APEX总第五期简报
apex cfg语句-概述说明以及解释
apex cfg语句-概述说明以及解释1.引言1.1 概述概述部分的内容可以围绕Apex CFG语句进行，简要介绍其定义、作用和重要性。
以下是一个可能的概述部分的内容：概述Apex CFG语句是指Apex编程语言中的一组指令和语法结构，用于控制程序的流程和执行顺序。
CFG是Control Flow Graph的简称，表示程序的控制流程图，而Apex CFG语句则是在这个图中的节点和边上进行操作的具体语法。
Apex CFG语句在Apex编程中具有至关重要的作用。
它们可以帮助开发人员编写更灵活、可读性更高的代码，同时还可以优化程序的性能。
通过使用Apex CFG语句，开发人员可以控制程序的分支和循环执行，实现条件判断和循环控制等功能。
在Apex编程中，常见的Apex CFG语句包括条件语句、循环语句、异常处理语句等。
条件语句如if语句可以用于根据不同的条件执行不同的代码块；循环语句如for循环可以用于重复执行一段代码块；而异常处理语句如try-catch语句可以用于捕获和处理程序运行时的异常情况。
总之，Apex CFG语句是Apex编程语言中的重要组成部分，它们为开发人员提供了丰富的控制程序流程和执行顺序的工具。
在接下来的文章中，我们将深入探讨Apex CFG语句的使用场景、优势以及对开发效率和代码可读性的影响。
1.2 文章结构本文将围绕"Apex CFG语句"展开探讨，主要分为引言、正文和结论三个部分。
引言部分将通过概述、文章结构和目的三个小节，介绍本文的主题和写作意图。
首先，概述部分将简要介绍Apex CFG语句是什么以及其在开发中的重要性。
其次，文章结构部分将概述整篇文章的组织结构，为读者提供了解文章布局的指导。
最后，目的部分将明确本文的写作目标，即探讨Apex CFG语句的使用场景及其优势。
正文部分将分为两个小节，分别是"Apex CFG语句简介"和"Apex CFG语句的使用场景"。
Apex Xavier 用户手册说明书
Apex Xavier 用户手册安全警示及使用注意事项简介 Brief产品清单产品规格 Specifications处理器模组 Processor接口 I/O供电 Power Supply结构 Mechanical环境 Environmental认证 Certification尺寸及安装 Install Dimension服务与支持技术支持保修接口说明及扩展安装方式接口说明正面接口左侧接口右侧接口EXPANSION PORT 接口信号定义EXPANSION PORT 接口信号定义GPIO接口定义背面接口IO转接线说明UART(TTL/232)连接线及引脚定义UART(232/422/485)连接线及引脚定义CAN连接线及引脚定义PPS连接线及引脚定义SYNC连接线及引脚定义功能按键扩展设备的安装方式M.2 B Key 4G支持清单功能介绍通用使用方法系统介绍烧写镜像开关机MIIVII SETTINGS的使用说明简介使用视频登陆功能说明系统状态系统设置系统升级账号管理日志导出功率模式设定IO使用方法GPIO接口配置方法UART接口配置方法GPS 对设备授时使用方法GPS支持型号连接方式授时功能配置检查授时是否成功故障排查1.查看GPS是否有输出2.查看GPS的pps信号是否有输出3.识别方法CAN口配置方法扩展设备配置方法扩展SSD硬盘使用无线设备配置方法WiFi配置方法4G模块配置方法同步功能使用说明同步功能介绍同步功能使用方法PPS同步模式Sync out 同步模式Sync in 同步模式同步误差测试方法通过示波器测量PPS脉冲间隔通过示波器测量Sync out脉冲间隔自行评估同步效果的方法同步sample code使用说明Sync out jitter测量Sync in jitter测量PPS jitter测量GMSL摄像头使用方法接口特性GMSL摄像头支持连线方式摄像头配置视频输出GMSL/GMSL2时间戳相关测试方法如何获取详细日志及日志说明？如何确认时间戳是否准确？如何确认时间戳精度？如何确认图像帧传输延迟是否稳定？确认摄像头图像帧传输延迟Apex Xavier IIApex Xavier和EVO TX2 GMSL2应用功能使用附录异常处理系统在线升级（OTA）的使用说明概述使用方式方法一（推荐）：使用MIIVII SETTINGS进行版本升级和回退；方法二：使用命令行进行升级或者升级指定安装包使用命令行进行升级升级指定安装包Jetpack 4.4版本及以下镜像烧录Jetpack 4.5版本及以上镜像烧录1.功能介绍核心功能2.准备软件硬件2.1. 烧写主机准备2.2. 烧写软件环境准备2.3. 准备米文烧写工具和米文设备镜像2.3.1.刷机工具安装2.4. 准备硬件3.操作3.1. 硬件连接3.2软件使用3.2.1. 镜像烧写3.2.1.1在线模式镜像烧写3.2.1.2离线模式镜像烧写3.2.2. 镜像克隆附1. 烧写问题自检安全警示及使用注意事项请在使用本产品前仔细阅读本手册，未经授权的操作会导致错误或意外。
和利时电机SYNTRON森创产品说明书
版权申明SYNTRON森创®是北京和利时电机公司（以下简称和利时电机）于2005年推出的产品品牌。
这个品牌浓缩了公司的核心技术和影响力，是公司始终注重自主创新，保持技术优势的体现。
说明书的内容参照了相关法律基准和行业基准。
如对本说明书提供的内容有疑问，请向销售人员咨询，致电客服热线，联系官网客服或致信本公司。
和利时电机保留在不事先通知的情况下，修改本手册中的产品和产品规格参数等权力。
手册请联系销售人员，或在和利时电机的官方网站下载相关手册。
和利时电机具有本产品及其软件的专利权、版权和其它知识产权。
未经授权，不得直接或者间接地复制、制造、加工、使用本产品及其相关部分。
和利时电机具有本使用说明书的著作权，未经许可，不得修改、复制使用说明书的全部或部分内容。
安全有关的符号说明本说明书中与安全有关的内容，使用了下述符号。
标注了安全符号的都为重要内容，请安全注意事项安全注意事项目录 第一章产品概况 ................................................... - 1 -1.1产品概况 ................................................................................................................................ - 1 -1.1.1简介 ........................................................................................................................... - 1 -1.1.2低压伺服驱动器型号命名 ....................................................................................... - 3 -1.1.3低压伺服一体机型号命名 ....................................................................................... - 3 -1.1.4规格和性能 ............................................................................................................... - 4 -1.1.5电机配套 ................................................................................................................... - 4 -1.1.6产品构造 ................................................................................................................... - 5 -1.1.7安装尺寸 ................................................................................................................... - 5 - 第二章准备 ...................................................... - 12 -2.1通讯协议及软件 .................................................................................................................. - 12 -2.2操作面板 .............................................................................................................................. - 13 -2.2.1操作面板介绍 .........................................................................................................- 13 -2.2.2指示灯介绍 .............................................................................................................- 13 -2.2.3数码管 .....................................................................................................................- 13 -2.2.4按键 .........................................................................................................................- 14 -2.2.5键盘操作流程 .........................................................................................................