FVCOM使用手册(完整版)

Table of ContentsAbout Fusion Fax (3)Logging In (3)Internal Users (4)Creating a New User (4)Profiles (5)Profile Properties – Profile (5)Profile Properties – Cover Sheets (6)Profile Properties – Phone Books (7)Profile Properties – Billing Codes (7)Profile Properties – Fax Options (7)Profile Properties – Security (8)Profile Properties – Notification (8)Profile Table Lookup (8)Cover Sheets (8)Incoming Routing Table (8)Billing Group (9)Phone Number Restrictions (9)Monitor (9)Inbound History (9)Outbound History (9)Outgoing Queue (10)Reports (10)Phone Books (11)About Fusion FaxFusion Fax allows users to manage, send, and receive faxes from an authorized email address or through the Fusion Fax Portal.There are two separate web logins – one for Users and one for Administrators. This guide covers the functionality available to Administrators.Logging InTo log in as an administrator, go to the web site: •Administrator Name: Administrator ID•Password: Administrator Password•Site Name: Site Name IDNote: You must log in as a Site Administrator. If System Administrator is accidently selected, you will not be able to log in to the portal.Once you are logged in, you will be presented with the following screen:Across the top, there are three sections available to administrators: Configuration, Monitor, and Phone Book. Each of these sections will be reviewed in separates section below. Functions within the specific modules are listed down the left hand windowInternal UsersThis section list all user accounts associated with the account. Administrators are able to manage the properties and profile of users.Functions available to the administrator within this menu are:•Add: Add a new User•Remove: Remove User(s)•Switch Profile: change the profile settings between two users•Properties: Change the properties of a User•Change Password: Change the password of a UserNote: The User ID must be selected before the above options will be available. To Switch Profiles, two User IDs must be selectedNote: Users can be filtered using the filter bar. Wildcards (“*”) are required if the match is not exact Creating a New UserTo create a new Fusion Fax user, select from the top of the page. You will then be presented with the following screen:When creating a new user, the administrator is presented following fieldsUser:User:•SMTP Address: user email address•Profile Name: select the profile from the drop down menu. By default, the Basic profile is selected. For more information, please see the Profiles section of this guide.•NT Account: optional fieldPassword:•Auto-generate a password: The system will automatically create a new password for the user •Use this password: Allows the administrator to manually enter a password for the user•Send the password by email: Emails the password directly to the user. Users will receive an automated email from ************************* providing them with their username and password.•User must change password at next logon: The user will be required to change their password the next time they log onto their portal. New passwords created by users must have 8 aminimum characters, including at least 1 upper case letter and 1 numberTime Zone•Time Zone: Allows the administrator to specify the time zone of the userPersonal InformationPersonal information allows the administrator to enter information about the user.Once the information have been entered, select OKProfilesProfiles determine the setting for Users, including cover sheets available, phone books, etc. Administrators have the ability to customize the Profiles available to UsersFunctions within this menu are:•Add: Create a new profile•Add From:•Remove: Delete a profile•Properties: Review the properties of a profileProfile Properties – ProfileProfile Properties include the following sections:•Profile Name: Name of the profile.•Organization Information: This sectionallows the administrator toprepopulate and override userinformation allowing for a consistenttemplate.•Phone Number Information: Thissection overrides the phone numberinformation.•Time Zone: Overrides the User’s TimeZoneProfile Properties – Cover Sheets Administrators can select the cover sheetsavailable to different profiles, in addition to the selecting the default Cover Sheet.•Add: Add a previously created cover sheet to the available cover sheets forthe profile•Remove: Remove the cover sheetfrom the available cover sheets for theprofile•Properties: Properties of the selected cover sheetProfile Properties – Phone Bookso Administrators can select phone books available to different profiles (seePhone Books)Profile Properties – Billing CodesIn this section, administrators can change theprofile properties for:•Sender Billing Codeo Billing Code Requiredo Validate Billing Codeo Disclose Billing Groupo Billing Code Group•Recipient Billing Codeo Billing Code Requiredo Validate Billing Codeo Billing Code Group•System Billing CodeProfile Properties – Fax OptionsThis section allows the administrator to changethe Fax Options for the Profile SettingProfile Properties – SecurityThis section allows the administrator tochange the security options for theProfile SettingThe administrator has several options available, including whether to require cover sheets; and what users can override in terms of company information.NOTE: To allow Users to send faxes directly from an email client, the SMTP message require authentication option must be unchecked.Profile Properties – NotificationThis section determines how notifications are applied for the specified ProfileProfile Table LookupThis section allows the Administrator to look up the different profiles created within the Web Portal Cover SheetsThis section allows the Administrator to manage the cover sheets available for the User profiles. This section contains the following sections:•Add: Add a new cover sheet.o NOTE: see Fusion Cover Sheet Editor Guide for details on creating and editing cover sheets.•Remove: Delete selected cover sheet(s).•Save As: Create a copy of a current cover sheet•Update: Maintain the same name for a selected cover sheet from an updated .cse. file•Rename: Change the name of a selected cover sheetIncoming Routing TableThe incoming routing table determines where new faxes will be sent when they arrive. When selecting this tab, you will see the DID associated with your FusionFax account. To change the properties of the routing, select the DID followed by Propertiessend emails to different email addresseswhen inbound faxes are received. To addanother email address, select Add. Enterthe email information in the Filter Fieldand select Add to List. To Remove a user,select the user and then select Remove.Once the users have been selected, clickon Test Routing Table. Enter the DID andselect Test. The results of where theinbound faxes will be routed are thenlisted.Billing GroupPhone Number RestrictionsThis section allows administrators to set restrictions on fax usage (i.e. No international, etc.) MonitorInbound HistoryThe Inbound History folder provides an overview of all inbound faxes received. Individual faxes can beselected to view details, including:•Fax Properties:•Routed To:•Event Log:Outbound HistoryThe Inbound History folder provides an overview of all inbound faxes received. Individual faxes can be selected to view details, including:•Fax Properties:•Feedback Sent To:•Event Log:Outgoing QueueThis section shows faxes are currently being transmitted. ReportsPhone BooksA Web Phone Book stores contact information about recipients to whom you are addressing faxes. This information can include a contact’s name, fax number, address, company and business address, etc. There are two types of Phone Books:•Public (corporate) Phone Book: assigned by administrators through the profile properties (accessible to all users having this profile).• Personal (private) Phone Book: accessible and manageable only by Users within their Web Portal.Once a new phone book has been selected, contact information can be entered. The default information is:•Display Name: Required field•Company:•Fax: Required fieldAdditional details can be entered by clicking Show Details. The Additional details section has two tabs: •Generalo Display Name: Required Fieldo Phone:o Pager:o Cellular:o Fax: Required Fieldo E-Mail:•Organizational Informationo Job Title:o Company:o Street:o City:o State/Province:o ZIP/Postal Code:o Country:o Billing Code:o Sub Billing Code:Contacts can also be imported from several different contact management programs through the Import Contacts button.。

Passive Anti-theft system (PATS)FoCOM service manual/focomThis is PRELIMINARY WORKING DRAFT for SECONS Ltd. internal use and FoCOM users. Table of ContentsPATS Introduction (2)Bosch PSG TDDi - Fuel Injection pump (2)Lucas EPIC TDDi - Fuel Injection pump (2)LED indicator of PATS status (2)Information about PATS state (3)PATS unlocking (3)Clearing keys procedure (5)New key programming procedure (5)“Pairing” PATS Control Units (6)Common PATS fault codes (7)Problems not related to PATS (8)PATS system types (8)Type of transceivers (active antennas) (8)For users familiar with Ford IDS diagnostics we have included screenshots of Ford IDS for comparison.PATS IntroductionPATS functions are available in diagnostic session for PCM and IPC ECUs in programming/coding menu.Bosch PSG TDDi - Fuel Injection pumpBosch PSG / FIP (Fuel Injection Pump) require to be paired with PCM in order to work. New Bosch PSG systems are adapted automatically,however used fuel pumps require to run adaptation procedure. This coding is described in a separate document related to Bosch PSG diagnosis. Lucas EPIC TDDi - Fuel Injection pumpLucas EPIC turbo-diesel systems sold in Europe require adaptation after each key-recoding. The coding procedure is available in “PATS II” ECU. Please note that not all Lucas EPIC systems are covered at this time.LED indicator of PATS statusIgnition LED DescriptionOFF Short flashing Stand-by mode, PATS worksInserted and correctly identified keyON Lights 4 seconds andturns offON Fast flashing Wrong key, anti-scan mode is activatedON On Waiting for coding keysWhen Anti-scan mode is activated, you must wait at least 30 seconds before any operations with PATS.Information about PATS stateThis function displays all importantinformation about PATS system and itsstate.Ford IDS doesn't provide thisfunction.Authorization:Informs,whether secure access ispermitted or forbidden(PATSoperations are allowed).PATS types:Timed: Delay of approx. 10 minutes isrequired before codingCoded: Requires challenge-response INCODE/OUTCODE authorization (you can obtain INCODEs using / or through Ford ETIS service)Minimum number of keys:Minimum number of programmed keys required for correct function of PATS (car won't start if less then required number of keys is programmed).Number of coded keys:Current number of programmed keys. Number should be equal to or greater than previous value, in other case trouble codes will appear fault code memory.It is very important to have correct type of transponder for every model and minimal number of keys.PATS unlockingBefore any operation with PATS you have to get access to PATS ECU.In coding access you see window asking for OUTCODE/INCODE.The coded PATS generates a so-called OUTCODE, which requires a so-called INCODE, which is dependent on a specific vehicle and generated OUTCODE.PATS unlocking is performed before any operation automatically, you do not have to use FoCOM “PATS Login” function. The PATS Login is used only for test purposes (to verify correctness of incode) and some special operations.For each OUTCODE, which control unit generates, is necessary to get a unique INCODE.Using one and the same INCODE during more operations with PATS is not possible.INCODE can be obtained at / or using Ford ETIS service.Please note that P service doesn't support yet a 2011+ Ford Mondeo/S-Max/Galaxy/Focus and C-Max vehicles that use different system. For such vehicles you need to obtain the INCODE using other source such as Ford ETIS.Timed PATS starts the countdown automatically. Program cannot speed-up the countdown, it fully depends on the control unit.You can cancel the running countdown by clicking on Cancel button. While FoCOM is waiting for control unit to unlock, it communicates with control unit and therefore ignition has to be switched ON.A dialog waiting for the completion of the operation (programming, clearing, etc.) is displayed afterwards. Operations aredescribed in following chapters.Then press C ancel button to start codingprocedure. If you are changing key,ignition must not be switched off for morethan 10 seconds.Clearing keys procedure–Connect to PCM–Choose Erase all keys and program new–Login to PATS (see previous chapter)–Communication is in progress–After few minutes of waiting is showing the call for delete keys by pressing Cancel button.The control unit is now ready to perform deleting and coding a new keys. Pressing Cancel button is going to delete ALL keys and is necessary to coding a new one. The followingprocedure is intended for vehicles requiring min. 2 coded keys–Turn ignition OFF–Turn ignition ON (wait about 5 seconds), PATS LED is on–Turn ignition OFF and remove key–Insert the next key and turn the ignition ON (PATS LED off after about 5 seconds)–Turn OFF the ignition and wait 60 seconds–Check by P ATS state information function if the keys was deleted and the new keys added (if the number of keys is 0 or 1, it is necessary to add the next key(s) by Program new key function)As long as minimal number of keys required by PCM isn't programmed, engine may notstart. Fault code memory will show error stating that less than minimum required keys is programmed.New key programming procedure–Connect to ECU that holds programmed keys (typ. PCM, IPC, BCM or RKE depending on model)–Click item Program new key–Log in to PATS (see previous chapter)–Once the information “After clicking Cancel, key will be programmed” appear, insert new key in to ignition OFF (if key have not been there yet) and switch to ON position –click on Cancel button–New key will be programmed–Switch key to OFF or remove key–Check if operation was successful by function Information about P ATS state“Pairing” PATS Control UnitsFor vehicles that use multiple ECUs for PATS system (e.g. PCM and IPC, BCM RKE or SCIL), ECUs need to contain same vehicle security data. For this purpose FoCOM provides “PATS Pairing” function, which is available coding menu of non-PCM ECU (IPC, BCM, SCIL or RKE). The function is available only on coded PATS.PATS pairing requires obtaining two INCODE/OUTCODE pairs of both ECUs involved in PATS system.PATS pairing function is now available also on UDS protocol.Supported multi-ECU PATS systems:Common PATS fault codesProblems not related to PATS•The “Service Engine Soon” light is illuminated. (Investigate PCM system)•There is no communication with PCM: PCM will always communicate on the diagnostic link regardless of theft status. (Investigate PCM system)•Engine stalls on road: Once the engine runs for one second, PATS CANNOT disable the engine. Running stalls are not PATS related issues.•Remote Entry/Keyless Entry problems: PATS is completely separate from the Remote Entry/Keyless Entry systems.•There is a no-crank problem on vehicles without PATS Starter disable. Check chart, on reverse side, for presence of Starter Interrupt.•PATS Theft Indicator flashes every 2 seconds at Ignition OFF. This is normal operation for PATS to act as a visual theft deterrent. See chart on reverse side for applicable system.•PATS Theft Indicator stays on for 2 or 3 seconds (depending on system type) at Ignition RUN or START and then off: This is normal operation for PATS prove out on all vehicles except LS and Thunderbird.PATS system typesA&B: Stand Alone Module (PATS)C: Instrument Cluster- Virtual Image Cluster (VIC)- Hybrid Electronic Cluster (HEC)- Instrument Cluster Module (ICM)D: Steering Column Ignition Lock Module (SCIL)E: Powertrain Control Module (PCM)F: Powertrain Control Module (PCM)G: Instrument Cluster Module (ICM)Type of transceivers (active antennas)–small Ford–small Valeo (only transceiver, Ford Galaxy, engine Duratec)–big Valeo (Ford Galaxy 1.9 Tdi VW)。

