气体为空气、天然气或者烟气（其他位置密封），通风时气体从3号或者4号位置离开。

目录一、概述 (2)二、主要测试项目及功能 (2)三、主要技术指标 (2)四、术语定义 (3)五、接线操作方法 (3)六、功能键介绍 (3)七、操作说明 (4)八、采样尺安装 (5)九、注意事项 (7)十、保养、维修 (8)十一、运输、贮存 (8)十二、开箱及检查 (8)十三、其它 (9)衷心地感谢您选择了我们的产品!为了您更好地使用本仪器，在使用前请务必仔细阅读使用说明，详细了解其主要性能以及使用方法。

一、概述GKC系列高压开关动特性测试仪是我公司为适应测试高压开关动作特性的需要开发研制的专用仪器。

它以单处机为核心进行采样，处理和输出，其主要特点是采用汉字提示以人机对话的方式操作，汉字显示结果并打印输出，具有智能化、功能多、数据准确、抗干扰性强、操作简单、体积小、重量轻、外观美等优点，适用于各种户内外多油、少油开关、真空开关，六氟化硫开关的动特性测试。

GKC可测多油、少油开关、真空开关、六氟化硫开关。

二、主要测试项目及功能１．12个断口的固有分、合闸时间；２．重合闸时间；３．分、合闸最大不同期性；４．刚分、刚合速度；５．弹跳时间及幅度；６．开关开距及开关超行程（真空开关、预置开关行程）；７．分、合闸平均速度；８．显示、打印速度－距离曲线三、主要技术指标1、时间测量同时可测量断口数：≤12个测定过程整定时间：0~6秒分辨率：0.1ms2、开关开距、开关超行程、弹跳幅度测量量程：＜500mm分辨率：1mm3、测量误差时间测量误差：±1%行程测量误差：±1%4、工作条件工作电压：AC220V±10%频率：50HZ功耗：≤60W使用环境温度：0~40℃使用环境湿度：≤90%RH体积：400×350×200(mm3)重量：7kg四、术语定义刚分、刚合速度：动静触头刚分后，刚合前10ms触头运动的平均速度（为油开关定义）。

平均速度：开距/时间开关开距：动触头从分闸位置到刚合位置之间（测合闸速度时得到此数据）。

目录1 说明§1.1 重要说明§1.2 开关标识2 探测头安装§2.1 压力与真空探测头§2.2 差压探测头§2.3 温度探测头3 封装外壳的安装§3.1 “C”型外壳§3.2 “Z”型外壳§3.3 “V”型和“W”型外壳§3.4 “M”型外壳4 电气安装5 设定点调节6欧共体标准符合说明1 说明§1.1 重要说明* BETA压力开关属于精密仪器请正确放置或搬动。