- 15 - 第三章配线 ...................................................... - 16 -3.1接线总图 .............................................................................................................................. - 16 -3.2接线定义 .............................................................................................................................. - 17 -3.2.1 LS-10520M2系列接线定义 ..................................................................................- 17 -3.2.2 LS-10530BA系列接线定义 ..................................................................................- 18 -3.2.3 LS-10530BK系列接线定义 ..................................................................................- 19 -3.2.4 LS-10530D5系列接线定义...................................................................................- 20 -3.2.5 LS-10540D/LS-10550D系列接线定义................................................................- 21 -3.2.6 LS-20530DG系列接线定义..................................................................................- 22 -3.2.7 LS-20520E系列接线定义 .....................................................................................- 23 -3.2.8 LS-20530E / LS-20535E系列接线定义..............................................................- 25 -3.2.9 LS-20540E系列接线定义 .....................................................................................- 27 -3.2.10 DM一体机系列接线（驱动器后置一体机）.....................................................- 29 -3.2.11 SM一体机系列接线（驱动器侧背一体机） .....................................................- 29 -3.2.11.1类型1 ....................................................................................................................- 29 -3.2.11.2类型2 ....................................................................................................................- 32 -3.3其他接线说明 ...................................................................................................................... - 33 -3.3.1 地线连接..................................................................................................................- 33 -目录3.3.2 编码器差分输出接线 ..............................................................................................- 33 -3.3.3 数字输入接线 ..........................................................................................................- 33 -3.3.4 数字输出接线 ..........................................................................................................- 33 -3.3.5 手动控制制动器接线 ..............................................................................................- 34 -3.3.6 位置模式接线 ..........................................................................................................- 34 -3.3.7 内部速度模式接线 ..................................................................................................- 35 -3.3.8 外部速度/转矩模式接线图 .....................................................................................- 35 - 第四章设定 ...................................................... - 36 -4.1电机方向 .............................................................................................................................. - 36 -4.2状态参数 .............................................................................................................................. - 36 -4.3功能参数 .............................................................................................................................. - 37 -4.3.1工作控制模式 .........................................................................................................- 37 -4.3.2系统基本参数控制 .................................................................................................- 37 -4.3.3数字输入端口 .........................................................................................................- 38 -4.3.4内部控制信号 .........................................................................................................- 38 -4.3.5数字输出端口 .........................................................................................................- 41 -4.3.6脉冲端口输入输出 .................................................................................................- 41 -4.3.7目标到达状态判断 .................................................................................................- 42 -4.3.8位置环控制参数 .....................................................................................................- 43 -4.3.9模拟量输入参数 .....................................................................................................- 44 -4.3.10内部速度参数 .........................................................................................................- 45 -4.3.11速度环调节参数 .....................................................................................................- 45 -4.3.12转矩电流指令滤波参数 .........................................................................................