SMARTpropr格兰登士柏机扩
SMART propr 格兰 登士柏机扩
➢另有脚控可选On/Off
The Endodontics Company
XSMART 反角弯机头
16:1 减速手机
➢机头高度: 仅10 5mm!
➢提供良好操作视野;操作更 灵活
The Endodontics Company
XSMART 设置
镍钛锉型号
转速
2．按住 开/关按钮大约2秒，直到第二声哔哔声 发出和演示标志出现在显示屏的左下角。
自测模式
为检查电缆;ProPex® II包含连接测试功能：
• 将连接钩的金属部分连接到唇夹 • 连接测试图标 将出现在显示屏的左下角，
指示连接正确。
• 如果没有图标出现，应更换连接钩或测量
电缆。
声音调整
• ProPex® II 装配声音指示器;该声音指示器使
PROTAPER治疗锉临床操作
机用ProTaper操作注意事项
• 建议使用专业根管马达 • 使用手法：提拉法;每根针在根管内不能超过5秒，达到WL不要超过1秒 • 避免加压，反复大量冲洗 • 使用根管润滑剂 • 换针换程序 • 锉针使用记录次数，有拉伸，变形，裂纹等马上丢弃。
ProTaper治疗锉临床操作
Propex II – 屏幕显示情况
从冠部1/3根管开始全程跟踪
根尖部位显示放 大;便于临床操作
另有声音信号配合视频追踪信号
屏幕显示
越过显示
• 红色段和警告信号表示锉刀
已经越过顶点 牙齿图标上 的光标显示越过。
演示模式
可利用内置的演示模式熟悉设备和演示设备操作 1．断开测量电缆或充电器;关闭设备
Courtesy Dr Patrick Tseng
XSMARTproprx格兰登士柏机扩
我们致力于：
为您的临床治疗提供整体解决方案
Outstanding Performance Time After Time
根管预备技术 Instrumentation Techniques
逐步后退法Step Back
冠向下法Step Down
ProTaper
• 根向预备技术的优势 – 从冠部开始预备
尖水平4mm处，或可 以到达的深度
ProTaper治疗锉临床操作
• 使用S1 预备根管 • 深度不要深于15号手
用锉的到达位置 (以 确保S1尖部不会被堵 塞)
ProTaper治疗锉临床操作
• 如有必要，使用SX扩
大根管口，建立器械 的直线进入通路 (Sx 深度勿超过S1)
ProTaper治疗锉临床操作
X-SMART 开创根管治疗的艺术
X-Smart 特点
• 用户界面友好 – 宽大的液晶屏，简单的
操作面板
• 安全 – 扭矩控制、自动回旋功能 • 方便 – 手机轻便，上有开关按钮 • 灵活 – 2种供电方式 (充电电池或常规电
源供电)
X-SMART 控制面板
设计简洁，界面友好，易 于操作、设置
1.6
F2
250
2.0
F3
250
2.0
(*) 完整装包括：一台控制仪、 一支手机马达, 一支弯机头, 一个 手机架, 一个充电器和一份操作指南。
X-SMART 设置
X-SMART 可自定义9种程序。 配有扭矩设置指示卡
The Endodontics Company
PROTAPER治疗锉临床操作
机用ProTaper操作注意事项
根管内感染微生物主要集中于 根管中上部
SMARTPRO 1950VA 1950 W 120 V UPS 线交互式带波形纵波7口电缆高级服务
Nota importanteSe trata de un modelo renovado, actualizado con una batería externa de 72V. El tiempo adicional de autonomía de ejecución está disponible conectando hasta cuatro módulos de batería extendida opcionales BP72VRM2U (se venden por separado).SMARTPRO 1950VA 1950 W 120 V UPS de línea interactiva con onda senoidal - 7 tomas de corriente, autonomía extendida ¡, opción de tarjeta de red, LCD, USB, DB9, ENERGY STARV2.0, montaje en rack/torre de 2U.NÚMERO DE MODELO:SMART2200RMXL2UProporciona respaldo completo por batería y salida de energía de onda sinusoidal pura para servidores, switches y otros equipos de TI distribuidos de alta gama.CaracterísticasRespaldo por Batería de 1.95kVA/1.95kW/120V para TI Distribuidas, Telecomunicaciones o EmpresasEste sistema UPS interactivo para instalación en rack proporciona confiable respaldo por batería y protección de energía de CA contra apagones, caídas de voltaje, sobretensiones y ruido en la línea que pueden dañar su equipo de TI o destruir la información. El SMART2200RMXL2U es el administrador de energía ideal para equipo de red de alta gama en rack, incluyendo servidores, teléfonos VoIP, almacenamiento de datos y switches PoE. El factor de potencia de uno garantiza la mayor cantidad de watts posible a cada especificación de potencia, de modo que pueda conectar más equipo.El Confiable Respaldo por Batería Ampliable lo Mantiene Operativo Durante ApagonesLos módulos de baterías VRLA Hot-Swap, reemplazables en campo le permiten trabajar durante fallas breves de energía y le dan tiempo suficiente para guardar archivos y apagar con seguridad su sistema en caso de un apagón prolongado. El cambio de alimentación de línea a batería ocurre en milisegundos para mantener la operación continua del equipo conectado sin interrupción o reinicio. Se dispone deautonomía adicional conectando hasta cuatro módulos opcionales de baterías extendidas (BP72VRM2U, vendidos por separado).La Tarjeta de Administración de Red de Plataforma LX Opcional Permite el Acceso Remoto 24/7La interfaz de red WEBCARDLXE (vendida por separado) permite una configuración y administración remotas completas, incluida la desconexión de carga, el reinicio de los equipos conectados y el apagado seguro. La función de Sondeo Automático basada en IP garantiza un tiempo de actividad continuo de la DestacadoProtege los equipos contraapagones, caídas de tensión,sobretensiones transientes yruido en la líneaqMantiene el equipo funcionando durante apagones a fin depermitir tiempo para el guardado de archivos y apagado seguro qEl factor de potencia unitariogarantiza la máxima potenciaposible con cada potencianominalqCertificación ENERGY STAR2.0 para ahorrar electricidad,reducir costos y proteger elmedioambienteqLa pantalla LCD de 2 líneas delpanel frontal con 10 pantallasseleccionables proporcionainformación detallada sobre elUPS y la alimentación del sitio qPara el monitoreo y controlremoto, se requiere elWEBCARDLXE (vendido porseparado). No compatible conWEBCARDLX.qEl Paquete IncluyeUPS Interactivo de 1950VA1950W 120VqCable USBqCable DB9qAccesorios para instalación enrackqSoportes para instalación entorreqInstrucciones de seguridadqGuía de Usuario AvanzadoqEspecificacionesred comunicándose con otros dispositivos de red, detectando la pérdida de conectividad y reiniciando automáticamente los equipos de TI. Los módulos opcionales EnviroSense2 (E2MT, E2MTDO y E2MTHDI, se venden por separado) ofrecen diversas opciones de monitoreo y control ambiental.Los Tomacorrientes NEMA 5-15R Protegen sus Componentes ConectadosUn tomacorriente L5-20R y seis 5-20R administrados alimentan al equipo conectado con una salida de CA de onda sinusoidal pura y le permiten monitorear el consumo de energía hasta el nivel del grupo de tomacorrientes. La energía provista por estos tomacorrientes está filtrada para proteger a los equipos conectados contra las dañinas sobretensiones y ruidos en la línea Cuatro tomacorrientes 5-20R están divididos en dos bancos de carga controlables en forma independiente que le permiten eliminar las cargas no críticas para extender la autonomía para cargas críticas. Los ventiladores de enfriamiento delanteros y traseros ayudan a proteger el equipo contra sobrecalentamiento.La Regulación Automática de Voltaje [AVR] Corrige Condiciones de Bajo y Alto VoltajeLa AVR protege su equipo contra daños incrementales del hardware, pérdida de información y problemas de desempeño causados por condiciones de bajo voltaje y sobrevoltajes. El SMART2200RMXL2U mantiene la salida nominal regulada de 120V durante caídas de voltaje y sobrevoltajes de 80V a 151V,mientras mantiene la batería totalmente cargada y lista para hacerse cargo en el caso de una falla de energía.La Protección Premium contra Ruido en la Línea por EMI/RFI le Ayuda a Su Equipo a Funcionar MejorEste sistema UPS filtra la interferencia electromagnética e interferencia de radio frecuencia que pueden perturbar su hardware o causar pérdida de datos. Este filtro de EMI y RFI también ayuda a que sus componentes conectados se desempeñen mejor y duren más.Certificado ENERGY STAR para Ayudarle a Ahorrar Dinero y Proteger el Medio AmbienteCumpliendo los estrictos requerimientos del Departamento de Energía de los EE UU y la Agencia de Protección Ambiental de los EE UU, este sistema UPS ENERGY STAR 2.0 proporciona alta eficiencia operativa para indicar una reducción en las emisiones en BTU, ahorrar en costos de energía de la red pública y enfriamiento y ayudar a proteger el medio ambiente.Interfaz Intuitiva en el Panel Frontal para Conveniente Operación y Monitoreo del UPSLa pantalla de monitoreo LCD de dos líneas del panel frontal cuenta con diez pantallas seleccionables que permiten acceso rápido a una amplia gama de información detallada de la energía del UPS y el sitio.Los LED muestran el estado del UPS: una luz verde significa que la energía de la red pública estáconectada, una luz naranja significa que el UPS está en modo de respaldo por batería y una luz roja indica una alarma o falla activa. El panel de control gira para permitir configuraciones para instalación en rack y torre.Los Puertos de Comunicaciones Avanzados Permiten el Guardado y Apagado AutomáticosLos puertos RS-232 y USB se conectan a un dispositivo para una variedad de opciones de comunicación (se incluyen los cables). Puede programarse un puerto de relevador de contacto seco mediante el LCD para proporcionar comunicaciones confiables para la automatización y componentes industriales. El puerto RPO/ROO permite el apagado de emergencia o el reinicio remoto de todos los equipos conectados.Versátiles Opciones de InstalaciónPuede instalar el SMART2200RMXL2U en solamente 2U de espacio en un rack estándar EIA de 19"usando los accesorios incluidos. Con 60 cm [23.7"] de profundidad, el UPS se instala en racks de poca profundidad y otros espacios compactos. También puede adaptarlo para instalación en torre usando los soportes para instalación en torre incluidos. El cable de alimentación de 3.05 m [10 pies] con clavija NEMA 5-20P se conecta a un tomacorriente de CA.© 2023 Eaton. All Rights Reserved. Eaton is a registered trademark. All other trademarks are the property of their respective owners.。
Pro-face GP4x01M系列5.7英寸和3.5英寸快速安装HMI操作特性说明书
EX-ED-Vxx-DVD
GP-Pro EX Development Software (download version + DVD backup media), xx refers to current version
PFXZGMAK1
1x Replacement Anti Rotation Tee, USB Cable Clamp (1 each Type A and Type mini-B, 1x 2mm spacer (panel thickness adjustment)
USB
1x USB 2.0 (Host) Type A with DC5V Power Supply
1x USB 2.0 (Host) Type mini-B
CF Card
not applicable
Powered by
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General Specifications
Model Electrical
Specifications
Model
GP-4301TM
GP-4201TM
Order Numbers
PFXGM4301TAD
PFXGM4201TAD
Graphics Display Resolution 320 x 240 pixels (QVGA)
Display
Type
5.7” TFT Color LCD
PFXZGMNT1
Replacement display module installation nut (qty10)
PFXZGMSW1
Replacement Socket Wrench
PFXZGMCNDC1
Replacement DC Power connector (qty 5)
Bridgelux Pallas-D单频道44W（DALI-2）砂流驱动器产品数据报告 DS1210
®Pallas-D Single Channel 44W (DALI-2)Product Feature MapBridgelux Pallas-D (DALI) Single Channel 44W Driver provides dynamic constant current output for LED modules and arrays. This Driver interoperates with DALI-2 standard lighting systems and protocols and allows for simple integration of Bridgelux’s and all major brands White Arrays and Linear modules. Please visit for more information.The part number designation for Bridgelux Pallas-D (DALI) Single Channel 44W Driver is explained as follows:Product NomenclaturePart NumberConfigurationBXDR-PS-44BS-E110D-01-ABrick with strain relief built-inTable 1:Product Selection GuideLED OutputEU input 220-240VAC4 Dip-switch (16 steps)DALI-2 DT 6 ControlCase temperature measurement point TcBXDR44BSE110D01A----Housing MaterialP = Plastic Maximum Output PowerProduct Family BXDR = Driver 44 = 44WForm FactorB = BrickConnector Type S = Strain ReliefInput Voltage E = EU 220-240VACOutput Channels 1 = Single ChannelMaximum Output Current x 100mA 10 = 1050 mAControl InputD = DALI-2 ControlProduct Version 01 = Standard Product Generation 1,2,3,47,8,9,1011,12,13,14,1516,1718A = Generation APS -5,6Current SettingS = Dip-Switch SettingTable 2:Input Electrical CharacteristicsTable 3:Output Electrical Characteristics Parameter Unit Specification Nominal voltage V 220 –240Nominal frequency Hz 50 / 60AC voltage range V 198 –264DC voltage range V 176 -276Nominal current A 0.3Power factor (Full load)-≥ 0.9THD (Full load)%≤ 10Efficiency (Full load)%≥ 88NO load W ≤ 0.5Protection class -I, IIInrush current(Coldstart)A pk < 5.6 (th = 50 μs)Max. units per circuit breaker-B10: 37 B16: 59 C10: 37 C16: 59Parameter Unit SpecificationNominal voltagerange V6-52V6-49V6-46V 6-44V 6-42VMaximumvoltage(Open Circuit)Vdc≤ 59Nominal current mA 30035040045050055060065070075080085090095010001050Current accuracy%+/-5Dimming YesDALI-2（IEC 62386-101,102,207）& Push DimDimming Range 1% -100%Current ripple LF< 3KHz %≤ 4Pst LM -≤ 1SVM -≤ 0.4Maximum power W 44Galvanic isolation:SELV-SELVFigure 1:Power Factor vs. Power Figure 2:Total Harmonic Distortion vs. PowerFigure 3:Efficiency vs. Power Figure 4:Expected Life TimeFigure 5:Operating WindowMechanical CharacteristicsCharacteristics SpecificationDimensions 170.0 mm (L) x 65.0 mm (W) x 30.0 mm (H)Enclosure MaterialsPC Plastic Weight 188 g Ingress ProtectionIP20Table 4:Product Mechanical dataPackagingParameters Specification Driver quantity 60 pcsOuter dimensions353 X 335 X 220 mmWeight12.0 kgTable 5:Packaging Box ConfigurationFigure 6:Mechanical DrawingNotes for Figure 6:1.Drawing dimensions are in millimeters2.Unless otherwise specified, all linear tolerances are +/-1.0mmDIP-switch operation instructions & operating windowTable 6:Dip-switch operation instructions & operating windowDip-switch