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爱默生控制器介绍中文译版

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艾默生流体控制手册(中文)

艾默生流体控制手册(中文)
目录
热力膨胀阀 电子膨胀阀及各类控制器 电磁阀及线圈 压力调节阀 截止阀 系统保护装置 油路管理系统 压力控制器 制冷剂饱和温度 / 压力表
1-43 44-67 68-82 83-88 89-91 92-110 111-121 122-130 131
热力膨胀阀
页
压力调节阀
页
快速选型表
1
ACP 系列热气旁通阀
压力调节阀
电磁阀及线圈
电子膨胀阀及 各类控制器
热力膨胀阀
B 系列热力膨胀阀
B 系列是平衡阀口的热力膨胀阀。一般用于小型空调、热泵系统。B 系列 热力膨胀阀在不同的蒸发温度和变化的蒸发负荷下仍能保持稳定和较精确 的运行及控制。
特点
• 不锈钢动力头杜绝了腐蚀造成的影响，延长阀的使用寿命 • 全封闭结构，有效的防止泄漏 • 紧凑型外形，节省安装及维护空间 • 双向流通能力，在热泵系统中，使用一个 B 阀既能控制制冷也能控
B 系列
命名方式：
B
A
E
2
Z
W195
5 FT
3/8x1/2 ODF S/T
阀的系列 A= 过热度 E= 外平衡 名义制 制冷剂
充注
毛细管长度 接管规格 ODF= S/T=
平衡阀口 可调 ( 空白 )= 内平衡 冷量
代码
代码
5 英尺 /1.5 米 入口 x 出口 焊接 直通
全封闭结构 N= 过热度
( 冷吨 ) H=R22 C= 普通充注
命名方式：
A 系列
A
A
E
2
H
C
5FT 3/8x1/2 ODF S/T
阀的系列 A= 过热度可调 E= 外平衡 名义制 制冷剂
充注 毛细管长度 接管规格 SAE= S/T=

艾默生Del V中文

艾默生Del V中文

EMERSON Process Management – Educational Services
Course 7009 - Rev 7 - 2/1/04
Copyrighted Material / Duplication Prohibited
2-2
PLANT_AREA_A
Tank101
LEVEL-101
2-5
PLANT_AREA_B 控制模块
下面列出PLANT_AREA_B的控制模块: LIC-20X FIC-20X MTR-203 LEV2-SIM PLM-SHUTDOWN — 为自动关闭设备设置的逻辑模块阶段 Operator Display（操作显示） — 图片命名为 Tank201
在窗口内容中，AREA1突出显示。键入新的名字 PLANT_AREA_B按下 ENTER（回车）键确认。
EMERSON Process Management – Educational Services
Course 7009 - Rev 7 - 2/1/04
Copyrighted Material / Duplication Prohibited
FIC-301 LIC-301 XV-301 MTR-301
EMERSON Process Management – Educational Services
Course 7009 - Rev 7 - 2/1/04
Copyrighted Material / Duplication Prohibited
2-14
Workshop – 配置DSTs
EMERSON Process Management – Educational Services
Course 7009 - Rev 7 - 2/1/04

艾默生SDC空调使用说明手册

艾默生SDC空调使用说明手册

艾默生SDC空调使用说明手册一、设备用途向地下吹风的打空调，用于机房温湿度调节。

二、接口类型通讯接口采用RS485/232方式。

信息传输方式为异步方式，起始位1位，数据位8位，停止位1位，无校验。

数据传输速率为1200、2400、4800、9600和19200bps可以设置。

三、通信参数设置1、控制器SDC系列空调的控制器为PACC控制器，采用240*128点阵蓝色背光液晶显示屏显示，用户界面操作简单。

多级密码保护，能有效防止非法操作。

控制器具有掉电自恢复功能。

通过菜单操作可以准确了解各主要部件运行时间。

专家级故障诊断系统，可以自动显示当前故障内容，方便维护人员进行设备维护。

可存储200多条历史事件记录，配置RS485接口，通信协议采用信息产业部标准通信协议，控制器面包那如图1所示图1 控制器面板2、操作键功能说明控制器有5个操作键，分别是开/关键、退出键、上移键、下移键和回车键。

功能见下表：表1 操作键功能说明33.1 主界面图2 主界面界面上包含三类机组工作图标，分别是动画运行状态图标、锁定状态图标和开关机主备状态图标，这些图标告知操作员机组正在何种运行模式下运行。

图标及其含义如图3所示。

图3 图标含义3.2 密码界面在主界面下按回车键，显示输入密码界面，如图4所示。

输入正确密码确认后即可进入主菜单界面。

图4 密码输入界面进入菜单界面的密码分3个等级，需要密码打开的菜单在它的标题后标有菜单级别[1]、[2]、[3]，以表示所需密码的级别。

各种密码等级的使用者、初始密码、允许进入的菜单等级见图5。

图5 密码等级注意：操作者输入不同等级的密码，可获得相应等级的密码权限。

操作者只等修改对应密码权限的菜单项，否则只能浏览菜单内容。

3.3 通讯设置在系统设置界面图6中，课选择进入到通讯设置菜单，如图7所示，通讯设置子菜单包括：通讯协议、通讯地址和波特率。

波特率可选的通信速率包括：1200bps、2400bps、4800bps、9600bps和19200bps。

艾默生CT-Unidrive M700中文彩页

艾默生CT-Unidrive M700中文彩页
•ቤተ መጻሕፍቲ ባይዱ交流感应电机
使用合适的编码器技术实现最佳性能和最大的可选择性 Unidrive M700 有助于您基于具体应用的性能和成本选择合适 的编码器技术。板载反馈接口具备多通道的高性能连接，并 支持几乎任何标准编码器反馈技术，包括 Resolver、BISS 和 EnDat 等设备。
• 永磁电机
• 伺服电机 • 同步磁阻电机
M700 通过精确的电机控制、板载实时以太网 （IEEE 1588 V2 精确时间协议）、先进的运动控制以及用于位置捕捉的高速 I/O 实现机器最高生产率, 让机器制造商可以轻松地制造更复 杂和灵活的机器。
Unidrive M700 亮点
通过客户选择的电机实现机器最高生产率 凭借对几乎任何类型的工业电机的超卓控制性能，Unidrive M 可实现机器最高生产率：
➮ 250μs 循环时间 ➮ 运动曲线生成器 ➮ 电子齿轮 ➮ CAM 插补 ➮ 寻原点功能 ➮ 高速位置捕捉 • 高性能 MCi200 和 MCi210 机器控制模块（有助于获取更多的 控制性能）
6
www.emersol
Unidrive M700 的板载实时以太网（使用 IEEE 1588 V2）通过快速灵活的通信改善了机器控 制。可在 1 µs 内于整个网络中实现同步，数 据更新率可快达 250 µs （具有几乎无限的节 点数）。
功能 断点 上传/下载源代码 在线更改 三角函数 64 位数据类型 实时任务 可定制的驱动器菜单 变量跟踪
可执行的任务
Unidrive M 板载 否 否 否 否 否
是（最短时间为 4ms） 是（菜单 30） 否
1 个轮循任务、1 个分时任务
MCi 模块 是 是 是 是 是
是（最短时间为 125 µs） 是（菜单 27、28 及 29）

爱默生模块及监控中文说明书

爱默生模块及监控中文说明书

PowerMaster智能高频开关电力操作电源系统合作生产技术指导书资料版本归档日期2008-10-17BOM 编码艾默生网络能源有限公司为客户提供全方位的技术支持，用户可与就近的艾默生网络能源有限公司办事处或客户服务中心联系，也可直接与公司总部联系。

艾默生网络能源有限公司版权所有，保留一切权利。

内容如有改动，恕不另行通知。

艾默生网络能源有限公司地址：深圳市南山区科技工业园科发路一号邮编：518057公司网址：客户服务投诉热线：0E-mail第一章充电模块（必选件）1.1 HD22010-3系列1.1.1 模块简介HD22010-3系列充电模块是电力电源最主要的配置模块，广泛应用于35kV到330kV的变电站电力电源中。

HD22010-3系列充电模块采用自冷和风冷相结合的散热方式，在轻载时自冷运行，符合电力系统的实际运行情况。

型号说明产品系列产品系列见下表。

表1-1 订货信息工作原理概述以HD22010-3模块的工作原理框图如下图所示。

图1-1 HD22010-3充电模块原理图HD22010-3充电模块由三相无源PFC和DC/DC两个功率部分组成。

在两功率部分之外还有辅助电源以及输入输出检测保护电路。

前级三相无源PFC电路由输入EMI和三相无源PFC组成，用以实现交流输入的整流滤波和输入电流的校正，使输入电路的功率因素大于，以满足DL/T781-2001中三相谐波标准和GB/T 中相关EMI、EMC标准。

后级的DC/DC变换器由PWM发生器控制前级PFC输出的DC电压、经过高频变压器输出后再整流滤波输出DC电压等电路组成，用以实现将前级整流电压转换成电力操作系统要求的稳定的直流电压输出。

辅助电源在输入三相无源PFC之后，DC/DC变换器之前，利用三相无源PFC的直流输出，产生控制电路所需的各路电源。

输入检测电路实现输入过欠压、缺相等检测。

DC/DC的检测保护电路包括输出电压电流的检测，散热器温度的检测等，所有这些信号用以DC/DC的控制和保护。

艾默生 PACSafe可配置安全控制器 数据表

艾默生 PACSafe可配置安全控制器 数据表

PACSafe 可配置安全控制器直观、集成、快速的机器安全产品PACSafe 可配置安全控制器00813-0106-0148数据表2020年12月PACSafe 可配置安全控制器是为原始设备制造商及其终端用户设计的，非常适合于需要集成SIL3机器安全与多个协调安全传感器的机器自动化应用，适用于包装、食品和饮料、生命科学和制造业等各种行业。

PACSafe 可配置安全控制器可以轻松地从小型机器扩展到复杂的机器，并提供直观的基于图形的配置和编程界面，快速的安全状态反应时间，通过工业以太网轻松集成到Emerson 的 PACSystems 和 VersaMax 控制器。

这些特点使开发和调试时间减少 ⸺提高生产力和盈利能力。

直观的编程通过直观的、基于图标的编程、拖放配置和集成的在线帮助，对安全解决方案的编程从未如此简单。

广泛的TÜV 认证的SIL3功能块库允许快速集成电子止动器、联锁门、光学传感器，双手控制，安全垫和更多的安全装置。

内置的系统模拟工具、在线监测和实时诊断能力创造了一个用户友好的调试和故障排除过程。

综合安全解决方案PACSafe 可配置安全控制器的开发工具集成在我们的PAC(PME)开发套件中。

内置以太网，支持PROFINET 和Modbus/TCP 协议，以及新的标准PLC 集成功能块，可以实现无缝监控并与艾默生工业控制组合的其他部分集成。

这确保了您可以轻松地将机器安全集成到新的设计或您现有的PACSystems 或VersaMax 架构中。

快速到达安全状态的时间PACSafe 可配置安全控制器结合了可扩展设计的优势和不可配置继电器的快速性能。

系统安全状态反应时间快15毫秒，你将不再需要在性能和灵活性之间做出选择。

可扩展的安全解决方案通过10点和26点集成的安全输入模块和可选的扩展安全I/O 模块，PACSafe 用户可以灵活地将其解决方案扩展到多达154个安全I/O 点。

六种不同类型的扩展I/O 模块提供各种安全功能，包括安全输入、固态安全输出和安全继电器输出。

艾默生简介

艾默生简介

DeltaV 由艾默生过程控制有限公司于1996年推出的用于过程控制的软件。

DeltaV 系统提供强大易用的设计和操作过程控制软件。

DeltaV 采用标准Windows特征来提供熟悉的用户界面。

最新版本为DeltaV10.4，在各种DCS中市场占有率第一，且其系统在国际上非常流行，与全球知名石油化工企业有着广泛的合作。

DeltaV 包括以下应用：1先进控制Advanced control:InSight监察识别;Neural神经网络；redict预测控制；redictPro专家预测控制；SimulatePro仿真专家；Tune with Insight应用识别整定；2 工程应用；3设置与安装；4操作员应用；5批量应用；6DeltaV自学引导；DeltaV系统不但拥有BPCS而且拥有集成的SIS。