- 45 -4.3.13控制限制参数 .........................................................................................................- 46 -4.3.14增益切换 .................................................................................................................- 47 -4.3.15速度模式加减速时间 .............................................................................................- 48 -4.3.16电磁制动器 .............................................................................................................- 48 -4.3.17报警保护配置 .........................................................................................................- 48 -4.3.18通讯参数设置 .........................................................................................................- 50 -4.3.19电流环控制参数 .....................................................................................................- 51 -4.3.20泄放参数配置 .........................................................................................................- 51 -4.3.21历史报警码 .............................................................................................................- 52 -4.4试运行 .................................................................................................................................. - 52 -4.4.1基本流程 .................................................................................................................- 52 -4.4.2JOG模式空载试运行（键盘面板上操作） ........................................................- 54 -4.4.3速度模式空载试运行（总线通讯操作） .............................................................- 54 -目录 第五章调整 ...................................................... - 55 -5.1控制模式的选择 .................................................................................................................. - 55 -5.2输入输出的配置 .................................................................................................................. - 56 -5.2.1输入信号端口分配 .................................................................................................- 56 -5.2.2输出信号端口分配 .................................................................................................- 57 -5.3基本参数 .............................................................................................................................. - 58 -5.3.1伺服使能 .................................................................................................................- 58 -5.3.2急停 .........................................................................................................................- 58 -5.3.3指令取反 .................................................................................................................- 58 -5.3.4零速到达 .................................................................................................................- 59 -5.3.5目标速度到达 .........................................................................................................- 59 -5.3.6速度一致 .................................................................................................................- 59 -5.3.7目标转矩到达 .........................................................................................................- 59 -5.3.8超程 .........................................................................................................................- 60 -5.3.9恢复出厂默认参数 .................................................................................................- 60 -5.4位置模式调整 ...................................................................................................................... - 61 -5.4.1脉冲指令方式的选择 .............................................................................................- 61 -5.4.2脉冲指令窗口滤波器 .............................................................................................- 61 -5.4.3脉冲指令平滑滤波器 .............................................................................................- 62 -5.4.4指令脉冲禁止功能 .................................................................................................- 62 -5.4.5电子齿轮的设定 .....................................................................................................- 62 -5.4.6位置到达信号 .........................................................................................................- 65 -5.4.7位置接近信号 .........................................................................................................- 65 -5.4.8位置超差警告 .........................................................................................................- 66 -5.4.9位置脉冲误差清零 .................................................................................................