目录第一章简要介绍1.1前----------------------------------------------------------------------3 1.2 功能简介---------------------------------------------------------------3 1.2.1 基本功能 ------------------------------------------------------------3 1.2.2 特殊功能 ------------------------------------------------------------3 1.2.3 安全保护功能 --------------------------------------------------------4 第二章系统介绍2.1.1 主控微机输入接线端子-------------------------------------------------6 2.1.2 主控微机输出接线端子-------------------------------------------------7 2.1.3 主控微机通信端子-----------------------------------------------------8 2.2 轿厢串行通信板---------------------------------------------------------12 2.2.1内选板LBT-16型轿厢串行通信板----------------------------------------12 2.2.2内选板LBT-32型轿厢串行通信板----------------------------------------16 2.2.3外呼板LBT-B01型外呼串行通信板---------------------------------------19 2.3 技术参数 -------------------------------------------------------------21第三章控制系统参数设置3.1 液晶显示屏及按键功能介绍----------------------------------------------23 3.2 主菜单 ---------------------------------------------------------------23 3.2.1 召梯指令菜单--------------------------------------------------------24 3.2.2 定时计数菜单--------------------------------------------------------25 3.2.3 设定层站菜单--------------------------------------------------------30 3.2.4 输入输出点菜单------------------------------------------------------33 3.2.5 设置系统菜单--------------------------------------------------------35 3.2.6 门机系统菜单 -------------------------------------------------------39 3.2.7 故障记录菜单菜单----------------------------------------------------40 3.2.8 设置密码菜单--------------------------------------------------------40 3.2.9 井道数据菜单--------------------------------------------------------45 3.3 速度组合表------------------------------------------------------------48 第四章安装及调试4.1 减速距离的确定 -------------------------------------------------------50 4.2 试运行慢车输入信号----------------------------------------------------50 4.3 试运行快车输入信号要求------------------------------------------------50 4.4 井道自学习方法--------------------------------------------------------50 第五章群控板LBT-BB说明5.1基本特点--------------------------------------------------------------52 5.2 群控的外形和接线方法-------------------------------------------------53 5.3 群控板LBT-BB的使用---------------------------------------------------54 第六章故障说明及处理方法--------------------------------------------------------- 55第一章简要介绍1.1 前言LIFTCON-MB2串行电梯控制微机是一款高性能低价格电梯控制系统，是以可靠、低价、功能全、易维护、易使用、美观为设计思想。

An Unstructured Grid, Finite-Volume Coastal Ocean Model（无规则网格的有限体积海岸海洋模型）FVCOM User Manual（FVCOM用户手册）FVCOM软件用户许可协议 (3)第一章序言 (4)第二章：模型公式 (6)2.1 直角坐标系下的原始方程 (7)2.2 -坐标下的控制方程 (12)2.3 二维（垂直积分）方程 (13)2.4 湍流闭合模型 (15)2.4.1 水平扩散系数 (15)2.4.2 垂直旋转粘性和热扩散系数 (16)2.5 球面坐标系下的原始方程 (24)第三章有限体积离散法 (27)3.1 不规则三角网格的设计 (27)3.2 笛卡尔坐标下的离散方法 (29)3.2.1 二维外部模式 (29)3.2.2 三维内模式 (37)3.3 外部与内部模式的输运一致性 (44)3.4 干/湿处理方法 (46)3.4.1 标准 (48)3.4.2 Isplit的上限 (52)3.5 球坐标系下的有限体积离散方法 (57)3.6 岸边界条件的微元处理 (63)第四章：外部强迫 (66)4.1 风应力、热通量和降水/蒸发 (66)4.2 潮汐强迫 (67)4.3 增加海岸或江河流量的方法 (69)4.3.1 TCE方法 (69)4.3.2 MCE方法 (72)4.4 水平分辨率和时间步长的规范 (74)4.5 通过底部输入地下水 (77)4.5.1 简单盐平衡地下水通量形式 (77)4.5.2 地下水输入的完全格式 (78)第五章：开边界处理 (79)5.1 开边界处理的初始设定 (79)5.2 普遍辐射开边界条件 (82)5.3 新的有限体积开边界条件模块 (87)第六章：数据同化方法 (97)6.1 推导方法 (100)6.2 OI方法 (102)6.3 Kalman筛选 (104)6.3.1减小序列Kalman筛选(RRKF) (106)6.3.2 集合Kalman筛选(EnKF) (109)6.3.3 集合平方根Kalman过滤(EnSRF) (111)6.3.4. 集合变换 Kalman筛选 (ETKF) (113)6.3.5确认实验 (114)第七章：FVCOM沉积模块 (120)7.1 控制方程 (121)7.2 简单测试情况 (122)第八章：FVCOM生物模块 (123)8.1灵活生物模块（FBM） (124)8.1.1 FBM流程图 (124)8.1.2 FBM中的方程和函数 (126)8.2 提前选择生物模块 (157)8.2.1 养分-浮游植物-浮游动物（NPZ模型） (158)8.2.2 磷限制低养分层食物网模型 (160)8.2.3. The Multi-Species NPZD Model (168)8.2.3 多物种NPZD模型 (168)8.2.4 水质量模型 (171)第九章：示踪-追踪模型 (174)第十章：三维拉格朗日粒子追踪 (175)第十二章：代码平行 (193)12.1 区域分解 (194)12.2 区域设置 (195)12.3 数据交换 (196)12.4数据收集 (197)12.5 执行 (198)第十三章：模型代码描述和总说明 (199)13.1 在使用FVCOM前的用户应知 (199)13.3 数值稳定的标准 (206)13.4子程序和函数描述 (207)第14章模式安装，编译和运行 (231)14.1 获得FVCOM (232)14.2a 编译METIS库 (233)14.2b 编译FVCOM (233)14.3a 运行FVCOM（连续） (238)14.3b 运行FVCOM（平行） (239)第十五章：模型设置 (240)15.1 FVCOM运行时间控制变量文件casename_run.dat (240)15.2 FVCOM输入文件 (253)15.3特殊设置的必需输入文件 (256)15.4 原始输入文件的输入文件格式 (257)15.5 建立和使用FVCOM模块 (268)第十六章：FVCOM测试例子 (292)第十七章：不规则三角形网格产生 (319)17.1数据准备 (320)17.2 网格产生 (324)感谢 (347)参考文献 (348)FVCOM Software Users’ License AgreementFVCOM软件用户许可协议All users should read this agreement carefully. A user, who receives any version of the source code of FVCOM, must accept all the terms and conditions of this agreement and also agree that this agreement is like any written negotiated agreement signed by you. You may be required to have another written agreement directly with Dr. Changsheng Chen at SMAST/UMASS-D and Dr. Robert C. Beardsley at WHOI 所有用户须仔细阅读此协议。

An Unstructured Grid, Finite-Volume Coastal Ocean Model（无规则网格的有限体积海岸海洋模型）FVCOM User Manual（FVCOM用户手册）FVCOM软件用户许可协议 (3)第一章序言 (4)第二章：模型公式 (6)2.1 直角坐标系下的原始方程 (7)2.2 -坐标下的控制方程 (12)2.3 二维（垂直积分）方程 (13)2.4 湍流闭合模型 (15)2.4.1 水平扩散系数 (15)2.4.2 垂直旋转粘性和热扩散系数 (16)2.5 球面坐标系下的原始方程 (24)第三章有限体积离散法 (27)3.1 不规则三角网格的设计 (27)3.2 笛卡尔坐标下的离散方法 (29)3.2.1 二维外部模式 (29)3.2.2 三维内模式 (37)3.3 外部与内部模式的输运一致性 (44)3.4 干/湿处理方法 (46)3.4.1 标准 (48)3.4.2 Isplit的上限 (52)3.5 球坐标系下的有限体积离散方法 (57)3.6 岸边界条件的微元处理 (63)第四章：外部强迫 (66)4.1 风应力、热通量和降水/蒸发 (66)4.2 潮汐强迫 (67)4.3 增加海岸或江河流量的方法 (69)4.3.1 TCE方法 (69)4.3.2 MCE方法 (72)4.4 水平分辨率和时间步长的规范 (74)4.5 通过底部输入地下水 (77)4.5.1 简单盐平衡地下水通量形式 (77)4.5.2 地下水输入的完全格式 (78)第五章：开边界处理 (79)5.1 开边界处理的初始设定 (79)5.2 普遍辐射开边界条件 (82)5.3 新的有限体积开边界条件模块 (87)第六章：数据同化方法 (97)6.1 推导方法 (100)6.2 OI方法 (102)6.3 Kalman筛选 (104)6.3.1减小序列Kalman筛选(RRKF) (106)6.3.2 集合Kalman筛选(EnKF) (109)6.3.3 集合平方根Kalman过滤(EnSRF) (111)6.3.4. 集合变换 Kalman筛选 (ETKF) (113)6.3.5确认实验 (114)第七章：FVCOM沉积模块 (120)7.1 控制方程 (121)7.2 简单测试情况 (122)第八章：FVCOM生物模块 (123)8.1灵活生物模块（FBM） (124)8.1.1 FBM流程图 (124)8.1.2 FBM中的方程和函数 (126)8.2 提前选择生物模块 (157)8.2.1 养分-浮游植物-浮游动物（NPZ模型） (158)8.2.2 磷限制低养分层食物网模型 (160)8.2.3. The Multi-Species NPZD Model (168)8.2.3 多物种NPZD模型 (168)8.2.4 水质量模型 (171)第九章：示踪-追踪模型 (174)第十章：三维拉格朗日粒子追踪 (175)第十二章：代码平行 (193)12.1 区域分解 (194)12.2 区域设置 (195)12.3 数据交换 (196)12.4数据收集 (197)12.5 执行 (198)第十三章：模型代码描述和总说明 (199)13.1 在使用FVCOM前的用户应知 (199)13.3 数值稳定的标准 (206)13.4子程序和函数描述 (207)第14章模式安装，编译和运行 (231)14.1 获得FVCOM (232)14.2a 编译METIS库 (233)14.2b 编译FVCOM (233)14.3a 运行FVCOM（连续） (238)14.3b 运行FVCOM（平行） (239)第十五章：模型设置 (240)15.1 FVCOM运行时间控制变量文件casename_run.dat (240)15.2 FVCOM输入文件 (253)15.3特殊设置的必需输入文件 (256)15.4 原始输入文件的输入文件格式 (257)15.5 建立和使用FVCOM模块 (268)第十六章：FVCOM测试例子 (292)第十七章：不规则三角形网格产生 (319)17.1数据准备 (320)17.2 网格产生 (324)感谢 (347)参考文献 (348)FVCOM Software Users’ License AgreementFVCOM软件用户许可协议All users should read this agreement carefully. A user, who receives any version of the source code of FVCOM, must accept all the terms and conditions of this agreement and also agree that this agreement is like any written negotiated agreement signed by you. You may be required to have another written agreement directly with Dr. Changsheng Chen at SMAST/UMASS-D and Dr. Robert C. Beardsley at WHOI 所有用户须仔细阅读此协议。

