电力之星与道亨软件接口说明

（整理）道亨TwSolid放样软件操作规程道亨放样软件操作规程编写⼈：刘宏2011年10⽉⼀、道亨放样软件概述1、道亨放样软件的特点我们⽬前使⽤的道亨铁塔放样软件TwSolid是⼀套既可以进⾏⾓钢铁塔，⼜可以进⾏钢管塔放样的三维柔性放样软件，将来也可⽤来进⾏构⽀架、钢梁等的放样。

该软件的特点是三维⽴体放样模式，将铁塔各部件包括螺栓以三维⽴体的形式展现在放样⼈员⾯前，其准确性、真实性⾮常⾼。

同时，相⽐其他同类放样软件，道亨放样软件具备界⾯友好、操作简便、易学易⽤、⾃动化程度⾼的优点，且放样差错率更低。

这些优点都便于我们实现铁塔快速准确放样和免试装的⽬的。

2、道亨放样软件的安装道亨放样软件安装和其他⼀般应⽤软件安装类似，运⾏其安装程序即可，安装程序会⾃动安装道亨TwSolid程序系统、TwMachining 程序系统和⼀些系统⽀持软件。

道亨放样软件的加密狗可以安装在局域⽹的任意⼀台安装了道亨放样软件的计算机上，为保证运⾏正常，可将TwSolidSK.xml⽂件中指向IP地址设为安装加密狗的那台计算机的IP地址，并将此⽂件拷贝复制到要运⾏道亨放样软件的计算机的Windows系统⽂件夹下的\system32\⽂件夹下。

安装完成后程序的⽬录和⼦⽬录内容、功能和可对这些⽂件进⾏编辑的应⽤程序详见下表：TwSolid所在⽬录：C:\DHCAD\TwSolid\或C:\DHCAD\道亨铁塔三维放样及⽣产辅助系统\。

⼦⽬录列表（2011.0808版）3、道亨放样软件的构成道亨放样软件由两⼤功能部分构成，即：TwSolid系统和TwMachining系统。

第⼀部分为TwSolid系统，其功能为进⾏铁塔的建模、构塔，可将塔⾝主材、辅材、螺栓等部件按设计图纸进⾏构造，⽣成三维⽴体的图形，并可输出各类材料表、⼯艺卡样图、装配图等。

⽬前可⽣成的材料类型有⾓钢、钢板、钢管、槽钢、螺栓。

⼀些通⽤的零件可以预先做出模板，在构塔时直接调⽤。

Electric power business hall on Mobile designand researchLiu ChenCollege of Information and Electrical Engineering Shenyang Agricultural UniversityShenyang ,China***************Wu Shihong*College of Information and Electrical Engineering Shenyang Agricultural UniversityShenyang ,China*correspondingauthor:*****************Liu BoCustomer service centerSTATE GRID Shenyang electric power susplycompanyShenyang ,China*************Abstract—With the development of science and technology，the technology of Power and Supply is becoming more and more intelligent and automation. Wireless terminal technology has been widely used in the electric power business hall on Mobile.Mobile APP client terminal is based on the wireless network communication to realize the network design and can be compatible with the most popular Mobile phone in the market with the android platform and I-phone mobile, also can be increased to be compatible with Windows Mobile OS, Black-Berry OS and JAVA platform to be ready to meet the needs of more different customers 。

三维可视化跳线计算系统操作说明目录第一章软件概述 (1)1.1 功能简介 (1)1.2 运行环境 (1)1.3 注意事项 (1)第二章操作流程 (2)第三章操作步骤（单塔） (4)3.1启动道亨JW三维可视化跳线计算程序(单塔) (4)3.2导入塔结构 (4)3.3输入气象条件 (7)3.4输入导线信息 (9)3.5输入线路参数 (14)3.6计算并查看结果信息 (15)第四章操作步骤（批量计算） (23)4.1启动道亨JW三维可视化跳线计算程序(批量计算) (23)4.2导入TA或CSV文件 (23)4.3批量计算铁塔跳线 (30)第五章优选示例 (32)5.1 已知条件输入 (32)5.1.1 气象条件 (32)5.1.2 导线参数 (33)5.1.3 导线分裂情况 (33)5.1.4 串信息 (34)5.1.5 计算参数 (35)5.1.6 优选 (36)5.2 计算结果 (36)第六章验算示例 (39)6.1 已知条件 (39)6.1.1 气象条件 (39)6.1.2 导线参数 (39)6.1.3 导线分裂情况 (40)6.1.4 串信息 (41)6.1.5 计算参数 (42)6.1.6 验算 (42)6.2 验算结果 (43)附录A 快速建塔 (45)第一章软件概述1.1 功能简介《道亨JW三维可视化跳线计算程序》本程序创新性地采用三维空间数学模型，可以对任意跳线情况进行准确计算。