settingU out I out 1234OFF OFF OFF OFF6-52V300 mA OFF OFF OFF ON6-52V350 mA OFF OFF ON OFF6-52V400 mA OFF OFF ON ON6-52V450 mA OFF ON OFF OFF6-52V500 mA OFF ON OFF ON6-52V550 mA OFF ON ON OFF6-52V600 mA OFF ON ON ON6-52V650 mA ON OFF OFF OFF6-52V700 mA ON OFF OFF ON6-52V750 mA ON OFF ON OFF6-52V800 mA ON OFF ON ON6-49V850 mA ON ON OFF OFF6-49V900 mA ON ON OFF ON6-46V950 mA ON ON ON OFF6-44V1,000 mA ON ON ON ON6-42V1,050 mAWiring DiagramNotes for Table 7:1.Hot plug-in or secondary switching of LEDs is not permitted and may cause a very high current to the LEDs.2.Unless otherwise specified, all linear tolerances are +/-1.0mmPRIPRICable cross-section0.75 –2.5 mm 2 / AWG 18 -13Stripping 8 -9 mmSECCable cross-section0.5 –1.5 mm 2 / AWG 20 -15Stripping8 -9 mmTable 7:WiringEnvironmental and Regulatory StandardsParameter Specification Ambient Operating Temperature-20°C to + 45°C Max. Case Temperature Tc+85°C(max)Max. Case Temperature (In fault condition)+110°CHumidity Rating Maximum 95% Relative Humidity, non condensing Storage Temperature -20°C to + 80°CExpected Lifetime 50,000 hours (Tc < 85°C) 100,000 hours (Tc < 75°C)Table 8:Environmental ConditionsTable 9:Regulatory Approvals and ComplianceSpecification Reference Standard ConditionDC or AC supplied electronic controlgear for LED modules EN 62384:2006/A1:2009electronic controlgear for use on DC or ACsupplies up to 1 000 V (alternating current at50 Hz or 60 Hz) and with an output frequencywhich can deviate from the supply frequencyConducted and Radiated EMI EN 55015:2019+A1:2020 (CISPR 15:2018)Harmonic CurrentEmissionsEN IEC 61000-3-2:2014Voltage Fluctuations &FlickerIEC 61000-3-3:2013ESD (Electrostatic Discharge)IEC 61547:2009 Section 5.2Test des.: IEC 61000-4-24 kV contact discharge,8 kV air discharge, level 3Continuous Radiated Disturbance IEC 61547:2009 Section 5.3Test des.: IEC 61000-4-33 V/m, 80 -1000 MHz, 80% modulated atdistance of 3 metersElectrical Fast Transient IEC 61547:2009 Section 5.5Test des.: IEC 61000-4-4±1 kV on AC power port for 1 minute,Surge IEC 61547 Section 5.7Test des.: IEC 61000-4-5±1 kV (differential mode)Continuous Conducted Disturbance IEC 61547:2009 Section 5.6Test des.: IEC 61000-4-63V, 0.15-80 MHz, 80% modulated, Level 2Voltage Dips IEC 61547 Section 5.8, 5.9Test des.: IEC 61000-4-1170% dip during 25 cycles @ 50Hz, 30 cycles @ 60Hz 0% dip during ½ cyclesRegulatory Standards (continued)Table 10:Safety Agency ApprovalsSpecification Reference Standard ConditionENEC / CE / UKCA EN 61347-1:2015,EN 61347-2-13:2014/A1:2017ENEC Certification pendingGlow wire test EN 61347-1:2015Passed with increased temperature at 650°CTable 11:DALI-2 DT6 StandardsSpecification Reference Standard ConditionSystem Components(Part 101)EN62386-101Control Gear (Part 102)EN62386-102LED Module (Part 207)EN62386-207ProtectionParameters Specification Over Power Protection>50WYes / Auto Resume Over Voltage Protection> 59VdcYes / Auto Resume Short Circuit Protection Yes / Auto ResumeOver-TemperatureTa > 80°CYes / Auto Resume Table 12:ProtectionDesign ResourcesApplication NotesPlease contact your Bridgelux sales representative for assistance on obtaining application support when designing with the Bridgelux Pallas-D Single Channel Driver. For a list of available resources, visit .PrecautionsCAUTION: PRODUCT HANDLINGHandle the Pallas-D Single Channel Driver with care to prevent any damage from mechanical shockIt is recommended to handle this driver in a static-free environmentDo not open or disassemble the productTo maintain product warranty, the installer is responsible for ensuring that the driver's operating conditions do not exceed the maximum conditions stated within this data sheetCAUTION: PRODUCT INSTALLATIONIncorrect installation of the Pallas-D Single Channel Driver can cause irreparable damage to the driver, connected LEDs.Pay attention when connecting the LED load and observe the correct polarity of the output terminals as specified in this data sheet and on the driver label.CAUTION: ELECTRIC SHOCKBe aware of the possibility of an electric shock hazard which can result in serious injury or death. Disconnect power before servicing or installing this device.DisclaimersMINOR PRODUCT CHANGE POLICYThe rigorous qualification testing on products offered by Bridgelux provides performance assurance. Slight cosmetic changes that do not affect form, fit, or function may occur as Bridgelux continues product optimization.About Bridgelux: Bridging Light and Life TM11At Bridgelux, we help companies, industries and people experience the power and possibility of light. Since 2002, we’ve designed LED solutions that are high performing, energy efficient, cost effective and easy to integrate. Our focus is on light’s impact on human behavior, delivering products that create better environments, experiences and returns—both experiential and financial. And our patented technology drives new platforms for commercial and industrial luminaires.For more information about the company, please visit/Bridgelux/Bridgelux/user/Bridgelux/company/bridgeluxWeChat ID: BridgeluxInChina46410 Fremont BlvdFremont, CA 94538 USATel (925) 583-8400© 2022 Bridgelux, Inc. All rights reserved 2022. Product specifications are subject to change without notice. Bridgelux, the Bridgelux stylized logo design and Pallas-D are registered trademarks of Bridgelux, Inc. Bridging Light and Life is a trademark of Bridgelux, Inc. All other trademarks are the property of their respective owners.Bridgelux Pallas-D (DALI) Single Channel 44W Driver Product Data Sheet DS1210 Rev. A (03/2023)。
GP-Pro EX 参考手册说明书
索引数字16384色 ..........................................................8-39 16级 ................................................................8-39 256色 ..............................................................8-39 2维码阅读器 .........................................16-4, 16-11 3速闪烁 ...........................................................8-39 4096色 ............................................................8-39 65536色 ..........................................................8-39 AAPI通讯 .......................................................37-159 AUX输出 .......................................................10-50安全 .............................................................28-134安全级别列表 .................................................21-23安全设置 ........................................................21-19按键 ...............................................................15-27 BBMP/JPEG，粘贴 ............................................8-76包注册 ............................................................8-104本地窗口 .................................................12-4, 12-7保持/非保持区的数量 ...................................28-16保持传输 ........................................................28-83保持区 ............................................................28-16保存CSV格式 ................................................19-55报警历史 .................................................19-55保存到存储设备的注意事项 .........................23-143保存至CF卡 ......................................................19-59 CF卡，注意 ...........................................19-61 CF卡或USB存储器 ...............................19-58 USB存储器，注意 ..................................19-61保存至CF卡 ..................................................11-18保护对象 ..........................................................8-38报警 .................................................................19-1位监控 .....................................................19-22文本 ......................................................19-159显示，脚本 .............................................20-17备份历史 .................................................19-76部件 ......................................................19-103打印历史 ...............................................19-155冻结模式 ...............................................19-132功能列表 ...............................................19-160历史 .............................................19-21, 19-31历史数据的存储空间要求 ........................19-80列表视图 .................................................19-15设置 ........................................................19-70摘要 ...........................................19-79, 19-136直接选择 ...............................................19-118字监控 .....................................................19-26组 ............................................................19-79报警文件位置 ........................................................19-60名称 ........................................................19-60报警消息显示位置 ..........................................19-10报警历史数据 .................................................24-31报警语言，切换 ..............................................17-66背光灯颜色切换设置 ......................................5-175备份 ................................................................5-165备份SRAM ....................................................19-80备份SRAM容量 ..............................................5-93备份数据，创建 ..............................................32-37比较，条件 ...................................................20-140比较存储器 .....................................................20-75比较工程 ........................................................32-25笔记录 ............................................................18-47编号，自动 ...................................................24-105变量 ................................................................28-13变量格式 ........................................................28-19标记限制 ........................................................8-104标记，显示图像 ................................................8-82标记注册 .............................................8-101, 8-102标签 ................................................................28-62标签，查找和更换 ............................................5-73标准字体 ............................................................6-3播放列表创建文件 .................................................26-26使用 ........................................................26-26步数 ..................................................................28-5部件，编辑 .......................................................8-49部件，查找和替换地址 .....................................5-73部件工具箱 .......................................................5-86部件名称，逻辑画面 ........................................28-5 CCF卡 .............................................................5-189保存注意事项 .............................5-187, 23-143初始化 ..........................................32-37, 32-42传输工程文件 ..........................................32-36复制到 .....................................................32-29目标文件夹 ................................................5-94设置文件夹 ................................................5-45使用注意事项 ......5-187, 11-27, 19-61, 23-144 CF卡文件操作 .............................................20-102 CF卡，保存至控制字地址 ..............................................19-59注意事项 .................................................19-61 CF卡，操作注意事项 ..................................24-116 CF卡工具 ......................................................32-28 CSV文件，读取 ..........................................20-118 CSV格式 .......................................................24-31 CSV数据显示 .................................24-31, 24-37, 24-81编辑 ........................................................24-41传输 .................................24-57, 24-62, 24-89打印 ........................................................24-42流 ..............................................................24-4采样CSV格式 ................................................23-20概述 ..........................................................23-2将数据保存至CF卡 ................................23-20结构 ......................................................23-108如果不能进行数据采样时 ......................23-126数据 ........................................................23-14数据显示器 ...........................................23-122数据，时间 ...........................................23-113数据存储方法 ........................................23-119数据的显示格式 ......................................23-30数据使用容量 ........................................23-110组列表 .....................................................23-37采样设置 ........................................................18-11采样数据 ........................................................24-31采样数据显示器 ...........................................23-102操作时间表 .......................................................22-1操作数 .......................................5-170, 28-5, 28-65操作数设置 .....................................................28-65插入逻辑指令 .................................................28-50查找 ...............................................................5-119查找和更换 .......................................................5-73重叠图片 ...................................................9-8, 9-11初始化存储器 ......................................20-88, 20-89触发操作 .........................................................A-57触发条件 ........................................................20-43触摸，两次 .....................................................10-28处理中 ............................................................14-74传输配方 .............................................24-47, 24-53传输工具 ........................................................32-56安装 ........................................................32-68安装要求 .....................................................3-5传输工程文件 ...................................................32-6传输设置 ........................................................32-59串口操作 ........................................................20-92串口端口操作 .................................................20-57窗口显示 ..........................................................12-7创建 ..........................................................12-4切换 ........................................................12-11在一个画面上显示多个 ...........................12-30窗口边框 ......................................................37-160窗口部件 ........................................................12-21窗口画面 ......................................................19-149从CF卡到U盘 ..............................................A-83从U盘到CF卡 ..............................................A-83从多个GP的执行外部操作 ..........................19-157从模板中选择画面 ............................................8-72从其他工程复制 .............................................5-104从外部存储器上下载 ......................................32-36存储器循环 ........................................................20-82操作 ........................................................20-73存储器限制 ...................................................28-123存储设备上的可用空间 ...................................11-26错误检查 .............................................5-106, 5-173 DDirect Access法 ......................7-7, 7-8, 11-25, A-4Direct Access法 + Memory Link法 ............7-8, 7-9 Direct Access和Memory Link一起使用 ........A-39 DRAM ..........................................................23-110 D脚本 ..............................................................20-2 D脚本编程 .......................................................20-2打印布局 ..........................................................33-8当前画面 .................................................33-20工程设置 .................................................33-40简介 ..........................................................33-4批打印 .....................................................19-73取消 ........................................................33-30实时打印 .................................................19-73打印格式 ........................................................19-74打印功能 ........................................................33-12打印机连接 ........................................................33-12配置 .............................................33-14, 33-18打印机操作 ...................................................20-126打印机类型 .....................................................33-11单色16级 .........................................................8-39 LCD ..........................................................8-39地址转换多个 ...................................................5-40地址操作 ........................................................24-94地址格式 ........................................................28-31地址监控 ......................................................28-104地址块显示 .....................................................18-24地址块转换 .....................................................5-100地址列表显示 ..........................................................5-32确认 ..........................................................5-31地址设置 ........................................................5-110地址刷新 ......................................................28-131地址转换图案，更改设备类型 ..........................7-21调用函数 ........................................................20-55调用和显示图片 ...............................9-4, 9-10, 9-15调用画面 .................................................8-62, 8-63读取文件 ......................................................20-121读取区，内部寄存器 ......................................18-72对象编辑 ..........................................................8-26对齐 ..........................................................8-34翻转 ..........................................................8-36放大/缩小 ................................................8-28复制 ..........................................................8-29取消组合 ...................................................8-32移动 ..........................................................8-28组合 ..........................................................8-32旋转 ..........................................................8-35对齐行 .....................................17-62, 17-63, 17-65居中 .............................................17-63, 17-64固定位置 .................................................17-62对齐到网格 .......................................................8-99多功能 .................................................10-36, 10-75多语言 .................................................17-15, 17-24FFTP服务器 ....................................................5-189发送数据 ........................................................32-66反映在控制器/PLC中 ....................................11-16放置包中注册的图片 ........................................8-65分辨率，转换 ......................................5-104, 5-128分层画面切换 .................................................11-21分支 ...............................................................28-48分支，插入 .....................................................28-41蜂鸣器 ..............................10-50, 25-1, 25-7, 25-10符号 ......................................................5-51, 28-13符号变量 ...............................5-177, 28-13, 28-123符号变量，导入/导出 ...................................28-27复制存储器 ..........................................20-78, 20-81复制工具 ......................................................37-169富文本文件 .......................................................33-4 GGP-Pro EX .........................................................1-2 GP-PRO/PBIII for Windows ...............................2-2 GP到PC接收工程文件 .................................32-9, 32-18 GP开机时的默认画面显示，选择 ....................11-7工具栏，自定义 ...............................................28-6工程文件备份 ..........................................................5-23创建 ............................................................5-9设置 ............................................................5-9工程信息查看 ..........................................................5-43工程转换器 .......................................................2-12工作区 ............................................................5-108固定别针 ...............................................5-117, 8-38观察列表 ......................................................28-157光标形状 ......................................................19-134归档 .................................................................33-4滚动报警显示 .................................................19-79滚动报警消息 ...................................................19-8 HHMI系统变量(#H系统变量) ........................A-109行，插入 ........................................................28-41函数名 ............................................................20-61互锁 ...............................................................10-19互锁触摸操作控制 ..........................................14-24互锁设置 ........................................................21-24画面保存显示的画面 ......................................11-18复制 ..........................................................5-69画面显示正在关闭 ...................................34-7, 34-9画面，切换 .....................11-4, 11-10, 11-13, 11-21画面捕捉 .................................5-190, 11-18, 11-26画面捕捉，JPEG文件 ..................................11-18画面各部分的名称 ............................................5-84画面列表 ........................................................5-115画面信息 ........................................................5-180画面属性更改 ...................................................5-67画面数据列表窗口 ..........................................5-118画面颜色，更改 ................................................5-66绘图 ....................................................................8-1绘制矩形 ..........................................................8-10按像素 .........................................................8-7标尺 ..........................................................8-18表格 ..........................................................8-20多边形 .......................................................8-16弧/饼形 ....................................................8-14圆/椭圆 ....................................................8-12直线/折线 ..................................................8-8 IIPC设置 .......................................................37-152 JJPEG文件，画面捕捉 ...................................11-18基本操作 ............................................................5-1监控步 ............................................................5-171兼容性 ................................................................2-2键盘系统 ........................................................15-20弹出式 ............................................15-3, 15-37设置 .................................................15-3, 15-6用户 ........................................................15-22用户创建的 ................................................15-9注册 ........................................................15-23交叉参考 ...............................................5-32, 5-103脚本 ................................................................5-166编程 ........................................................20-55创建 ........................................................20-23创建全局 .................................................20-39错误代码列表 ..........................................20-63打印自 .....................................................20-21函数摘要 .................................................20-27扩展，结构 ..............................................20-22全局D脚本 .............................................20-50运算 ..........................................................20-5主函数 .....................................................20-27脚本设置 ........................................................5-163接收数据 ........................................................32-67 KKanji转换 ............................................15-28, 15-40开关 ..................................................................10-1位 ............................................................10-45选择 ........................................................10-72标签 ........................................................10-55单选 ........................................................10-38切换画面 .................................................10-62特殊 ........................................................10-63颜色更改 .................................................10-31字 ............................................................10-59开关指示灯 .....................................................10-42开始操作的工作流程 ...................................4-2, 4-3可用地址 ....................................................A-4, A-7控制器/PLC ...................................................5-160控制器/PLC系列的设置 ..................................5-89控制器/PLC系统数据区分配 ..........................A-23控制器/PLC，更改 .................................7-16, 7-26控制字地址，保存至CF卡 ............................19-59 LLS区 .................................................................A-8蓝色LCD .........................................................8-39历史数据 ........................................................18-15连接多台PLC ....................................................7-7两次触摸 ........................................................10-28逻辑系统变量（#L系统变量） .......................A-90逻辑程序，纠正错误 ......................................28-85逻辑程序数量限制 ........................................28-123逻辑存储器 ...................................................28-121逻辑存储器的验证方法 .................................28-121逻辑监控 ......................................................28-101逻辑监控，启动和停止 ...................................28-99逻辑图监控 ......................................................A-45逻辑运算示例 ...............................................20-162逻辑指令 ......................................................28-114逻辑指令图标列表 ............................................28-8 MMemory Link法 ......................................11-25, A-6 Memory Loader ..................................32-36, 32-63脉冲 ...............................................................28-70每画面的功能数 .............................................5-184每画面的数据容量 ..........................................5-184密码......................5-27, 5-95, 5-96, 28-134, 32-31编辑 ..........................................................5-28删除/更改 ..............................................32-34命令和状态 .....................................................19-59模板注册 ........................................................5-182 N内部寄存器到数据缓冲器 .............................20-151内部设备地址 .............................................A-5, A-7 PPC到GP发送工程文件 .................................32-6, 32-13使用调制解调器传输画面数据 .................32-48 PC工程模拟 ....................................................31-1 PC上的工程模拟 .............................................31-1 PID监控 .......................................................28-153 PLC与多台控制器通讯 .......................................7-1配方CSV格式 ................................................24-10 CSV数据 .........................24-10, 24-18, 24-26保存至CF卡 ..........................................24-11传输 .................................24-47, 24-53, 24-68传输CSV数据 ..........................................24-3传输配方数据 ............................................24-3概述 ..........................................................24-2配方数据 .................................................24-43设置 ........................................................24-57数据 ........................................................24-31数据，传输 ..............................................24-64配方数据传输 ...............................24-47, 24-53, 24-107流 ..............................................................24-5容量 ......................................................24-108偏移地址计算示例 ........................................20-165屏幕保护程序 ..........................................34-1, 34-7 Q启用系统区 ..........11-12, 11-17, 12-20, 25-9, 25-12切换显示 ........................................................12-17切换画面 .............................................11-10, 11-13切换基本画面 .................................................19-36切换视图 ........................................................5-181强制画面切换 ...............................A-12, A-14, A-29清除区 .................................................15-26, 15-39全局窗口 ...............................................12-4, 12-14全局互锁 .............................................21-10, 21-25 R日期/时间显示 ..............................................14-92日语FEP ........................................................15-40软件包内容 .........................................................3-2 SSRAM ............................................................19-80 SRAM，注意事项 ..........................................5-190 SRAM备份 ..................................................23-109 SRAM备份，关于 .......................................24-108 STN伪彩LCD .................................................8-39扫描时间 ...........................28-124, 28-127, 28-158删除文件 ......................................................20-125上传到外部存储器 ...............................32-36, 32-42闪烁，设置 .......................................................8-46设备访问API .....................................37-88, 37-168设备监控 .........................................................A-43设备支持的功能列表 ..........................................1-5声音选项 ........................................................10-50时间，调节 ..............................................34-1, 34-3时间表 ...................................................22-1, 22-10实时视频 ..........................................................26-8矢量字体 ............................................................6-3使用逻辑 ..........................................................28-3使用其他语言绘制 ...........................................A-72事件记录器 ..........................................26-22, 26-86视频 ..................................................................26-1故障前后 .................................................26-20录制 ..........................................................26-1视频控制区，使用示例 .................................26-133首选设置 ........................................................5-165输出文件列表 ...............................................20-123输入启用 .................................14-52, 14-55, 14-82顺序 ........................................................14-31许可 ........................................................14-85输入代码表 .......................................................8-93输入设备设置 .................................................16-24输入顺序功能 ...............................................14-105属性 ...............................................................5-117属性，更改 .......................................................8-31数据显示 ..........................................................14-1保存模式 ...............................................20-110比较 ........................................................10-16写 ............................................................10-10范围，防止输入超出允许范围的数据 ......14-28更改值 .....................................................14-34缓冲器到内部寄存器 .............................20-153加 ............................................................10-13减 ............................................................10-13输入 ..........................................................14-1数据显示器 .....................................................14-38数据采样 ..........................................................23-1数据块显示显示/清除图表 .......................................18-27数据块显示图结构 ..........................................18-71数据块，复制 .................................................20-12数字显示 ........................................................14-40搜索存储器 .....................................................20-84缩放框 ..............................................................5-86索引文件 ......................................................24-100 TTFT真彩LCD ..................................................8-39 Time-Base .....................................................14-65特殊继电器 .............................................A-20, A-35特殊数据显示器 .............................................24-72替换 .................................................................5-73条形码阅读器 ................................16-2, 16-4, 16-5条件表达式 ...................................................20-136分支计算示例 ........................................20-164条件表达式 .....................................................20-45条件操作 ........................................................24-91条件名称查找功能 ..........................................24-99调色板 ..............................................................8-42调试 .................................................................33-4调试函数 ......................................................20-131停止通讯 ..........................................................7-11通讯错误代码 ..................................................A-22概述 ...........................................................A-2周期时间 ..................................................A-22通讯状态，确认 ...............................................7-13通过USB电缆传输 ..........................................32-5通过以太网(LAN)传输 ..................................32-12通用设置 .............................................5-112, 5-174统计数据显示器 .............................................14-95透明部件 .................................10-43, 14-39, 18-29图形 ...................................................................8-6图像字体 ..........................................................6-14图案，设置 .......................................................8-48图表部件设置 .................................................18-29历史趋势 .................................................18-45普通 ........................................................18-30数据块显示 ..............................................18-67统计 ........................................................18-39仪表 ........................................................18-41图片显示器 ..........................................9-22, 19-147图片注册 ..........................................................9-20退出WinGP ...................................................37-26 UUltra VNC服务器，RPA .................................35-7 USB存储器 .........................................5-188, 5-189保存注意事项 ........................................23-143 USB存储器，保存至注意事项 .................................................19-61 USB存储器操作说明 ...................................23-144 V 2003 程序 .........................................37-57 VNC服务器，RPA ..........................................35-7 WWindows XP Embedded ................................37-11 WinGP .............................................................37-2 API ..........................................................37-34 SDK ........................................................37-13 2003程序示例 ............................37-39 VB6程序示例 .........................................37-65读取VB中的文本 .................................37-119读取或写入数据 ......................................37-38禁止两次调用API .................................37-118启动 ........................................................37-26软件使用授权密钥码 .................................37-2运行应用 .................................................37-71专用API ..................................................37-56 WinGP，退出 ...............................................20-135外围控制器列表 ..............................................5-157网格，设置 .......................................................8-69位逻辑系统变量 ...............................................A-90位运算示例 ...................................................20-163位置点，显示 ...................................................9-48位状态16 ............................................................13-135 ................................................................13-8文本显示区 ..............................17-62, 17-63, 17-64表设置 .....................................................17-51操作 ......................................................20-146运算错误状态 ........................................20-154注册 ........................................................17-49文本显示器 .....................................................14-77文本报警 ......................................................19-140文本列表 ......................17-15, 17-24, 17-31, 17-36文本设置 ..........................................................8-94文本数据模式 .................................................5-161文件管理器简介 ........................................................24-86文件名，更改 ...............................................20-116。
Moxa MGate 5111 系列工业乙太网关说明书
MGate5111系列1埠Modbus/PROFINET/EtherNet/IP轉PROFIBUS從屬裝置閘道器特色與優點•將Modbus、PROFINET或EtherNet/IP轉換為PROFIBUS•支援PROFIBUS DP V0從屬裝置•支援Modbus RTU/ASCII/TCP主控裝置/用戶端和從屬裝置/伺服器•支援EtherNet/IP轉接頭•支援PROFINET IO裝置•透過網頁式設定精靈輕鬆配置•輕鬆佈線的內建乙太網路串接•嵌入式流量監控/診斷資訊，便於故障排除•狀態監控和故障保護，可輕鬆維護•microSD卡可用於備份/複製配置與儲存事件日誌•支援冗餘DC電源輸入與1點繼電器輸出•串列內建埠2kV隔離保護•提供-40至75°C寬溫度操作型號可供選用•基於IEC62443的資安防護功能認證簡介MGate5111工業乙太網路閘道器能夠將數據從Modbus RTU/ASCII/TCP、EtherNet/IP或PROFINET轉換為PROFIBUS通訊協定。
所有型號均有強固的金屬外殼加以保護，可使用DIN軌道安裝，而且提供內建串列隔離。
Modbus是最普遍使用的工業通訊協定之一，EtherNet/IP、PROFINET和PROFIBUS普遍用於工廠自動化和製程自動化。
MGate5111支援Modbus RTU/ASCII/TCP主控裝置和從屬裝置模式，因此很容易就能將Modbus裝置連接到PROFIBUS PLC或DCS（例如Siemens PLC）。
對於系統整合，MGate5111可連接到EtherNet/IP PLC/SCADA系統（例如Rockwell Automation PLC）、連接到PROFIBUS PLC/DCS系統，或在對於現有PROFIBUS系統支援PROFINET的新型Siemens PLC系統之間連接。
MGate5111閘道器有助於輕鬆配置和快速維護。
X_SMART_proprx2_格兰_登士柏机扩
ProTaper治疗锉临床操作
• 使用S1 预备根管 • 深度不要深于15号手
用锉的到达位置 (以 确保S1尖部不会被堵 塞)
ProTaper治疗锉临床操作
• 如有必要，使用SX扩
大根管口，建立器械 的直线进入通路 (Sx 深度勿超过S1)
ProTaper治疗锉临床操作
• 当精修锉到达工作长度