Instruction Manual (Quick Start)Electric Drives and ControlsPneumatics ServiceLinear Motion andAssembly TechnologiesHydraulicsRexroth Frequency Converter FvR912004885Edition 03Bosch Rexroth AGRecord of RevisionEdition Release Date Notes DOK-RCON02-FV*********-IN02-EN-P2014.02First releaseDOK-RCON02-FV*********-IN03-EN-P2014.07Added encoder adapt-er informationAbout this DocumentationThis Instruction Manual (Quick Start) is derived from the Instruction Manual which includes the product data in details.Never work with or control the product before reading through the Safety In-structions in the standard delivery and the safety related chapter in the Instruc-tion Manual.ReferenceFor documentations available in other type or language, please consult your lo-cal sales partner or check /fv.Copyright© Bosch Rexroth (Xi'an) Electric Drives and Controls Co., Ltd. 2014This document, as well as the data, specifications and other information set forth in it, are the exclusive property of Bosch Rexroth (Xi'an) Electric Drives and Controls Co., Ltd. It may not be reproduced or given to third parties with-out its consent.LiabilityThe specified data is intended for product description purposes only and shall not be deemed to be a guaranteed characteristic unless expressly stipulated in the contract. All rights are reserved with respect to the content of this docu-mentation and the availability of the product.RS-04650518eab9641b0a6846a50052ba5d-2-en-US-4Bosch Rexroth AGTable of ContentsTable of ContentsPage 1 Mechanical Installation (1)1.1 Visual Check (1)1.2 Ambient Conditions (1)1.3 Installation Conditions (2)1.4 Dimensions (3)2 Electric Installation (7)2.1 Cable Specifications (7)2.2 Power Terminals (12)2.3 Interface Connection for Signals (13)3 Parameter Settings (22)3.1 Operating Panel (22)3.2 Start-up (22)3.3 Operating Descriptions (24)3.4 Parameters (25)4 Error Indication (31)DOK-RCON02-FV*********-IN03-EN-P IBosch Rexroth AGII DOK-RCON02-FV*********-IN03-EN-P1 Mechanical Installation1.1 Visual CheckAfter unpacking the frequency converter, perform a thorough visual check.Check the following:●Has the right device been supplied?●Is the device damaged?●Check the case for transport damage such as scratches, cracks or dents.If you find a deviation from one of the above points, please contact your Bosch Rexroth sales partner.1.2 Ambient ConditionsIf it is to function perfectly, the frequency converter must be installed in an envi-ronment matching the data provided below.①Tab. 1-1: Ambient conditionsBosch Rexroth AG Mechanical InstallationDOK-RCON02-FV*********-IN03-EN-P 1/351.3 Installation ConditionsDepending on rating, the frequency converters are available in different sizes. In order not to affect device cooling, the frequency converter must always be in-stalled upright. For perfect heat dissipation, the minimum installation spacingabove and below the devices shown in the drawing must be observed.Fig. 1-1:Installation conditions●The frequency converter shown above is Frame 1. The minimum installation spacing stated applies to Frame 1 to Frame 7.●Frequency Converter Fv has no side ventilation hole, which ena-bles parallel mounting of Fv with zero distance.●If one frequency converter is arranged above another, make sure the upper limit of air temperature into the inlet is not exceeded (see chapter 1 "Mechanical Installation" on page 1). A baffle plate is recommended between the frequency converters to prevent the rising hot air being drawn into the upper converter if the up-per limit of air temperature is exceeded.Bosch Rexroth AGMechanical Installation2/35DOK-RCON02-FV*********-IN03-EN-PBosch Rexroth AGMechanical Installation 1.4 DimensionsTab. 1-2: DimensionsDOK-RCON02-FV*********-IN03-EN-P3/35Fig. 1-2: Frame 1, 2, 3Bosch Rexroth AGMechanical Installation4/35DOK-RCON02-FV*********-IN03-EN-PFig. 1-3: Frame 4, 5Bosch Rexroth AG Mechanical InstallationDOK-RCON02-FV*********-IN03-EN-P5/35Bosch Rexroth AGMechanical InstallationFig. 1-4: Frame 6, 76/35DOK-RCON02-FV*********-IN03-EN-P2 Electric Installation2.1 Cable Specifications2.1.1 Connecting to the MainsDepending on rating, the frequency converters are available in different sizes.For the device to function perfectly, flexible cables with corresponding wire end sleeves must be used during the electric installation. The fuses, cable cross-sec-tions and tightening torques required for the mounting screws are listed below.Tab. 2-1: Recommended cable dimensions_input side_international without USA/Canada1.Input Side and Output Side: The dimensioning is based on thesupply voltage of 3P 380 VAC.2.For screw torque information, please refer to the following ta-bles.Tab. 2-2: Recommended cable dimensions_input side_USA/Canada①: For 22K0 (22 kW) frequency converters, only the copper 75 ℃and above AWG6 cable can be used.②: The cables connecting to PE terminal should assemble the UL cer-tificated wire connector which has suitable rating for wire gauge!2.1.2 Connecting to the MotorTab. 2-3: Recommended cable dimensions_output side①: Installation Mode E ②: Installation Mode B2③: The cables connecting to PE terminal should assemble the UL cer-tificated wire connector which has suitable rating for wire gauge!2.1.3 Signal ConnectionThe following requirements apply for the signal connection wiring:●flexible cables with wire end sleeves●cable cross-section: 0.3...0.75 mm2●cable length: max. 20 m●analog inputs ±10 V, VR1, VR2, VR3, +I and GND: use shielded cables●analog inputs +I and GND: to eliminate interference from external influences,connect +I and GND on the transducer with a 22 nF capacitor (50 V) and run the signal cable two or three times through a ferrite ring.2.1.4 Overview of Electric ConnectionsFig. 2-1: Circuit diagram2.2 Power TerminalsThe table below describes the symbols on the frequency converter's power con-nection terminals and their function.Tab. 2-4: Power terminals descriptionDepending on size, the position and order of the power terminals on the individ-ual frequency converter may differ. Refer to the graphics below for the exact connection terminal position and sequence:0K40...15K0Fig. 2-2: Frame 1, 2, 318K5...90K0Fig. 2-3: Frame 4, 5, 6, 72.3 Interface Connection for Signals2.3.1 Jumper WiringFig. 2-4: Jumper descriptionShown are factory defaults.2.3.2 NPN/PNP Jumper SW1Fig. 2-5: NPN/PNP jumper SW1The factory default for the jumper is NPN (Jumper contact at 1-3,4-6).The jumper SW1 determines:1.The internal 24 V power supply or an external 24 V power supply is usedfor the inputs.2.The inputs are activated by connection of 24 V to an input (PNP / active in-put) or connection of 0 V to an input (NPN / passive input).Modes and signal inputs:The jumper SW1 can switch between 0 V (NPN / passive input) and +24 V (PNP / active input) inputs, respective external +24 V power supply is also available, which improves the flexibility of signal input mode.2.3.3Encoder Signal SelectionDefault position:1-2Fig. 2-6: Encoder signal selection jumper JP5Encoder input signals are set by jumper JP5:Position 1-2: 5 V encoder power supply is provided by PGP2.Position 2-3: 12 V encoder power supply is provided by PGP2.Tab. 2-5: Encoder wiring descriptionFig. 2-7: Encoder wiring 1 (6)Fig. 2-8: Encoder wiring 7 (12)Electric Installation2.3.4 Encoder AdapterThe Function of Encoder AdapterThe encoder adapter is used to improve the precision of speed sampling when +12 V or +24 V supply voltage is used for the encoder, no matter internal or ex-ternal supply.Encoder Adapter DimensionsEncoder Adapter TerminalsFig. 2-10: Encoder adapter IN and OUT terminalsOUT (Used to connect with CPU board of the frequency converter)Tab. 2-6: Encoder adapter IN and OUT terminals descriptionSwitches down (by default)Supports 24 V power supply, corresponding to PGP1-COMSwitches up Supports 12 V power supply, corresponding to PGP2-COM Fig. 2-11: Encoder adapter DIP terminalsElectric Installation2.3.5 Control circuit terminals (Description/function)Control circuit terminals figureFig. 2-12:Control circuit terminals_1Fig. 2-13:Control circuit terminals_2Fig. 2-14: Control circuit terminals_3Electric InstallationElectric InstallationControl circuit terminals descriptionTab. 2-7: Control circuit terminals descriptionBefore switching on the frequency converter, the removed contact covers and case front have to be refitted.Electric Installation3 Parameter Settings3.1 Operating PanelWhen setting parameters, the integrated operating panel is used for all naviga-tion, data input and modification and to display all operating parameters and pa-rameter values. The diagram below shows the operating panel and the functionof the individual operating elements.Fig. 3-1: Fv operating panel3.2 Start-upThe diagram below shows the standard start-up procedure for the frequency converter.●White boxes: check whether all the work listed has been performed correctly before beginning the start-up●Light grey boxes: start-up (described on the following pages)●Dark grey boxes: to prevent damage, proceed as is described after the start-upParameter SettingsParameter SettingsFig. 3-2: Start-up procedureParameter Settings3.3 Operating DescriptionsNavigation and parameter settings3.3.1 ArrayOperation mode descriptionFig. 3-3:3.4 Parameters3.4.1 Description of Attribute Symbols in Parameter TablesTab. 3-1: Parameter attributes and descriptionsCode: means function / parameter code, written in bx.xx, Sx.xx,Ex.xx and Hx.xx.Value of function / parameter code: written in [bx.xx], [Sx.xx],[Ex.xx] and [Hx.xx].Default: values that correspond to the factory default upon initializa-tion at 50 Hz.Attrb.: means attribute.3.4.2 Quick Start ParametersAccess & motor nameplate parametersParameter SettingsParameter SettingsStart-up parametersE0.09 setting range:0: k1 × VR11: k2 × VR22: k3 × (+I)3: k1 × VR1 + k2 × VR24: k1 × VR1 + k3 × (+I)5: k2 × VR2 + k3 × (+I)6: k1 × VR1 (only valid for -10...+10 V forward / reverse control) 7: k4 × VR3Bosch Rexroth AGParameter Settings Input / Output terminal functionsDOK-RCON02-FV*********-IN03-EN-P27/35Bosch Rexroth AGParameter SettingsE0.00...E0.08 setting range:0: Inactive (allows multiple selection)1: Multi-speed control 12: Multi-speed control 23: Multi-speed control 34: Multi-speed control 45: Acceleration/deceleration time 16: Acceleration/deceleration time 27: 3-wire control8: Freewheel to stop9: Frequency increment Up10: Frequency decrement Down11: Set frequency to 012: Reserved13: Activate shutdown DC brake14: Switch between operating panel and digital inputs control15: Logic control deactivated16: Logic control paused17: Switch between speed and torque control18: Switch between VR1 analog reference and +I analog reference19: External error N.O. contact input20: External error N.C. contact input21: External Reset input22: Activate communication control23: Torque limit set by VR1 enabled24: Torque limit set by VR2 enabled25: Forward jogging26: Reverse jogging27: Process PID deactivated28: Speed limit set by VR1 enabled29: Speed limit set by VR2 enabledE1.00...E1.02 setting range:0: Frequency converter is ready to run1: Frequency converter is running2: DC brake active28/35DOK-RCON02-FV*********-IN03-EN-P3: Frequency converter runs at zero speed4. Frequency/speed arrival signal5. Frequency level detection signal (FDT1)6. Frequency level detection signal (FDT2)7: Logic control phase completed8: 8: Under voltage stop9: Frequency converter over load pre-warning 1 10: Motor over load pre-warning11: Over torque12: Frequency converter in error13: Error auto reset signal output14: Frequency converter over load pre-warning 2Bosch Rexroth AG Parameter SettingsDOK-RCON02-FV*********-IN03-EN-P29/35Bosch Rexroth AGParameter SettingsError message and diagnosis0: No error record1: Over current at constant speed (O.C.-1)2: Over current during acceleration (O.C.-2)3: Over current during deceleration (O.C.-3)4: Over voltage at constant speed (O.E.-1)5: Over voltage during acceleration (O.E.-2)6: Over voltage during deceleration (O.E.-3)7: Frequency converter over load (O.L.-1)8: Motor over load (O.L.-2); 9: CPU read/write error (R.E.)10: Operating panel read/write error (KEY-)11: External device error (E.-St)12: Communication error (R.S.)13: Circuit disconnection (C.F.)14: Pulse encoder speed detection error (PULS)15: Motor overheat (M.O.H.); 16: EMI error (CPU-)17: Short circuit (S.C.) ;18: Reserved19: L1, L2, L3 input phase loss (IPH.L)20: U, V, W output phase loss (OPH.L)21: Frequency converter overheat (C.O.H.)22: Parameter setting error (PRSE)23: Parameter auto-tuning error (TUNE)24: Frequency converter over load pre-warning 2 (O.L.-3)30/35DOK-RCON02-FV*********-IN03-EN-PBosch Rexroth AGError Indication 4 Error IndicationDOK-RCON02-FV*********-IN03-EN-P31/35Bosch Rexroth AGError Indication32/35DOK-RCON02-FV*********-IN03-EN-PBosch Rexroth AGError IndicationDOK-RCON02-FV*********-IN03-EN-P33/35Bosch Rexroth AGError IndicationTab. 4-1: Error types and solutions34/35DOK-RCON02-FV*********-IN03-EN-PBosch Rexroth AG NotesDOK-RCON02-FV*********-IN03-EN-PBosch Rexroth (Xi’an)Electric Drives and Controls Co., Ltd.No. 3999, Shangji Road,Economic and Technological Development Zone, 710021 Xi’an, P.R. China Phone +49 9352 40 5060Fax +49 9352 18 4941***************************。