程序能够计算单回路和多回路、耐张塔、终端塔等跳线长度的软件。

本系统适用于任意电压等级、任意塔型、任意位置跳线长度的计算。

支持多种跳线方式、多个跳线的计算。

支持验算跳线长度或自动优选跳线长度，能够批量计算多个铁塔跳线，能出工程需要的跳线长度弧垂表，并能导出AutoCAD格式的文件。

1.2 运行环境操作系统：Windows 2000 / XP / Vista/Win7硬件：通用流行配置计算机CPU：1GHz 以上内存：256 MB 以上硬盘：500MB以上空闲磁盘空间显示器：1024×768 分辨率以上1.3 注意事项系统运行前请将加密锁接在计算机的并行口（连接打印机的25针接口）或者USB接口上；请特别注意：不论单机锁还是网络锁，一台电脑同时只能使用一个锁，也就是只能插一个锁，后插入的锁或者网络锁是无法使用的。

IM B77C02A01-03ZH-CTW Assistant 软件使用说明书User’s Manual目录1.概述 (5)1.1软件概述 (5)1.2PC系统环境的要求 (5)1.2.1硬件 (5)1.2.2操作系统（OS） (6)1.2.3通信要求 (6)1.3连接方式 (6)1.4快速使用说明 (6)2.安装 (8)3.TW Assistant软件功能说明 (13)3.1TW Assistant启动画面说明 (13)3.2TW Assistant工具栏说明 (14)3.3TW Assistant菜单说明 (14)3.4连接/断开 (16)3.5画面操作面板说明 (17)3.6加载/下载设置信息 (18)3.7导入/导出配置文件 (19)3.8IP配置 (20)3.9批量IP配置 (21)3.10用户权限 (22)3.11关于 (22)前言感谢您购买TW Assistant软件。