DeltaV系统只在v4和v8中出现过汉化版，但汉化的内容也只限于帮助手册Books Online和操作界面Operator Interface，其它的应用程序以及产品手册（Product Data Sheet）和帮助说明，白皮书等都是英文的。

有些用语也非常难以翻译，找不到中文恰当的说法，例如Decommission a controller，各位如有读过DeltaV的中文手册，就会发现这样的问题不在少数。

在此建议各位最好还是使用英文版，好在自控专业文章对英文的要求并不高，这样也可以提高各位的英文阅读水平。

如果有机会合Emerson的工程师交流，使用英文（至少使用英文术语）也可以减少对DeltaV系统理解的歧义。

至于DeltaV系统的功能，Web发布确实很差，这是因为该功能的用户较少，所以功能上几乎没有改进。

不过自2002年DeltaV v7.2后DeltaV迁移到了WinXP和Win Server 2003平台上，利用Windows的Terminal Serveice所形成的DeltaV Remote Client功能更为强大且使用方便，Web发布已没有太多的意义。

艾默生电容补偿器控制器用户手册说明书

艾默生电容补偿器控制器用户手册说明书

v Read the manual carefully before the device isinstalled.v Only qualified staff is allowed to perform theinstallation.v Connect the relay as per the wiring diagram inthe manual.v Before connecting the relay check the supplyvoltage.v Please check whether the CT is connected atthe Main Incomer.v Connect the CT when the relay is in OFFcondition. Use suitable size cable for the CT.v Do not disturb the connection when the relay isON.v Please ensure the discharge time interval ofcapacitor.v Disconnect the device if it does not work duringcommissioning.v Do not install the device if it is in damagedcondition.OPERATION & INSTRUCTIONMANUALØSuitable for Thyristor switched Capacitor panel.ØVarious possibilities for bank selection. Including user defined bank values in KVAR. ØInput sensing line-to-line voltage.ØSelectable current input range. 1Amp and 5Amp. (CT input)ØProtection against Over/Under voltage, Over/Under ØCompensation on fundamental waveform, KVAR calculation and also the effects of supply frequency and voltage.ØØStandard 144 X 144 mm panel flush mountingarrangement. Max depth 60mm. Recommended cutout for panel front door is 138x138 mm.Features:ØMeasurement Voltage (L-L): 415 Volt + 10 %.ØInput Measurement Current: 1A / 5 A.ØContact rating for output suitable for 1Amp, 440V ØMeasurement accuracy: Class-1ØOperating temperature: 0 to 55°C. ØStorage temperature: -10 to +75°C ØOutput commands models for 8,12 and 16 output.Specifications:POWER FACTOR CONTROLLERThe Display is LCD and the factory set (Default) condition shows the PF, which is power factor, sensed from the load sensing CT i.e. the Transformer/supply grid. The screen also shows “ IND” for Inductive Power Factor & “ CAP” forCapacitive Power Factor. The last digit on the upper line of display shows the operation mode i.e. 'A 'for auto mode and 'M' for Manual mode. The bottom line of the LCD display shows capacitor bank status.Display in other Parameters:To observing other system related parameters Scroll up/down keys. Following is the sequence of the parameters displayed on LCD screen.Display Overall Values : Displays the Overall values(average) like voltage, current, Active Power, Reactive Power, Apparent power, Frequency.Display Power : Displays the power related Parameters like P .F., kW, kVA, and kVAr.Display Step kVAr : Displays the values of kVAr output i.e. measured for every step.Display Auxiliary Functions .Display:Fault Finding Guidelines:Fault TypeProbable ReasonAction to TakeUnit Does not turn ON. LCD is blank with no Backlit.q Input supply not coming.q Input side fuses blownü Check the input supply to restore ü Check fuses in the unit for OK.Unit not turning ON any capacitor banks, immediately after Power on.This is perfectly OK if unit is powered up, there is a delay of correction timethat is provided in the unit only after which units can turn on outputs.As this is normal action, need not take any action. Unit will start performing normally after the stipulated time delay.With whatever capacitor banks ON,SPF does not indicate the PF asimproved.Check connection as per controlwiring diagram. Check that Load CT put is in correct phase Correct the wiring as per the scheme requirements and the CT positioning.Relay shows Capacitive PF whilethere is No Capacitive Load Phase Sequence of CTCheck the KW in the Relay if it is negative Interchange the CT polarity.Main Energy Meter PF reading &Relay PF reading is not matched q CT position & ratingq Excessive Distance betweenRelay & Energy Meterü Check the CT position & correct it as per given in Scheme 1 or 2.ü CT wiring should be up to 10mtr.Thyristor controlled by this unit is/are not turning ON/OFF even if front LCD indication shows correct.q Wiring to the command wiring isopen circuitq Card control circuit fuses areblown Relays in SPF module faultyü Check the continuity for any open ckt.ü Check the Common terminal of relay.ü Replace the fuses in control circuit.ü If above all is in OK condition replace the SPF relay new one.Lots of faults that are seen as faults are due to wrong parameter setting. It is recommend going through the details on Parameter setting explanation part of this manual and setting them correctly.SPF relay keyboard has 7 keys,ENT - key is at center and there are UP , DOWN - for scrolling the display windows, MODE and SAVE -keys are placed at right and left side of DOWN key.MODE -key is used to have access in different mode of relay operations and also used for . For editingany parameter in the relay, press mode switch the Password window will be displayed, if password is enabled. (By default it is disabled). Enter password by using arrow keys then press ENT. Using UP & DOWN key, select one of the following mode. Ø EDIT PARAMETERS Ø AUTO OPERATION Ø MANUAL OPERATIONThen press ENT switch to enter the specific mode . (During commissioning edit the required parameters by setting in the EDIT PARAMETER mode, then follow the AUTO or MANUAL mode selection).Method for Keyboard/Display Editing:Automatic Power Factor ControllerENTMODESAVEOutput of relay contacts available up to 08 steps.Load etcediting data in the memory :For enquiry contact : 09422031641SPF-08TRefer wiring diagram in the back side of controller test certificate. Displays the unit ID,utilization counter and internal temperature TX - Transformer modeGX - Generator modeDisplay Harmonics :Displays voltage and current harmonicsEXT -PT RATIO : 0001.0CUR CT PRIMARY MAINS :1000IS TO CHANGE CT PRIMARY ?CUR CT PRIMARY MAINS :1000ENT2 TIMESNOCUT CT PRIMARY MAINS:1 000 CUT CT PRIMARY MAINS:1 004 ENTPF UP Lim : Mains [IND : 1] : 0.990YESIS TO CHANGE UP LIMIT ?NOPF Up Lim : MaIns: 0.990IND : 1CAP : OPF Up Lim : MaIns: 0.990ENTENTENTENTSAVEPF Up Lim : Mains CAP : 0 : 0.990PF Up Lim : Mains CAP : 0 : 0.999PF LOW Lim : Mains [IND :1] : 0.970PF LOW Lim : Mains[IND :1] : 0.970DISPLAY SHOWS________________DISPLAY SHOWSMODESELECTEDIT PARAMETERENTSTEP CONNECTED : 08IS TO CHANGESTEPS ?NOYESENTSTEP CONNECTED : 07ENT8STEP CONNECTED : 0DEFAULT MODE AUTO : 0COMPENSATION KVAR MEAN :1CAP BANK VOLTAGE ( L-L) : 440VCORRECTION TIME SEC : 00020IS TOCHANGE TIME ?YESENTCORRECTED TIME SEC : 00020CORRECTED TIME SEC : 000 2CORRECTED TIME SEC: 000 01ENTDISCHARGE TIME SEC : 0007 ENTIS TOCHANGE TIME ?YESDISCHARGE TIME SEC : 00070DISCHARGE TIME SEC : 000 07 DISCHARGE TIME SEC : 000 06ENTENTCORRECTION TYPEUnequal :IS TO CHANGE TYPE ?10Unequal BANK [1] KVAR :10IS TOCHANGE BANK KVAR?YESENTUnequal bank (1) KVAR : 1Unequal bank (1) KVAR : 15YES5Unequal bank (1) KVAR : 15Unequal bank (1) KVAR : 0ENTUnequal bank (2) KVAR 0015:Unequal bank (2) KVAR 0025:DISPLAY SHOWSNow the initial settings of relay is completed12345109876Easy programming to start the relay SPF-04/08/12/16YES4 TIMESFIXED -BANK SETTINGEXT FIXED KWAR :25ENTSWITCH ON SUPPLY DISPLAY SHOW= 0.976 IND A OKMODESELECTEDIT PARAMETERSTARTCONNECT 415 V AC SUPPLYL2 - Y Phase Input L1 - R phase InputS1CONNECT THE CT TERMINALS2-S1 (1A) : B phase C.T. For 1A SecondaryS2-S1 (5A) : B Phase C.T. For 5 A SecondaryCONNECT THE OUT PUT TERMINALSTO FIRING CARD S1S2L1L25A 1A COM C1C2C3C4C5C6C7C8COMEasy programming to start the relay SPF-08TSAVEP.F= 0.976 IND A OKP.F= 0.976 IND A OKP.F = 0.976 IND A OKP.F GEN SUPPLYPNNC : NO CONNECTIONv Read the manual carefully before the device isinstalled.v Only qualified staff is allowed to perform theinstallation.v Connect the relay as per the wiring diagram inthe manual.v Before connecting the relay check the supplyvoltage.v Please check whether the CT is connected atthe Main Incomer.v Connect the CT when the relay is in OFFcondition. Use suitable size cable for the CT.v Do not disturb the connection when the relay isON.v Please ensure the discharge time interval ofcapacitor.v Disconnect the device if it does not work duringcommissioning.v Do not install the device if it is in damagedcondition.OPERATION & INSTRUCTIONMANUALØØVarious possibilities for bank selection. Including user defined bank values in KVAR. ØInput sensing line-to-line voltage.ØSelectable current input range. 1Amp and 5Amp. (CT input)ØProtection against Over/Under voltage, Over/Under ØCompensation on fundamental waveform, KVAR calculation and also the effects of supply frequency and voltage.ØØStandard 144 X 144 mm panel flush mountingarrangement. Max depth 60mm. Recommended cutout for panel front door is 138x138 mm.Features:ØMeasurement Voltage (L-L): 415 Volt + 10 %.ØInput Measurement Current: 1A / 5 A.ØContact rating for output suitable for 1Amp, 440V ØMeasurement accuracy: Class-1ØOperating temperature: 0 to 55°C. ØStorage temperature: -10 to +75°C ØOutput commands models for 8,12 and 16 output.Specifications:POWER FACTOR CONTROLLERControl Wiring Diagram :The Display is LCD and the factory set (Default) condition shows the PF, which is power factor, sensed from the load sensing CT i.e. the Transformer/supply grid. The screen also shows “ IND” for Inductive Power Factor & “ CAP” forCapacitive Power Factor. The last digit on the upper line of display shows the operation mode i.e. 'A 'for auto mode and 'M' for Manual mode. The bottom line of the LCD display shows capacitor bank status.Display in other Parameters:To observing other system related parameters Scroll up/down keys. Following is the sequence of the parameters displayed on LCD screen.Display Overall Values : Displays the Overall values(average) like voltage, current, Active Power, Reactive Power, Apparent power, Frequency.Display Power : Displays the power related Parameters like P .F., kW, kVA, and kVAr.Display Step kVAr : Displays the values of kVAr output i.e. measured for every step.Display Auxiliary Functions .Display:Fault Finding Guidelines:Fault TypeProbable ReasonAction to TakeUnit Does not turn ON. LCD is blank with no Backlit.q Input supply not coming.q Input side fuses blownü Check the input supply to restore ü Check fuses in the unit for OK.Unit not turning ON any capacitor banks, immediately after Power on.This is perfectly OK if unit is powered up, there is a delay of correction timethat is provided in the unit only after which units can turn on outputs.As this is normal action, need not take any action. Unit will start performing normally after the stipulated time delay.With whatever capacitor banks ON,SPF does not indicate the PF asimproved.Check connection as per controlwiring diagram. Check that Load CT put is in correct phase Correct the wiring as per the scheme requirements and the CT positioning.Relay shows Capacitive PF whilethere is No Capacitive Load Phase Sequence of CTCheck the KW in the Relay if it is negative Interchange the CT polarity.Main Energy Meter PF reading &Relay PF reading is not matched q CT position & ratingq Excessive Distance betweenRelay & Energy Meterü Check the CT position & correct it as per given in Scheme 1 or 2.