Electronic Flow VerificationAre you sure the pump is actually pumping?Empty chemical tank, clogged injection fitting, lost prime, an other problems can prevent a metering pump from actually injecting chemical - even though the pump is in good working order.MICRO-FLOFLOW VERIFICATION SYSTEM (FVS)INSTRUCTION MANUAL5300 Business Drive Huntington Beach, CA 92649USAPhone: 714-893-8529 FAX: 714-894-9492E mail:********************or **************************Website: Installation GuidelineA-100NV Peristaltic PumpThe Micro Flow FVS can be connected directly to manyBlue-White injector pumps (see table below). The sensor will verify that chemical injection has actually occurred.The pumps sophisticated electronics continuously monitor the sensor. If chemical should fail to inject, the pump will stop and an alarm relay will close - allowing for remote alarm indication and/or initiation of a back-up injector pump.Recommended sensor mounting locations differ from diaphragm pump to peristaltic pump.Diaphragm pump installation; the sensor should be mounted on the discharge (outlet) side of thepumphead. The sensor can be mounted directly on the pumphead or anywhere along the tubing on the discharge side of the pump.Peristaltic pump installation; the sensor should be mounted on the suction (inlet) side of the pumphead.Blue-White FVS compatible metering pumps:* Pump Shut-Down Time = If chemical should fail to inject in the amount of time specified, the pump will automatically shut-down, also triggering an alarm relay.Installation OptionsThe Micro Flow FVS (Flow Verification Sensor) is designed to give you many installation options.The sensor can be installed:!Directly on the pumphead of a Blue-White pump (see next page).!Anywhere on the discharge side of a diaphragm pump.!Anywhere on the suction side of a peristaltic pump.The wiring for the sensor can be connected directly to a Blue-White pump. The pump will stop pumping if the sensor detects no flow. A relay will then close allowing for remote alarm indication or initiation of a back-up injector pump.Wiring DiagramFoot StrainerStrainer AdapterStrainer BodyScreen StrainerPart Number C-340XExploded ViewYour flow verification sensorpackage includes a Foot Strainer (see diagram below). This strainer will prevent any small particles from entering and clogging the Micro Body. Diaphragm pumps will require a strainer and a check valve. The part number for the strainer that includes a check valve is C-340A. Blue-White peristaltic pumps do not require a check valve.Sensor+_Red0v dc(True digital Square-wave output)+5v dc BareBlack (Ground)Sensor connections:Input voltage (vdc) 8 to 28 vdcOutput voltage (v) “high state” 4 80 v dc min (5 vdc normal)Output voltage (v) “low state” 0 2v dc max+ 5 Vdc (signal output)8 to 28 Vdc (Positive)K-Factors (pulses per fluid volume)Useful formulas 60 / K = rate scale factorrate scale factor x Hz = flow rate in volume per minute 1 / K = total scale factortotal scale factor x n pulses = total volumeTemperature vs. PressurePressure and TemperaturePSIg / BARTemperaturePressure and temperature limits are inversely proportional. At the maximum suggested pressure the tempera-ture should approach 70°F / 21.1°C. At the maximum suggested temperature the pressure should approach zero psi. We cannot guarantee our flowmeters will not be damaged either at or below the suggested limits simply because of many factors which influence meter integrity; stress resulting from meter misalignment, damage due to excessive vibration and/or deterioration caused by contact with certain chemicals as well as direct sunlight. These situations and others tend to reduce the strength of the materials from which the meters are manufactured.Although meters may be suitable for other chemicals, Blue-White cannot guarantee their suitability. It is the responsibility of the user to determine the suitability of the flowmeter in their application.Application NoteExploded View and Parts ListNOTE: The “Exploded View” drawing illustrates assembly of the FVS (Flow Verification Sensor) If your FVS needs to be cleaned refer to this drawing when reassembling the unit.Item Description Catalog number Quantity1. Micro-Body .031 30-300ml/min 76001-705 1.062 100-1000ml/min 76001-301.093 200-2000ml/min 76001-302.125 300-3000ml/min 76001-706.156 500-5000ml/min 76001-304.187 700-7000ml/min 76001-3052. Tubing, PVC 76001-299 23. O-Ring, Viton 90003-012 24. Adapter .250” F/NPT, PVC 76000-137 2Adapter .125” F/NPT, PVC 76000-456Adapter .375” Tubing Connection, PVDF 90002-038Adapter .250” Tubing Connection, PVDF 90002-042Adapter .500” ID Hose Barb, PVC 76001-360Adapter .500” F/NPT, PVC 76001-359Adapter .500” M/NPT, PVC 76001-3585. Tube Nut 90002-305 26. Sensor Assembly 71010-182 17. Screws, SS 90011-113 28. Screws, SS 90011-190 49. Lens Cap, PVDF 90002-228 110. Axel, PVDF 90007-592 111. Paddle, PVDF 90002-229 112. O-Rng, FKM 90003-143 113. Screws, #4x.50 Phil Blk 90011-178 2URL: E-mail:**************************************************Phone: 714-893-8529 Fax: 714-894-0149BLUE-WHITE LIMITED WARRANTYYour Blue-White product is a quality product and is warranted for a specific time from date of purchase (proof of purchase is required). The product will be repaired or replaced at our discretion. Failure must have occurred due to defect in material or workmanship and not as a result of operation of the product other than in normal operation as defined in the product manual. Warranty status is determined by the product's serial label and the sales invoice or receipt. The serial label must be on the product and legible. The warranty status of the product will be verified by Blue-White or a factory authorized service center.Variable Area and Digital Flow meters are warranted for 1 year from date of purchase (proof of purchase is required). The flow meter will be repaired or replaced at our discretion. The S6A ultrasonic flow meter is warranted for 2 years from date of purchase (proof of purchase is required). The flow meter will be repaired or replaced at our discretion.WHAT IS NOT COVERED• Freight to the factory, or service center.• Products that have been tampered with, or in pieces.• Damage resulting from misuse, carelessness such as chemical spills on the enclosure, abuse, lack of maintenance, or alteration which is out of our control.• Damage by faulty wiring, power surges or acts of nature.• Damage that occurs as a result of: meter misalignment, improper installation, over tightening, use of non- recommended chemicals, use of non-reccomended adhesives or pipe dopes, excessive heat or pressure, or allowing the meter to support the weight of related piping.BLUE-WHITE does not assume responsibility for any loss, damage, or expense directly or indirectly related to or arising out of the use of its products. Failure must have occurred due to defect in material or workmanship and not as a result of operation of the product other than in normal operation as defined in the manual.Warranty status is determined by the product's serial label and the sales invoice or receipt. The serial label must be on the product and legible. The warranty status will be verified by Blue-White or a factory authorized service center.PROCEDURE FOR IN WARRANTY REPAIRWarranty service must be performed by the factory or an authorized service center. Contact the factory or local repair center to obtain a RMA (Return Material Authorization) number. It is recommended to include foot strainer and injection/check valve fitting since these devices may be clogged and part of the problem. Decontaminate, dry, and carefully pack the product to be repaired. Please enclose a brief description of the problem and proof of purchase. Prepay all shipping and insurance cost. COD shipments will not be accepted. Damage caused by improper packaging is the responsibility of the sender. When In-Warranty repair is completed, the factory pays for return shipping to the dealer or customer.PRODUCT USE WARNINGBlue-White products are manufactured to meet the highest quality standards in the industry. Each product instruction manual includes a description of the associated product warranty and provides the user with important safety information. Purchasers, installers, and operators of Blue-White products should take the time to inform themselves about the safe operation of these products. In addition, Customers are expected to do their own due diligence regarding which products and materials are best suited for their intended applications. BLUE-WHITE is pleased to assist in this effort but does not guarantee the suitability of any particular product for any specific application as Blue-White does not have the same degree of familiarity with the application that the customer/end user has. While BLUE-WHITE will honor all of its product warranties according to their terms and conditions, Blue-White shall only be obligated to repair or replace its defective parts or products in accordance with the associated product warranties.BLUE-WHITE SHALL NOT BE LIABLE EITHER IN TORT OR IN CONTRACT FOR ANY LOSS OR DAMAGE WHETHER DIRECT, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL, ARISING OUT OF OR RELATED TO THE FAILURE OF ANY OF ITS PARTS OR PRODUCTS OR OF THEIR NONSUITABILITY FOR A GIVEN PURPOSE OR APPLICATION.CHEMICAL RESISTANCE WARNINGBLUE-WHITE offers a wide variety of wetted parts. Purchasers, installers, and operators of Blue-White products must be well informed and aware of the precautions to be taken when injecting or measuring various chemicals, especially those considered to be irritants, contaminants or hazardous. Customers are expected to do their own due diligence regarding which products and materials are best suited for their applications, particularly as it may relate to the potential effects of certain chemicals on Blue-White products and the potential for adverse chemical interactions. Blue-White tests its products with water only. The chemical resistance information included in this instruction manual was supplied to BLUE-WHITE by reputable sources, but Blue-White is not able to vouch for the accuracy or completeness thereof. While BLUE-WHITE will honor all of its product warranties according to their terms and conditions, Blue-White shall only be obligated to repair or replace its defective parts or products in accordance with the associated product warranties.BLUE-WHITE SHALL NOT BE LIABLE EITHER IN TORT OR IN CONTRACT FOR ANY LOSS OR DAMAGE, WHETHER DIRECT, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL, ARISING OUT OF OR RELATED TO THE USE OF CHEMICALS IN CONNECTION WITH ANY BLUE-WHITE PRODUCTS.Users of electrical and electronic equipment (EEE) with the WEEE marking per Annex IV of the WEEE Directive must not dispose of end of life EEE as unsorted municipal waste, but use the collection framework available to them for the return, recycle, recovery of WEEE and minimize any potential effects of EEE on the environment and human health due to the presence of hazardous substances. The WEEE marking applies only to countries within the European Union (EU) and Norway. Appliances are labeled in accordance with European Directive 2002/96/EC. Contact your local waste recovery agency for a Designated Collection Facility in your area.80000-402 REV.7 20230321。