本说明书阐述了如何在Windows7上使用TW Assistant软件。

请在使用前仔细阅读本说明书，以便正确使用。

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Technical DataTelecontrol-Interface-Module Type REG-PED SV1.ApplicationThe REG-PED SV operates as a coupling-device or proto-col bridge between field devices –IEDs, Voltage regulators etc. and a local RTU or directly to a control centre. The REG-PED SV also operates as a communica-tions processor that supports almost all important telecontrol protocols.1.1FeaturesThe REG-PED SV ...∙is conform to BDEW-Whitepaper and supports full Cybersecurity∙supports RBAC and RADIUS∙is able to process Sampled Values according to IEC 61850-9-2∙supports many serial & Ethernet Telecontrol Protocols including:–IEC 61850 Ed. 1 & 2, MMS, GOOSE & Sam-pled Values (= 61850-8 and 61850-9)–IEC 870-5-101, 103 and 104–DNP 3:00–SPABUS–MODBUS–C37.113–ELAN-Extension via Ethernet–NTP/PTP to DCF Time Synch Feature–SNMPv3∙Multiple choices for connection such as copper, RS 485 and RS 232 or fibre-optics, (ST and SMAConnectors), Ethernet ports can be:∙Fiber ST (via optional adapter) and LC (100Mbit and 1GBit per Software-Switch)∙Copper RJ45 (10/100/1000 Mbit autoswitching)∙Supports multiple Serial Ports Coordinates the telegram traffic between one ormore substation units, and with all possible con-nection types to central stations or substations ∙Settings may be changed online at any time1.2SpecificationThe REG-PED SV-board is equipped with a high perfor-mance dual-core microcontroller with PowerQUICC –engine driven serial communication ports and operates as a standalone computer with an address-range of 17,6 TByte and supports …Cache Coherent Intercon-nect“ (CCI400) as well as QorIQ™-Network-Techno-logy.The CPU runs up to a speed of 1 GHZ. The board has a maximum capacity of 1 GB RAM, 64 MB NOR Flash and a micro-SD-card with up to 256 GByte capacity.This may be used for logging and system configuration storage as well as for storing A. Eberle device manuals. All 16 hardware-timers are required for the real-time operating system.One timer is used for the system cycle. All of the pro-cessor included UART - modules control the 5 asyn-chronous V.24-interfaces. Three of these interfaces have their own baud rate timers.The PARAM interface used for maintenance purposes via micro-USB. For serial interfaces using pulse-width-modulation an add-on board is necessary.All interfaces can be used either in PWM or in PCM (pulse-code-modulation) -mode or as control lines for modems serving up to 4 coupling partners.Despite the functions running by different software branches on REG-PED SV, there are supervisory and monitoring functions that protect the REG-PED SV mod-ule against malfunctions. These functions are implemented both in hardware and in software.Version 05/2021We take care of it. Page 21.3 InterfacesThe REG-PED SV module offers the following interface for communication with a PC for programming and set up and for connection with serial devices depending on the physical connection regime:∙ 2x10/100/1000 Mbit Ethernet RJ45 or 100/1000 Mbit fibre-optic (ST via optional adapter/LC) ∙ up to 4 serial interfaces (COMs)∙ 2 of those 3 serial interfaces can be RS485 ∙ up to 3 serial fibre-optic interfaces (optional) ∙ up to 4 COM interfaces have transmitters and receivers with galvanic isolation ∙ all COM ports are able to work as V.24 interfaces for serial communication and are connected via rack mount or SUB-D connector that include control and data lines. With the help of parameter driven onboard functions you can adjust the inversion of the specific signals. The status of each channel is shown by the 3 LEDs on the front panel indicating sending activity (green), re-ceive activity (yellow) and an error condition (red).1.4 Socket Connections on the FrontOn the left hand side of the front panel is a micro-SD-connector intended for maintenance purpose. Also using one of the Ethernet connectors is possible for maintenance.You can easily adjust the settings of the REG-PED SV online at any time.In case of special application you can use the USB 2 Mi-cro B connector of front to access the inside located micro-USB-Card.2. General FunctionsIn addition to the functions run by different software applications, there are also functions which protect against malfunctions of the device. These functions are realised by hardware implementation and by software routines (watchdog)2.1 Contact Positions for COMs and PowerA) DIN-C-Connector B1 ReleaseB) DIN-C-Connector B2 releaseC) Connector B2 Release Param/COM1D) Sub-D-Connectors B3 ReleasePage 3At the B1 type