ü CT wiring should be up to 10mtr.Thyristor controlled by this unit is/are not turning ON/OFF even if front LCD indication shows correct.q Wiring to the command wiring isopen circuitq Card control circuit fuses areblown Relays in SPF module faultyü Check the continuity for any open ckt.ü Check the Common terminal of relay.ü Replace the fuses in control circuit.ü If above all is in OK condition replace the SPF relay new one.Lots of faults that are seen as faults are due to wrong parameter setting. It is recommend going through the details on Parameter setting explanation part of this manual and setting them correctly.SPF relay keyboard has 7 keys,ENT - key is at center and there are UP , DOWN - for scrolling the display windows, MODE and SAVE -keys are placed at right and left side of DOWN key.MODE -key is used to have access in different mode of relay operations and also used for . For editing anyparameter in the relay, press mode switch the Password window will be displayed, if password is enabled. (By default it is disabled). Enter password by using arrow keys then press ENT. Using UP & DOWN key, select one of the following mode. Ø EDIT PARAMETERS Ø AUTO OPERATION Ø MANUAL OPERATIONThen press ENT switch to enter the specific mode . (During commissioning edit the required parameters by setting in the EDIT PARAMETER mode, then follow the AUTO or MANUAL mode selection).Method for Keyboard/Display Editing:Automatic Power Factor ControllerENTMODESAVEOutput of relay contacts available up to 04 steps.Load etcediting data in the memory :.Suitable for Thyristor switched Capacitor panel.SPF-16TRefer wiring diagram in the back side of controller test certificate. TX - Transformer modeGX - Generator modeDisplays the unit ID,utilization counter and internal temperature Display Harmonics :Displays voltage and current harmonics For enquiry contact : 09422031641STARTCONNECT 415 V AC SUPPLYL2 - Y Phase Input L1 - R phase InputS1CONNECT THE CT TERMINALS2-S1 (1A) : B phase C.T. For 1A SecondaryS2-S1 (5A) : B Phase C.T. For 5 A SecondaryS1S2L1L2CUT CT PRIMARY MAINS:1 000 CUT CT PRIMARY MAINS:1 004 ENTPF UP Lim : Mains [IND : 1] : 0.990YESIS TOCHANGE UP LIMIT ?NOPF Up Lim : MaIns: 0.990IND : 1CAP : OPF Up Lim : MaIns: 0.990ENTENTENTENTSAVEPF Up Lim : Mains CAP : 0 : 0.990PF Up Lim : Mains CAP : 0 : 0.999PF LOW Lim : Mains [IND :1] : 0.970PF LOW Lim : Mains[IND :1] : 0.970DISPLAY SHOWS________________DISPLAY SHOWSMODESELECTEDIT PARAMETERENTSTEP CONNECTED : 04STEP CONNECTED : 07ENT8STEP CONNECTED : 0DEFAULT MODE AUTO : 0COMPENSATION KVAR MEAN :1CAP BANK VOLTAGE ( L-L) : 440VCORRECTION TIME SEC : 00020IS TOCHANGE TIME ?YESENTCORRECTED TIME SEC : 00020CORRECTED TIME SEC : 000 2CORRECTED TIME SEC: 000 01ENTDISCHARGE TIME SEC : 0007 ENTIS TOCHANGE TIME ?YESDISCHARGE TIME SEC : 00070DISCHARGE TIME SEC : 000 07 DISCHARGE TIME SEC : 000 06ENTENTCORRECTION TYPEUnequal :IS TO CHANGE TYPE ?10Unequal BANK [1] KVAR :10IS TO CHANGE BANK KVAR?YESENTUnequal bank (1) KVAR : 1Unequal bank (1) KVAR : 15YES5Unequal bank (1) KVAR : 15Unequal bank (1) KVAR : 0ENTUnequal bank (2) KVAR 0015:Unequal bank (2) KVAR 0025:DISPLAY SHOWSNow the initial settings of relay is completed12345109876Easy programming to start the relay SPF-04/08/12/164 TIMESFIXED -BANK SETTINGEXT FIXED KWAR :25ENT5A 1A COM EXT -PT RATIO : 0001.0CUR CT PRIMARY MAINS :1000IS TO CHANGE CT PRIMARY ?CUR CT PRIMARY MAINS :1000ENT2 TIMESNOYESSWITCH ON SUPPLY DISPLAY SHOWMODESELECTEDIT PARAMETERNC : NO CONNECTIONGEN SUPPLYPNEasy programming to start the relay SPF-16TSAVEIS TO CHANGESTEPS ?NOYESENT= 0.976 IND A OKP.F = 0.976 IND A OKP.F = 0.976 IND A OKP.F = 0.976 IND A OKP.F 43C1C2C3C4C5C6C7C8COMC151C16CONNECT THE OUT PUT TERMINALSTO FIRING CARDv Read the manual carefully before the device isinstalled.v Only qualified staff is allowed to perform theinstallation.v Connect the relay as per the wiring diagram inthe manual.v Before connecting the relay check the supplyvoltage.v Please check whether the CT is connected atthe Main Incomer.v Connect the CT when the relay is in OFFcondition. Use suitable size cable for the CT.v Do not disturb the connection when the relay isON.v Please ensure the discharge time interval ofcapacitor.v Disconnect the device if it does not work duringcommissioning.v Do not install the device if it is in damagedcondition.OPERATION & INSTRUCTIONMANUALØSuitable for Thyristor switched Capacitor panel.ØVarious possibilities for bank selection. Including user defined bank values in KVAR. ØInput sensing line-to-line voltage.ØSelectable current input range. 1Amp and 5Amp. (CT input)ØProtection against Over/Under voltage, Over/Under ØCompensation on fundamental waveform, KVAR calculation and also the effects of supply frequency and voltage.ØØStandard 144 X 144 mm panel flush mountingarrangement. Max depth 60mm. Recommended cutout for panel front door is 138x138 mm.Features:ØMeasurement Voltage (L-L): 415 Volt + 10 %.ØInput Measurement Current: 1A / 5 A.ØContact rating for output suitable for 1Amp, 440V ØMeasurement accuracy: Class-1ØOperating temperature: 0 to 55°C. ØStorage temperature: -10 to +75°C ØOutput commands models for 8,12 and 16 output.Specifications:POWER FACTOR CONTROLLERThe Display is LCD and the factory set (Default) condition shows the PF, which is power factor, sensed from the load sensing CT i.e. the Transformer/supply grid. The screen also shows “ IND” for Inductive Power Factor & “ CAP” forCapacitive Power Factor. The last digit on the upper line of display shows the operation mode i.e. 'A 'for auto mode and 'M' for Manual mode. The bottom line of the LCD display shows capacitor bank status.Display in other Parameters:To observing other system related parameters Scroll up/down keys. Following is the sequence of the parameters displayed on LCD screen.Display Overall Values : Displays the Overall values(average) like voltage, current, Active Power, Reactive Power, Apparent power, Frequency.Display Power : Displays the power related Parameters like P .F., kW, kVA, and kVAr.Display Step kVAr : Displays the values of kVAr output i.e. measured for every step.Display Auxiliary Functions Display:Fault Finding Guidelines:Fault TypeProbable ReasonAction to TakeUnit Does not turn ON. LCD is blank with no Backlit.q Input supply not coming.q Input side fuses blownü Check the input supply to restore ü Check fuses in the unit for OK.Unit not turning ON any capacitor banks, immediately after Power on.This is perfectly OK if unit is powered up, there is a delay of correction timethat is provided in the unit only after which units can turn on outputs.As this is normal action, need not take any action. Unit will start performing normally after the stipulated time delay.With whatever capacitor banks ON,SPF does not indicate the PF asimproved.Check connection as per controlwiring diagram. Check that Load CT put is in correct phase Correct the wiring as per the scheme requirements and the CT positioning.Relay shows Capacitive PF whilethere is No Capacitive Load Phase Sequence of CTCheck the KW in the Relay if it is negative Interchange the CT polarity.Main Energy Meter PF reading &Relay PF reading is not matched q CT position & ratingq Excessive Distance betweenRelay & Energy Meterü Check the CT position & correct it as per given in Scheme 1 or 2.ü CT wiring should be up to 10mtr.Thyristor controlled by this unit is/are not turning ON/OFF even if front LCD indication shows correct.q Wiring to the command wiring isopen circuitq Card control circuit fuses areblown Relays in SPF module faultyü Check the continuity for any open ckt.ü Check the Common terminal of relay.ü Replace the fuses in control circuit.ü If above all is in OK condition replace the SPF relay new one.Lots of faults that are seen as faults are due to wrong parameter setting. It is recommend going through the details on Parameter setting explanation part of this manual and setting them correctly.SPF relay keyboard has 7 keys,ENT - key is at center and there are UP , DOWN - for scrolling the display windows, MODE and SAVE -keys are placed at right and left side of DOWN key.MODE -key is used to have access in different mode of relay operations and also used for . Forediting any parameter in the relay, press mode switch the Password window will be displayed, if password is enabled. (By default it is disabled). Enter password by using arrow keys then press ENT. Using UP & DOWN key, select one of the following mode. Ø EDIT PARAMETERS Ø AUTO OPERATION Ø MANUAL OPERATIONThen press ENT switch to enter the specific mode . (During commissioning edit the required parameters by setting in the EDIT PARAMETER mode, then follow the AUTO or MANUAL mode selection).Method for Keyboard/Display Editing:Automatic Power Factor ControllerENTMODESAVEOutput of relay contacts available up to 12 steps.Load etcediting data in the memory ...:SPF-12TRefer wiring diagram in the back side of controller test certificate. Display Harmonics : Displays voltage and current harmonicsTX - Transformer modeGX - Generator modeDisplays the unit ID,utilization counter and internal temperature For enquiry contact : 09422031641STARTCONNECT 415 V AC SUPPLYL2 - Y Phase Input L1 - R phase InputS1CONNECT THE CT TERMINALS2-S1 (1A) : B phase C.T. For 1A SecondaryS2-S1 (5A) : B Phase C.T. For 5 A SecondaryS1S2L1L2CUT CT PRIMARY MAINS:1 000 CUT CT PRIMARY MAINS:1 004 ENTPF UP Lim : Mains [IND : 1] : 0.990YESIS TO CHANGE UP LIMIT ?NOPF Up Lim : MaIns: 0.990IND : 1CAP : OPF Up Lim : MaIns: 0.990ENTENTENTENTSAVEPF Up Lim : Mains CAP : 0 : 0.990PF Up Lim : Mains CAP : 0 : 0.999PF LOW Lim : Mains [IND :1] : 0.970PF LOW Lim : Mains[IND :1] : 0.970DISPLAY SHOWS________________DISPLAY SHOWSMODESELECTEDIT PARAMETERENTSTEP CONNECTED : 08IS TO CHANGESTEPS ?NOYESENTSTEP CONNECTED : 07ENT8STEP CONNECTED : 0DEFAULT MODE AUTO : 0COMPENSATION KVAR MEAN :1CAP BANK VOLTAGE ( L-L) : 440VCORRECTION TIME SEC : 00020IS TOCHANGE TIME ?YESENTCORRECTED TIME SEC : 00020CORRECTED TIME SEC : 000 2CORRECTED TIME SEC: 000 01ENTDISCHARGE TIME SEC : 0007 ENTIS TOCHANGE TIME ?YESDISCHARGE TIME SEC : 00070DISCHARGE TIME SEC : 000 07 DISCHARGE TIME SEC : 000 06ENTENTCORRECTION TYPEUnequal :IS TO CHANGE TYPE ?10Unequal BANK [1] KVAR :10IS TO CHANGE BANK KVAR?YESENTUnequal bank (1) KVAR : 1Unequal bank (1) KVAR : 15YES5Unequal bank (1) KVAR : 15Unequal bank (1) KVAR : 0ENTUnequal bank (2) KVAR 0015:Unequal bank (2) KVAR 0025:DISPLAY SHOWSNow the initial settings of relay is completed123451098764 TIMESFIXED -BANK SETTINGEXT FIXED KWAR :25ENT5A 1A COM C1C2C3C4C5C6C7C8COMC9C10C11C12EXT -PT RATIO : 0001.0CUR CT PRIMARY MAINS :1000IS TO CHANGE CT PRIMARY ?CUR CT PRIMARY MAINS :1000ENT2 TIMESNOYESSWITCH ON SUPPLY DISPLAY SHOWMODESELECTEDIT PARAMETEREasy programming to start the relay SPF-12TSAVE= 0.976 IND A OKP.F = 0.976 IND A OKP.F = 0.976 IND A OKP.F = 0.976 IND A OKP.F CONNECT THE OUT PUT TERMINALSTO FIRING CARDGEN SUPPLYPNNC : NO CONNECTION。