FVCOM使用手册
FVCOM是一个强大的海洋环流模型，可用于模拟和研究海洋环流、潮汐、海啸、风暴潮和海岸侵蚀等现象。

为了正确使用FVCOM，需要遵循以下步骤：
1、安装FVCOM
首先，需要下载并安装FVCOM。

可以在FVCOM的官方网站或开源代码库上下载最新版本的FVCOM。

安装过程可能因操作系统而异，需要遵循安装指南进行操作。

2、准备输入文件
FVCOM需要一系列输入文件来运行模拟。

这些文件包括地理信息文件、初始条件文件、边界条件文件和模型参数文件等。

在使用FVCOM之前，需要准备这些输入文件，并根据实际情况进行适当的设置。

3、编译FVCOM
FVCOM需要在编译后才能运行。

可以使用Makefile或其他编译工具进行编译。

在编译过程中，需要根据实际情况设置编译选项，以确保FVCOM能够正常运行。

4、运行FVCOM
一旦完成了输入文件和编译，就可以运行FVCOM了。

可以使用命令行
界面或脚本文件来运行FVCOM。

在运行过程中，需要指定输入文件的位置和输出文件的路径等参数。

5、分析输出结果
FVCOM会产生一系列输出文件，包括模拟结果、误差分析、诊断信息等。

可以使用FVCOM自带的后处理工具或第三方的数据分析软件来分析输出结果。

在分析过程中，需要选择适当的分析方法，并根据实际情况进行数据处理和分析。

总之，使用FVCOM需要遵循以上步骤，并根据实际情况进行适当的设置和调整。

建议在使用FVCOM之前仔细阅读用户手册和相关文献，以便更好地理解和使用该模型。

产品型号： CAM‐CUE2【倒车盒】FAN‐CUE2【安卓一体机】这个解码器/安卓一体机能够给CUE2的GM 系列车型【界面和主机分别如左图和上方图表示】，添加倒车/导航/360图像。

适合车型【CUE2的产品】：兼容凯迪拉克及进口凯迪拉克18-19款凯迪拉克CT6、ATS、XT4 以及18-19款GMC SIERRA、GMC TERRAIN、雪佛兰Blazer 等车型。

本接口盒可以向以上车型提供倒车影像轨迹、3D-360度环视、夜视仪、DVR 功能 、实时路况、智能双向手机互联 、高清导航等 。

保留原车所有功能，所有插头都是对接，安装简单可靠。

● 插头采用专用接头，在主机后方进行对插转接，产品稳定，画质清晰；切换的过程稳定而且快速，没有延时和屏幕抖动。

● 连接360的时候，自动产生倒车信号，轨迹线信号，用户不需要单独接倒车灯线； ● 内置的安卓导航一体机能够提供实时路况，主动规避拥堵路线。

利用原车的触摸屏进行操作。

● 触摸原车屏幕左上角进行通道切换，不同视频通道之间切换平滑稳定。

FV-CUE2专用倒车盒/安卓一体机安装使用说明书_V20181114CUE2CUE2CUE2的特点是显示后都采用这样的插座。

显示对于采用CUE‐1的GM 车型：【2013~2018，凯迪拉克，雪佛兰，别克等】采用如下解码器对应：1. 京乐驰的FV_GM_CUE2016可以进行图像接入， 无论是10寸【比如CT6，分辨率1280x720】，7寸还是8寸 【XTS ，分辨率800x480】。

FAN_GM_CUE2016，FV_GM_CUE2016的产品外观如下，视频LVDS 在主机后转接。

电源线在主机后转接。

它们安装到中期改款的CUE‐1，需要更换2根线【LVDS 和电源】：2.对于采用4.3寸CUE1的车型，京乐驰的FV‐Cadillac2013可以进行图像接入， 它也支持所有的7寸屏【800x480】，不同点是：1)FV‐Cadillac2013支持所有4.3寸凯迪拉克，雪佛兰，别克显示屏，但是不支持10寸【1280x720分辨率】的CT6. FV_GM_CUE2016支持所有的7寸和8寸显示屏以及高清的10寸屏，但是不支持4.3寸屏。

富士通fv200说明书富士通fv200使用前务必阅读本注意事项:安全使用注意事项:确保正确使用相机。

请在使用前仔细阅读您的用户手册特别是以下安全须知。

阅读完安全须知后，请将其妥善保存。

该文档使用下述图标表示忽略图标警告信息和操作错误可能造成的严重后果。

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)实心圆形加一惊叹号表示用户必须执行的操作“必须操作”)。

警告拔出电源插头勿在浴室使用,请勿拆卸相机若发生故障，请关闭相机，取出电池或拔下交流电源适配器的插头。

在相机冒烟散发异味或出现其它异常情况时，如果继续使用，可能导致火灾或触电。

请与FUJIFILM销售代理商联系。

不要让水或异物进入相机。

若水或异物进入相机，请关闭相机，取出电池或拔下交流电源适配器的插头。

若仍继续使用相机，则可能导致火灾或触电。

请与FUJIFILM销售代理商联系。

不要在浴室使用相机，否则可能导致火灾或触电。

请勿擅自改装或拆卸相机。

(切勿打开外壳。

)如果相机摔落或外壳受到损坏，请勿继续使用，否则可能导致火灾或触电。

请与FUJIFILM 销售代理商联系。

请勿改装、加热、过分拧扭或搜拉连接电线，也不要将重物压在连接电线上，否则可能损坏电线，导致火灾或触电。

若电线出现损坏，请与FUJIFILM销售代理商联系。

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切勿在运动中拍照。

行走或驾驶汽车时.请勿使用相机。

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安装电池时，请按照指示进行操作。

傅立叶商务收银系统用户使用手册傅立叶科技翼机通系统Flying ver1.8目录第一章系统概述 (4)1。

1系统功能简介 (5)1。

2系统特点优点 (5)第二章系统应用前准备 (7)2.1系统网络结构 (7)2。

2系统硬件配置 (7)2。

3系统软件平台 (7)2。

4系统设置流程 (8)2。

5正式登录系统 (9)第三章营业设置 (10)3。

1身份设置 (10)3。

1。

1身份设置信息查看 (10)3。

1。

2身份设置信息修改 (11)3.2品种编码设置 (12)操作步骤： (12)3。

3单键设置 (15)3。

2.4。

增加单键设置 (15)3.2.5。

修改单键设置 (17)3.2.6.删除单键设置 (17)3.2终端机设置 (17)3.4。

1.查看终端机设置 (18)3.4。

2.增加终端机 (18)3。

4.3。

修改终端机设置 (19)3。

4.4.删除终端机 (19)3.3营业班次设置 (20)3.5。

1。

查看营业班次设置 (20)3。

5。

2。

.......................................................................................................................修改营业班次设置21第四章营业控制 (24)4。

1消费机通讯 (24)4.2班次及流水监控 (25)第五章营业报表 (27)5.1班次报表 (27)5.2终端报表 (27)5.3班次终端报表 (28)第六章辅助功能 (31)6。

1系统临时锁定 ......................................................................................................... 错误!未定义书签。

6。

2重设连接参数 ......................................................................................................... 错误!未定义书签。