BETA压力开关在达到设定点的（差压）压力或者温度时开关动作。

* 在按照说明书指示正确安装，该开关的设计与结构是完全免维护的。

切莫采用液态油或油脂润滑开关的任何部件。

* 除了更换外壳密封与安装支架外，不要移动或更换本开关的任何部件。

* 避免暴露在超高温、超低温、有侵蚀性环境中，-30~80℃为适宜温度。

* 调节螺丝有自锁性，所以在调节设定点后禁止封死调节螺丝。

* 安装前请详细检查铭牌上数据。

* 所有尺寸均以mm毫米标注。

* 如果您需要帮助请与供应商联系，开关只有在去污清洗后才能进行维护检修。

* 如果您需要额外的膜片O形圈和微动开关，请给出序列号向供应商购买。

* 开关的检修维护请由专业的仪表工程师实施。

除了更换膜片O形圈和微动开关以外，其它形式的检修维护有厂方执行。

* 非厂方检修维护的操作会影响产品本身的质量保证。

* 本章节的指导说明书的步骤也是安装步骤说明。

* 地基与工程环境的强烈振动可能会影响开关的正常功能。

§1.2 开关标识压力开关的铭牌上面标明了规格型号，4到7步可以确定该压力开关的设计组成，后缀的X+数字来表明特殊要求，该特殊要求可参照数据书。

外壳封装C1-P304L-S1N-B1-K1-Y-X2第一个字符即第一步标明了外壳封装形式：C、V、W、Z或M，参照图1-4和15。

探测头C1-P304L-S1N-B1-K1-Y-X2第一个和最后一个字符构成第二步标明了探测头规格及功能，参照图5-12和表1。

电除尘高压控制器用户操作手册产品使用操作说明书目录一．概述 (1)二．产品型号分类 (1)三．产品适用范围 (1)四．高压电源控制系统工作原理 (2)五．ESP-S1自动电压控制器简介 (2)1.ESP-S1自动电压控制器的主要功能和特点 (2)2ESP-S1控制器工作方式 (3)六．ESP-S1自动电压控制器操作说明 (5)1.高压电源控制系统开/停机操作 (5)2.高压电源控制器的面板介绍 (5)3.菜单操作说明 (6)七．电除尘上位机智能监控系统 (16)1.上位机智能监控系统硬件组成 (16)2.上位机智能监控系统软件组成 (17)3.上位机智能监控系统实现方案 (17)八．技术指标 (18)九．设备的故障处理和保护 (19)十．设备使用条件 (19)十一．设备成套性 (20)ESP-S1自动电压控制器一．概述电除尘器作为一种应用广泛的环保装置，投入工业100多年以来，为大气污染的治理和生态环境的保护做出了重要的贡献。

电除尘器高压供电装置作为电除尘器的关键设备，主要作用是给电场提供直流高压和直流电流，使进入电场的含尘烟气在电场力的作用下吸附到收尘极上，达到净化烟气的目的。

ESP-S1自动电压控制器是结合国内外常规电压控制器的先进经验，研制出的新一代产品。

该产品作为高压供电装置的控制核心，具有高速处理数据、液晶大屏幕显示、全中文操作界面、外部接口简单、上位机智能监控系统等一系列优点。

不仅能够用于不同行业和工况的电除尘控制系统，也适用于电除尘器高压电源装置的改造。

ESP-S1自动电压控制器以它的高可靠性，高稳定性，抗干扰特性，简易的中文菜单操作、实时的参数分析、人性化的结构设计等受到了广大用户的普遍欢迎。

相信这款电除尘自动电压控制器一定会成为您工业电除尘设备的最佳选择。

二．产品型号分类□/1：单相电除尘控制，3：三相电除尘控制N：通信功能C：中文菜单操作，E：英文菜单操作A VC：自动电压控制器三．产品适用范围ESP-S1自动电压控制器是高压供电装置的核心部件，通过匹配适当的电极等机械本体装置后，组成静电除尘设备。