2-艾默生iTrustUL33UPS产品说明

2-艾默生iTrustUL33UPS产品说明

艾默生iTrust UL33 UPS产品说明1.艾默生UPS性能简介a. 简介iTrust UL33系列UPS系统是连接在输入电源和负载之间,为重要负载提供不受电网干扰、稳压、稳频的电力供应的电源设备,在市电掉电后,UPS可将电池能量逆变给负载,继续提供一段时间供电。

UL33系列UPS采用带输出隔离变压器的高频双变换结构和先进的全数字控制技术,输出稳定、洁净、不间断的电源,具备完备的网络管理功能。

b. 基本组成UL33系列UPS系统主要包括由整流模块(REC和逆变模块(INV组成的AC-DC-AC变换主回路、由反向并联的可控硅组成的旁路静态开关、维修旁路空开Q3BP、输出隔离变压器和逆变静态开关、蓄电池组以及输入Q1/输出空开Q5等。

系统组成如图1-1所示,其中,空气断路器Q1控制主路交流电源输入,整流模块将交流电源变成直流电源,逆变模块进行DC/AC变换,将整流模块和蓄电池提供的直流电源变换成交流电源,经过隔离变压器输出。

蓄电池组在交流停电时通过逆变向负载供电。

输入电源也可以通过旁路静态开关从旁路回路向负载供电。

另外,要求对负载供电不间断而对UPS内部进行维修时,可使用维修旁路开关Q3BP。

c. 工作原理UL33系列UPS单机系统主电路如图1-2所示。

主路输入电源从空气断路器Q1输入,通过熔断器,经自耦变压器降压,通过输入电感进入高频六管整流单元,高频整流将三相交流电变换为稳定的直流电源,实现功率因数校正,整流器同时具有充电器的功能;该部分电路采用延时软启动和DSP实时处理的全数字控制技术,提高了系统的抗冲击能力和直流母线电压的稳定性,可减小蓄电池充电纹波,延长蓄电池的寿命。

蓄电池通过接触器接入,只有在直流母线电压达到一定阀值时接触器才能将蓄电池组与直流母线并联接通,蓄电池通过直流滤波电路向逆变器提供直流电源。

逆变器采用DSP实时处理的全数字矢量控制技术,通过SVPWM调制六只IGBT功率开关器件,把直流母线电源变换成三相交流。

艾默生 HAT700 系列双电源自动切换控制器用户手册说明书

艾默生 HAT700 系列双电源自动切换控制器用户手册说明书

HAT700系列(HAT700/HAT700I/HAT700B/HAT700BI/HAT700S)双电源自动切换控制器用户手册目次前言 (4)1概述 (5)2命名规范及型号对比 (5)2.1命名规范 (5)2.2型号对比 (5)3性能和特点 (6)4规格 (7)5测量和显示数据 (8)6操作 (9)6.1指示灯 (9)6.2按键功能描述 (10)7屏幕显示 (11)7.1主界面 (11)7.2状态描述 (13)7.3主菜单 (16)8发电机组开停机操作 (17)8.1手动模式开停机 (17)8.1.1面板开停机 (17)8.1.2通讯遥控开停机 (17)8.2自动模式开停机 (17)8.2.1输入口开停机操作 (17)8.2.2S1发电S2发电开停机 (18)8.2.3定时开机 (18)8.2.4定时不开机 (19)9参数配置 (20)9.1说明 (20)9.2参数配置表 (20)9.3开关量输入/输出口功能描述 (27)9.3.1输入口功能描述 (27)9.3.2输出口功能描述 (28)9.3.3自定义组合输出 (30)9.4过流定时限与反时限设置 (30)10历史记录 (31)11开关操作运行 (33)11.1手动操作运行 (33)11.2自动操作运行 (33)11.3同步合闸 (33)12ATS供电电源 (35)13非重要负载NEL控制 (36)13.1说明 (36)13.2自动操作 (36)13.3手动操作 (36)14通信配置及连接 (37)15端口定义 (37)16典型应用图 (39)17安装尺寸 (47)18故障排除 (47)前言是众智的中文商标是众智的英文商标SmartGen ― Smart的意思是灵巧的、智能的、聪明的，Gen是generator(发电机组)的缩写，两个单词合起来的意思是让发电机组变得更加智能、更加人性化、更好的为人类服务!不经过本公司的允许，本文档的任何部分不能被复制(包括图片及图标)。

艾默生EV3000变频器

艾默生EV3000变频器
3
过程PID运行
过程 PID控制功能的框图如下所示。图中，P为比例增益，Ti为积分时间，Td为微分时间。
使用内置过程 PID功能，用EV3000变频器构成的压力控制系统如下图所示。
4
零伺服运行
零伺服功能框图如下。在零伺服指令有效时，当频率指令为零，且电机速度小于零伺服阈值，位置控制环路便 投入工作。此时的电机位置被记忆，对电机施加负载或释放负载后，电机最终会保持在已记忆的位置上。
30Vdc/1A 电压范围：8～24Vdc 与CME、PE隔离 内部与主回路端子PE相连
双DSP控制器
通讯端口 485+ 485PE 备注：
模拟输入 AI1：0-10V AI2:0-10V/4-20mA AI3:-10～+10V 支持多模拟量运算
模拟输出 AO1 AO2
0-20mA
6
强大的组网功能
产品简介
EV3000系列变频器是高品质、多功能、低噪音的矢量控制通用变频器。通过对电机磁通电流和转矩电流的解耦 控制，实现了对转矩的快速响应和准确控制，能以很高的控制精度进行宽范围的调速运行和转矩控制。
适用范围
■ 高速造纸 ■ 拉丝设备 ■ 注塑设备 ■ 机床设备 ■ 化纤装置
■ 起重设备 ■ 提升机 ■ 立体车库 ■ 电梯
丰富的应用接口，便捷应用
端子标号 Xi X7 X8 FWD REV FAM PGP A+,AB+,BY1 Y2 PA/PB/PC TA/TB/TC PLC COM PE
端子功能说明 可编程数字输入1-6 可编程数字输入7 可编程数字输入8 正转/停止 反转/停止 脉冲频率输出 编码器供电电源 编码器A相信号 编码器B相信号 集电极开路输出1 集电极开路输出2 可编程继电器输出 故障继电器输出 输入端子,由用户提供电源 公共地 屏蔽层隔离端子

艾默生CPC控制器操作说明

艾默生CPC控制器操作说明

报警 设定温度 实际温度
制冷 化霜
操作介绍
先按
再按 F5---进入设置界面
C1 总体信息
C2 设定点
操作介绍
先按
再按
---
进入强制化霜界面
强制功能
F4 查找
操作介绍
按
进入强制功能
强制功能
F4 查找
操作介绍
按
---进入报警显示状态界面
报警日期
报警属性和地址
内容描述
界面介绍---空调照明
控制界面介绍---认识控制内容 室外湿度值
制冰机 (压缩机, 阀件, 电机)
超市零售业伙伴遍布全球
因为 技术, 可靠性, 服务及售后支持而被接受
艾默生环境优化技术公司 零售业服务分部
冷藏控制 调节阀
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UltraSite™ 远程用户软件
z 基于Windows™ 的远程访问 软件
z /实时显示系统状况和警报 z 远程设定点设定和调节 z 图表化显示方便店内设备故
障诊断
触摸屏电脑
z 为CPC控制器提供额外的界 面
z 图表化显示店内设备方便快 速进行设定，警报接收以及 故障诊断
z 集成声音系统
UltraSite™ 用户软件
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应用 解决方案
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Ovation 介绍中文版

Ovation 介绍中文版

OVATION-艾默生过程控制公用事业部(PWS)网络Ovation网络在今天的过程控制领域，对于任何技术的投资必须考虑它与未来科技的发展的兼容性。

因此，控制系统需要一个开放的结构。

Ovation 采用适用于实时过程控制的通讯网络，具有最快的速度和最大的容量。

采用全冗余容错技术的Ovation Control Network 严格遵循IEEE的标准。

Ovation网络与通讯介质无关，既可采用光纤，也可采用UTP。

其采用的硬件极易在市场上购得，而且取消了对特殊网关和接口的要求，能够与企业内部 LAN，WAN 和 Intranet 的完全连通。

Ovation 的网络不使用常见的过程控制系统中数据高速公路与厂区内 LAN 连接所需的复杂网桥。

用户可用 Ovation 的统一网络，在确保过程安全的前提下，把过程控制同企业信息系统结合起来。

Ovation的高速网络不同于其它DCS系统，它是一个完全确定的实时数据传输网络，即使在工况扰动的情况下也决不丢失、衰减或延迟信号。

网络标准Ovation 能够把控制机制和信息整体结合起来，是实现投资目标的有效途径。

它能允许最终用户使用最好的方法来组织他们的信息集合，而不用考虑协议、网络管理和操作系统等等。

Ovation 网络软件使用 ISO/OSI 可以在任何一个标准物理网络层中通讯，具有所有网络的特性：冗余、同步、确定和令牌传输。

当在与以太网、快速以太网、令牌环或其它拓扑结构相连时，它使用TCP/IP协议。

因为Ovation系统在控制系统网络术上的突破，最终用户为了在局域和广域范围内（LAN 和WAN）构建信息系统，可以合成多个网络系统。

所有其它分散控制系统厂商为了控制系统和厂区局域网相连接所设计的各种网关和用户接口在Ovation系统并不需要。

Ovation 系统设计原则是将从上到下的所有标准都合成一个完全开放的环境，所以Ovation 允许最终用户在系统中集成其它厂商的产品。

艾默生产品目录中文

艾默生产品目录中文

电信解决方案
直流电源系统 太阳能光电互补系统 户外能源系统 动力环境与业务软件
数据中心及IT解决方案
交流电源系统(20KVA以上) 数据机房高压直流电源系统 精密制冷系统 服务器电源管理系统 谐波治理系统 交流电源系统(20KVA以下) 服务器机柜&管理系统 Avocent IT管控系统 Trellis™ 动态基础设施优化平台
管理
RDU-A监控单元 RDU-SIC卡 传感器
服务
可提供全方位的 高效可靠服务
远程托管
6
工业动力解决方案
Control Room
直流操作电源EP
户外防护机柜EPC
Valves
PLC’s
DCS Instrum，
》Actuators
Drives
电网
变压器
配电
Fire & Gas detection 工业专用交流不间断电源UPS 工业环境空调AC
Motors, Pumps
瞬态浪涌抑制器TVSS
PC级自动切换开关ASCO
DC Motors
Remote Telecontrol Unit
Industrial Telecom
PLC’s
Instrum
Safety Lighting
7
电信解决方案
09 直流电源系统 26 太阳能光电互补系统 28 户外能源系统 34 动力环境与业务软件
输入电压
监控模块M810G
直接用Web通过网口实现实时远程监控 8组干接点输出，可自由配置 4个用户数字量输入接口，可自由配置 可存储历史告警400条，电池测试日志10条，系统日志300条，控制日志2000条 智能化电池管理，提高电池使用寿命，保证网络安全 遥控、遥测、遥信、遥调 可以本地或远程升级软件 无损伤热插拔