激光共聚焦显微镜F V中文说明书HEN system office room 【HEN16H-HENS2AHENS8Q8-HENH1688】激光共聚焦显微镜FV1000(倒置显微镜IX81) 简易使用说明书开启系统1.打开计算机.2.打开激光器.(打开钥匙开关.) 2-1.多线氩离子 (458 nm, 488 nm, 514 nm) ON2-2氦氖绿 (543 nm) ON 2-3氦氖红 (633 nm) ON 3.打开汞灯电源开关. 4.登陆 Windows XP 系统. User ID: Administrator Password: fluoview5.双击快捷方式：User ID: Administrator Password: Administrator* 系统软件的启动需要等待一定时间.5231显微镜镜下观察微分干涉差观察1.使用手控面板选择物镜.(参照Memo.)2.插入起偏镜.3.插入微分干涉滑块.4.点击FV10-ASW 软件中的图标.Note1:使用TD 滑块控制卤素灯的光强；Note2:检查滤色片转盘的位置是否为“”，如果不是，用手柄按下DICT 图标 5.标本聚焦显微镜镜下观察荧光观察*DIC 元件124手控面板用此旋钮进行微分干涉法对比度的调节 .Memo按照 7-1 的操作转换物镜的倍率之后，对： ●物镜 ●各物镜对应的 D IC 元件 * 进行操作 .1.使用手控面板选择物镜.2.点击FV10-ASW 软件中的图标.3.使用手控面板选择荧光滤色片.(参照Memo.)4.标本聚焦.123Hand switchNote 2Notes 1 & 3Memo关于荧光滤色片NIBA ： 蓝色激发 / 绿色荧光 （例： FITC 、 EGFP 等） WIG ： 绿色激发 / 红色 荧光 （例： Rhodamine 、 DsRed 等）扫描模式扫描速激光输出的调节明场观察( 显微镜镜下观察 )荧光观察( 显微镜镜下观察 )扫描的按钮 选择 XYZ,XYT 或 X YL 每个通道的调节 共聚焦的孔径大小 卤素灯的光强调节 Kalman 方式染料选择 光路图 取图条件的保存 调出取图条件TwinScanner 设定图像的拇指索引图像显示窗口内存中所显示的文件Lambda 扫描的设定物镜 聚焦时间间隔和时间计数( 用于 XYT或 X T 扫描 ) λ 扫描带宽选择获取单张图像（XY平面）（荧光图像）例：绿色荧光染色（FITC）1.点击FV10-ASW软件中的按钮关闭汞灯快门 .同时, 点击按钮关闭卤素灯快门.2.点击染料选择按钮. 在染料列表中, 双击用于观察的荧光染料.*取消当前荧光染料，选择另外荧光染料，要双击已指定的荧光染料，并重复步骤2.3.点击Apply按钮.(关闭染料选择面板可以用Close按钮.)123染料选择后的显示界面Memo扫描控制面板: 连续扫描 : 停止 扫描: 快速扫描 ( 隔行扫描 )4564. 点击 X Y Repeat 按钮开始扫描 .5. 调节绿色 FITC ) ( 图像 .( 图像调节的略述如下 .更多的信息 ,参照附录 1.) 6. 点击 S top 按钮停止扫描 .(参照 Memo .[1探测器的灵敏度调节 HV ( )[2共聚焦的孔径大小调节 ( . ) [3激光输出的调节 ( Laser ) [1[2[3调节方法 ( 例 : HV 调节 ) :点击滑块 , HV 直接提高 ( 或降低 ) 到指定的 位置 .点击此按钮 或者使用鼠标转轮进行 微调 .图像调节略述7.选择AutoHV, 并选择扫描速度.* 随着扫描速度变慢, 在保持同等亮度的前提下, 背景噪音就会消除.(也可以使用Kalman accumulation 方式. 更多的信息，参照附录2.)8.点击XY 按钮取得一幅图像.9.点击SeriesDone 按钮, “2D View - LiveImage(x)” 2D 界面就出现.10.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像.(保存为“xml”类型是 FV10-ASW 软件专用的图像格式.)78910MemoFV10-ASW 专用的图形格式OIF 格式 :创建 “ 一个含 (16- bit TIFF ) 的图像 ” 和 “ 一个附属 文件 ,不能单独分割 .OIB 格式 : 创建单个的 O IF 格式的文件 , 方便进行移动和进 行其它的操作 .1.点击FV10-ASW 软件中的按钮关闭汞灯快门 . 同时, 点击按钮关闭卤素灯快门.2.点击染料选择按钮. 在染料列表中, 双击用于观察的荧光染料.*取消当前荧光染料，选择另外荧光染料，要双击已指定的荧光染料，并重复步骤2.3.点击Apply 按钮. (关闭染料选择面板可以用Close 按钮.)同步扫描 123染料选择后的显示界面44. 点击 X Y Repeat 按钮开始扫描 .5. 调节绿色 Alexa ( Fluor 488) 图像和红色( Alexa Fluor 546) 图像 .( 图像调节的略述如下 .更多的信息 ,参照附录 1.) 6. 点击 S top 按钮停止扫描 .(参照 Memo .56Memo扫描控制面板: 连续扫描 : 停止 扫描: 快速扫描 ( 隔行扫描 )[1探测器的灵敏度调节 ( HV )[2共聚焦的孔径大小调节 ) ( . [3激光输出的调节 ( Laser) [1[2[3调节方法 ( 例 : HV 调节 ) :点击滑块 , HV 直接提高 ( 或降低 ) 到指定的 位置 .点击此按钮 或者使用鼠标转轮进行 微调 .图像调节略述7.选择AutoHV, 并选择扫描速度.* 随着扫描速度变慢, 在保持同等亮度的前提下,背景噪音就会消除.(也可以使用Kalman accumulation 方式. 更多的信息，参照附录2.)8.点击XY 按钮取得一幅图像.9.点击SeriesDone 按钮, “2D View - LiveImage(x)” 2D 界面就出现.10.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像.(保存为“xml”类型是 FV10-ASW 软件专用的图像格式.)获取单张图像（XY 平面）（荧光图像）78910MemoFV10-ASW 专用的图形格式OIF 格式 : 创建 “ 一个含 (16- bit TIFF ) 的图像 ” 和 “ 一个附属 文件 ,不能单独分割 . OIB 格式 : 创建单个的 O IF 格式的文件 , 方便进行移动和进 行其它的操作 .例：绿色荧光（ Alexa 488 ）＋红色荧光（Alexa 546 ）二重染色序列扫描 (这里介绍线序列扫描.)1.点击FV10-ASW 软件中的按钮关闭汞灯快门 . 同时, 点击按钮关闭卤素灯快门.2.点击染料选择按钮. 在染料列表中, 双击用于观察的荧光染料.*取消当前荧光染料，选择另外荧光染料，要双击已指定的荧光染料，并重复步骤2.3.点击Apply 按钮.(关闭染料选择面板可以用Close 按钮.)123染料选择后的显示界面4 5 6 74.点击序列扫描,并选择线序列方式.5.点击X Y Repeat按钮开始扫描.6.调节绿色(Alexa Fluor488)图像和红色(Alexa Fluor546)图像.(图像调节的略述如下.更多的信息,参照附录1.)7.点击S top按钮停止扫描.(参照Memo.[1探测器的灵敏度调节(HV)[2共聚焦的孔径大小调节)(.[3激光输出的调节Laser)([1[2[3调节方法(例: HV调节):点击滑块, HV直接提高(或降低)到指定的位置.点击此按钮或者使用鼠标转轮进行微调.图像调节略述8.选择AutoHV, 并选择扫描速度.* 随着扫描速度变慢, 在保持同等亮度的前提下,背景噪音就会消除.(也可以使用Kalman accumulation 方式. 更多的信息，参照附录2.)9.点击XY 按钮取得一幅图像.10点击SeriesDone 按钮, “2D View - LiveImage(x)” 2D 界面就出现.11.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像.(保存为“xml”类型是 FV10-ASW 软件专用的图像格式.)891011MemoFV10-ASW 专用的图形格式OIF 格式 :创建 “ 一个含 (16- bit TIFF ) 的图像 ” 和 “ 一个附属 文件 ,不能单独分割 . OIB 格式 : 创建单个的 O IF 格式的文件 , 方便进行移动和进 行其它的操作 .(XY 平面-单标+微分干涉差)1. 点击FV10-ASW 软件中的按钮关闭汞灯快门 . 同时, 点击按钮关闭卤素灯快门.2.点击染料选择按钮. 在染料列表中, 双击用于观察的荧光染料.*取消当前荧光染料，选择另外荧光染料，要双击已指定的荧光染料，并重复步骤2.3.点击Apply 按钮.(关闭染料选择面板可以用Close 按钮.)4.选择TD1.1234(XY平面-单标+微分干涉差)5 5.点击X Y Repeat按钮开始扫描.6.调节绿色()FITC图像和微分干涉差的图像.(图像调节的略述如下.更多的信息,参照附录1.)7.点击S top按钮停止扫描.(参照Memo.67Memo扫描控制面板:连续扫描:停止扫描:快速扫描(隔行扫描)[1探测器的灵敏度调节(HV)[2共聚焦的孔径大小调节.)([3激光输出的调节(Laser)[1[2[3调节方法(例: HV调节):点击滑块, HV直接提高(或降低)到指定的位置.点击此按钮或者使用鼠标转轮进行微调.图像调节略述(XY 平面-单标+微分干涉差)8. 选择AutoHV, 并选择扫描速度.* 随着扫描速度变慢, 在保持同等亮度的前提下, 背景噪音就会消除.(也可以使用Kalman accumulation 方式. 更多的信息，参照附录2.)9.点击XY 按钮取得一幅图像.10.点击SeriesDone 按钮, “2D View - LiveImage(x)” 2D 界面就出现.11.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像.(保存为“xml”类型是 FV10-ASW 软件专用的图像格式.) 891011MemoFV10-ASW 专用的图形格式OIF 格式 : 创建 “ 一个含 (16- bit TIFF ) 的图像 ” 和 “ 一个附属 文件 ,不能单独分割 . OIB 格式 : 创建单个的 O IF 格式的文件 , 方便进行移动和进 行其它的操作 .1.采用13和14页步骤1到7. 确定Z 轴的上限和下限如下.2.输入StepSize 大小(点击OP 按钮可以使用推荐的值), 并选择 .3.点击XY Repeat 按钮开始扫描.4.点击按钮上移焦点位置.(参照Memo.)5.当图像显示到达上限时, 点击Set 按钮确定. 6.点击按钮下移焦点位置.(参照Memo.)7.当图像显示到达下限时, 点击Set 按钮确定.8.点击Stop 按钮停止扫描.和和1456728Memo和按钮: 点击移动 μ m. : 点击移动μ m.9.选择AutoHV, 并选择扫描速度.* 随着扫描速度变慢, 在保持同等亮度的前提下, 背景噪音就会消除.(也可以使用Kalman accumulation 方式.更多的信息，参照附录2.)10.选择Depth 按钮. 11.点击XYZ 按钮取得图像.12.点击SeriesDone 按钮, “2D View - LiveImage(x)” 2D 界面就出现.13.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像.(保存为“xml”类型是 FV10-ASW 软件专用的图像格式.)910111213MemoFV10-ASW 专用的图形格式OIF 格式 : 创建 “ 一个含 (16- bit TIFF ) 的图像 ” 和 “ 一个附属 文件 ,不能单独分割 .OIB 格式 : 创建单个的 O IF 格式的文件 , 方便进行移动和进 行其它的操作 .*可以通过调用扫描状态来实现该设置. 更多的信息, 参照附录5.绿色荧光 -1)YOYO ( 双标 1231.点击 F V10-ASW 软件中的按钮 关闭汞灯快门 . 同时 , 点击按钮 关闭卤素灯快门 . 2.点击按钮检查光路 .3.做如下设置 .选择 BS20/80 或DM405/488.选择 488 nm 作为 激发光源 .选择 Mirror.只选择 C HS1.4.点击按钮 , 出现光谱设置窗口.5.设置CHS1光谱带宽为10 nm, 以此为例.(参照附录4关于改变光谱带宽的方法.)6.点击XY Repeat 按钮开始扫描.7.在观察图像的同时, 移动光谱带到图像 最亮的位置状态.(参照附录4关于改变光谱带宽的方法.)注: 移动光谱带位置要保持光谱带宽为10 nm 不变.8.调节图像.(参照附录1.)9.点击Stop 按钮停止扫描.10选择AutoHV, 并选择扫描速度.* 随着扫描速度变慢, 在保持同等亮度的前提下,4567101112131514背景噪音就会消除.(也可以使用Kalman accumulation方式. 更多的信息，参照附录2.)11设定要扫描的波长范围, 光谱带宽和步距. Start = 开始波长End = 结束波长Resolution = 光谱带宽StepSize = 步距12选择Lambda按钮.13点击XYL按钮取得图像.14点击SeriesDone按钮, “2DViewLiveImage(x)” 2D界面就出现.15.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像..(保存为“oib” 和"oif"类型是 FV10-ASW软件专用的图像格式.)1. 双击资源管理器中要选择打开的文件.显示状态的切换1:1显示 帧的播放选择结束帧投影的切换3 D 重建 放大调整窗口的大小动画 播放速度选择开始帧文本 不同形状的 ROI 区域Ch1 display Ch2 display点击按钮 转换显示模式1.点击按钮并选择.2.要保存此图像, 右击此图像, 选择SaveDisplay并命名.(比例尺的使用)121.点击按钮 .2.点击图像的同时, 拖放此比例尺到一个特定的位置.3.点击手柄的左端或右端, 移动鼠标. 改变比例尺的大小4.选择比例尺并右击选择属性的设置.5.设置具体的比例尺属性. 改变文本, 颜色, 字体等.12345(3D 图像的重建)以一定的角度观察3D 图像1.点击按钮 .2.创建3D 图像.3.拖动鼠标以一定的角度观察图像. → 要保存此图像, 进行下一页第6步的操作.观察3D 图像的某个横截面4.点击按钮并选定.5.拖动鼠标观察某个垂直横断面.→ 要保存此图像, 进行下一页第6步的操作.134 5(3D 图像的重建保存上一页中第3、5选项的图像6.点击按钮.7.会创建一个2D 图像 (带文件名).8.保存该幅图像:右击图像管理器中显示的图像图标，选择另存为保存该幅图像.(保存为“xml”类型是 FV10-ASW 软件专用的68MemoFV10-ASW 专用的图形格式OIF 格式 : 创建 “ 一个含 (16- bit TIFF ) 的图像 ” 和 “ 一个附属 文件 ,不能单独分割 .OIB 格式 : 创建单个的 O IF 格式的文件 , 方便进行移动和进 行其它的操作 .图1.点击按钮 .2.创建3D 图像.3.拖动鼠标以一定的角度观察图像.动画的播放4.点击并控制按钮实现图像围绕着 X-轴旋转. 再次点击停止旋转.点击并控制按钮实现图像围绕着 Y-轴旋转. 再次点击停止旋转.点击并控制按钮实现图像围绕着Z-轴旋转.再次点击停止旋转.134例:绿色荧光(Alexa Fluor 488)和绿色荧光 (YOYO-1)双标234例 : 绿色荧光 Alexa Fluor ( 488)和 绿色荧光 -1)( YOYO 双标 5 6Unmixed image此处显示分解光谱 的通道分配1. 打开一幅 Alexa Fluor 488 和 YOYO1双标的 X YL 图像 . 2. 分别为 Alexa Fluor 488 和 YOYO1 选 定一个封闭的区域 . 3. 从 P rocessing 下拉菜单中选择Spectral Deconvolution 图标 . 4. 双击 R OI1 和 R OI2 区域 .5. 检查处理类型设置为 “Normal” 并且点击 E xecute 按钮 . 6. 获得图像 .1. 打开一幅 Alexa Fluor 488单标取样的XYL 图像.2. 为 Alexa Fluor 488选定一个封闭的区域.3. 从Processing 下拉菜单中选择 Spectral Deconvolution 图标.4. 双击ROI1区域.5. 点击Save Profile 图标.6. 输入保存的名字并且点击OK 按钮将Alexa Fluor 488的光谱记载到数据库中.7. 对于YOYO1单标, 重复1-6步.4356记载的荧光光谱在此显示8.打开一幅 Alexa Fluor 488和 YOYO1双标的XYL 图像.9.从Processing 下拉菜单中选择 Spectral Deconvolution 图标.10.双击数据库中记载的 Alexa Fluor 488 和 YOYO1图标.11.检查处理类型设置为 “Normal”并且点击Execute 按钮.12获得图像.891011Unmixed image12此处显示分解光谱 的通道分配2345例 : 两种类型荧光标记的样品Unmixed image此处显示分解光谱 的通道分配1. 打开一幅具有两种类型荧光标记的XYL 图像 . 2. 从 P rocessing 下拉菜单中选择Spectral D econvolution 图标 . 3. 选中两个检查框用于计算 .(具有三种类型荧光标记时要选中 三个检查框 .4. 检查处理类型设置为 “Blind 并且 点击 E xecute 按钮 .5. 获得图像 .1.右击图像管理器中显示的图像图标, 选***************************************XY 或者XYZ 图像的每个通道存为 TIFF 格式的文件 XY 或者XYZ 通道合并的图像存为 TIFF 格式的文件带有比例尺的图像存为BMP 格式的文件动态图像存为AVI 格式的文件13保存到 CD-R1.插入一张CD-R 光盘.2.点击OK.3.选择文件并拖放到CD-R 的窗口.4.点击"Write these files to CD."5.点击Next.6.开始刻录.7.点击Finish 按钮结束.关闭系统2345761.选择File/Exit, 退出FV10-ASW 软件.2.退出Windows XP.(1)选择Start/Shut Down.(2)在Shut Down 窗口中, 选择Shut Down 并点击OK 按钮.3. 关闭激光器. (关闭钥匙开关.)3-1. 多线氩离子 (458 nm, 488 nm, 514 nm) OFF3-2. 氦氖绿 (543 nm) OFF 3-3. 氦氖红 (633 nm) OFF 4. 关闭汞灯电源.附录1共聚焦的原理和调节原理 附录2获取图像如何降低背景噪音1234降低扫描速度通过降低扫描速度探测器从开始检测就 忽略背景噪音 . 优点 :相比 K alman 方式 , 能够取到更锐的图 .缺点 :单次扫描的速度很慢 .1. 选择扫描速度 .**********************************************************************************Auto ON: 扫描速度变慢时 ,背景噪音被去 除而图像亮度不变 .Auto OFF: 扫描速度变慢时 ,背景噪音被去 除而图像亮度增加 .Kalman 方式通过重复获取一定数量的图像进行平均算法 运算处理 . 从而去除背景噪音和粗糙度 . 优点 :单次扫描的速度很快 . 缺点 :由于图像平均而图像模糊 .1. 点击 K alman 并选择 L ine 或 F rame 方式 .2. 输入累计数字 ( 扫描的次数 )。