Single Pressure SwitchesPRESSURE87D Series Pressure Switch with Mercury Switch and General Purpose EnclosureD Series Pressure Switch with Snap Action Switch and General Purpose EnclosureMinimum Deadband (psig) 2˝ Hg13.5 11 1.7533.7568126846814 14 25 6090 150 450 750 7 3 7 618 30 75 100210 Adjustable DeadbandBourdon Tube Material Brass 403 Stainless Steel 316 Stainless Steel AdjustableOperating Range (psig)30˝– 0 Hg VAC 10˝ Hg VAC - 12 25˝ Hg VAC - 50 1/8 – 15 1/8 – 20 1 – 35 2 – 60 5 – 100 5 – 150 10 – 200 10 – 300 30˝ Hg VAC – 60 30˝ Hg VAC – 75 2 – 60 5 – 100 10 – 200 10 – 300 40 – 350 25 – 600 50 – 1000 100 – 1500 300 – 2500 500 – 5000800 – 800030˝ Hg VAC – 755 – 7510 –10010 – 15010 – 30030 – 40075 – 800100 – 1000200 - 2500SPDT4A @ 120 V 2A @ 240 V AC/DC DA-31-153-2 DA-31-153-3DA-31-153-27DA-31-153-1DA-31-153-3A DA-31-153-4DA-31-153-5DA-31-153-6DA-31-153-7DA-31-153-8DA-31-153-9DA-21-153-25S DA-21-153-26S DA-21-153-5S DA-21-153-6S DA-21-153-8S DA-21-153-9S DA-21-153-9AS DA-21-153-10S DA-21-153-11S DA-21-153-12S DA-21-153-13S DA-21-153-15S DA-21-153-16S DA-41-153-26E DA-41-153-23E DA-41-153-6E DA-41-153-24E DA-41-153-9E DA-41-153-21E DA-41-153-22E DA-41-153-11E DA-41-153-13ESPST Open on Increase 10A @ 120 V 5A @ 240 V AC/DC DA-31-2-2DA-31-2-3DA-31-2-27 DA-31-2-1 DA-31-2-3A DA-31-2-4 DA-31-2-5 DA-31-2-6DA-31-2-7 DA-31-2-8 DA-31-2-9 DA-21-2-25S DA-21-2-26S DA-21-2-5S DA-21-2-6S DA-21-2-8S DA-21-2-9S DA-21-2-9AS DA-21-2-10S DA-21-2-11S DA-21-2-12S DA-21-2-13S DA-21-2-15S DA-21-2-16S DA-41-2-26E DA-41-2-23E DA-41-2-6E DA-41-2-24E DA-41-2-9E DA-41-2-21E DA-41-2-22E DA-41-2-11E DA-41-2-13EBourdon Tube Material Brass Stainless Steel 316 Stainless Steel Adjustable Operating Range (psig)0-30˝ Hg VAC 10˝ Hg VAC - 1225˝ Hg VAC - 501/8 – 151/8 – 201 – 352 – 605 – 1005 – 15010 – 20010 – 30030˝ Hg VAC – 6030˝ Hg VAC – 752 – 60 13.55 – 100 19.510 – 200 22.510 – 300 28.540 – 350 3025 – 600 67.550 – 1000 142.5100 – 1500 195300 – 2500 390500 – 5000 1350800 – 8000 225030˝ Hg VAC – 755 – 7510 –100 10 – 150 10 – 300 30 – 40075 – 800100 – 1000200 - 2500Minimum Deadband(psig)13.5˝ Hg 612667.59 13.524 2437.5 1822.513.519.5 22.5 28.53067.5142.5 195 390 1350 2250151215 16.54278 180285600Fixed 3˝ Hg 1.52.51.51.51.522.53453.53.533.5466102030602005003.543.548102535 75Fixed 5˝ Hg 33.7533333.75 5.256.75 95.25 5.254.5 5.25 7.12510.5 10.5 18 33 52.5 90 300 5.2565.256.75 12 18 37.5 52.5 112.5Adjustable DeadbandSPDT: 10A @ 120/240 VACFixed Deadband SPDT: 15A @ 120/240 AC Hermetically Sealed, Fixed Deadband SPDT: 5A @ 120/240 VAC, 5A res. @ 30 VDC CONTACT US | U.S. 219/879-8000 | U.K. (+44) (0)1494-461707| A.U. (+61) (0) 2 4272 2055| China +852-********Model DA-7031-153-2DA-7031-153-3DA-7031-153-27DA-7031-153-1DA-7031-153-3A DA-7031-153-4DA-7031-153-5DA-7031-153-6DA-7031-153-7DA-7031-153-8DA-7031-153-9DA-7021-153-25S DA-7021-153-26S DA-7021-153-5S DA-7021-153-6S DA-7021-153-8S DA-7021-153-9S DA-7021-153-9AS DA-7021-153-10S DA-7021-153-11S DA-7021-153-12S DA-7021-153-13S DA-7021-153-15S DA-7021-153-16S DA-7041-153-26E DA-7041-153-23E DA-7041-153-6E DA-7041-153-24E DA-7041-153-9E DA-7041-153-21E DA-7041-153-22E DA-7041-153-11E DA-7041-153-13E Model DS-7231-153-2DS-7231-153-3DS-7231-153-27DS-7231-153-1DS-7231-153-3A DS-7231-153-4DS-7231-153-5DS-7231-153-6DS-7231-153-7DS-7231-153-8DS-7231-153-9DS-7221-153-25S DS-7221-153-26S DS-7221-153-5S DS-7221-153-6S DS-7221-153-8S DS-7221-153-9S DS-7221-153-9AS DS-7221-153-10S DS-7221-153-11S DS-7221-153-12S DS-7221-153-13S DS-7221-153-15S DS-7221-153-16S DS-7241-153-26E DS-7241-153-23E DS-7241-153-6E DS-7241-153-24E DS-7241-153-9E DS-7241-153-21E DS-7241-153-22E DS-7241-153-11E DS-7241-153-13E ModelDS-7331-153-2 DS-7331-153-3 DS-7331-153-27 DS-7331-153-1 DS-7331-153-3A DS-7331-153-4 DS-7331-153-5 DS-7331-153-6 DS-7331-153-7 DS-7331-153-8 DS-7331-153-9 DS-7321-153-25S DS-7321-153-26S DS-7321-153-5S DS-7321-153-6S DS-7321-153-8S DS-7321-153-9S DS-7321-153-9AS DS-7321-153-10S DS-7321-153-11S DS-7321-153-12S DS-7321-153-13S DS-7321-153-15S DS-7341-153-26E DS-7341-153-23E DS-7341-153-6E DS-7341-153-24E DS-7341-153-9E DS-7341-153-21E DS-7341-153-22E DS-7341-153-11E DS-7341-153-13ESPSTClose on Increase 10A @ 120 V 5A @ 240 V AC/DC DA-31-3-2 DA-31-3-3 DA-31-3-27 DA-31-3-1 DA-31-3-3A DA-31-3-4 DA-31-3-5 DA-31-3-6 DA-31-3-7 DA-31-3-8 DA-31-3-9 DA-21-3-25S DA-21-3-26S DA-21-3-5S DA-21-3-6S DA-21-3-8S DA-21-3-9S DA-21-3-9AS DA-21-3-10S DA-21-3-11S DA-21-3-12S DA-21-3-13S DA-21-3-15S DA-21-3-16S DA-41-3-26E DA-41-3-23E DA-41-3-6E DA-41-3-24E DA-41-3-9E DA-41-3-21E DA-41-3-22E DA-41-3-11E DA-41-3-13E。