艾默生 EC10 系列可编程控制器 说明书

艾默生 EC10 系列可编程控制器 说明书

EC10系列可编程控制器用户手册资料版本V1.0归档日期2006-06-26BOM 编码 31011281艾默生网络能源有限公司为客户提供全方位的技术支持，用户可与就近的艾默生网络能源有限公司办事处或客户服务中心联系，也可直接与公司总部联系。

艾默生网络能源有限公司地址：深圳市南山区科技工业园科发路一号邮编：518057公司网址：客户服务热线： 800-820-6510手机及未开通800地区请拨打：021-********客户服务投诉热线：0755-********E-mail：info@安全注意事项在开始操作之前，请仔细阅读操作指示、注意事项，以减少意外的发生。

产品及产品手册中的“危险、警告、注意”事项，并不代表所应遵守的所有安全事项，只作为各种操作安全注意事项的补充。

因此，负责产品安装、操作的人员必须经严格培训，遵守相关行业的安全规范，严格遵守本手册提供的相关设备注意事项和特殊安全指示，按正确的操作方法进行设备的各项操作。

本手册中，将安全注意事项分为“危险”、“警告”与“注意”三个等级。

危险：错误操作可能导致死亡、严重人身伤害或重大损失。

警告：错误操作可能导致人员的伤害或财产损失。

注意：错误操作可能导致设备损坏或财产损失。

设计中的注意事项应用时请务必设计安全电路，保证当外部电源掉电或可编程控制器故障时，可编程控制器的应用系统能安全工作。

设计中应考虑的方面包括：z务必在可编程控制器的外部电路中设置紧急制动电路、保护电路、正反转操作的互锁电路和防止机器损坏的位置上限、下限的互锁开关；z为使设备能安全运行，对重大事故相关的输出信号，请设计外部保护电路和安全机构；z可编程控制器CPU检测到系统异常后可能会导致所有输出关闭；当控制器部分电路故障时，可能导致其输出不受控制，为保证设备能正常运转，需设计合适的外部控制电路；z可编程控制器的继电器、晶体管等输出单元损坏时，会使其输出无法控制为ON或OFF状态；z可编程控制器设计应用于室内区域B和C注1的电气环境，其电源系统级应有防雷保护装置，确保雷击过电压不会直接施加于可编程控制器的电源输入端或信号输入、控制输出端等端口，避免损坏设备。

艾默生氧化锆Oxymitter4000中文说明书

艾默生氧化锆Oxymitter4000中文说明书

相 对 湿 度
推荐的标定气体 ：0.4% O2，背景气为氮气；8% O2，背景气为氮气（参见标气工具 #6296A27G01） 标 气 流 量 ：5 标准立方英尺/小时（2.5 升/分钟）
参比气流量（选择项）：清洁干燥的仪表风（20.95% O2），压力 5psi（34KPa），流量 2 标准立方英尺/小时 （2.5 升/分钟） 电 子 单 元 电 气 噪 音 ：NEMA 4X，IP66，在参比气排放口有接头和短管，其将干净的参比气直排大气 ：满足 EN50082-2 电磁兼容通用抗干扰标准第二部分的要求，其中包括 ENG1000 4-R 有关静电放 电要求，接触 4KV，在空气中 8KV。选择项可以满足 ENG1000 4-R 增强型 NAMUR 要求，接触 8KV，在空气中 16KV。此外，仪器还满足 IEC801-4 的要求，电源电压瞬时值可以达到 2KV。 防 爆 选 择 电 源 电 压 ：1 级 1 区 B、C、D 组（美国 NRTL 标准）；EExd II B + H2 T2（欧洲 CENELEC 标准） ：通用电源 90-250VAC，48-62Hz，无需切换开关或跨接片。电源进线孔 3/4″-14 NPT
1
型号：Oxymitter 4000
Oxymitter 4000 将氧化锆锆头和电子变送单元集成到一个独立的、结构紧凑的外壳内。在实际应用中，锆头 可以直接插入烟道，测量烟气中的氧含量，无需另配采样系统。
Oxymitter 4000变送器外壳的防护等级为NEMA 4X（IP66），其直接安装在氧化锆锆头上，外壳内部装有电子 变送单元。这种一体化的结构设计取代了传统氧化锆氧量分析仪分体安装的复杂结构，减少了仪器的安装成本， 如取消了氧化锆专用电缆、电缆穿线管和独立安装的电子单元。Oxymitter 4000电子单元工作时的电源损耗比常规 氧化锆分析仪低 95%，因此，该变送器元器件的工作寿命更长。

艾默生 Rosemount 3490 控制器 说明书

艾默生 Rosemount 3490 控制器 说明书

产品说明书00813-0106-4843, Rev AD2023 年 12 月Rosemount™ 3490 控制器■现场安装控制器带物理按钮和清晰的彩色显示屏■流行的用户居中界面设计，侧重便捷设置与使用■接受 4–20 mA 或 HART®输入■监测明渠流量、泵控制与液位、储罐容积和差压液位简介给排水应用的综合控制功能Rosemount 3490 控制器是罗斯蒙特给排水领域产品的一部分，用于 Rosemount 1208 液位和流量变送器。

为配合给排水应用，该控制器可以在现场壁装或管装，附带的防风雨罩提高屏幕可见性，在恶劣的室外环境下多一层保护。

通过监控测量值、累计、泵控制和计算变量（如明渠流量测量）等本地控制和自动化优化过程性能。

Rosemount 3490 还可以记录测量值，并通过 web 服务器轻松访问与共享。

提供最多两个传感器输入连接 4-20 mA 或 HART ® 变送器。

为实现全面的泵运行控制，控制泵或警报通过六个输出继电器使用液位测量指标。

虽然该控制器专为给排水行业开发，但其丰富的功能也适用于使用 4-20 mA 或 HART 变送器的其他行业。

简单、用户友好的组态向导Rosemount 3490 提供分步骤向导，指导用户完成常见应用的组态与设置。

应用程序向导有各种配置可能性和选项，如液位测量、泵控制、流量计算等。

所有测量值都可以汇总、差分、记录，然后在显示单元上显示。

提供以下应用向导：液位与泵控制、明渠流量、差压液位和储罐容量。

图 1:显示在控制器显示屏上的向导选择直观的用户界面和方便导航的菜单结构控制器的用户界面设计简单直观，包含彩色 LCD 显示屏和导航软件应用程序的物理键盘按钮。

显示屏是用户可视化测量值以及输入和输出状态的界面。

内容简介.......................................................................................................................................................................................................2订购信息.. (6)一般技术规格........................................................................................................................................................................................7电气规格...............................................................................................................................................................................................9机械规格.............................................................................................................................................................................................11环境规格.............................................................................................................................................................................................12产品认证.............................................................................................................................................................................................13尺寸图. (14)Rosemount 34902023 年 12 月Modbus® TCP/IP 主机通信Modbus TCP/IP 与主机系统可通过以太网端口连接。