- 66 -5.5速度模式调整 ...................................................................................................................... - 66 -5.5.1外部模拟量速度模式运行 .....................................................................................- 66 -5.5.2内部速度模式运行 .................................................................................................- 67 -5.5.3加减速时间 .............................................................................................................- 68 -5.5.4零速给定 .................................................................................................................- 69 -5.6转矩模式调整 ...................................................................................................................... - 69 -5.6.1转矩指令增益的调整 .............................................................................................- 69 -5.6.2转矩指令偏移量的调整 .........................................................................................- 69 -5.6.3转矩指令方向的设置 .............................................................................................- 69 -5.6.4转矩指令低通滤波器 .............................................................................................- 69 -5.6.5模拟转矩指令零值箝位 .........................................................................................- 70 -目录5.6.6转矩控制时的速度限制 .........................................................................................- 70 -5.7共振抑制 .............................................................................................................................. - 71 -5.8转矩限制 .............................................................................................................................. - 72 -5.9增益切换 .............................................................................................................................. - 73 -5.10增益调整 .............................................................................................................................. - 75 -5.10.1速度环增益调整 .....................................................................................................- 75 -5.10.2位置环增益调整 .....................................................................................................- 75 -5.10.3增益调整注意事项 .................................................................................................- 75 -5.11电磁制动 .............................................................................................................................. - 76 -5.12编码器的输出 ...................................................................................................................... - 77 -5.13干扰对策 .............................................................................................................................. - 77 -第六章通讯 ...................................................... - 79 -6.1Modbus总线设置 ................................................................................................................ - 79 -6.2CAN总线设置..................................................................................................................... - 79 -6.3通讯协议 .............................................................................................................................. - 79 -第七章故障警告及处理 ............................................ - 80 -7.1报警代码 .............................................................................................................................. - 80 -7.2报警状态指示灯 .................................................................................................................. - 83 -7.3性能异常及解决办法 .......................................................................................................... - 83 -第八章维护与保养 ................................................ - 84 -8.1伺服电机的检查 .................................................................................................................. - 84 -8.2伺服驱动器的检查 .............................................................................................................. - 84 -产品概况第一章产品概况1.1 产品概况1.1.1 简介LS系列低压伺服驱动器（以下简称LS驱动器），是和利时电机根据市场需求推出的新一代高性能、高可靠产品。
apex英语报信息常用词汇
apex英语报信息常用词汇
Apex Legends 是一款受欢迎的免费多人在线战斗游戏。
在游戏中，玩家需要组成三人小队与其他玩家竞技。
以下是一些 Apex Legends 常用的英语词汇:
1. Squad:小队
2. Partner:队友
3. Game Type:游戏模式
4. Legends:英雄
5. Loadout:装备
6. Weapons:武器
7. Ammunition:弹药
8. Health:生命值
9. Shields:护盾
10. Communications:通讯设备
11. Airdrop:空投
12. Redemption:重生
13. Redemption Point:重生点
14. Objective:目标
15. Civilian Casualties:平民伤亡
16. Firefight:近战战斗
17. Jetpack:喷气背包
18. Sniper Rifle:狙击枪
19. Shotgun:霰弹枪
20. Rocket Launcher:火箭发射器
在游戏中，玩家经常使用这些词汇进行交流和决策。
此外，还有许多其他的词汇和短语，如 "drop", "point", "objective", "hot", "cold", "shoulder", "check", "swap", "out" 等，都是 Apex Legends 中常用的英语词汇。