后，立即退出器械
ProTaper治疗锉临床操作
The Endodontics Company
X-SMART 反角弯机头
16:1 减速手机
➢机头高度: 仅10.5mm!!
➢提供良好操作视野，操作 更灵活
The Endodontics Company
X-SMART 设置
镍钛锉型号
转速
扭距
S1
250
3.0
SX
250
3.0
S2
250
1.0
F1
250
• 建议使用专业根管马达 • 使用手法：提拉法，每根针在根管内不能超过5秒，达到WL不要超过1秒 • 避免加压，反复大量冲洗。 • 使用根管润滑剂 • 换针换程序 • 锉针使用记录次数，有拉伸，变形，裂纹等马上丢弃。
ProTaper治疗锉临床操作
• 用10 & 15号手用锉
探查根管
• 探查深度为距X片根
ProTaper
0.80 0.70 0.60 0.50 0.40 0.30 0.20 0.10 0.00 -0.10 -0.20 -0.30 -0.40 -0.50 -0.60 -0.70 -0.80
0
F3
F2
1
2
3
4
Endress+Hauser Proline Promag W 300 HART 电磁流量计操作手册
Products Solutions Services操作手册Proline Promag W 300电磁流量计HARTBA01918D/28/ZH/04.22-00715883742022-08-01自下列版本起生效01.06.zz (设备固件)Proline Promag W 300 HART•请将文档妥善保存在安全地方，便于操作或使用设备时查看。
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2Endress+HauserProline Promag W 300 HART 目录Endress+Hauser 3目录1文档信息 (6)1.1文档功能.............................61.2图标................................61.2.1安全图标......................61.2.2电气图标......................61.2.3通信图标......................61.2.4工具图标......................71.2.5特定信息图标...................71.2.6图中的图标.....................71.3文档资料代号.........................81.3.1文档功能......................81.4注册商标.............................82安全指南 (9)2.1人员要求.............................92.2指定用途.............................92.3工作场所安全........................102.4操作安全............................102.5产品安全............................102.6IT 安全.............................102.7设备的IT 安全.......................102.7.1通过硬件写保护实现访问保护......112.7.2访问密码.....................112.7.3通过网页服务器访问.............122.7.4通过OPC-UA 访问..............122.7.5通过服务接口（CDI-RJ45）访问. (12)3产品描述 (13)3.1产品设计 (13)4到货验收和产品标识 (14)4.1到货验收............................144.2产品标识............................144.2.1变送器铭牌....................154.2.2传感器铭牌....................164.2.3测量设备上的图标..............165储存和运输 (17)5.1储存条件............................175.2运输产品............................175.2.1不带起吊吊环的测量仪表.........175.2.2带起吊吊环的测量设备...........185.2.3使用叉车搬运..................185.3包装处置............................186安装 (18)6.1安装要求............................186.1.1安装位置.....................186.1.2环境条件和过程条件要求.........246.1.3特殊安装指南..................266.2安装测量设备........................266.2.1所需工具.....................266.2.2准备测量设备..................266.2.3安装传感器....................266.2.4旋转变送器外壳................336.2.5旋转显示单元..................346.3安装后检查 (35)7电气连接 (36)7.1电气安全............................367.2接线要求............................367.2.1所需工具.....................367.2.2连接电缆要求..................367.2.3接线端子分配..................387.2.4准备测量设备..................387.3连接测量设备........................387.3.1连接变送器....................387.3.2连接远传显示单元DKX001........417.4确保电势平衡........................417.4.1概述.........................417.4.2连接实例：标准应用场合.........417.4.3连接实例：介质与保护性接地端存在电位差（不选择“悬浮测量”选项）.........................437.4.4连接实例，介质与保护性接地端存在电位差（选择“悬浮测量”的流量计）.........................437.5特殊接线指南........................457.5.1接线实例.....................457.6确保防护等级........................497.7连接后检查..........................498操作方式 (50)8.1操作方式概述........................508.2操作菜单的结构和功能.................518.2.1操作菜单的结构................518.2.2操作方式.....................528.3通过现场显示单元访问操作菜单..........538.3.1操作界面.....................538.3.2菜单视图.....................548.3.3编辑界面.....................568.3.4操作单元.....................588.3.5打开文本菜单..................588.3.6在列表中移动和选择.............608.3.7直接查看参数..................608.3.8查询帮助文本..................618.3.9更改参数.....................618.3.10用户角色及访问权限.............628.3.11通过访问密码关闭写保护.........628.3.12打开和关闭键盘锁..............628.4通过网页浏览器访问操作菜单............638.4.1功能范围.....................638.4.2要求.........................638.4.3建立连接.....................658.4.4登录.........................668.4.5用户界面.....................67目录Proline Promag W 300 HART4Endress+Hauser8.4.6关闭网页服务器................688.4.7退出.........................688.5通过调试软件访问操作菜单..............698.5.1连接调试软件..................698.5.2Field Xpert SFX350、SFX370......728.5.3FieldCare .....................728.5.4DeviceCare ....................738.5.5AMS 设备管理机...............748.5.6SIMATIC PDM .................748.5.7475手操器.. (74)9系统集成 (75)9.1设备描述文件概述.....................759.1.1当前设备版本信息..............759.1.2调试软件.....................759.2HART 通信传输的测量变量..............759.3其他设置............................7610调试 (79)10.1功能检查............................7910.2启动测量设备........................7910.3设置显示语言........................7910.4设置测量设备........................7910.4.1设置设备位号..................8110.4.2设置系统单位..................8110.4.3显示输入/输出设置..............8210.4.4设置状态输入..................8310.4.5设置电流输入..................8410.4.6设置电流输出..................8510.4.7设置脉冲/频率/开关量输出.......8810.4.8设置现场显示单元..............9310.4.9设置小流量切除................9510.4.10设置空管检测..................9710.4.11设置HART 输入................9710.4.12设置继电器输出................9910.4.13设置双脉冲输出...............10110.4.14设置流量阻尼时间.............10210.5高级设置 (104)10.5.1在此参数中输入访问密码。
Yeastar Grandstream IP Phone 配置指南说明书
Grandstream IP Phone Configuration GuidesVersion 1.0Yeastar Information Technology Co. Ltd.Table of ContentsFOR GRANDSTREAM GXP SERIES (3)Register with MyPBX (3)Provisioning for MyPBX (5)Phone provisioning via PnP mode (6)Phone provisioning via DHCP mode (8)FOR GRANDSTREAM HANDYTONE 386 (10)How to setup ATA for MyPBX (10)FOR GRANDSTREAM HANDYTONE 486(487), 286(287), ATA (13)How to setup ATA for MyPBX: (14)For Grandstream GXP seriesImportantThis guide has been tested for Grandstream phones models GXP280, GXP285, GXP1100, GXP1105, GXP1200, GXP1400, GXP1405, GXP1450, GXP2000, GXP2100, GXP2110, GXP2120, GXP2124, DP710, DP715 with firmware version 1.2.4.3. Be aware that different firmware revisions may have different web interface formats and functionality.The easiest way to set up a Grandstream phone for use with MyPBX is to use the built-in plug and play provisioning functionality inside MyPBX. This will allow the phone to configure itself by retrieving a generated phone configuration file. Alternatively you can configure using DHCP and option. You also can configure manually. For more information, see this configuration guide. Register with MyPBXConfiguring the Phone to Register with MyPBX1.Start up the phone and identify its IP Address from the LCD display. For thisexample we will assume the IP Address of the phone is 192.168.5.126, and the IP Address of MyPBX is 192.168.5.1502.Point your browser to the web interface of the phone: http://192.168.5.126.The default password is ‘admin’.3.We now need to set the phone to register with MyPBX. Go to the ‘Account 1’page:Figure 1-11)Set the ‘Account Active’ field to ‘yes’2)Set the ‘Account Name’ field to a name (for informational purposesonly)3)Set the ‘SIP Server’ field to the IP Address of MyPBX4)Set the ‘SIP User ID’ field to the extension number you want toassociate with this phone5)Set the ‘Authenticate ID’ field to the extension's number6)Set the ‘Authenticate Password’ field to the extension's Password7)Set the ‘Name’ field to the name you would like to be displayed on otherphones when calling out8)Set the ‘User ID is phone number’ field to ‘yes’9)Set the ‘Auth Answer’ field to ‘no’ and the ‘Allow Auth Answer byCall-Info’ field to ‘yes’ (to allow paging functionality)Figure 1-210)Click the ‘Update’ button at the bottom of the page, and then click the‘Reboot’ button. Your phone will restart. After rebooting, the phone will retrieve its configuration files and register with MyPBX. This can be verified via the ‘Extension Status’ page of MyPBX Management Console.Provisioning for MyPBX1.Verify Firmware Installed on your PhoneVerify the firmware version currently installed on the “Status” page of IP Phone. Go to Grandstream Support Website to download the latest firmware for your phone.2.Plug phone into the networkPlug your Grandstream phone into your LAN. (The Phone must be on the same LAN as that of MyPBX IP PBX).3.Approve phone and Assign an ExtensionTo do provisioning with Grandstream IP phones, you need to set MyPBX working as the only DHCP server any more.Phone provisioning via PnP modeNote: Grandstream GXP 2100 comes with PnP mode which is on by default. In this case, we test the firm version 1.0.4.9 of GXP 2100 IP phone.Step1. Check MAC address of your Grandstream IP phone on “Status” page.Figure 1-3Step2. Reboot IP phone.Step3. Search MAC address you would like configure in “phone provisioning” ” Not Configured Phone” pageFigure 1-4Step4.In this case, the MAC address of Grandstream IP phone is 000B822B1CD0, Click it to configure.Figure 1-5Step5. Fill in the phone detail message on the pop-up windows.Input Name, Call waiting, Line, Extension, Memory Key Settings and so on for the phone.Figure 1-6Click “Save” and “Apply Changes”, then reboot IP phone manually.Note:The IP phone will reboot twice to apply the configuration take effect. When done, you can find the account 509 is registered in MyPBX and GrandStream IP Phone.Phone provisioning via DHCP modeStep1. Disable DHCP Server on your local network.E.g. Disable DHCP Server on Linksys Router.Figure 1-7Step2. Enable DHCP Server on MyPBX.Login MyPBX web interface, System Settings → DHCP Server → Enable DHCP Server.Figure 1-8Step3. Configure phones on MyPBX Auto-Provision page.1. Login MyPBX web interface, Basic → Phone Provisioning → Add Phone.Figure 1-92. Fill in the phone detail message on the pop-up windows.Input IP Phone’s MAC address, Name, Manufacturer, Call waiting, Line, Extension and so on for the phone.Figure 1-103. Click “Save” and “Apply Changes”, then reboot IP phone manually.Note:The IP phone will reboot twice to apply the configuration take effect. When done, you can find the account 506 is registered in MyPBX and GrandStream IP Phone.Remark: The factory default setting of DHCP for IP Phone is “enable”, so you can skip this step to step 5.If the DHCP is disabled, please follow below step to enable it. (e.g.: Grandstream GXP2100 IP Phone).1. Login IP phone’s web page. Go to “Settings BASIC SETTINGS” page.2. Enable DHCP.Figure 1-11Step4: DoneFor GrandStream Handytone 386How to setup ATA for MyPBXFollow these steps to set up a GrandStream HandyTone 386 VoIP ATA withMyPBX:1.Connect the device’s LAN port to your computer with a straight networkcable.2.The device is preconfigured with IP Address 192.168.5.126. Configure yourcomputer to have static IP Address 192.168.5.126, with subnet mask 255.255.255.0.unch a browser and go to http://192.168.5.126. The default username is‘Admin’.4.Select the ‘Basic settings’ tab.Figure 2-15.If your network has a DHCP Server, then select the radio button labeled‘dynamically assigned via DHCP’.6.If your network does NOT have a DHCP Server, then set up static IPAddressing. From this point onwards, we will assume that the IP Address of MyPBX Server on the network is 192.168.5.150, the IP Address of the device will be 192.168.5.150, the IP Address of the default gateway is 192.168.5.1, and the IP Address of the DNS Server for the subnet is10.25.0.168.7.Scroll to the bottom of the page and click the ‘Update’ button. You will beprompted to reboot the device. Click the ‘Reboot’ button. After the device has finished rebooting, you may consult the DHCP Server’s administrative tools to retrieve the device’s new IP Address.8.Now that you have access to the web configuration you can start configuringit against MyPBX. Launch a browser and point it to device’s new IP Address.9.Ensure that you have already created the extension in MyPBX. Take note ofthe Authentication ID field and the Authentication password that you have entered for the extension connected to the ATA device.10.Go to ‘FXS PORT 1’ tab.Figure 2-211.Set the ‘SIP Server’ field to the IP Address of the server on which MyPBX isinstalled – in this example 192.168.5.150.12.Set the ‘Outbound Proxy’ field to the same value as in step 11.13.The ‘SIP User ID’ field should match the ‘Extension Number’ field of theextension in MyPBX Management Console.14.The ‘Authenticate ID’ and ‘Authenticate Password’ fields must match theAuthentication ID and Password set for that extension in MyPBX Management Console.15.The ‘Name’ field is optional. A suitable value would be the name of the userusing this phone.16.Set ‘User ID is phone number’ to ‘Yes’17.Set ‘Sip Registration’ to ‘Yes’18.Set ‘Unregister on Reboot’ to ‘Yes’19.Set the ‘Register