| D SERIESHIGH VOLTAGE RELAYS 10KV & 15KVSPECIFICATIONS Very high isolation voltages, up to 15kV, are achieved through the use of high vacuum reed switches with either rhodium or tungsten contacts and make these relays suitable for high reliability applications, such as cardiac defibrillators, test equipment and high voltage power supplies. The rhodium contact relays have low contact resistance, while the tungsten contact relays can switch higher voltages.PCB or panel mount, via nylon studs, versions are available. Connection options, for the HV, include PCB, solder turret (wire wrap), flying lead and 0.25” spade terminals.Features• 10kV or 15kV Isolation• Low contact resistance• PCB or panel mount• HV connections via flying leads, solder turret (wire wrap),or 1/4” spade terminals• Excellent AC characteristicsPlease refer to this document for circuit design notes:https:///blog/reed-relay-application-notesDIMENSIONSAll dimensions are in millimeters.Please refer to this document for circuit design notes: https:///blog/reed-relay-application-notesPage 4CONTACT US+44 (0)1202 897969*********************Cynergy3 Components Ltd. 7 Cobham Road,Ferndown Industrial Estate, Wimborne, Dorset,BH21 7PE, United KingdomSensata 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 ORDERING OPTIONSNo suffix indicates PCB mountF = PCB mount & coil connection with Flying lead HV connection P = Panel mount with wire wrap terminalsS = PCB mount & coil connection with stud fixing & 1/4” spade HV connection (not available on 15kV models)T = PCB mount & coil connection with stud fixing & wire wrap HV connectionMade in the UK。