第五章 变频器快速操作指南 20FV100系列通用变频器 用户手册5.2 变频器运行模式在后面各章节的内容中，将会多次提到描述变频器的控制、运行及状态的名词。

请仔细阅读本节内容，将有助于您理解并正确使用后面所提到的功能。

5.2.1 变频器运行命令通道变频器运行命令通道指定了变频器接受运行命令：启动、停止、点动等操作的物理通道。

运行命令通道分两种： 1．操作面板：用操作面板上的RUN 、STOP 、M 键进行控制。

2．控制端子：用控制端子Xi 、Xj 、COM （两线式）、Xk （三线式）控制。

命令通道的选择可以通过功能码A0.04、多功能输入端子选择（A6.00～A6.06选择15、16、17号功能）。

注意命令通道切换前，请务必先进行切换调试，否则有损坏设备和人身伤害的危险！5.2.2 变频器工作状态FV100的工作状态分为停机状态、运行状态、电机参数自整定状态。

1．停机状态：变频器上电初始化后，若无运行命令输入，或运行中执行停机命令后，变频器即进入停机状态。

2．运行状态：接到运行命令，变频器进入运行状态。

3．电机参数自整定状态：功能参数b0.11设定为1或2后有运行命令，进入电机参数辨识状态。

参数辨识完成后进入停机状态。

5.2.3 变频器控制方式和运行模式 控制方式FV100变频器有三种控制方式，由功能码A0.01设定： 1．无PG 矢量控制：即无速度传感器矢量控制，不需要安装PG ，同时具有很高的控制性能，可以精确控制电机的速度和转矩，具有低频高转矩，稳速精度高等特点，可以完成高精度转矩控制和速度控制。

常用在V/F 控制方式满足不了，并且鲁棒性要求高的场合。

2．带PG 矢量控制：需要安装PG ，为保证控制性能PG 需要安装在被控电机轴上。

适用于转矩响应更快，转矩和速度控制精度更高的场合。

3． V/F 控制：可应用于常规的对性能要求不是很高的场合，可以应用于单变频器控制多台电机的场合。

运行模式速度控制：对电机的速度进行精确控制，需设置A5组相关功能码。

前 言非常感谢您选用福克FVK 系列高性能高集成变频器。

FVK 系列变频器是高性能、多功能、高集成的空间电压矢量型变频器，它采用模块化的功能设计理念，可以专为行业需求提供解决方案，可以根据客户的要求进行二次开发。

在使用FVK 系列变频器前请仔细阅读本手册，以确保正确使用。

本手册包含有变频器使用时的操作说明和注意事项，不正确的使用可能会发生意想不到的事故。

本手册为随机发送的附件，务必请您使用后妥善保管，以备今后对变频器进行检修维护。

编审过程中我们对手册的内容与所述的软件和硬件的一致性进行了审核，但是可能仍然存在矛盾与谬误的地方，我们将在以后的修订版本中予以修正。

欢迎提出改进的建议。

安 全 事 项安全信息及其含义安全指导运输及安装安装安全事项报废注意事项目 录第一章 概述1.1 开箱检查 (1)1.2 变频器型号说明 (1)1.3 变频器铭牌说明 (1)1.4 变频器各部位名称说明 (1)1.5 变频器系列型号说明 (2)1.6 产品特点 (3)1.7 技术指标及规格 (3)1.8 部件的拆卸和安装 (4)1.8.1 操作键盘的拆卸和安装 (4)1.8.2 面盖的拆卸和安装 (4)1.8.3 操作键盘安装尺寸…………………………………………………5～6第二章 变频器的安装及接线2.1 变频器的安装 (7)2.2 变频器的安装尺寸 ………………………………………………7～92.3 变频器的接线 (10)2.3.1 注意事项 (10)2.3.2 变频器端子说明及配线………………………………………… 10～16第三章 操作3.1 操作说明 (17)3.1.1 键盘说明 (17)3.1.2 各功能键说明 (18)3.1.3状态指示灯功能说 (18)3.1.4 操作键盘的工作模式及显示状态 (18)3.1.5 操作键盘的使用 (19)3.2 简单运转 (20)第四章 参数功能介绍4.1 参数表 ……………………………………………………………21～264.2 监控参数 (27)4.3 参数功能详细说明 ………………………………………………28～44第五章 故障处理和维护5.1 故障代码及对策 (45)5.2 异常现象及对策 (46)5.3 检查与维护注意事项 (46)5.3.1 检查与维护 (46)5.3.2 日常检查项目 (47)5.3.3 定期检查项目 (47)5.3.4 变频器易损件的更换 ………………………………………… 47～485.3.5变频器的存贮 ‥ (48)5.3.6变频器的保修 (48)第六章 选配件6.1 制动组件 (49)6.2 远程操作适配器及延长电缆 ‥ (49)6.3 RS485接口通讯与通讯协议 (49)附录1 RS485通讯协议 ‥…………………………………………… 50～54附录2 供水附件的应用 ……………………………………………… 55～57附录3 产品保修卡 …………………………………………………… END第一章 概 述1.1开箱检查从包装箱取出变频器检查产品外壳是否损坏变形，元件是否有损坏、脱落；观察机箱侧面铭牌的额定值，认真核查该产品是否与您的订货要求一致；装箱单内所列物品是否齐全；若有疑问或产品出现损坏，请立即与供货商联系解决。

One-way flow control valves VFOCOne-way flow control valves VFOCProduct range overview – One-way flow control valves1)Standard nominal flow rate in flow control direction.2)Only suitable for push-in connector QS.2d Internet: /catalogue/...Subject to change – 2022/01One-way flow control valves VFOC Product range overview – One-way flow control valves1)Standard nominal flow rate in flow control direction.3 2022/01 – Subject to change d Internet: /catalogue/...One-way flow control valves VFOC Key featuresFunctionThe piston speed of both advancing and retracting pneumatic cylinders, can be regulated using one-way flow control valves. This is done through suitable restric-tion of the flow rate of compressed airin exhaust air or supply air direction.The non-return function works in theopposite direction.The flow control function creates anadjustable annular gap inside thevalve. This gap can be increased or de-creased by turning the knurled screwor slotted head screw.The required restriction can be set withthe help of this adjustment element.General informationStandard nominal flow rate qnN Standard flow rate qn Symbols ConnectionsThe standard nominal flow rate qnN is the volumetric flow rate based on standard conditions at an operating pressure of p1 = 6 bar and an output pressure of p2 = 5 bar, measured at room temperature t = 20°C.The standard flow rate qn is measuredat an operating pressure of p1 = 6 barand an output pressure with respect toatmospheric pressure (p2 = 0 bar).Exhaust air one-way flow controlfunctionSupply air one-way flow controlfunction2[1] Pneumatic connection 1(compressed air connection)[2] Pneumatic connection 2 (workingport)4d Internet: /catalogue/...Subject to change – 2022/01One-way flow control valves VFOCType codes52022/01 – Subject to change d Internet: /catalogue/...6d Internet: /catalogue/...Subject to change – 2022/01One-way flow control valves VFOCDatasheetOne-way flow control function -M- Flow rate 0 ... 270 l/min -Q- Temperature range –10 ... +60°C -L-Operating pressure0.2 ... 10 barStandard nominal flow rate qnN at 6 a 5 bar as a function of spindlerotations nStandard flow rate qn at 6 a0 bar as a function of spindle rotations nQS-6QS-4QS-6QS-4Supply airOne-way flow control valves VFOC DatasheetMaterialsSectional view7 2022/01 – Subject to change d Internet: /catalogue/...Festo - Your Partner in AutomationConnect with us/socialmedia 1Festo Inc.2Festo Pneumatic 3Festo Corporation 4Regional Service Center 5300 Explorer DriveMississauga, ON L4W 5G4CanadaAv. Ceylán 3,Col. Tequesquináhuac 54020 Tlalnepantla, Estado de México1377 Motor Parkway Suite 310Islandia, NY 117497777 Columbia Road Mason, OH 45040Festo Customer Interaction CenterTel:187****3786Fax:187****3786Email:*****************************Multinational Contact Center 01 800 337 8669***********************Festo Customer Interaction Center180****3786180****3786*****************************S u b j e c t t o c h a n g e。