Expiration’ field to a suitable value. For testing purposesyou may want to use 60 seconds, but once the configuration is tested a larger value would be more appropriate to limit unnecessary network traffic.A good setting for general use could be 3600 seconds (1 hour).20.Set ‘Enable Call Features’ to ‘Yes’. This setting enables feature like transfer,on hold etc from the analog phone connected to the FXS port of the device.21.Set the ‘Preferred Vocoder’ to choice 1: PCMU, choice 2: PCMA. The settingsfor choices 3 to 6 will not come in use since they will not be used by MyPBX.22.Set ‘Allow outgoing call without Registration’ to ‘yes’.23.Scroll to the bottom of the page and click the ‘Update’ button. You will beprompted to reboot the device. Click the ‘Reboot’ button.24.Repeat steps 11-24 for the configuring ‘FXS port 2’.25.After the HandyTone has restarted, switch to MyPBX Management Console,and click on ‘Line Status’, your new extension connected to the PBX should be listed with a blue status light.For GrandStream HandyTone 486(487), 286(287), ATAConfiguring GrandStream HandyTone 486(487), 286(287), ATA for MyPBXImportantThis guide has been tested with firmware version 1.1.0.37. Be aware thatdifferent firmware revisions may have different web interface formats and functionality. This is based on a new ATA OR one that has been reset to factory defaults.How to setup ATA for MyPBX:Connect the LAN to the WAN port of the HandyTone1.Connect an analog phone to the HandyTone phone port. Pick up the headsetand press ‘****’. This will start up a Voice Prompt Menu. Now press ‘02’ to listen to the IP address that was assigned to the device by the DHCP server2.Enable the wan side Web access, dial ‘****’ and then ‘129’unch a browser and go to the IP Address, The default username is ‘admin’,Select the ‘Advanced Settings 1’ tab.Figure 3-14.Set the ‘SIP Server’ field to the IP Address of the server on which MyPBX isinstalled – in this example 192.168.5.1505.Set the ‘Outbound Proxy’ field to the same value as sip server6.The ‘SIP User ID’ field should match the ‘Extension Number’ field of theextension created for this phone in MyPBX Management Console7.In the ‘Authenticate ID’ and ‘Authenticate Password’ fields must match the‘extension’ and ‘Password’ set for that extension in MyPBX Management Console8.The ‘Name’ field is optional. A suitable value would be the name of the userusing this phone9.Set the ‘Preferred Vocoder’ to choice 1: PCMU, choice 2: PCMA. The settingsfor choices 3 to 7 will not come in use since they will not be used by MyPBX10.Set ‘payload type’ to 101 for successful registration11.Set ‘User ID is phone number’ to ‘Yes’12.Set ‘Sip Registration’ to ‘Yes’13.Set ‘Unregister on Reboot’ to ‘Yes’14.Set the ‘Register Expiration’ field to a suitable value. For testing purposesyou may want to use 60 seconds, but once configuration is tested a larger value would be more appropriate to limit unnecessary network traffic. A good setting for general use could be 3600 seconds (1 hour)15.Set ‘Allow outgoing call without Registration’ to yes16.Set ‘Enable Call Features’ to ‘Yes’. This setting enables features like transfer,on hold etc from the analog phone connected to the FXS port of the device 17.Scroll to the bottom of the page and click the ‘Update’ button. You will beprompted to reboot the device. Click the ‘Reboot’ buttonFigure 3-218.After the HandyTone has restarted, switch to MyPBX Management Console,and click on ’Line Status’. In the section ‘Extensions’, your new extension connected to the PBX should be listed with a blue status light<Finish>。
高通力 PRO4200 专业级访问模块说明书
PRO4200Professional Series Access ModulesFEATURES AND BENEFITS• M odular design fits a wide variety of applications • U p to 9 modules, power-supply and battery canbe accommodated by the PRO22ENC1, PRO22ENC2 and PRO22ENC5 (no battery) enclosures• U ser programmable relay outputs allow for specific control needs• U ser programmable alarm inputs offer flexible system configuration and control• R S485 communication to all modules• A nalog to digital converter technology provides digital filtering and input conditioning• D edicated cabinet tamper and power monitor inputs • S upports the choice of normally open, normally closed, supervised, and non-supervised circuits• S upports a wide range ofreader technologies including OSDP and Wiegand• S ystem off-line modes customizable per reader include secured access, locked (no access), and unlocked (full-access) • S upports multiple reader and card formats for maximum flexibility and security options • O perating modes includes locked, unlocked, secure access, card only, card and PIN, card or PIN and PIN only• A ny combination of 21 I/0 or readers modules may be connected to the PRO42IC RS485 ports. 4,000 ft (1,250 m) total bus length per port • S upports over 50,000 transaction bufferSupporting up to 16 readers per enclosure and 42 readers per intelligent controller along with up to 240,000 card capacity, PRO4200 Series provide a combination of small installation footprint and superior cost per door ratio.The new PRO42IC Intelligent Controller provides I/O support for 2 readers (1 or 2 doors). The PRO42R1 provides I/O support for one card access reader, while the PRO42R2 support two card access readers. Both interface with the intelligent control module (PRO42IC). In the event that communication to the intelligent control module is lost, the card access readers be individually configured to allow entrance based on security needs. This customization allow or a be configured as secured, locked and unlocked. PRO4200 modules provide latest bi-directional and strong encrypted OSDP communication with the Access Control readers. For legacy and retrofit installations, Wiegand format is still supported.The PRO42OUT interfaces provide up to 16, Form C, 30 VDC, 2A relay output controls depending if the board is rack or tile-mounted, power fail and panel tamper when tile mounted. Relays may be used for elevator control, status annunciation and for general facility control, such as door monitoring.The PRO4200 professional series family of access control modules is designed for high density installations.The PRO42IN interfaces provide 16 supervised alarm inputs and a dedicated power fail and panel tamper when tile mounted. An analog to digital converter samples the input values and the digitized result is filtered and processed. Filter parameters are configurable for each input point, resulting in the ability to specify a custom End-Of-Line (EOL) resistance value, sensitivity range and timing parameter.The PRO4200 Series of access modules are designed to accommodate various mounting options.Units can be mounted in a rack configuration (PRO22ENC1, PRO22ENC2 and PRO22E C5) when space is limited, or in a tile-mount configuration (PRO22ENC3).• T he PRO22ENC1 is a wall-mounted enclosure rack unit(See picture)• T he PRO22ENC2 is a 19” rack-mounted enclosure rack unit • T he PRO22ENC5 is a rack unit which fits inside a customer’s enclosureSPECIFICATIONSBENEFITSPRO4200 CONFIGURATION• A nti-passback support - free pass and exempt flags, last area accessed, last reader accessed and time/date of last access• M odular hardware architecture provides flexibility and expansion capabilities• L arge, local controller database allows access control decisions to be made by controller in real time without the need to communicate to the server• A DA compliant allowing expanded door times selectable per reader• S calable architecture ensures optimal performance with a seamless upgrade path to accommodate future growth beyond its initial installation • F our-state alarm input circuits - normally opened, normally closed,non-supervised, supervised (w/EOL)• R ack or tile mounting options available• A larm conditioning withprogrammable sensitivity and hold time• S electable reader statesinclude card and PIN, card or PIN, card only, or PIN only • A uto switching powerSupply allows 130/240 Vac operation• S ystem off-line modes customizable per reader include secured access, locked (no access), and unlocked (full-access)• S upports multiple reader and card formats for maximum flexibility and security options • S upports Wiegand and/or OSDP communication • Enhanced Cyber SecurityIntelligent Controller (Max 8)PRO42ICReaderReader 1Reader 2PRO42R1Reader Boards (up to 32 Readers)INPUT/OUTPUT Boards (up to 16IN/16 OUT)PRO42R2PRO42INPRO42OUTRED boards = Mercury Series 3BLUE boards = Honeywell PRO4200 modulesSPECIFICATIONSORDERINGHSI- PRO42-02-ME(1220)DS-C© 2020 Honeywell International Inc.For More Information/me Honeywell Commercial Security Emaar Business Park, Building 2Sheikh Zayed Road P.O. Box 232362Dubai, United Arab Emirates Tel: +971 4 450 5800Email:***************************PRO42OUT PRO42IN。
PORISPR250NT门禁控制器使用说明
PORIS PR250NT 门禁控制器使用说明PR-250NT简易操作手册Updata：2011/5/13PR-250NT快速操作设定，如下：系统开机当系统（指控制器及所连接的全部模组）打开电源后，设备本身会先自动故障检测，然后，控制器LCD会显示【初始画面】，再转换成【初始时间】，控制器面板LED灯会全亮，哔声消失后，就只剩POWER和A灯亮着。
面板按键说明面板指示灯说明：: : : : : ~ 启动功能菜单菜单确认与执行键（Enter Key）退出当前画面，回上一项功能画面向上翻页向下翻页: 数字键使用者登入操作方式：按【MENU】键，显示【系统主选单】按[EN]键进入，显示【登入系统操作人员】按[EN]键进入，显示【登入系统密码：_____】画面。
输入操作员默认密码为[1234]，输入后按[EN]键确认，若登入成功，则画面显示【主管人员确认】，即表示已进入系统设定程序。
PORIS Electronics Co. Ltd.1 / 5PR-250NT简易操作手册Updata：2011/5/13系统初始化-清除原有设定资料功能说明：本项功能为将控制器所有设定值（不含卡片）清除恢复成出厂默认状态。
操作方式：进入【系统主选单】按[EN]键，按上下翻页键选择【系统处理】按[EN]键进入，按上下翻页键选择【系统初始化】按[EN]键进入，按上下翻页键选择【系统初始化[是]】按[EN]键确认，系统会做初始化动作，并自动重新启动控制器。
改变显示语言功能说明：控制器系统语言切换。
操作方式：进入【系统主选单】按[EN]键，按上下翻页键选择【【语言[English][英文]】【System Menu】【Language Setting】语言设定】按[EN]键进入，LCD会显示语言种类【语言[CHS][简体中文]】，按上下翻页键选择系统要显示语言种类，按[EN]键确认，系统马上会切换到选定的语言。
控制器识别码（ID）设定功能说明：如果控制器只有一台，则本项设定可免（控制器出厂时ID 皆设为001）。
柏科DL750P双功能波形显示器和图表记录器说明书
/tm/... Visit our website to sign up for email updates.DL750P Scope & Chart Recorder Two-in-One Sometimes an Oscilloscope, Sometimes a Chart Recorder!The DL750P is equipped with a fully functional scope and chart recorder.íChart Recorder FunctionAccess Settings Directly with the "RECORDER " Keyț Set chart speed, chart length, and other settings in menu just like a chart recorderț Automatic recording to memoryDuring real-time printing, the DL750P also automatically records the waveforms to memory in the background. Up to approximately 10 meters (1000 div) can be saved.ț "Reprint" functionOnce measurement completed, you can change the print format, length, or other parameters and print the data again. The Reprint function means never worrying about printer failure or running out of paper.íThe DL750P enables you to...Check results immediately while on site High speed printer outputs an A4 size sheet in approximately 15 seconds (20 mm/sec)View multi-channel data in high resolution The A4 size printer records all channels together, with 1600-dot vertical resolution.Print only what you need Using the DL750's GigaZoom function, you can instantly print out only the portions of waveforms that you need, thus saving paper. Record for long periods of time with high reliability Waveforms can be printed out continuously in real time while the electronic data is also automatically saved (up to 1000 div or 10meters).-Year Warranty Bulletin 7012-30EDL750P (701230)16 isolated analog inputs + 16 logic inputsAdvanced Test Equipment Rentals 800-404-ATEC (2832)Universal 701261Universal with AAF701262í DL750P Printout Example (A4 Size, High Resolution)í GigaZoom function + A4 Printer 200 mm (1600 dots)Voltage axis:A4 size (200 mm) = 1600 dotsTime axis:A4 size (300 mm) = 3000 dotsí Universal Modules (for Simultaneous Release with the DL750P*1)The GigaZoomEngine instantly displays up to 1 GW of data and zoom windows at the same time Print any length of the zoomed waveforms in high resolution "Zoom Print" functionEntirewaveforms:MAIN Zoom windowPress the keyPrints the zoomwindowț Multiple inputs of general-use voltage (100 kS/s, 16-bit) and temperature (thermocouple)T wo isolated inputs (voltage: 100 kS/s, 16-bit; temperature: 500 S/s)T wo types of modules available: with or without AAF (anti-aliasing filter)ț Key Specifications Voltage range:20 V/div-5 mV/div (for 10 div display, in steps of 1-2-5)T emperature:Thermocouple (K, E, J, T , L, U, N, R, S, B, W, iron-doped, gold/chromel)Filters:AUTO (AAF), 4 kHz, 400 Hz, 40 Hz*1.The DL750 will support these new modules via a firmware upgrade which will be made available by the 3rd quarter 2005.