爱默生 XR01CX 电子温度控制器产品说明书

爱默生 XR01CX 电子温度控制器产品说明书

quick
reference.• The
instrument
shall
not
be
used
for
purposes
different
from
those
described
hereunder.
It
cannot
be
used
as
a
safety
device.• Check
the
application
limits
before
proceeding.• Emerson
Srl
reserves
the
right
to
change
the
composition
of
its
products,
even
without
notice,
ensuring
the
same
and
unchanged
functionality.1.2 SAFETY
PRECAUTIONS• Check
the
supply
voltage
is
correct
before
connecting
the
instrument.•Do
not
expose
to
water
or
moisture:
use
the
controller
only
within
the
operating
limits
avoiding
sudden
temperature
changes
with
high
atmospheric
humidity
to
prevent formation
of
condensation.• Warning:
disconnect
all
electrical
connections
before
any
kind
of
maintenance.• Fit
the
probe
where
it
is
not
accessible
by
the
End
User.
The
instrument
must
not
be
opened.• In
case
of
failure
or
faulty
operation
send
the
instrument
back
to
the
distributor
or
to
“Dixell
S.r.l.”
(see
address)
with
a
detailed
description
of
the
fault.• Consider
the
maximum
current
which
can
be
applied
to
each
relay
(see
Technical
Data).• Ensure
that
the
wires
for
probes,
loads
and
the
power
supply
are
separated
and
far
enough
from
each
other,
without
crossing
or
intertwining.• In
case
of
applications
in
industrial
environments,
the
use
of
mains
filters
(our
mod.
FT1)
in
parallel
with
inductive
loads
could
be
useful.5. GENERAL
DESCRIPTIONThe
XR06CX,
format
32x74x60
mm ,
is
microprocessor
based
controller,
suitable
for
applications
on
medium
or
low
temperature
ventilated
refrigerating
units.
It
has
three
relay
outputs
to
control
compressor,
fan,
and
defrost,
which
can
be
either
electrical
or
reverse
cycle
(hot
gas).
It
is
also
provided
with
2
NTC
probe
inputs,
the
first
one
for
temperature
control,
the
second
one,
to
be
located
onto
the
evaporator,
to
control
the
defrost
termination
temperature
and
to
managed
the
fan
and
it's
provided
with
a
configurable
digital
input.
With
the
HOTKEY
it's
possible
to
program
the
instrument
in
a
quick
and
easy
way.6.2
COOLING
APPLICATIONSThe
regulation
is
performed
according
to
the
temperature
measured
by
probe.
The
instrument
is
provided
with
the
CH programmable
parameter
wich
enables
the
user
to
set
the
regulation
both
for
heating
or
cooling
applications:• CH=cL ‑‑>
cooling
applications;• CH=Ht ‑‑>
heating
applications.The
regulation
is
performed
according
to
the
temperature
measured
by
the
thermostat
probe
with
a
positive
differential
from
the
set
point:
if
the
temperature
increases
and
reaches
set
point
plus
differential
the
compressor
is
started
and
then
turned
off
when
the
temperature
reaches
the
set
point
value
again.6.3
HEATING
APPLICATIONS
(Only
XR01CX)The
Hy
value
is
automatically
subtracted
to
the
SET
POINT.
If
the
temperature
decreases
and
reaches
set
point
minus
differential
the
output
is
started
and
then
turned
off
when
the
temperature
reaches
set
point
value
again.XR02CX
‑
XR03CX :
Defrost
is
performed
through
a
simple
stop
of
the
compressor.
Parameter
i d controls
the
interval
between
defrost
cycles,
while
its
length
is
controlled
by
parameter
Md .XR04CX
‑
XR06CX :
Two
defrost
modes
are
available
through
the
td parameter:•
td=EL defrost
through
electrical
heater
(compressor
OFF);• td=in hot
gas defrost
(compressor
ON).
Other
parameters
are
used
to
control
the
interval
between
defrost
cycles
(id ),
its
maximum
length
(Md )
and
two
defrost
modes:
timed
or
controlled
by
the
evaporator's
probe.
A t
the
end
of
defrost
dripping
time
is
started,
its
length
is
set
in
the
dt parameter.
With
dt=0
the
dripping
time
is
disabled.The
free
voltage
digital
input
is
programmable
in
different
configurations
by
the
iF parameter.11.1
DOOR
SWITCH
(iF=do)11.2
EXTERNAL
ALARM
(iF=EA)As
soon
as
the
digital
input
is
activated
the
unit
will
wait
for
di time
delay
before
signalling
the
EA alarm
message.
The
outputs
status
don't
change.
The
alarm
stops
just
after
the
digital
input
is
de‑activated.11.3
SERIOUS
ALARM
(iF=bA)When
the
digital
input
is
activated,
the
unit
will
wait
for
di delay
before
signalling
the
CA alarm
message.
The
relay
outputs
are
switched
OFF.
The
alarm
will
stop
as
soon
as
the
digital
input
is
de‑activated.11.5
START
DEFROST
(iF=dF)It
starts
a
defrost
if
there
are
the
right
conditions.
After
the
defrost
is
finished,
the
normal
regulation
will
restart
only
if
the
digital
input
is
disabled
otherwise
the
instrument
will
wait
until
the
Md safety
time
is
expired.11.6
INVERSION
OF
THE
KIND
OF
ACTION:
HEATING
‑
COOLING (iF=Hc)This
function
allows
to
invert
the
regulation
of
the
controller:
from
cooling
to
heating
and
viceversa.The
instruments
are
provided
with
screw
terminal
block
to
connect
cables
with
a
cross
section
up
to
2,5
mm.
Before
connecting
cables
make
sure
the
power
supply
complies
with
the
instrument's
requirements.
Separate
the
probe
cables
from
the
power
supply
cables,
from
the
outputs
and
the
power
connections.
Do
not
exceed
the
maximum
current
allowed
on
each
relay,
in
case
of
heavier
loads
use
a
suitable
external
relay.13.1
PROBES The
probes
shall
be
mounted
with
the
bulb
upwards
to
prevent
damages
due
to
casual
liquid
infiltration.
It
is
recommended
to
place
the
thermostat
probe
away
from
air
streams
to
correctly
measure
the
average
room
temperature.
Place
the
defrost
termination
probe
among
the
evaporator
fins
in
the
coldest
place,
where
most
ice
is
formed,
far
from
heaters
or
from
the
warmest
place
during
defrost,
to
prevent
premature
defrost
termination.With
FC parameter
it
can
be
selected
the
fans
functioning:• FC=cn will
switch
ON
and
OFF
with
the
compressor
and not
run during
defrost• FC=on fans
will
run
even
if
the
compressor
is
off,
and
not
run
during
defrostAfter
defrost,
there
is
a
timed
fan
delay
allowing
for
drip
time,
set
by
means
of
the
Fd parameter.• FC=cy fans
will
switch
ON
and
OFF
with
the
compressor
and
run during
defrost • FC=oY fans
will
run
continuously
also
during
defrost.An
additional
parameter
FS provides
the
setting
of
temperature,
detected
by
the
evaporator
probe,
above
which
the
fans
are
always
OFF.
This
is
used
to
make
sure
circulation
of
air
only
if
his
temperature
is
lower
than
set
in
FS .Instruments
shall
be
mounted
on
vertical
panel,
in
a
29x71
mm
hole,
and
fixed
using
the
special
bracket
supplied.The
temperature
range
allowed
for
correct
operation
is
0÷60°C.
Avoid
places
subject
to
strong
vibrations,
corrosive
gases,
excessive
dirt
or
humidity.
The
same
recommendations
apply
to
probes.
Let
air
circulate
by
the
cooling
holes.10.1 HOW
TO
SEE
THE
SET
POINT1.
Push
and
immediately
release
the
SET
key,
the
set
point
will
be
showed;2.
Push
and
immediately
release
the
SET key
or
wait
about
5s
to
return
to
normal
visualisation.10.2 HOW
TO
CHANGE
THE
SETPOINT1.
Push
the
SET
key
for
more
than
2
seconds
to
change
the
Set
point
value;2.
The
value
of
the
set
point
will
be
displayed
and
starts
blinking;3.
To
change
the
SET
value
push
the o or
n arrows
within
10s;4.
To
memorise
the
new
set
point
value
push
the
SET
key
again
or
wait
15s.10.3 HOW
TO
START
A
MANUAL
DEFROST10.4 HOW
TO
CHANGE
A
PARAMETER
VALUE To
change
the
parameter's
value
operate
as
follows:
1.
Enter
the
Programming
mode
by
pressing
the
SET + keys
for
3s;2.
Select
the
required
parameter.
3.
Press
the
SET key
to
display
its
value
(set
value
starts
to
blink);4.
Use or to
change
its
value;5.
Press
SET to
store
the
new
value
and
move
to
the
following
parameter.To
exit :
Press
SET + or
wait
15s
without
pressing
a
key.NOTE :
the
set
value
is
stored
even
when
the
procedure
is
exited
by
waiting
the
time‑out
to
expire.
Please
restart
the
controller
after
change
the
parameters10.5
HOW
TO
RESET
TO
THE
FACTORY
PARAMETER
VALUE(Option)In
the
first
60s
after
controller
power‑on,
it
allows
user
to
reset
to
the
factory
parameter
through
key
combination
with
steps
below:1.
Start
pressing
DEF key
and for
5s;2.
Then
release
just but
keep
DEF key
another
5s.
Then
parameter
reset
successfully
by
controller
re‑start
automatically.NOTE:•
The
Parameters
Factory
Reset
function
shall
be
accessible
in
the
first
60
seconds
from
the
device
power‑on.
The
default
configuration
will
initiate
the
loading,
during
this
time
all
regulation
will
be
interrupted,
relays
will
be
powered
off,
and
the
controllers
is
reset.•It
allows
user
to
reset
to
a
customized
parameter
map
through
Hotkey,
to
download
the
parameters
into
the
controller
firstly,
then
execute
the
above
2
steps.
Here
is
the
setps
to
update
to
customized
paraleter
into
the
controller.1.Save
your
own
parameter
map
into
a
Hotkey2.Plug‑in
the
hotkey
into
the
controller,
power
off
the
controller3.Then
power
on
the
controller,
the
parameter
into
Hotkey
will
be
downloaded
into
the
controller
automatically
with
display
showing
'En'
label.NOTE:
After
reset
to
user
parameter,
it
will
be
impossible
to
reset
to
Emerson
parameter
anymore.10.7 TO
LOCK
THE
KEYBOARD Keep
pressed
for
more
than
3s
the keys.The
PF message
will
be
displayed
and
the
keyboard
will
be
locked.
If
a
key
is
pressed
more
than
3s
the
PF
message
will
be
displayed.10.8
TO
UNLOCK
THE
KEYBOARDKeep
pressed
together
for
more
than
3s
the keys
till
the
Pn
message
will
be
displayed.Push
the
DEF key
for
more
than
2
seconds
and
a
manual
defrost
will
start,
the
pre‑condition
is
evaporator
probe
temp
lower
than
dE .14.2 HOW
TO
PROGRAM
AN
INSTRUMENT
USING
HOT
KEY
(DOWNLOAD)Probe
alarms
P1
and
P2
start
some
seconds
after
the
fault
in
the
related
probe;
they
automatically
stop
some
seconds
after
the
probe
restarts
normal
operation.
Check
connections
before
replacing
the
probe.
Temperature
alarms
HA and
LA automatically
stop
as
soon
as
the
temperature
returns
to
normal
values.Alarms
EA and
CA
(with
iF=bL)
recover
as
soon
as
the
digital
input
is
disabled.15.1 ALARM
RECOVERY6.1
THE
REGULATION
OUTPUT
(Only
for
XR01CX)11.4
SWITCHING
SECOND
RELAY
ON
(iF=Au)
(Only
XR03CX)When
o1=Au it
switches
on
and
off
the
second
relay.It
signals
the
door
status
and
the
corresponding
relay
output
status
through
the
dC parameter:
no =
normal
(any
change);
Fn =
Fan
OFF;
CP =
Compressor
OFF;
FC =
Compressor
and
fan
OFF.
Since
the
door
is
opened,
after
the
delay
time
set
through
parameter
di ,
the
door
alarm
is
enabled,
the
display
shows
the
message
dA and
the
regulation
restarts
if
rd
=
y.
The
alarm
stops
as
soon
as
the
external
digital
input
is
disabled
again.
With
the
door
open,
the
high
and
low
temperature
alarms
are
disabled.1.
Turn
OFF
the
instrument;2.
Insert
a
programmed
Hot
Key
into
the
5
PIN
receptacle and
then
turn
the
Controller
ON;3.
Automatically
the
parameter
list
of
the
Hot
Key
is
downloaded
into
the
Controller
memory,
successfully
followed
by
appear
En
l abel;4.
A fter
10
seconds
the
instrument
will
restart
working
with
the
new
parameters;5.
Remove
the
Hot
Key.NOTE :
the
Er message
is
displayed
for
failed
programming.
Check
the
Hotkey
connection,
check
the
data
into
Hotkey
and
repeat
the
actions
above..8.1
FANS
AND
DIGITAL
INPUT When
the
digital
input
is
configured
as
door
switch
iF=do ,
fans
and
compressor
status
depends
on
the
dC parameter
value:
dC=no normal
regulation;dC=Fn fans
OFF;dC=cP compressor
OFF;
dC=Fc compressor
and
fans
OFF.When rd=y ,
the
regulation
restart
with
door
open
alarm.3. DIMENSIONS
AND
CUT
OUT
4. CONNECTIONS2. FRONT
PANEL 6. REGULATION