COM1/DB-9 is paralleled with a SUB-D-Connector. N.B.: COM1 may only be connected at one time via DIN-F-Connector or via SUB-D-Connector. The B3 type has got 4 COM ports (COM3 and 4 under the COM1 of the middle Slot and COM2 at the aux. power slot on right side), which also have the same pin-ning like COM 12.2 ResetThere are four possibilities to trigger the reset on a REG-PED SV . A proper restart of REG-PED SV is guaranteed for each of the following:∙ by pressing “RESET” on the front panel ∙ watchdog runs up∙ reconnection and return of power supply ∙ reset by monitoring software module2.3 WatchdogWatchdog is a hardware supplement to monitor the smooth process of the software. It consists of a timer that has to be triggered continuously by a background software program. Lack of retriggering leads to a hard-ware-reset. The correct status of watchdog is displayed by a LED on the front panel, near the Reset-button at B1 and B2 release. B3 has the Reset-button under the Ethernet connectors.3. Technical DataProcessorNXPProcessor technology Dual Cortex A7 Memory1 GB SDRAM Operating system Linux Serial interfacesmax. 5 Input-resistance 1000 Ohm Output-resistance 120 Ohm Input-voltage ± 3 ... 12 VPower supply+ 5 V ± 10 % 2,5 A max.Reference conditions during operation in a 19” rack or wall mount rack : Temperature: - 20... + 55 °C Relative humidity : max. 85 % at 25 °C Reference conditions during storage: Temperature: - 25... + 65 °C Relative humidity: max. 80 % at 25 °C3.1 Setting up REG-PED SVA generated file is transferred via micro-SD or Ethernet interface from a standard PC into REG-PED SV . Data is kept in flash memory.3.2 Applied Rules ad Standards∙ IEC 61010-1 / EN61010-1 ∙ IEC 60255-22-1 / EN 60255-22-1 ∙ IEC 60529 / EN 60529 ∙ ICE 60068-1 / EN 60068-1 ∙ ICE 61000-6-2 / EN 61000-6-2 ∙ ICE 61000-6-4 / EN 61000-6-43.3 Mechanical Construction Release B3Front panelStainless steel, Wst. 1,4301; 0,1 mmHeight, width, depth 3U, 6T (147 mm, 90,36 mm,127 mm (incl. lugs on front panel)) Weight ≤ 0,4 kg Protection class Plug-in device IP 00 Terminal block IP 00Mounting according to standard DIN rail at version B33.4 Operating ModesThe telecontrol board REG-PED SV has not got any jump-ers on board. In order to switch between the operating modes RS485 and RS232 (fibre optic mode is done via RS232 mode and additional piggy back module), a soft-ware parameter has to be set accordingly.3.5 Fibre optic Connectors for COM 1 - 4The REG-PED SV has got jumper free settings via soft-ware. COM 1-4 may be extended by an additional fibre optic board. This board allows you to switch the idle level via jumpers.Jumper settings fibre optic board at B1-B2 releaseWe take care of it. Page 4Picture 1: Dimensions rack at B3 releasePicture 2: Dimensions plug-in module at B2 releasePicture 3: Dimensions plug-in module at B1 release4. Electrical ConnectionTerminal screws with self-locking protection; clip on connector block.4.1 Ethernet ConnectionThe REG-PED SV is available with either RJ45 or fibre-op-tic (LC) connectors. The RJ45 connector provides Ethernet at 10/100/1000 Mbit (auto switching) whereas the fibre connectors are only available at 100 and 1000 Mbit speed. With additional addon-board up to 4 NICs are available.You can order the board with: ∙ 2 RJ45 or ∙ 1 RJ45 and 1 LC or ∙ 2 LC connectors.4.2 RS485-ProcessingIn order to terminate the RS485-bus you can connect a termination resistor by soldering according jumpers, depending on the type used on the mainboard. It can be ordered with preinstalled active termination resistors.4.3 Electrical SafetyProtection class I Grade of pollution 2Overvoltage category, rated isolation voltageStrength immunityElectrostatic Air load 8 kVdischargeContact load 4 kVElectromagnetic fields 80 MHz...1000 MHz 10 V/m 900 MHz ± 5 MHz 10 V/mpulse modulated Rapid transient disturbance quantities(Bursts) Power supplyAC 230 V: 2 kV Contacted RF- 0,15 MHz...80 MHz disturbance factors U eff = 10 V 50 Hz-magnetic field30 A / mInterference emissions Limit Class A according toIEC 61000-3-2Page 54.4 Commissioning of the BoardFor commissioning purposes, a quick guide and user manual with setting guide is provided with the board, and also downloadable on our home page. The param-eterizing is done via web browser or a Windows-based application.4.5 Data Programming CableCable has to be shielded and may not be longer than 3 m.4.6 Fields of ApplicationThe telecontrol board REG-PED SV processes the follow-ing telecontrol protocols together with A-Eberle or other manufacturer devices: ∙ IEC 60870-5-101 ∙ IEC 60870-5-103 ∙ IEC 