í Prints XY Plots in High Resolutionț Includes dedicated mode for emulating an XY recorder (XY Recorder mode)ț Prints A4 size plots (200 mm x 200 mm) in high resolutionț Prints up to 4 pairs(of waveforms) at the same time ț Replaces XY recordersDL750P XY recorderí DL750P ApplicationsMaintenance (steel plants, power plants, cogeneration systems)On-board testing for railroads and other vehiclesHeavy machinery development (industrial machinery, robotics,semiconductor manufacturing equipment)Multichannel on-site observations (automobiles, automobile parts) Replacement for Yokogawa's AR, OR, and LR instruments (formermodels)User-defined math function (with /G2 option)Operators ABS, SQR, LOG, EXP , NEG, SIN, COS, TAN, A TAN,PH, DIF , DDIF , INTG, BINP2, P3, F1, F2, FV , PWHH, PWHL, PWLH, PWLL, PWXX FILT1, FILT2, HLBT, MEAN,MAG, LOGMAG, PHASE, REAL, IMAG FFT types LS, PS, PSD, CS, TF , CHNumber of FFT points 1000, 2000, 5000, 10000, 20000, 50000, 100000FFT window Rectangular, Hanning, Flattop, Exponential Waveform Measurement Functions• Numerical monitoring function Numerically displays the waveform level (instantaneous) for approximately 1 sec interval.• Cursors Horizontal, Vertical, Marker, Degree, H&V • No. of auto-measured waveform parameters 24Operations P-P , Max, Min, High, Low, Avg, Rms, Amp, StdDiv,+Oshot, -Oshot,Rise, Fall, Freq, Period, +Duty, +Width, -Width, Pulse,Burst1, Burst2, Avg, Freq, Avg, PeriodRdelay, Fdelay, Int1TY , Int2TY , Int1XY , Int2XY • Cycle/history statistical processing Max. no. of cycles: 48,000 (max. no. of parameters: 48,000)• History search functions Zone, Parameter• GO/NO-GO Judgement Parameter (16), Zone (4)Actions Print, Save (Binary/ASCII), Beep, Mail External I/O• LOGIC input specifications 8 bits ҂ 2 (26 pin connector ҂ 2)Maximum sampling rate 10 MS/sCompatible probes 8-bit non-isolated (700986), 8-bit isolated (700987)• EXT TRIG IN/EXT TRIG OUT RCA pin jack (TTL (0 to 5 V) input)• EXT Clock IN RCA pin jack (TTL (0 to 5 V) input)• USB peripheral terminal USB USB mouse, USB keyboard, USB printer(Complies with Rev1.1)DL750P only (USB memory, USB storage)USB to PC For control from PC via USB • Ethernet (with /C10 option)Complies with 100BASE-TX, 10BASE-T • Other communication interfaces GP-IB, SERIAL (RS232), SCSI • GO/NO-GO I/O Modular jack (RJ11), TTL (0-5 V input)• Probe power terminal (with /P4 option)Max. no. of probes powered 4Compatible probes Current probes: 701933 (30 A), 701930 (150 A), 701931 (500 A), others Max. no. of current probes allowed See: /tm/probe/Media DrivesInternal media drives FDD/PC card Selectable form floppy drive or PC card (Zip not available with theDL750P)HDD 30 GB hard drive (with /C8 option)DSP Channel Function (with the /G3 Option)DSP channels 6Maximum sampling rate 100 kS/s (when exceeding 100 kS/s, the data is resampled at 100 kS/s)Operators Calculation of 2 items between channels (addition, subtraction,multiplication, division) Differentiation (w/ LPF) Integration Digital filtering (LPF , HPF , BPF , FIR type, IIR type, variable cutoff frequency) Knocking filter function (filter calculations and bulb noiserejection function)Real-Time Hard Disk Recording (with /C8 Option)Max usable space per single save 1 GW Maximum sampling rate 100 kS/s (1 CH)DualCapture FunctionThis function captures the same waveform data at two different sampling rates.Main (low-speed)Max. sampling rate: 100 kS/s, max. memory length: 100 MW Sub (high-speed)Max. sampling rate: 10 MS/s, max. memory length: 10 KW (fixed)Sub maximum no. of captured screens 500 (/M3, /M2), 250 (/M1), 100 (with standard memory)Voice Memo Function• Voice memo Stores voice data during roll mode, plays back from microphone terminal and speaker output terminal.• Voice comment Stores voiced comments when saving images.Acquisition Memory Backup Functions Backs up acquisition memory and voice data, maintained by four AA alkaline batteriesBackup duration (reference value)Approximately 10 hours (with /M3 option)General SpecificationsRated supply voltage 100 to 120 VAC/200 to 240 VAC (automatically switched)Rated supply frequency 50/60 HzPower consumption Approximately 200 VA-MAXWithstand voltage 1500 VAC for one minute across power supply and groundInsulating resistance 10 M Ω or greater at 500 VDC across power supply and ground Exterior dimensions DL750P 355 mm (W) ҂ 250 mm (H) ҂ 225 mm (D) excluding handle andprotrusionsWeight DL750P Approx 7.9 kg (main unit only), approx 10.3 kg (main unit + 701250 ҂ 8)Modules Approximately 300 g per module (average)Operating temperature range 5 to 40°C1.Maximum sampling rate depends on the type of modules used. If the sampling frequency exceeds the max. sampling rate of the module, the same data is inserted.2.Standard operating conditions: ambient temp. 23°C ±5°C, ambient humidity 55 ±10%RH3.Some pixels of the LCD display may be permanently illuminated or non-illuminated. Also, due to the characteristics of LCDs there may be gradients in brightness. Please understand that these phenomena do not indicate a defective display.Main Unit Specifications Basic Specifications • Input Type Plug-in module (each unit has a built-in A/D converter)Number of Slots 8 (up to 16 channels)Maximum sampling rate 10 MS/s (701250/701255), 1MS/s (701251)100 kS/s (701260/61/62/70/71/75), 25 kS/s (701280), 500 S/s (701265)Logic inputs 16 (8 bits ҂ 2)• Max. record length Standard 2.5 MW/CH, 50 MW total/M110 MW/CH, 250 MW total /M225 MW/CH, 500 MW total /M350 MW/CH, 1 GW total Time axis accuracy ±0.005%Time axis setting range 500 ns-30 sec/div, 1 min-30 min/div, 1 h-12 h/div, 1 day-3 days/div (up to 30 days)• Acquisition modes Normal, Envelope, Averaging, Box average Triggers Modes AUTO, AUTO LEVEL, NORMAL, SINGLE, SINGLE (n)Simple trigger source CH1 to CH16, DSP1 to DSP6, LINE, EXT , LOGIC_A, LOGIC_B, Time Enhanced trigger source A ǞB(n), A delay B, B > Time, B < Time, B Time Out, Period, Window,Wave Window Display Display 10.4-inch color TFT liquid crystal display (SVGA 800 ҂ 600 dots)Display modes Split Single, Dual, Triad, Quad, Octal, Hexadecimal (DL750P)Zoom Main, Main&Z1, Main&Z1&Z2, Main&Z2, Z1 ONL Y , Z2 ONL Y , Z1&Z2XY Single Mode (X is fixed, Y is set by user), Quad Mode (XY1, XY2, XY3,XY4)Output formats PNG, JPEG, BMP , PostScript Analysis Functions • Ch-to-ch calculation function Definable math waveforms: 8Calculable record length Up to 800 kW (MATH1 only), up to 100 KW (MA TH 1-8)Standard:Operators Addition, subtraction, multiplication, division, binary conversion, phase shifting, FFTFFT types PS (1000, 2000, 5000, 10000, 20000, 50000, or 100000 points)FFT window Rectangular, Hanning, Flattop, Exponential For updated information on the DL750 series, or to download the latest firmware: /tm/DL750/Subject to change without notice.[Ed : 01/b] Copyright ©2004Printed in Japan, 501(KP)YOKOGAWA ELECTRIC CORPORATION Communication & Measurement Business Headquarters /Phone: (81)-422-52-6768, Fax: (81)-422-52-6624E-mail:***************.co.jp YOKOGAWA CORPORATION OF AMERICA Phone: (1)-301-916-0409, Fax: (1)-301-916-1498YOKOGAWA EUROPE B.V.Phone: (31)-33-4641858, Fax: (31)-33-4641859YOKOGAWA ENGINEERING ASIA PTE. LTD.Phone: (65)-62419933, Fax: (65)-62412606MS-14E2. Choose only one.3. Zip drive and DC12V power supply cannot be specified together with the DL750P .4. Cannot be specified together.6. The latest firmware for the DL750 series is available on our Web site./tm/DL750/7.Only supported by the initially-released DL750P (ver. 5.01 or later).DL750 support to be offered by 3rd quarter 2005 (ver. 6.01 or later)Universal (Voltage/Temperature) Modules (701261/701262)DL750/DL750P AccessoriesDL750/DL750P Model Numbers and Suffix Codes Plug-in Module Model Numbers 52. 42 V is safe when using the 701940 with a Non isolated type BNC input.3. The number of current probes that can be powered from the main unit probe power is limited. See the following for details. /tm/probe/4. There is no limit to the number of externally powered probes that can be used.5. One of each connection lead (B9879PX and B9879KX) is included.6. 758917, and either 758922 or 758929 is required for measurement.Input channels 2Input signals Voltage or temperature (thermocouple)AAF (anti-aliasing filter)701261: none, 701262: includedInput couplings TC (thermocouple), DC, AC, GND Input typesI Isolated unbalanced Maximum sampling rate Voltage 100 kS/sData updating rate Temperature 500 Hz A/D conversion resolution Voltage: 16 bits (2400 LSB/div); temperature: 0.1°C Frequency range (-3 dB)Voltage DC to 40 kHz Temperature DC to 100 HzInput range Voltage (1:1) 5 mV/div to 20 V/div (10 div display, in steps of 1-2-5)Temperature K, E, J, T , L, U, N, R, S, B, W, iron-doped gold/chromel Effective measurement range (voltage)20 div (display range 10 div)DC offset (voltage)±5 divDC accuracy (voltage)±(0.25% of 10 div)Temp. measured range/accuracy T ype Measured Range Accuracy K -200°C to 1300°C ±(0.1% of reading + 1.5°C)E -200°C to 800°C However, for -200°C to 0°C,J -200°C to 1100°C ±0.2% of reading + 1.5°C)T -200°C to 400°C L -200°C to 900°C U -200°C to 400°C N 0°C to 1300°CR, S 0°C to 1700°C ±(0.1% of reading + 3°C)However, 0°C for 200°C: ±8°C200°C for 800°C: ±5°CB 0°C to 1800°C ±(0.1% of reading + 2°C)However, 400°C to 700°C: ±8°CEffective range.: 400°C to 1800°CW 0°C to 2300°C ±(0.1% of reading + 3°C)50 to 300 K: ±2.5 KMax. input voltage (1 kHz or less)42 V (DC+ACpeak): for satisfying safety standards150 V (DC+ACpeak): allowable maximum4Max. allowable common mode volt.42 V (DC+ACpeak) (CA T I & CAT II, 30 Vrms)(1 kHz or less)Input connector Binding postInput impedance Approximately 1 M ΩInput filters Voltage OFF , AUTO (AAF), 4 kHz, 400 Hz, 40 Hz (-12 dB/oct except AUTO)Temperature OFF , 30 Hz, 8 Hz, 2 Hz AAF (anti-aliasing filter)701262 only Cutoff frequency fc = fs (sampling frequency) ҂ 40%fc automatically linked with the sampling frequency.Cutoff characteristics: -65 dB at 2 Xfc (typical value)Temp. coefficient (for voltage)Zeropoint ±(0.01% of 10 div)/°C (typical value)Gain ±(0.02% of 10 div)/°C (typical value)Compatible cable 366961 (banana-to-alligator 1:1)1.Under reference operating conditions (ambient temp. of 23°C ±5°C, ambient humidity of 55% ±10%RH, after 30-minute warmup period and calibration).2.Does not include reference junction/temperature compensation accuracy.3.Since the input connecter is of a binding post type, it is possible to touch the metal part of the connector.Therefore, for safety reasons, the maximum value is 42 V (DC+ACpeak).4.Maximum value at which the input circuit will not be damaged.5.When fs= 50 Hz to 100 KHz. When fs ≤50 Hz, fc=20 Hz (fixed).6.Except when filters set to AUTO.Zip is a registered trademark of Iomega Corporation in the United States and/or other countries. Other company names and product names appearing in this document are trademarks or registered trademarks of their respective companies.。
HOBO MX CO 2 Logger (MX1102A) 产品说明书