中信保操作手册【新版精品资料】
目录第一章概述 (1)第二章认识“信保通" (2)2.1什么是“信保通” (2)2。
2“信保通”能为您做什么 (2)2。
3使用“信保通"的先决条件 (3)2.4“信保通”的运行环境 (4)第三章开通“信保通” (6)3。
1开通企业管理员帐号 (6)3。
2 开通数字证书（可选） (7)3。
2。
1 证书申请 (7)3。
2.2 证书续用与变更 (8)3。
2。
3 证书注销 (9)3.3 数字证书环境配置（可选) (9)3.3.1 安装相关软件 (9)3。
3。
2 设置PIN码 (11)3。
3。
3 下载证书 (12)3。
3.4 机器配置 (13)第四章“信保通”用户分类 (16)4。
1企业管理员 (16)4。
2企业操作员 (16)4.2。
2 审核员 (17)4。
2。
3 电子签名员 (17)第五章、企业管理员使用指南 (18)5.1 系统用户与权限 (18)5。
1.1 获得管理员帐号 (18)5。
1。
2 登录系统 (18)5。
1.3 修改密码 (19)5.1。
4 设置角色 (20)5。
1。
5 设置操作员帐号 (21)5。
1。
6 设置审核流程 (22)5。
1.7 配置管理员证书 (23)5。
2组织机构管理与“数据清分”实现 (23)5.2。
1 创建组织机构 (26)5。
2。
2 设置员工信息 (27)5.2。
3 设置员工业务范围 (28)5.2。
4 设置员工与操作员帐号对应关系 (31)5。
3 个人服务 (31)5.3。
1 证书注册 (31)5.3。
2 修改密码 (32)5.3.3 个性化定制 (32)5。
3。
4 常用工具下载 (33)5。
3.5 通讯录 (33)5.4 网上客服 (36)5。
4.1 我要提问 (36)5。
4。
2 信保答复 (37)5.4.3 FAQ (37)第六章、企业操作员使用指南 (38)6.1录单员 (38)6.1.1 限额 (38)6.1。
1.1 限额申请录单 (38)6。
Apex 7000 Pneumatic Positioner 产品说明书
Product SpecificationIntroduction:The Apex 7000 Pneumatic Positioner provides accurate valve positioning for rotary and linear actuators in either double acting or spring return configurations. It may be used with 3-15 psi pneumatic control signals (as shown), or fitted with current-to-pressure transducers for 4-20 mA signal inputs. The modular design of the Apex 7000 allows for field retrofitting of the I/P options. The compact,lightweight positioner also conforms to NAMUR VDI/VDE 3845 mounting standards and features a UltraDome visual position indicator. The Apex 7000 is available with the following options: high and low flow spool valves and multiple feedbackcamsApplications:Two spool valve options make the Apex 7000 well suited for use with all pneumatic rotary actuator typesincluding: Rack-and-pinion, Scotch Yoke, Vane, and others. The Apex 7000 is equally well suited for use with pneumatic linear actuators and cylinders.The Apex 7000 may be installed on any actuator conforming to the NAMUR standard for accessory mounting bolt pattern and pinion height without a coupler. This reduces deadband and is less expensive. Accord offers a full line of mounting hardware for non-NAMUR actuators.Durable construction and corrosion resistant materials and coatings provide protection against the toughest applications in all process industries, including:1 . Chemical and Petrochemical2 . Power3 . Food and Beverage4 . Pharmaceutical5 . Municipal and WastewaterAutomax Valve Automation SystemsProduct SpecificationAPEX 7000 Pneumatic PositionerFCD AXENPS0125-06Features:1. Corrosion Resistant Materials. All exposed parts are either stainless steel or epoxy powder coatedaluminum to permit use in corrosive environments. The gold-plated spool valve offers a high degree of protection against moisture laden and/or corrosive supply air.2. Captive Cover Screws permit calibration without potential for losing screws.3. Field Upgradeable. The Apex 7000 is field upgradeable to any of the electro-pneumatic I/P options withoutremovin g the cover.4. Multiple Cam Options. The standard Apex 7000 linear cam allows operation for 0-90°, 0-180°, splitranging, and direct or reverse action applications. Optional characterized cams are available for a wide range of applications.5. Compact, Rugged Design has few moving parts, adding to its reliability and performance.6. Low Profile Visual Position Indicator provides high-contrast viewing of valve position.7. Quick and Simple Calibration is done with thumbwheels, requiring only a flat head screwdriver forcalibration. The span adjustment is performed internally with an external zero adjustment.Materials of ConstructionPerformance SpecificationsDimensions:Principles of Operation:The unit operates on a force balance principle. The opposing force is achieved through the feedback spring and is proportional to the position of the lower arm. The lower arm position is determined by the position of the cam that is secured to the spindle and connected to the actuator shaft, thus providing the feedback from the actuator/valve. When these two forces are equal, the balance arm and the spool in the pilot valve are in the neutral position, the complete unit is in a balanced position. Air is supplied to the pilot valve through Port S and controls the air flow through Ports C1 and C2.Assume an equilibrium position.An increased control signal will deflect the diaphragm (1) down, compressing the feedback spring (3). The balance arm (2) moves the spool (7) in the pilot valve (8) supplying air to the actuator. At the same time, air is exhausted from the actuator and is vented to atmosphere through the pilot valve and the OUT port. When the pressure imbalance exists, the actuator rotates moving the positioner shaft (6). The shaft and cam (5) rotate, forcing the lower arm (4) upwards compressing the feedback spring (3). The motion will continue until the two forces are equal and the unit is in an equilibrium position.Product SpecificationProduct Nomenclature□PREFIX IBlank - Automax Black Epoxy Paint□MODEL70 – PP Input 3-15 psi71 – EP Input 4-20 mA General Purpose72 – EP input 4-20 mA FM/CSA/ATEX/IECEx Explosionproof (See Note 1)73 – EP Input 4-20 mA FM/CSA/ATEX/IECEx Explosionproof (See Note 2)74 – EP Input 4-20 mA FM/CSA/ATEX/IECEx Intrinsically Safe (See Note 3)75 – EP Input 4-20 mA Signal Loss Fail-in-Place76 – PP Input 6-30 psi□INDICATION1 – Standard Flat with Green Indicator2 – UltraDome Indicator□GAUGES3 – No Gauges4 – Standard Gauges (SST casing w/ brass internals)5 – Stainless Steel Gauges□SPOOL VALVES6 – Low Flow Spool Valve7 – High Flow Spool Valve□CAM TYPEA – Standard Linear Cam 3-15 psi, 3-9 psi, 9-15 psi, D or R, 180°B – 30 or 60 Degree Linear Cam D or RC – Characterized Cam, Square, or Square Root,D or R□ OPTIONSR – NAMUR Shaft – Tufram 66 Severe Service CoatingT – NAMUR Shaft – Standard Epoxy CoatingQ – NAMUR Shaft – Silicone Seals for -40° to 185° FD –Double “D” Shaft – Standard Epoxy CoatingU –Double “D” Shaft – Tufram 66 Severe Service CoatingV –Double “D” Shaft – Silicone Seals for -40° to 185° F□ FEEDBACK OPTIONS0 – NoneT –Top-Mounted UltraSwitch CoverNOTES:1. FM/CSA Explosionproof Cl I Div 1,2 Gr BCD, Cl II Div 1,2 Gr EFG, Cl III Div 1,2 – Flameproof II 2 G EEx d IIB+H22. FM/CSA Explosionproof Cl I Div 1,2 Gr BCD, Cl II Div 1,2 Gr EFG, Cl III Div 1,2 – Flameproof II 2 G EEx d IIC3. FM/CSA Intrinsically Safe Cl I Div 1 ABCD, ATEX II 2 GD T4-T6 Ex ia IICProduct SpecificationRepresentative:Flowserve CorporationSpringville, Utah, USA, 84663801 489-8611Flowserve CorporationCookeville, Tennessee, USA, 38501931 432-4021Flowserve Flow Control UK Lt dHaywards Heath, West Sussex, Uk44 (0)1444 314400Flowserve Corporation12 Tuas Avenue 20Singapore68798900Flowserve CorporationRua Tocantins, 128São Caetano do Sul, SP, Brazil55 11 2169-6300 Array Flowserve PMVKorta Gatan 9Solna, Sweden 171 54468 555 10600Flowserve Corporation has established industry leadership in the design and manufacture of its products. When properly selected, thisFlowserve product is designed to perform its intended function safely during its useful life. However, the purchaser or user of Flowserve productsshould be aware that Flowserve products might be used in numerous applications under a wide variety of industrial service conditions. AlthoughFlowserve can provide general guidelines, it cannot provide specific data and warnings for all possible applications. The purchaser/user musttherefore assume the ultimate responsibility for the proper sizing and selection, installation, operation, and maintenance of Flowserve products.The purchaser/user should read and understand the (INSERT OFFICIAL USER INSTRUCTION TITLE) instructions included with the product,and train its employees and contractors in the safe use of Flowserve products in connection with the specific application.While the information and specifications contained in this literature are believed to be accurate, they are supplied for informative purposes onlyand should not be considered certified or as a guarantee of satisfactory results by reliance thereon. Nothing contained herein is to be construedas a warranty or guarantee, express or implied, regarding any matter with respect to this product. Because Flowserve is continually improvingand upgrading its product design, the specifications, dimensions and information contained herein are subject to change without notice. Shouldany question arise concerning these provisions, the purchaser/user should contact Flowserve Corporation at any one of its worldwide operationsor offices.For more information about Flowserve Corporation, contact or call USA 1-800-225-6989.。
惠威HR70遥控器使用说明书
HR070 Series Remote Control Programming Guide
6. Repeat steps 1 to 5 for the other components you want to control. For future reference, write down each working component code below:
HR Series Remote Control Programming
Assigned Push-button Component Program Code
TV
CBL
SAT
AUX
DVR
Push-buttons available for Programming
Flashes during Programming
4
Used to activate Programming Mode
with the most popular code first. If the component
responds, go to step 7.
6. If the component does not respond, press LEVEL+
Push-button and the Remote Control will test
The HR70 Series Remote Controls have stored in permanent memory the necessary information to send the correct commands to the component to be controlled. By entering a five digit numeric code the commands for controlling the component is activated.