60870-5-104 ∙ IEC 61850 ∙ DNP 3.0 ∙ Routers:– IEC 60870-5-101 to IEC 60870-5-104 – IEC 60870-5-103 to IEC 60870-5-101 – IEC 61850 to IEC 60870-5-104 – IEC 60870-5-103 to IEC 61850 – Modbus TCP to IEC 61850 ∙ Modbus RTU ∙ C37.118∙ ELAN-Extension via Ethernet ∙ NTP/PTP to DCF Time Synch Feature ∙ SPABUS∙ Other protocols on demand.The telecontrol connection can be made via RS232 and RS485, via copper or fibre optics. Settings are done via web browser or a Windows-based application, which isdivided in two main sections:∙ common part, where only baud rate and device name or address have to be entered and ∙ Advanced part, where specialist can adjust specifics. This allows specific parameters such as: timeouts and making protocol requirements in the telecontrol pro-file.4.7 Example Applications:A) COM Servera) COM Server Only Application: Up to 4 COM ports serve both Ethernet connections, assuming that the 2 Ethernet addresses are different. Example: IP address of Port 1 is set to 192.168.1.214 and IP address of Port 2 is set to 10.0.0.215, or “bonding” in “active backup mode” or RSTP was selected , then both Ethernet inter-faces have same IP and MAC address.b) ELAN-Extension (CSE, COM Server Ethernet): Exten-sion of ELAN via serial port of REG-PED SV over Ethernet in order to connect to another REG-PE(D) via Ethernet in or-der to achieve wide area ELAN. B) Dedicated Protocol Applicationa) Working as a telecontrol board for customer specific devices starting with IEC 60870-5-103 or 104 telecon-trol protocols e.g.: for the substation connection of A. Eberle devices, you can easily update later to IEC 61850 by firmware update, no hardware change is needed.b) Working as a protocol router0 IEC 60870-5-101 to IEC 60870-5-104Up to 4 COM ports may be used to connect the Router to IEC 60870-5-101 lines of several substa-tions, to multiple control centres via IEC 60870-5-104. The only settings required for this application is to simply entering addresses and baud rate. ∙ IEC 60870-5-103 to IEC 60870-5-101With the help of fibre-optic star couplers of you may connect up to 8 IEC 103 devices to one COM port of a REG-PED SV board, and route in-formation to another COM port with IEC 101 protocol. ∙ IEC 61850 to IEC 60870-5-104One ethernet port may be connected to IEC 61850 and the other Ethernet port to IEC 60870-5-101, or both protocols may be oper-ated from the same ethernet port. ∙ IEC 61850 to IEC 60870-5-103Router works as slave for IEC 60870-5-103 mas-ter and client for IEC 61850.We take care of it. Page 6C) Mixed Ethernet OperationIf you order one Ethernet port with electrical RJ45 con-nector, and the other Ethernet port with fibre-optic connector, you are free to choose the connector type. Even combined use of both ports is possible. D) Optimal Use of all InterfacesThe following scheme shows the one of the optimal use cases of a REG-PED SV card:Picture 4: Example applicationGeneral Information concerning Dual Ethernet Con-nectorsBoth Ethernet connectors may be merged to one logi-cally interface using so called “bonding feature” in “broadcast mode” or RSTP, where both Ethernet inter-faces have same IP and MAC address. Additionally they can be set in PRP as well as RSTP mode.…Modbus Collector“ for REG -PED SV - a real highlight: Using Modbus-Master functionality, the device will col-lect sensor data from arbitrary Modbus-slaves. Use this data for example to support regulation function by sending it to regulating devices or in fact to any receiver via IEC 61850. This functionality is a replacement for the …COM3-Extension“.IEC61850 support for REG-DGA via Modbus Collector - collect data from up to 32 Modbus devices and make them available via one virtual IEC 61850 device. Data acquisition according to IEC61850-9-2 (“Process -Bus”)With the help of the available add-on board with 2 Ethernet Interfaces you can listen to Sampled Values and use them for data acquisition e.g. for the voltage regulator REG-D.Picture 5:Fibre optic (LC) version of B1 releasePage 7Ordering Details∙ Only one code of the same capital letter is possible∙ When the capital letter is followed by number 9, further details are necessary ∙ The code can be omitted when the capital letter is followed by zero ∙ An X code e.g. XP1 cannot be combined freely with other codesPage 9A. Eberle GmbH & Co. KG Frankenstraße 160 D-90461 NürnbergTel +49 (0) 911 / 62 81 08-0 Fax +49 (0) 911 / 62 81 08-96 ****************www.a-eberle.deCopyright 2020 A. Eberle GmbH & Co. KGAll data may be subject to change without prior notice.Telecontrol-Interface-Module – REG-PED SVPresented by:。