Quick Start for the HOBO® MX CO2Logger (MX1102A)IMPORTANT: The CO2 sensor within this logger can experience measurement drift during storage and shipment. Start the logger as described below and perform a manual calibration as described in Step 4. Note that improper manual calibration can cause incorrect sensor readings.1Install the batteries in the logger. Use a Phillips-head screwdriver to open the battery cover on the back of the logger and insert four AA batteries observing polarity. Screw the cover back in place.2 Download HOBOmobile® to your phone or tablet and/or install HOBOware® on your computer.3 Configure the logger with HOBOmobile or HOBOware. To configure it with HOBOmobile:a.Open HOBOmobile. Enable Bluetooth® in your device settings ifprompted.b.Tap the HOBOs icon (on Android™ devices) or tap the Devices iconand then tap Loggers at the top of the screen (on Apple® devices).Tap the logger in the In Range list to connect to it. If the logger doesnot appear in the list, make sure it is within range of your device.c.Once connected, tap Configure to set up and start the logger.d.Choose your logger settings in the Configure screen. Tap the CO2sensor and select manual and auto calibration (both are selected bydefault). Manual calibration immediately after logging begins isrecommended for best accuracy. Enter the altitude if the logger willbe deployed above or below 305 meters (1,000 feet). Tap Done.e.Tap Start in the upper right corner of the Configure screen.22467-D MAN-MX1102A-QSGTo configure the logger with HOBOware:a.Connect the logger to the computer with a USB cable.b.From the Device menu in HOBOware, select Launch.c.Choose your logger settings. Click the CO2 Settings button and select manual and auto calibration (both are selected by default). Manualcalibration immediately after logging begins is recommended for best accuracy. Enter the altitude if the logger will be deployed above or below 305 meters (1,000 feet).d.Click the Start button when finished. Note that the Start button text changes based on your Start Logging selection.4 It is recommended that manual calibration be performed immediately after logging begins to ensure the best CO2 accuracy. Important: If you do notfollow these instructions as described, the sensor readings will be incorrect and you will need to manually calibrate the logger again.a.Take the logger outside in fresh air. Weather conditions should be dry or the calibration value may be incorrect.b.Press and hold the Calibrate button on the logger for 5 seconds until it beeps. The logger will then calibrate for 5 minutes; leave it outside duringthe process.c.The CO2 and Calibrate symbols on the LCD will flash while manual calibration is underway. Return the logger inside once the calibration iscomplete. See the product manual for more details on calibration.Note: If the logger was configured with both manual and auto calibration selected, auto calibration will occur every eight days after a manual calibration has occurred. Auto calibration requires that the building where the logger is deployed to be empty at least once during the eight-day period. Alternatively, you can perform a manual calibration as described above at any time. See the product manual for more details on calibration.5 Deploy the logger using the included mounting materials.6 Read out the logger. With HOBOmobile, connect to your device and then tap Readout. Tap the Data Files icon to view the data after readout. WithHOBOware, select Readout from the Device menu. Save the data when prompted and plot as desired.For detailed specifications and information about this logger, refer to the complete product manual. Go to/manuals/22504-mx1102a-manual or scan the code at left.1-800-LOGGERS (564-4377) • 508-759-9500/support/contact© 2015–2019 Onset Computer Corporation. All rights reserved. Onset, HOBO, HOBOmobile, and HOBOware are registeredtrademarks of Onset Computer Corporation. Apple is a registered trademark and App Store is a service mark of Apple Inc.Android and Google Play are trademarks of Google LLC. Bluetooth is a registered trademark of Bluetooth SIG, Inc. All othertrademarks are the property of their respective companies.This product has been manufactured by Onset Computer Corporation and in compliance with Onset’s ISO 9001:2015 QualityManagement System.Patent #: 8,860,569 22467-D MAN-MX1102A-QSG。
Edimax AC1300双频高速无线网络解决方案说明书
專為現代企業所提供功能強大的高速主流解決方案AC1300本文件所記載產品之規格、功能或外觀等資訊將因產品改良而變更，實際銷售產品規格皆以官網為主，如有更改恕不另行通知 Copyright © 2017 Edimax Technology Co. Ltd. All rights reserved.主要功能•採用802.11AC 同步雙頻高速無線傳輸技術: 無線傳輸速率最高可達1300Mbps(2.4GHz at 400Mbps 和 5GHz at 867Mbps) •高效 MU-MIMO:同時提供多個設備以增強連接的設備數量。
•高效能 Wi-Fi: Beamforming 及AirTime Fariness (ATF)有效改善 Wi-Fi 效能，優化每個客戶端的Wi-Fi 速度，多樣而完整的功能 ，是建構企業網路環境的理想雙頻解決方案。
•外型簡潔且堅固耐用:超輕薄外觀設計搭配符合UL94-5VB 標準的阻燃式塑膠外殼。
•專為高密度網路使用所設計:同時支持多達200個用戶（每個頻段100個用戶），是高密度網路環境和BYOE （帶自己的行動裝置來）工作場所Wi-Fi 連結的理想選擇。
•多組SSID 可供網路安全性管理:可支援高達32 組 SSID (16 x 2.4GHz + 16 x 5GHz) ， 是針對多部門、 多個使用群組、 客戶或訪客等使用的最佳選擇。
•支援802.11r/k 快速漫遊:能讓基地台與基地台間的無線漫遊不會延遲或中斷，以確保影音串流應用的 最佳表現。
•無線訊號覆蓋範圍廣．接收靈敏度高:可調整 RF 輸出功率和高接收靈敏度，無線訊號覆蓋範圍廣，對於需求佈建長距廣域的無線環境而言，尤其適合。
• 支援PoE:具備1個Gigabit PoE 網路供電傳輸埠，可搭配PoE 交換器使用，省去了額 外佈線的費用困擾，且同時配備電源變壓器。
•內建 RADIUS 伺服器:可管理高達256組使用者帳號。
登士柏X-SMART根管治疗仪在根管治疗术中的应用效果观察
登士柏X-SMART根管治疗仪在根管治疗术中的应用效果观察曹国军【摘要】目的:探讨登士柏X-SMART根管治疗仪在根管治疗术中的应用效果.方法:选取2017年1月～2017年12月在本院行根管治疗术的96例患者作为研究对象,所有病人均采用登士柏X-SMART根管治疗仪治疗,记录病人的根管预备所需时间及根管填充准确率.结果:患者的根管预备时间为(4.52±0.93)min,根管填充准确率为98.96％(95/96).结论:在根管治疗术中应用登士柏X-SMART根管治疗仪,可有效缩短操作时间,且治疗效率高.【期刊名称】《中国医疗器械信息》【年(卷),期】2018(024)016【总页数】2页(P83-84)【关键词】根管治疗术;X-SMART根管治疗仪;根管填充【作者】曹国军【作者单位】抚顺矿务局总医院口腔科,辽宁抚顺 113008【正文语种】中文【中图分类】R781.05根管预备是根管治疗的一个关键步骤，根管预备的目的是清除病菌及已经出现感染的牙髓组织，根管的预备质量直接关系到根管治疗的效果。
随着根尖周病和牙髓病研究的不断深入，可视化操作系统、数字化牙片、根尖定位仪、超声根管治疗仪、镍钛合金根管预备器械在根管治疗术的广泛应用，大大提高了根管治疗术的水平[1]。
随着医学技术的不断进步，根管治疗仪在根管治疗术的应用越来越广泛。
笔者旨在探讨登士柏X-SMART根管治疗仪在根管治疗术中的应用效果，以期为登士柏X-SMART根管治疗仪在根管治疗术的推广应用提供实践指导参考依据。
1.资料与方法1.1 临床资料选取2017年1月～2017年12月在本院行根管治疗术的96例患者作为研究对象，其中男性患者38例，女性患者58例；年龄25～65岁，平均（42.26±3.38）岁；前牙40例，前磨牙34例，中磨牙22例。
病例纳入标准：牙齿松动Ⅱ˚以内、无牙周袋、充血肿胀、颜色正常、牙周组织健康。
1.2 方法所有病人均采用登士柏X-SMART根管治疗仪治疗，登士柏X-SMART根管治疗仪参数设置：转速设置为250rpm；各锉扭矩设定：F2，F3设置为2.0，F1设置为1.6，S2设置为1.0，S1和Sx设置为3.0；GEAR设定为16:1。
pro-face sp5000系列 硬件手册说明书
目录
SP5000-MM01-CS-PDF_O
安全信息 ....................................................................................................7 关于本书 ....................................................................................................8 概述......................................................................................................... 11
对于将本指南或其内容用作商业用途的行为，施耐德电气未授予任何权利或许可，但 以“原样”为基础进行咨询的非独占个人许可除外。
施耐德电气的产品和设备应由合格人员进行安装、操作、保养和维护。
由于标准、规格和设计会不时更改，因此本指南中包含的信息可能会随时更改，恕不 另行通知。
在适用法律允许的范围内，对于本资料信息内容中的任何错误或遗漏，或因使用此处 包含的信息而导致或产生的后果，施耐德电气及其附属公司不会承担任何责任或义 务。
标准主机模块 ................................................................................28 增强型主机模块............................................................................. 30 开放型主机模块............................................................................. 32 LED 指示 ......................................................................................34 显示模块 ............................................................................................35 精良显示模块 ................................................................................35 高级显示模块 ................................................................................39 LED 指示 ......................................................................................42 规格......................................................................................................... 44 一般规格 ............................................................................................44 电气规格....................................................................................... 44 环境规格....................................................................................... 46 结构规格....................................................................................... 47 功能规格 ............................................................................................49 显示规格....................................................................................... 49 存储器 ..........................................................................................51 时钟 .............................................................................................51 触摸屏 ..........................................................................................51 接口规格 ............................................................................................52 接口规格....................................................................................... 52 接口连接....................................................................................... 54 用于 COM1/COM2 的串行接口 (RS-232C 和 RS-422/RS485) .............................................................................................57 辅助输出/扬声器输出接口 (AUX) ....................................................59 DVI-D 输出接口.............................................................................60 尺寸......................................................................................................... 62 标准主机模块...................................................................................... 62 SP-5B00 ......................................................................................62 增强型主机模块 ..................................................................................63 SP-5B10 ......................................................................................63 开放型主机模块 ..................................................................................63
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Courtesy Dr. Patrick Tseng
Courtesy Dr. Patrick Tseng
机用锉使用顺序
使用标准的10号K锉探查和疏通根管，直至挫针能够在根管内平滑的
移动。
（Sx）冠部预扩大 使用同一根10号K锉，配合根尖定位仪确定工作长度
使用PathFile™ #013 达到工作长度
X-SMART 开创根管治疗的艺术
X-Smart 特点
• 用户界面友好 – 宽大的液晶屏，简单的
操作面板
• 安全 – 扭矩控制、自动回旋功能 • 方便 – 手机轻便，上有开关按钮 • 灵活 – 2种供电方式 (充电电池或常规电
源供电)
X-SMART 控制面板
➢设计简洁，界面友好，易 于操作、设置
精修锉Finishing Files (F1, F2, F3, F4, F5)
修整根管根尖部分
Shape the Apical part of the canal
手用PROTAPER
S1 17
S2 20
Sx 19
3mm
F1
20-7%
F2
25-8%
F3
30-9%
F4
40-6%
F5
50-5%
所有的锉都有21、25、31mm三种规格 三种长度的锉切割部分设计相同
。
Glyde凝胶规格
Item#
English Description
Chinese Description
A0901.000.000
GLYDE FILE PREPSYRINGE KIT
Glyde齿科根管调节剂 注射器装 3*3ml
A0902.000.000
GLYDE FILE PREPINTRO PKG
• 使用10 & 15号手用
锉继续探查预备根管， 确定工作长度
ProTaper治疗锉临床操作
• 使用15号不锈钢锉确
定工作长度后，用S1 预备到工作长度
• 使用提刷动作
ProTaper治疗锉临床操作
• S1到达工作长度后，
使用S2预备
ProTaper治疗锉临床操作
• S2 到达工作长度后,
使用F1预备到工作长度
1.6
F2
250
2.0
F3
250
2.0
(*) 完整装包括：一台控制仪、 一支手机马达, 一支弯机头, 一个 手机架, 一个充电器和一份操作指南。
X-SMART 设置
X-SMART 可自定义9种程序。 配有扭矩设置指示卡
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PROTAPER治疗锉临床操作
机用ProTaper操作注意事项
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X-SMART 反角弯机头
16:1 减速手机
➢机头高度: 仅10.5mm!!
➢提供良好操作视野，操作 更灵活
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X-SMART 设置
镍钛锉型号
转速
扭距
S1
250
3.0
SX
250
3.0
S2
250
1.0
F1
250
步骤。
Glyde凝胶注意事项
• 预先成型的弯角针头仅用于放置材
料至根管口
• 请勿将此材料用力注入根管中
Glyde凝胶注意事项
• Glyde 勿使用于根管以外的位置 • 接触皮肤时用清水或肥皂水沖洗
Glyde凝胶注意事项
• Glyde 凝胶的粘稠度是设计于一般
室温储存条件 - 如果放置于冰箱中将会更加黏稠
Propex II
• 产品定位
- 操作简便、测量准确 – 让您的根管治疗变得简单、疗效更好!
Propex II的特点
- 多频技术，精确定位根尖孔 - 适用于潮湿或干燥根管环境 - 3.5英寸彩屏显示，便于跟踪锉在根管内的情况; 伴有不同种类的声音提示 - 锉到达根尖区域时，屏幕上有图形和数字形式显示，并伴有声音提示。 - 全自动操作，非常简便-无需手工设置 - 可充电电池驱动，无需经常更换电池，配有电量显示。
Propex II – 屏幕显示情况
从冠部1/3根管开始全程跟踪
根尖部位显示放 大，便于临床操作
另有声音信号配合视频追踪信号
屏幕显示
“越过”显示
• 红色段和警告信号表示锉刀已
经越过顶点。牙齿图标上的光 标显示“越过”。
演示模式
可利用内置的演示模式熟悉设备和演示设备操作 1．断开测量电缆或充电器，关闭设备。
根管内感染微生物主要集中于 根管中上部
• 有效控制根管内微生物 • 减少根管预备后局部疼痛的发生
根管钙化主要存在于根管冠1/3 • 首先清除冠部阻塞，器械更易进入根管尖部
弯曲度减小 冠部被敞开 3–4支器械，固定顺序
• 器械在弯曲根管尖部产生弹力减少，降低根管偏移 程度
• 冲洗针头能到达较深部位，可加强根管冲洗效果 (Instrumentation alone reduces the number of micro-organisms by 50%.)
还有其他方法吗?
• X线 (或配合小号手用锉)
- 某些情况，二维影像无法让医生准确诊断 * 对于检查根管条件，估计工作长度而言，术前片是有必要的
根管测量仪的优势
• 比X线法更准确 • 结果可重复 • 根管治疗更高效，效果更好 • 更安全 (减少所受放射辐射)
工作原理
• 锉尖和根尖孔/牙周膜/口腔粘膜（三者等效）之间存在电阻 • 锉尖和根尖组织之间的距离越大，电阻越大 • 当距离很小，电阻几乎为零 • 度数为0 = 根尖部位 • 对根管内不同点连续测量，确定锉尖与根尖的距离
• 当精修锉到达工作长度
后，立即退出器械
ProTaper治疗锉临床操作
• 用不锈钢锉探查根尖孔，
如根尖孔直径大于20号， 使用F2继续预备。
• 当精修锉到达工作长度
后，立即退出器械
• 勿用提刷动作操作精修
锉！
ProTaper治疗锉临床操作
• 使用F2预备到工作长度 • 当精修锉到达工作长度
后，立即退出器械
求也增加 Glyde = 螯合剂 + 润滑剂
= 提高牙科医生完成根管治疗的技术 = 更有效率
Glyde凝胶使用重点
• 气泡反应作用可藉由混合次氯
酸钠而增强。
Glyde凝胶使用重点
• 使用的器械不要超过根管
的 2/3
• 使用次氯酸钠冲洗
Glyde凝胶使用重点
• Glyde 凝胶只使用在根管治疗的前二或三支器械 • 持续使用次氯酸钠沖洗直到气泡不再产生，才可以继续进行充填的
使用PathFile™ #016 达到工作长度
使用PathFile™ #019 达到工作长度
PTHFILE™使用原则
粗大容易的根管
如果使用20号的K挫能够达到工作长度，就无需预先顺畅根管，也就不
需要使用 PathFile™
“中等难度”的根管
如果在使用10号K挫初次探查根管时，医生感觉根管相对粗大，推荐使
Glyde凝胶的反应机理
EDTA
Ca2+ salts from calcified areas
EDTA将钙化区域脱钙 钙化组织变软 根管易于成型扩大
Glyde凝胶反应机理 过氧化脲
次氯酸钠
氧气
这种初生氧的气泡作用，可将根管中的残屑，牙本质小管中 的阻塞物轻易清除。
Glyde凝胶市场使用情况
• 在美国根管治疗 60%有配合使用螯合剂。 • 由于镍钛根管治疗器械成功地使用于临床治疗，所以润滑湿润剂的需
登士柏临床产品介绍
我们致力于：
为您的临床治疗提供整体解决方案
Outstanding Performance Time After Time
根管预备技术 Instrumentation Techniques
逐步后退法Step Back
冠向下法Step Down
ProTaper
• 根向预备技术的优势 – 从冠部开始预备
2．按住 （开/关）按钮大约2秒，直到第二声哔哔 声发出和“演示”标志出现在显示屏的左下角。
自测模式
为检查电缆，ProPex® II包含连接测试功能：
• 将连接钩的金属部分连接到唇夹。 • “连接测试”图标 将出现在显示屏的左下角，
指示连接正确。
• 如果没有图标出现，应更换连接钩或测量电
缆。
声音调整
ProTaper
0.80 0.70 0.60 0.50 0.40 0.30 0.20 0.10 0.00 -0.10 -0.20 -0.30 -0.40 -0.50 -0.60 -0.70 -0.80
0
F3
F2
1
2
3
4
F1
S2
S1
SX
5
6
7
8
9
10
11
12
13
14
15
16
Root canal length [mm]
• 建议使用专业根管马达 • 使用手法：提拉法，每根针在根管内不能超过5秒，达到WL不要超过1秒 • 避免加压，反复大量冲洗。 • 使用根管润滑剂 • 换针换程序 • 锉针使用记录次数，有拉伸，变形，裂纹等马上丢弃。
ProTaper治疗锉临床操作
• 用10 & 15号手用锉
探查根管
• 探查深度为距X片根
手机不能高温高 压灭菌！（弯机 头除外）
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X-SMART 手机
- 快速接头，6个不同方位 >> 适合不同牙位
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