Yellofins Apex 产品说明书
Document Number: 80028475 Version F
Page 3
Issue Date: 26 November 2020 Ref Blank Template: 80025117 Ver. F
INSTRUCTIONS FOR USE
Table of Contents
Yellofins Apex(O-YFAX)
Yellofins Apex
Instructions for Use Product Code O-YFAX
80028475 Version F
INSTRUCTIONS FOR USE
ENGLISH ............................................................................................................................................3 中文简体 ..........................................................................................................................................47 ČESKÝ .............................................................................................................................................. 91 DANSK ........................................................................................................................................... 135 NEDERLANDS ................................................................................................................................ 181 SUOMI ...........................................................................................................................................229 FRANÇAIS .....................................................................................................................................275 DEUTSCH .......................................................................................................................................321 ΕΛΛΗΝΙΚΑ ..................................................................................................................................... 369 ITALIANO.......................................................................................................................................416 日本語版 ........................................................................................................................................464 LATVISKI ......................................................................................................................................... 511 NORSK ........................................................................................................................................... 556 PORTUGUÊS ..................................................................................................................................601 PORTUGUÊS (BRASIL)...................................................................................................................647 ROMÂNESC ..................................................................................................................................694 ESPAÑOL ....................................................................................................................................... 739 SVENSKA .......................................................................................................................................786
SPRAYIT SP-33500 LVLP 低压低流量漆枪说明书
Model No. SP-33500Low Volume Low Pressure (LVLP) Gravity Feed Mini Spray GunPlease read this Instruction Manual carefully and understand it completely, basic precautions should be strictly followed to prevent the damage to the tool and injury to the operator. Retain this manual for further reference.CONTAIN:◆ Description◆ Specification and Technical Data ◆ Important Safety Instruction ◆ Instructions for Operation ◆ Maintenance/Storing ◆ Troubleshooting/Repairs ◆ Parts List◆ WarrantyDescriptionThe SPRAYIT SP-33500 LVLP Gravity Feed Mini Spray Gun can be used forvariety of different applications such as Automotive, Industrial, Marine and Wood Working. The LVLP features require less air allowing you to use a smaller air compressor . Using the SPRAYIT SP-33500 reduces overspray and allows you to spray larger surfaces without having to stop. The Low Volume Low Pressure feature allow for more control with less overspray and waste. The Stainless Steel Fluid Needle and Nozzle are corrosion resistant. The separate and adjustable fluid fan pattern and air controls make for more precise fan patterns and less waste. Air consumption 2.4 to 3.3 CFM @ 30 PSI. Working pressure 28-45 PSI. Maximum pressure 60 PSI. The SPRAYIT brand has been manufacturing quality tools since 1928.Specifications And Technical Data1. Name of Parts2. Technical DataType of Feed: …………………..... Gravity Air inlet:......……………………….. 1/4” Standard Dia of Nozzle:............... 0.8mm Working Air Pressure:.................. 28 – 45 PSI Maximum Air Pressure:................ 60 PSI Paint Cup Capacity:.....................120ccAir Consumption:........................ 2.4 - 3.3 CFM @ 30 PSI Patten Width:................................ 4" - 6" Weight:……………….....................0.11 ozImportant Safety Instructions1.Toxic vapors produced by spraying certain materials can create intoxication and serious damage to health. Always wear safety glasses, gloves and respirator to prevent the toxic vapor hazard, solvent and pointing paint coming into contact your eyes or skin. (see fig 1)2.Never use oxygen, combustible or any other bottle gas as a power source this would cause an explosion and serious personal injury. (see fig 2)3.Certain fluids and solvents can be highly flammable or combustible. Use in well-ventilated spray booth and avoid any ignition sources, such as smoking, open flames.