8. FANS
(Only
XR06CX)7. DEFROST
11. DIGITAL
INPUTS 13. ELECTRICAL
CONNECTIONS 12. INSTALLATION
AND
MOUNTING 16. TECHNICAL
DATAXR01CX
‑
XR02CX
‑
XR03CX
‑
XR04CX
‑
XR06CX
To
display
target
set
point,
in
programming
mode
it
selects
a
parameter
or
confirm
an
operationTo
start
a
manual
defrost
In
programming
mode
it
browses
the
parameter
codes
or
increases
the
displayed
valueIn
programming
mode
it
browses
the
parameter
codes
or
decreases
the
displayed
valueKEYS
COMBINATIONTo
lock
or
unlock
the
keyboardTo
enter
in
programming
mode10. FRONT
PANEL
COMMANDS 10.6
HIDDEN
MENU
9. VOLTAGE
PROTECTION
(Option)The
HLVD
function
provides
an
alarm
if
the
voltage
of
the
power
supply
out
of
the
normal
range
vU
and
vL .Parameters
vc enable
this
function.
vU and
vL
define
the
limitation
threshold
of
the
power,
and
if
the
voltage
out
of
the
range,
the
alarm
will
be
triggered.
Then
the
system
will
go
to
the
dedicate
action
according
to
the
parameter
vr . • vr=n the
regulation
not
stop • vr=y the
regulation
stop When
the
power
back
to
the
normal
range,
then
alarm
disappeared,
the
system
will
start
to
run
the
normal
regulation.The
hidden
menu
includes
all
the
parameters
of
the
instrument.HOW
TO
ENTER
THE
HIDDEN
MENU1.
Enter
the
Programming
mode
by
pressing
the
SET +
keys
for
3s
(Set
value
starts
blinking);2.
Released
the
keys,
then
push
again
the
SET +
keys
for
more
than
7s.
The
L2
label
will
be
displayed
immediately
followed
from
the
Hy
parameter.
NOW
YOU
ARE
IN
THE
HIDDEN
MENU.3.
Select
the
required
parameter;4.
Press
the
SET key
to
display
its
value;5.
Use or to
change
its
value;6.
Press
SET to
store
the
new
value
and
move
to
the
following
parameter.To
exit :
Press
SET + or
wait
15s
without
pressing
a
key.NOTE1:
if
none
parameter
is
present
in
L1,
after
3s
the
nP
message
is
displayed.
Keep
the
keys
pushed
till
the
L2
message
is
displayed.
NOTE2:
the
set
value
is
stored
even
when
the
procedure
is
exited
by
waiting
the
time‑out
to
expire.HOW
TO
MOVE
A
PARAMETER
FROM
THE
HIDDEN
MENU
TO
THE
FIRST
LEVEL
AND
VICEVERSA.Each
parameter
present
in
the
HIDDEN
MENU
can
be
removed
or
put
into
“THE
FIRST
LEVEL”
(user
level)
by
pressing
SET +
.
In
HIDDEN
MENU
when
a
parameter
is
present
in
First
Level
the
decimal
point
is
on.1.
Program
one
controller
with
the
front
keypad;2.
When
the
controller
is
ON,
insert
the
Hot
key
and
push key;
the
uP message
appears
followed
a
by
flashing
En ;3.
Push
SET key
and
the
En will
stop
flashing;4.
Turn
OFF
the
instrument
remove
the
Hot
Key,
then
turn
it
ON
again.NOTE :
the
Er message
is
displayed
for
failed
programming.
In
this
case
push
again key
if
you
want
to
restart
the
upload
again
or
remove
the
Hot
key
to
abort
the
operation.14.1 HOW
TO
PROGRAM
THE
HOT
KEY
FROM
THE
INSTRUMENT
(UPLOAD)14. HOW
TO
USE
THE
HOT
KEY Model
XR01CX ,
in
32x74x50
mm short
format ,
is
a
single
stage
temperature
thermostat
suitable
for
applications
in
the
field
of
refrigeration
or
heating.
It
provides
a
relay
output
to
drive
the
compressor.
It
is
also
provided
with
1
NTC
probe
input
and
one
digital
input.
The
instrument
is
fully
configurable
through
special
parameters
that
can
be
easily
programmed
through
the
keyboard
or by
the
HOTKEY.Model
XR02CX ,
in
32x74x50
mm
short
format ,
is
a
digital
controller
with
off
cycle
defrost
designed
for
refrigeration
applications
at
normal
temperature.
It
provides
a
relay
output
to
drive
the
compressor.
It
is
also
provided
with
1
NTC
probe
input
and
one
the
digital
input.
The
instrument
is
fully
configurable
through
special
parameters
that
can
be
easily
programmed
through
the
keyboard
or by
the
HOTKEY.The
XR03CX ,
in
32x74x50
mm
short
format ,
is
microprocessor
based
controller
suitable
for
applications
on
normal
temperature
refrigerating
units.
It
provides
two
relay
output:
one
for
compressor
and
the
other
one
for
alarm
signalling
or
as
auxiliary
output.
It
provides
an
NTC
probe
input
and
a
digital
input
for
alarm
signalling,
for
switching
the
auxiliary
output
or
for
start
defrost.
The
instrument
is
fully
configurable
through
special
parameters
that
can
be
easily
programmed
through
the
keyboard
or
the
by
HOTKEY.The
XR04CX ,
in
32x74x50
mm
short
format ,
is
microprocessor
based
controller
suitable
for
applications
on
normal
or
low
temperature
refrigerating
units.
It
provides
two
relay
output:
one
for
compressor
and
the
other
one
for
defrost.
It
provides
two
NTC
probe
inputs,
one
for
room
temperature
and
other
one
to
control
defrost
termination.
The
instrument
is
fully
configurable
through
special
parameters
that
can
be
easily
programmed
through
the
keyboard
or
by
the
HOTKEY.Purpose
of
Control Operating
ControlConstruction
of
Control Incorporated
control
intended
to
be
used
within
Class
I
and
Class
II
equipmentHousingSelf
extinguishing
PCCase Frontal
32×74mm;
depth
50
or
60mm Mounting Panel
mounting
in
a
71×29mm
panel
cut‑out Protection Rear:
IP20
(EN60529)
Frontal:
IP65(EN60529),
type
1
enclosure
(UL
50e)Connections Screw
terminal
blocks
2,5mm2
wiring Power
Supply According
to
the
model:
12Vac/dc,
±10%;
230Vac
10%,
50/60Hz,
115Vac
10%,
50/60HzPower
Absorption 3,5
V
AmaxDisplay 2
digits,
red
LED,
14,2
mm
high Digital
Input Free
voltage
contact Data
Storing on
the
non‑volatile
memory
(EEPROM)Type
of
Action 1.B Pollution
Degree 2Software
Class ARate
Impulsive
Voltage 2500V
for
115Vac
and
230Vac
Models
500V
for
12V
models Over voltage
Category II Operation
T emperature 0÷60
°C
(IEC/EN
60730‑1),
‑20÷60
°C
(UL
60730‑1
–
CAN/CSA
E60730‑1)Storage
Temperature ‑20÷60
°C
(UL
60730‑1).Relative
Humidity 20÷85%
(no
condensing).Measuring
and
Regulation
RangeNTC
‑40÷110°C
(‑40÷230°F),
resolution
0,1
°C
or
1°C
or
1
°F
(selectable).Accuracy (Ambient
temp.
25°C):
±0,7
°C
±1
digit.Relay
Outputs Tel:****************************************•请将说明书放在温控器附近，以便在需要时能够尽快查阅。

艾默生 GULDE 3800SA 智能定位器 说明书

艾默生 GULDE 3800SA 智能定位器 说明书

GULDE 3800SA 智能定位器智能定位器产品样本2023年9月GULDE 3800SA 智能定位器外形小巧、易于安装且简单易用。

它将 4-20 mA 输入信号转换为气动输出信号，以此驱动控制阀执行机构。

参数设置通过按钮和液晶显示屏 ( LCD ) 界面来进行。

液晶显示屏位于保护罩的里面，因而不会受到环境的影响。

GULDE3800SA 支持中文界面。

GULDE 3800SA 采用二级式定位器设计。

前置放大器提供较高的静态增益以便对输入信号的微小变化产生响应。

气动放大器把足够的压缩空气输送到执行机构，使设备在最小的稳态空气消耗下获得最佳的动态性能。

高性能的无连杆阀位反馈系统避免了阀杆与定位器之间的实际接触。

这样就不会有零件的磨损，因此循环动作寿命达到最大。

由于没有连接杆和连接销，减少了安装零件的数量和安装的复杂程度，反馈部件保留在执行机构推杆上，大大简化了定位器的更换和维修。

该仪表为满足本安和无火花的要求而设计，体积小，性能优良，并具有可升级功能。

GULDE 3800SA 的使用十分简便。

如果是首次安装仪表，用户会发现无连杆的反馈系统安装很容易。

当磁条被安装到阀杆上后，定位器的更换变得很简单，因为阀杆与定位器之间没有物理连接的零件。

GULDE 3800SA 智能定位器的一个基本功能就是为用户提供一个本地用户界面，允许用户对仪表进行组态、校验和整定。

如果安装了 I/O 选项包用户可以校验 4-20 mA 的阀位变送器，并设定限位开关的动作。

运行快速设置程序就可以校验和整定仪表，使其适应特定的执行机构。

本地界面采用了全文本显示，易于操作。

二级式定位器设计提供了一个优良的机械平台，使得阀门能够对微小的输入变化产生响应，实现更加严格的过程控制。

数字式整定计算法使得仪表能够取得最佳的响应，以将阀门快速地动作到所需的位置。

产品特点简单易用性能优越图1 – 3800SA智能阀门定位器GULDE 3800SA 定位器G3800B0CN本地用户界面： GULDE 3800SA 仪表的标准配置有一个液晶显示屏。

艾默生35-703型燃气控制器使用手册说明书

艾默生35-703型燃气控制器使用手册说明书

F-35-703March 20201FEATURES•Safe start with DETECT-A-FLAME ® flame sensing technology•Custom pre-purge and inter-purge timings •Single or three trials for ignition •System diagnostic LED•Local or remote flame sensing •Automatic reset•Open board, potted or enclosureAPPLICATIONS•Commercial cooking •Gas furnaces •Unit heaters •Water heaters•Other gas-fired appliancesDESCRIPTIONThe 35-703 is a 120 VAC intermittent pilot (IP) control designed for use in all types of gas-fired appliances. The control uses a microprocessor circuit to provide precise, repeatable timing and operating sequences. On-board diagnostics with LED output makes troubleshooting easy and ensures safe and efficient operation.Export Information (USA)Jurisdiction: EAR ECCN: EAR99Agency CertificationsSPECIFICATIONSRecognized under the UL component program, UL 372. Software certified to ANSI/UL 1998. UL File MH8817Design Certified to ANSI Z21.20,CAN/CSA C22.2 No. 199-M89Input Power 102 to 138 VAC, 50/60 Hz Input Current350 mA @120 VAC with main and pilot gas valve relays energized (control only)Main Gas Valve 1.5A max @ 120 VAC Pilot Gas Valve 1.5A max @ 120 VAC Operating Temperature -40°F to +160°F (-40°C to +71°C)Storage Temperature -40°F to +185°F (-40°C to +85°C)Flame Sensitivity 1.0 µA minimum Flame Failure Response 0.8 seconds maximum Flame Detector Self-check Rate Once per second minimum Gas Types Natural, LP , or manufactured Spark Rate:Remote Local 50/60 sparks/sec 25/30 sparks/sec Size (LxWxH)with enclosure 5.11 x 3.55 x 2.00 inches (12.98 x 9.02 x 5.08 cm)Moisture ResistanceConformal coated to operate non-condensing to 95% R.H. Module should not be exposed to water Ingress Protection Not rated, protection provided by appliance in which it is installed Tries for Ignition One or three try versions available Trial for Ignition Periods15, 30, 60, 90 seconds availablePre-purge and Inter-purge Timings 0, 15, 30, 45 seconds or 4 minutes availableSERIES 35-703120 VAC Microprocessor-BasedIntermittent Pilot Ignition ControlSEQUENCE OF OPERATION / FLAME RECOVERY / SAFETY LOCKOUTStart Up - Heat ModeWhen a call for heat is received from the thermostat supplying 120VAC to L1, the control will reset, perform a self-check routine, flash the diagnostic LED and begin a pre-purge delay. Following the pre-purge period, the pilot gas valve is energized and sparking commences for the Trial For Ignition (TFI) period. When flame is detected during the TFI, the sparking process is terminated and the main gas valve is energized. The thermostat and pilot burner flame are constantly monitored to assure proper system operation. When the thermostat is satisfied and the demand for heat ends, the pilot and main valves are immediately de-energized.Failure to Light - LockoutSINGLE TRIAL MODELShould the pilot burner fail to light, or the pilot flame is not detected during the TFI period, the pilot gas valve will de-energize and the control will go into lockout. The LED will indicate the fault code for ignition lockout.MULTI TRIAL MODELShould the pilot burner fail to light or the pilot flame is not detected during the TFI period, the pilot gas valve will de-energize. The control will then go through an inter-purge delay before an additional ignition attempt. The control attempts two additional ignition trials before de-energizing the pilot gas valve and entering lockout. The LED will indicate the fault code for ignition lockout.FLAME FAILURE - RE-IGNITION MODEIf the established pilot flame signal is lost while the burner is operating, the control will respond within 0.8 seconds by de-energizing the main gas valve and energizing the spark for the TFI period in an attempt to relight the flame. If the burner does not light within the TFI, the pilot gas valve will immediately de-energize and single try models will enter lockout. On multi-try models, a new TFI sequence will begin after an inter-purge delay. Multi-try models perform two additional attempts to light the burner before de-energizing the gas valves and entering lockout. If the pilot burner relights, normal operation resumes. FLAME FAILURE-RECYCLE MODEWith the “Recycle After Loss of Flame" option, upon loss of flame, the pilot and main gas valves are de-energized and the control proceeds to inter-purge before attempting to relight the flame. Multi-try models permit three tries for ignition including inter-purges. If the pilot burner relights, normal operation resumes. If the pilot burner does not relight, the control will enter lockout.Lockout RecoveryRecovery from lockout requires a manual reset by either resetting the thermostat, or removing 120 VAC for a period of 5 seconds. On models with automatic reset, if the thermostat is still calling for heat after one hour, then the control will automatically reset and attempt to ignite the burner.MOUNTING AND WIRINGThe Series 35-703 control is not position sensitive and can be mounted vertically or horizontally. The control may be mounted on any surface and fastened with #6 sheet metal screws. Secure the control in an area that will experience a minimum of vibration and remain below the maximum ambient temperature of 160°F (71°C).All connections should be made with UL Approved, 105°C rated, 18 gauge, stranded, .054” thick insulated wire. Refer to the appropriate wiring diagram when connecting the 35-703 to other components in the system.CAUTIONAll wiring must be performed in accordance withboth local and national electrical codes. CAUTIONLabel all wires prior to disconnection whenservicing controls. Wiring errors may causeimproper and dangerous operation. A functionalcheckout of a replacement control should alwaysbe performed.WARNINGThis product uses voltages of shock hazardpotential. Wiring and initial operation must beperformed by a qualified service technician. WARNINGOperation outside specifications could result infailure of the Fenwal Controls product and otherequipment with potential for injury to people andproperty.Terminal DesignationsTerminal DescriptionQuickConnect(inch)PV1Pilot Valve Power3/16”L2120 VAC (Neutral)3/16”L2120 VAC (Neutral)3/16”V2Valve Neutral3/16”L1120 VAC Input (Hot)1/4”MV1Main Valve Power1/4”B. GND Burner Ground3/16”S1Remote FlameSensor1/4”Effective: March 2020F-35-7033Wiring Diagrams - 35-703Figure 1. Local SenseFigure 2. Remote SenseInternal Control FailureIf the control detects a software or hardware error, all outputs are turned off and the LED displays a Steady On condition. If this condition persists after an attempt to restart, then the control must be replaced.Proper Electrode LocationProper location of electrode assembly is important for optimum system performance. The electrode assembly should be located so that the tips are inside the flame envelope and about 1/2-inch (1.2 cm) above the base of the flame as shown:Notes:•Ceramic insulators must not be in or close to the flame.•Electrode assemblies must not be adjusted or disassembled. Electrodes are NOT field adjustable.•Electrodes should have a gap spacing of 0.125± 0.031 in (3.12± 0.81 mm), unless otherwise specified by the appliance manufacturer. If spacing is not correct, the assembly must be replaced.•Exceeding temperature limits can cause nuisance lockouts and premature electrode failure.•Electrodes must be located where they are not exposed during normal operation.TROUBLESHOOTINGNote:During a fault condition, the LED will flash on for 1/4 second and off for 1/4 second as needed to indicate the fault code. The code will repeat every 3 seconds. Removing power from the control willclear the fault code.Troubleshooting Guide SymptomRecommended Actions 1. Control does not startA. MiswiredB. No 120VAC at L1C. Fuse or circuit breaker faultD. Faulty control, check LED for fault codes 2. Thermostat on - no sparkA. MiswiredB. Faulty thermostat, no voltage at terminal L1C. Faulty control, check LED for fault codes 3. Valve on - no spark during TFIA. Shorted electrode - establish 1/8-inch gapB. Check high voltage cableC. Miswired4. Spark on - valve offA. Valve coil openB. Valve wire disconnectedC. Faulty control, check voltage at gas valveterminals PV1 or MV1 and V25. Flame okay during TFI - no flame sense after TFIA. Check electrode positionB. Check high voltage wireC. Poor ground at burnerD. Poor flame, check flame currentFault Conditions LED Indication Fault ModeSteady On Internal Control Failure 2 Flashes Pilot Flame without call for heat 3 FlashesIgnition LockoutFlame Current MeasurementFlame current is the current that passes through the flame from sensor to ground. A good burner ground that matches the control ground is critical for reliable flame sensing.LOCAL FLAME SENSEWith power off, connect a DC microamp meter as shown in the figure below. During the TFI, the meter should be protected from high voltage surge which could damage the meter. Ajumper wire must be installed across the terminals of the meter. Once the flame is established, and sparking terminates, remove the jumper wire to measure flame current. The flame sense current must be 0.7 uA minimum for proper operation.REMOTE FLAME SENSEWith power off, remove sense wire from S1 terminal, and install a DC microamp meter between the S1 terminal and sense wire. Establish flame, then measure flame current. The flame sense current must be 0.7 uA minimum for proper operation.DIMENSIONSFigure 4. EnclosureFigure 5. PottedFigure 6. Integral StandoffNote: All dimensions are in inchesThis literature is provided for informational purposes only. KIDDE-FENWAL, INC. assumes no responsibility for the prod-uct’s suitability for a particular application. The product must be properly applied to work correctly. If you need more informa-tion on this product, or if you have a particular problem or question, contact KIDDE-FENWAL, INC., Ashland, MA 01721.© 2020 Kidde-Fenwal Inc. P/N F-35-703 Rev AFFenwal Controls, Kidde-Fenwal Inc.400 Main Street Ashland, MA 01721Tel: 800-FENWAL-1Fax: 508-881-7619 DETECT-A-FLAME is a registered trademark of Kidde-Fenwal, Inc., or its parents, subsidiaries, or affiliates.PART NUMBER CONFIGURATION。