1 外观介绍正视图左侧视图登记或验证指/验证指静脉和指纹。

USB接口复位按钮:直径小于单静脉产品指静脉加指纹产品登记或验证指静脉/验证指静脉和指纹。

复位按钮:径小于USB接口正视图左侧视图3安装前，请将排线接入接线端子。

①将安装模板纸贴于墙上，并钻孔。

注：以身高1.55~1.75米使用人群为例，推荐设备安装高度(地面到门铃的垂直距离)为1.4米，可根据员工平均身高，调整设备安装高度，使用户可更加自然和方便的按压指静脉和指纹。

安装模板②使用螺丝将后挂板(或藏线板 选配)固定在墙上。

③将设备固定到后挂板上。

④用防拆螺丝固定设备到后挂板上。

ABBA底视图CC报警器出门开关门烟感探测器4①请勿带电操作。

②推荐使用12V /3A 的电源。

③请不要将设备安装在阳光直射、潮湿的地方。

④请阅读接线端子说明，并严格按照规则进行接线。

⑤静电比较严重时，请先接地，再进行其他接线操作，防止静电损坏设备。

⑥必须在电锁正负极两端并联配备的FR107二极管，F107二极管可以释放电锁在开/关瞬间产生的自感电动势。

⑦登记用户前，请先设置好设备的静脉和指纹模式，不同模式验证时要求不同：» 指纹和静脉模式：静脉和指纹必须都验证通过，才能验证成功。

»指纹或静脉模式 ：静脉或指纹只要有一者验证通过，即可验证成功。

⑧文中带★功能只有部分机型具有。

锁12+12V DC GND引脚端子名称颜色1电源输入 +12V红色2 地 GND黑色6以太网连接电脑软件本设备配备工作电源为DC12V ，工作电流3A 。

通过以太网连接设备和电脑（门禁管理软件），举例说明如下：IP 地址：192.168.1.201子网掩码：255.255.255.0IP 地址：192.168.1.39子网掩码：255.255.255.07 连接门铃门磁出门开关报警器烟感探测器等&&&&引脚12345678门铃 BELL-颜色门铃 BELL+ 门磁 SEN 地 GND 出门开关 BUT 常开端 NO1 公共端 COM1 常闭端 NC1910端子名称辅助输入 AUX 地 GND 紫色橙色绿色红色黄色 报警器 AL - 报警器 AL+1112白色黑色灰色蓝色红色黑色褐色辅助输入接口可以外接输出开关量信号的消防探测器，例如上述举例的烟感探测器，除此之外，还可以外接煤气探测器、红外探测器和消防紧急开关等。

100UOM : 3 Meter / LengthFV Series CharacteristicBeam Width: 260mmProduct Width : Refer to Guide Rail AssemblyAccessories NeededSlide Rail Required: FASR-25 , FASR-25U , FASR-25X Slide Rail Colour: White Or Natural ColourSlide Rail Material: HDPE , UHMW OR SPECIAL PE Slide Rail Rivet & Screw: FASLR-4X6 or FASLS-M5Connecting strip is used to connect 2 beams.Connecting Strip: FACS-25x140AFV SERIES:260 mm Conveyor SystemUOM : pcBeam section for chain installation.Chain Connecting Module FVCC-300101Friction Reducing Roller ChainPATENT PENDINGFV SERIESChain Common DatePackaging: 5m per box Pitch : 33.5mm Width : 255mmTensile Strength at 20ºC: 6000NColour : WhiteUOM : 5 Meter / boxApplication: Suitable for horizontal and slope < 5° transport of products with accumulation.UOM : 5 Meter / boxApplication: Suitable for horizontal and slope < 5° transport of products with accumulation.UOM : 5 Meter / boxApplication: Suitable for horizontal and slope < 5° transport of products with accumulation.UOM : 5 Meter / boxApplication: Suitable for horizontal and slope < 5° transport of products with accumulation.Roller Friction Top Chain FVFT-5RFriction Reducing Roller ChainPATENT PENDINGFriction Reducing Roller ChainPATENT PENDING102FV SERIESThe Direct End Drive Unit is without torque limiter. Standard attached gear motors are with SEW motor size 0.25kW, 0.37kW & 0.55kW. FVDD-A260-0L represents direct drive without gear motor. Multi channel drives are available upon request.UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0 meterMax Traction Force : 1250NThe Direct End Drive Unit is without torque limiter. Standard attached gear motors are with SEW motor size 0.25kW, 0.37kW & 0.55kW. FVDD-A260-0R represents direct drive without gear motor. Multi channel drives areavailable upon request.UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0 meterSEW gear motors are products of SEW EurodriveMax Traction Force : 1250NThe Direct End Drive Unit GP is without torque limiter. Standard attached gear motors are with SEW motor size 0.25kW, 0.37kW & 0.55kW. FVDD-A260GP-0L represents direct drive without gear motor.UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0 meterFV Direct End Drive with Motor (RIGHT)FVDD-A260-0.25R, 0.37R, 0.55RFVDD-A260-0RFV Direct End Drive unit with Motor GP (LEFT)FVDD-A260GP-0.25L, 0.37L, 0.55LFVDD-A260GP-0LFV Direct End Drive unit without Motor GP (LEFT)103FV SERIESMax Traction Force : 1250NThe Direct End Drive Unit GP is without torque limiter. Standard attached gear motors are with SEW motor size 0.25kW, 0.37kW & 0.55kW. FVDD-A260GP-0R represents direct drive without gear motor.UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0 m eterSEW gear motors are products of SEW EurodriveFV Suspended End Drive with Motor (RIGHT)FVSD-A260-0.25R,0.37R, 0.55RFVSD-A260-0RMax Traction Force : 1250NThe Direct End Drive Unit is without torque limiter. Standard attached gear motors are with SEW motor size 0.25kW, 0.37kW & 0.55kW. FVSD-A260-0R represents direct drive without gear motor. Multi channel drives are available upon request.UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0 meterMax Traction Force : 1250NThe Direct End Drive Unit is without torque limiter. Standard attached gear motors are with SEW motor size 0.25kW, 0.37kW & 0.55kW. FVSD-A260-0L represents direct drive without gear motor. Multi channel drives are available upon request.UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0 meterFV Suspended End Drive with Motor (LEFT)FVSD-A260-0.25L, 0.37L, 0.55LFVSD-A260-0LFV Direct End Drive unit without Motor GP (RIGHT)104FV SERIESHorizontal plain bend, 45° ± 1°R = 700 ± 10mm FVHB-45R700R = 1000 ± 10mmFVHB-45R1000UOM : pcChain required 2-way (700, 1000): 1.9, 2.4 meter Slide rail required 2-way (700, 1000): 5.7, 7.1 meterFV Horizontal Plain Bend 45°Horizontal plain bend, 30° ± 1°R = 700 ± 10mm FVHB-30R700R = 1000 ± 10mmFVHB-30R1000UOM : pcChain required 2-way (700, 1000): 1.5, 1.8 meter Slide rail required 2-way (700, 1000): 4.6, 5.5 meterFV Horizontal Plain Bend 30°Horizontal plain bend, 60° ± 1°R = 700 ± 10mm FVHB-60R700R = 1000 ± 10mmFVHB-60R1000UOM : pcChain required 2-way (700, 1000): 2.3, 2.9 meter Slide rail required 2-way (700, 1000): 6.8, 8.7 meterFV Horizontal Plain Bend 60°UOM: pcChain required 2-way : 0.8 meter Slide rail required 2-way: 0.5 meter105FV SERIESExample for FV Horizontal Plain Bend OrderingHorizontal plain bend, Ø° ± 1°R = 700 ± 10mm FVHB - Ø°R700R = 1000 ± 10mmFVHB - Ø°R1000If an angle of 120° is needed for radius R700 horizontal plain bend, so the ordering part number isFVHB -120R700UOM : pcChain required 2-way (700, 1000): meter (variable to angle)Slide rail required 2-way (700, 1000): meter (variable to angle)Horizontal plain bend, 90° ± 1°R = 700 ± 10mm FVHB-90R700R = 1000 ± 10mmFVHB-90R1000UOM : pcChain required 2-way (700, 1000): 3.0, 3.9 meter Slide rail required 2-way (700, 1000): 9.0, 11.8 meterUOM: pcChain required 2-way: 0.4 meter Slide rail required 2-way: 1.2 meterF V Vertical Bend 5°FVVB-5R400106FV SERIESUOM: pcChain required 2-way: 0.5 meter Slide rail required 2-way: 1.4 meterFVVB-10R400UOM: pcChain required 2-way: 0.5 meter Slide rail required 2-way: 1.6 meterUOM: pcChain required 2-way: 0.6 meter Slide rail required 2-way: 1.8 meterUOM: pcChain required 2-way: 0.7 meter Slide rail required 2-way: 2.2 meterF V Vertical Bend 15°FVVB-15R400F V Vertical Bend 20°FVVB-20R400F V Vertical Bend 30°FVVB-30R400107 FV SERIESExample for FV Vertical Bend Ordering- Vertical bend, Ø° ± 1°- FVVB-Ø°R400If an angle of 65° is needed for vertical bend,so the ordering part number isFVVB-65R400The outer bend is assembled using connecting strip(FACS-25x140A).Angle of “Ø°” must be indicated when ordering.FVVB-45R400F V Vertical Bend 5°-90°F V Vertical Bend 60°FVVB-60R400F V Vertical Bend 90°FVVB-90R400UOM: pcChain required 2-way: 0.9 meterSlide rail required 2-way: 2.8 meterUOM: pcChain required 2-way: 1.2 meterSlide rail required 2-way: 3.5 meterUOM: pcChain required 2-way: 1.6 meterSlide rail required 2-way: 4.7 meter。

<预算管理模块>用户手册财务管理组CGNEDC3_FICO_用户培训_FM最终用户手册_VF_20151123.DOC中广核能源开发有限责任公司ERP三期实施项目最终版本2015/11/23协同商务体验作者修订目录1.业务操作名称（基金中心维护） (4)1.1.业务操作说明 (4)1.2.操作步骤 (4)2.业务操作名称（承诺项目维护） (11)2.1.业务操作说明 (11)2.2.操作步骤 (11)3.业务操作名称（派生规则维护） (17)3.1.业务操作说明 (17)3.2.操作步骤 (17)4.业务操作名称（CO计划传输预算维护） (19)4.1.业务操作说明 (19)4.2.操作步骤 (19)5.业务操作名称（预算工作台） (25)5.1.业务操作说明 (25)5.2.操作步骤 (25)6.业务操作名称（报表查询） (27)6.1.业务操作说明 (27)6.2.操作步骤 (27)1.业务操作名称（基金中心维护）1.1.业务操作说明在SAP系统中创建基金中心，明确预算管理的对象和基金中心的层次结构关系。

基金中心是FM模块开展业务之前必须维护的主数据。

以下操作步骤主要为基金中心主数据的创建、更改、显示，基金中心层次结构的搭建与修改及基金中心组的创建。

岗位：集团公司预算会计1.2.操作步骤步骤描述：本操作主要用于创建基金中心主数据。

步骤描述：本操作主要用于创建基金中心主数据。

路径：会计核算->公共部门管理->基金管理->主数据->帐户分配要素->基金中心->单个处理事务码：FMSA1) 操作说明财务管理范围选择：GH00，进入右图界面。

输入需创建的“基金中心”及有效期后，回车进入详细维护信息界面。

编码规则：类似于成本中心1 22) 操作说明基本数据输入标签页主要输入名称；权限组（同基金中心）公司代码用户名称（当该基金中心预算消耗超过90%时会发送邮件）等信息。