(see fig 3)4.Disconnect tool from air supply hose before doing tool maintenance and duringnon-operation.12e clean, dry and regulate compressed air rated at 2.0~3.5bar, never exceed maximum permissive operating pressure(see fig 4)6.Never use homogenate hydrocarbon solvent, which can chemically react withaluminum and zinc parts and chemically compatible with aluminum and zinc pats.7.Never point gun at you and others at any time.4 8.Before operating the tool, make sure all the screws & caps are securely tightenedin case of leaking;9. Before painting, make inspection for free movement of trigger and nozzle to insure tool can operate properly.10.Never modify this tool for any applications. Only use parts, nozzles and accessories recommended by manufacture.Instructions For OperationPreparation1. After unpacking the product, inspect carefully for any damage that may have occurred during transit.Make sure to tighten fittings, bolts, etc., before putting unit into service.2. Thoroughly mix and thin paint in accordance with the paint manufacturer’s instructions.Most materials will spray readily if thinned properly.3. Strain material through filter, cheese cloth or a paint strainer.5. Connect the gun to air supply and please make sure that the fluid cap, container and air hose havebeen connected tightly with spray gun.best spray6. Set up a piece of cardboard or other scrap material to use as a target and adjust for7. Test the consistency of the material by making a few strokes on a cardboard target. If material stillappears too thick, add a small amount of thinner. THIN WITH CARE! Do not exceed paint manufacturer’s thinning recommendations.Adjustmentto the right until tight will make spray pattern round, orturning left make spray pattern ellipse.Material (PAINT) ADJUSTMENT: Turn the Paint AdjustingKnob clockwise will decrease the volume of fluid output andcounter-clockwise will increase fluid output.AIR Inlet ADJUSTMENT: Turning the Air Adjusting valveclockwise will decrease the air volume.And counter-clockwise will increase the air volume.Operation1. Begin spraying. Always keep the gun at right angles to the work .2. Keep the nozzle about 6 to 12 inches from the work surface. Grip the gun keeping perpendicularwith spraying area then move it parallel for several times, Stopping gun movement in mid-stroke will cause a buildup of paint and result in runs. Do not fan the gun from side to side while painting. This will cause a build-up of paint in the center of the stroke and an insufficient coating at each end.3. Trigger the gun properly. Start the gun moving at the beginning of the stroke BEFORE SQUEEZINGTHE TRIGGER and release the trigger BEFORE STOPPING GUN MOVEMENT at the end of the stroke. This procedure will blend each stroke with the next without showing overlap or unevenness .4. The amount of paint being applied can be varied by the speed of the stroke, distance from the surfaceand adjustment of the fluid control knob.5. Overlap strokes just enough to obtain an even coat.Two thin coats of paint will yield better results and have less chance of runs than one heavy layer. 6. Use a piece of cardboard as a shield to catch overspray at the edges of the work to protect othersurfaces.◆Maintenance1. Remove any remaining paint by pouring it into another container.2. Disassemble the spray gun making sure to remove the needle before disassembling the nozzle toavoid damage to the housing of the nozzle closure.3. Clean all the paint passages and the nozzle. Clean the other components using a brush soaked insolvent.4. Reassemble the spray gun and spray a small quantity of solvent to eliminate all the residues in thepaint passages.Storing●When not using spray gun, turn the fluid adjustment knob counter-clockwise to openwhich will reduce spring tension on needle fluid tip.●Spray gun MUST BE well cleaned and lightly lubricated.Trouble shootingPattern is arc.Pattern is notThe center of Patterntoo narrow.Pattern widthfan-sharp isenough.leaking fromPartsNote:For parts for this model, please contact us or the distributor where you bought this tool.WarrantyDisclaimers and Limitations of RemediesThis warranty gives you specific legal right, and you may also have other rights which may vary from State to State.Disclaimer of other WarrantiesTo the fullest extent permitted by applicable law, this limited warranty is exclusive and expressly in lieu of any and all other warranties, including, without limitation, any implied warranties of merchantability or fitness for a particular purpose or any other implied warranties that may arise from the course of dealing or usage of the trade. California Air Tools Inc. hereby declaims and excludes all other warranties.To the extent that California Air Tools Inc. products are consumer products under applicable federal and state law with respect to any customer, the duration of any implied warranties (including, but not limited to implied warranties of merchantability or fitness for a particular purpose) are limited to the shortest duration permitted by applicable law or the Limited Warranty period provided herein, whichever is longer.Limitations of RemediesCalifornia Air Tools Inc. shall not be liable to customer, or anyone claiming under customer, for any other obligations or liabilities, including, but not limited to, obligations or liabilities airing out of breach of contract or warranty, negligence or other tort or any theory of strict liability, with respect to the spray gun or California Air Tools Inc. acts or omissions or otherwise. To the fullest extent permitted by applicable law California Air Tools Inc. shall not in any event be liable for incidental, compensatory, punitive, consequential, indirect, special or other damages, including but not limited to loss of use, loss of income, loss of time, loss of sales, injury to personal property, or liability customer incurs with respect to any other person, or any other type or form of consequential damage or economic loss.。
saej1939协议(中文)
竭诚为您提供优质文档/双击可除saej1939协议(中文)篇一：saej1939协议saej1939协议_综述(转载)发表于20xx/10/2611:16:06saej1939协议是由美国汽车工程师协会——卡车和公共汽车电气电子委员会下的卡车和公共汽车控制和通讯网络分委员会制定的高层can网络通讯协议。
它主要用于为重型道路车辆上电子部件间的通讯提供标准的体系结构[1]。
1saej1939协议构成文件saej1939协议包括如下几部分内容：saej1939-11物理层, 250kbits/s, 屏蔽双绞线saej1939-13物理层, 离线诊断连接器saej1939-15简化的物理层, 250kbits/s, 非屏蔽双绞线saej1939-21数据链路层saej1939-31网络层saej1939-71车辆应用层saej1939-73应用层-诊断saej1939-81j1939网络管理协议-----------------------------------------------------------------------------------2各层协议的功能2.1物理层saej1939的物理层规范包含saej1939-11（物理层, 250kbits/s, 屏蔽双绞线）、saej1939-15（简化的物理层, 250kbits/s, 非屏蔽双绞线）和saej1939-13（物理层, 离线诊断连接器）三部分。
其中saej1939-11和saej1939-15给出了物理层为屏蔽双绞线和非屏蔽双绞线时的网络物理描述、功能描述、电气规范、兼容性测试、总线错误讨论。
而saej1939-13（物理层, 离线诊断连接器）则定义了离线诊断连接器的通用需求、性能需求和物理需求。
2.2数据链路层saej1939的数据链路层在物理层之上提供了可靠的数据传输功能。
通过数据链路层的组织, 发送的can数据帧具有必需的同步、顺序控制、错误控制和流控制等功能。