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安全，可靠且任务关键性的控制能力，提供"无扰"自动故障转移之间的冗余控制器。

多样的控制能力用图形控制相结合，产品技术调制，顺序，序列，和数据采集。

一步的数据采集功能，通过定义的I / O数据基础。

占地面积小，低功耗和无风扇运作。

本土接口，Ovation，并wdpf输入/输出，在本地和远程。

集成虚拟输入/输出能力，为第三党的OEM系统通过以太网议定书。

非挥发性储存应用软件，点数据库，配置信息，以及经营调谐常数。

管理，由商业，实时操作系统，它支持多任务和先发制人的任务调度，以posix1003.1b开放系统的标准。

集成的一系列事件的能力，拥有1毫秒的决议案。

艾默生过程管理的Ovation专家控制系统包含了一个强大的控制器的安全，任务关键型业务，例如那些对供电，供水厂。

在Ovation控制器简单或复杂的调制和顺序控制策略，进行数据采集功能及介面，向Ovation网络和各种输入/输出子系统。

它有能力源于高达16000点。

在Ovation控制器的目的是为了满足苛刻的要求了广泛的应用进程。

它具有诸多功能，其中包括：
连续（ PID控制）的控制
布尔逻辑
先进控制
特殊逻辑和定时功能
数据采集
事件的顺序处理
冷端温度补偿
过程点传感器/限价检查
过程点报警处理
过程点转换到工程单位
过程点数据库存储
本地和远程输入/输出接口
过程点tagout
在Ovation控制器，它的英特尔处理器，能够同时执行多达5个过程控制任务，在闭环速度从10毫秒到30 seconds.each控制任务组成的I / O processpoint输入扫描时，控制计划的执行，然后由一个输出扫描。

两所控制任务闭环速度，是预定在1秒钟和100毫秒。

其他三个控制任务，可以有用户可选择环路speeds.individual控制薄片，是用户分派到这些工作的负担，使控制执行回路倍，以恰当的职能正在得到控制。

控制计划的执行由Ovation控制器，是指由建筑控制薄板广泛的一套算法。

对照表就是控制，就是执行后，文件的控制，以及在线监测图是用于运行和诊断过程。

该控制器可提供为执行多达6000张的控制。

积分事件的顺序（国有企业）的处理能力，提供经Ovation和Q线输入/输出子系统和标准控制器软件。

同一项决议案，一毫秒，国企子系统记录序列，其中用户自定义设置的数字输入条件
发生了。

除了以更高的解析度时间标签，国企点是可在管制计划，像任何其他I / O点，其中包括限制检查和令人震惊。

基于每个过程点数据库定义，Ovation控制器进行所有的限制，并报警处理功能，通常与数据采集系统（ DAS ）。

在扫描输入与控制执行或默认的1秒钟之扫描。

该状况（包括报警状态）的所有点，在控制器的更新和播出上Ovation网络。

广泛的信息包括在该状态信息广播。

举例来说，地位可以表明一点，有两种措施之一：
超出范围的传感器
超出用户定义的限制
改变状态
通过增量极限
如果需要的话，警报报告可以推迟对每点的基础上，由用户指定的时间期限。

加上工作站，Ovation控制器有能力在报告中6个独立的报警阈值，其定义为：
四高限额
用户定义的高限
最高加增量界限
四种低限
用户定义的低限
最低加增量界限
该工作站将有能力排序警钟，基于对用户选定的警报意义的水平。

警钟指定将包含作为警戒或资料时，就显示报警画面。

在Ovation控制器进行整限制，并报警处理的基础上，数据库的配置，为每一个点上。

但是，该控制器的操作界面功能，使这些职能将暂停在必要时，由工艺状态或经营人的行动，这也是日志。

这些措施包括扫描清除，报警断流，进入阀，报警，并限制检查悬架和类似的功能，这也是根据Ovation安全功能。

在Ovation控制器，可以提供additionalcapabilities与附加软件许可证的SIM控制器，先进的控制器，或both.another持牌控制器类型，是Ovation虚拟控制器主要用于Ovation 模拟器系统中的SIM控制器是一个标准的控制器，有能力针对使用模拟输入/输出，而非事实上的硬件输入/输出系统中的能力，使管制计划，要与界面的一个过程模型或模拟。

一个基本的工厂验收测试过程模型允许控制器测试，通过模拟的基本输入/输出功能，如价值和方向。

SIM
卡控制器的能力，也可以被用来与其他富达模式，如高逼真度的过程模型提供了一个Ovation 模拟器系统。

一个先进的控制器，是一种额外的正版软件的能力，提供能够运行更先进的功能，算法。

这些领有牌照的算法包括吹灰，神经网络，模糊逻辑，多用途储值卡，产品代言人，以及其他先进的算法，可以利用多余的可靠的执行环境，提供了Ovation控制器Ovation虚拟控制器是一个软件许可能力，其中再现了Ovation硬件控制器实时操作系统在Windows PC平台。

它主要用于在Ovation模拟系统采用非冗余虚拟控制器，以减少硬件足迹。

虚拟控制器有大部分的接口属性的一个标准， SIM卡或先进控制器除了硬件输入/输出支持。

冗余
在Ovation控制器设计，以容纳多层次的冗余关键部件，其中包括：
Ovation网络接口
功能的处理器，内存和网络控制器
处理器供电
输入/输出接口
输入功率饲料
/输出电源供应
辅助供电
远程I / O传播媒体
该标准的硬件配置为控制器的冗余是一个无源背板基地，对双方一所小学和备份控制器的安装。

多余的24伏电源连接，该单位是个别散发给控制器。

每个控制器包括两个单元组成，其中提供处理器，记忆体，Ovation联网，并额外网络连接。

其他模块提供的接口向本地及远程Ovation 和Q线路输入/输出，再加上内部供电。

完全冗余双控制器装备有：
双Intel处理器的功能
双网络接口
双处理器电源供应器
双输入/输出电源供应器
双辅助电源供应器
双输入功率饲料
双输入/输出接口
每个功能处理器在冗余一双执行相同的应用程序，虽然只有一个信道的I / O和运行，在控制方式上一段时间。

合作伙伴处理器运行在备份，配置或离线方式与彼此之间的分歧感到震惊。

在控制模式中，小学处理器的功能，因为它会在一个非冗余控制器。

它已直接进入了I / O读，写，并同时执行数据采集及控制功能。

此外，小学处理器监察状况与健康的，其备份合伙人的处理器和网络。

在备份方式，备份处理器执行诊断和监测状况与健康的主要处理器。

备份处理器保持着不断更新的数据，由投票站控制处理器的数据库存储和接收的所有信息控制处理器发出超过了Ovation 网络，其中包括：过程点值，算法调谐常数，和可变点属性。

自动故障控制
冗余功能的Ovation控制器配备了自动故障控制，如果处理器在控制模式的失败，看门狗检测电路禁用输入/输出接口的主要处理器，并通知后备处理器的失败。

备份处理器，然后控制该I /
O总线，并开始执行过程controlapplication纲领和广播信息超过了
Ovationnetwork.ovation控制器采用一种持续性的过程控制记忆体更新，以保持双方的控制和备份处理器synchronized.this进程用途要么Ovation网络或专用网络连接。

受雇的方法是用户可选取决于控制任务的要求，或现有网络端口的使用率。

这使得该算法在跟踪输出价值观，通过信息的上游问题，并运用数据，在第一关的执行。

结果是，无扰故障，即使是在案件发生故障。

全系列的事件可以触发自动故障恢复，其中包括：
控制处理器故障
网络控制器故障
I / O接口失败
罢免权力由控制处理器
控制处理器复位
一旦控制被传递给备份处理器，并没有处理器，可降低功率，修理，并供电的备份与无不良影响，对执行控制策略。

就重新启动，修复后的处理器将会检测到它的合作伙伴是在控制，并承担了备份的作用。

该处理器在控制将会自动探测到存在的备份处理器，并调整为多余的运作。

开放式架构
开放式结构的Ovation控制器使用了一个强大的实时操作系统运行在PCI总线的PC架构。

这样的设计允许快速发展的技术，可轻松集成到系统保护您的投资，在软件。

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