SLGPS 数据处理程序操作说明客户服务热线：400-680-0012客户服务企业QQ ：800085980客户服务邮箱：******************* 北京道亨公司 wwwSLGPS数据处理程序北京道亨公司目录第一章概述 (1)一、功能简介 (1)二、系统需求 (1)第二章操作说明 (2)一、读入数据 (2)二、其他功能 (7)附录 A 样式一编码表 (9)附录 B 样式二编码表 (14)附录 C 样式三、四编码表 (19)附录 D 样式五编码表 (21)附录 E 样式六编码表 (22)附录 E 样式七编码表 (26)附录 F 样式八编码表 (27)附录G 样式九编码表 (29)附录 H 样式十编码表 (31)附录 I 测量方法详细说明 (33)附录J 杆型表 (39)附录K 常见问题 (40)第一章概述一、功能简介SLGPS接口程序可直接读入GPS工程测量数据文件，自动形成道亨平断面图接口数据文件。

二、系统需求操作系统：Windows7 / 8 /10硬件：通用流行配置计算机CPU：1GHz 以上内存：1GB 以上硬盘：500MB以上空闲磁盘空间显示器：1024×768 分辨率以上第二章操作说明一、读入数据打开SLGPS程序，点F8读入数据，弹出读入数据对话框，如下图所示：在读入数据时首先必须选择数据类型，再根据实际测量确定XY的方向，还可设置直线转角桩和有偏距的普通点、地物点的过滤功能、夹角方向、读入备注设置、两点或三点测地物宽度计算设置、同名桩处理方式设置和数据类型。

1、当直线桩(Z)转角小于10 秒时，转角按0处理。

当所读入的数据中直线转角桩的角度绝对值小于10秒时，按0度输出，如果在10秒以上，程序会弹出是否将此直线桩强制转化为0度的提示信息；此功能只对以“Z”开头的直线桩的转角进行检查。

2、当方向桩(F)转角小于10 秒时，转角按0处理。

当所读入的数据中方向桩的转角角度绝对值小于10秒时，按0度输出，如果在10秒以上，程序会弹出是否将此直线桩强制转化为0度的提示信息；此功能只对以“F”开头的方向桩的转角进行检查。

北京道亨公司SLW3D架空送电线路三维设计系统操作说明客户服务热线：400-6800-012客户服务企业QQ：800085980客户服务邮箱：*******************目录第一章系统概述 ............................................................................................................................ - 1 -一、功能简介 (1)二、系统需求 (1)第二章操作说明 ............................................................................................................................ - 2 -一、工程数据来源 (2)二、打开工程及系统配置 (2)1. 系统配置.............................................................................................................. - 3 -2. 显示设置.............................................................................................................. - 4 -3. 公式设置.............................................................................................................. - 5 -三、三维视图操作方法 (8)四、工程设置 (9)1. 准备工程数据库 .................................................................................................. - 9 -2. 设计向导............................................................................................................ - 10 -3. 编辑全部工程数据库 ........................................................................................ - 13 -4. 编辑气象区库 .................................................................................................... - 14 -五、杆塔排位 (15)六、修改排位成果 (17)1. 修改塔................................................................................................................ - 17 -2. 交叉换相............................................................................................................ - 17 -3. 分歧设计............................................................................................................ - 18 -4. 按相设置安全系数 ............................................................................................ - 19 -5. 多气象区............................................................................................................ - 19 -6. 批量修改............................................................................................................ - 20 -七、编辑工程数据 (21)1. 编辑工程已使用的塔库 .................................................................................... - 21 -2. 编辑串模型........................................................................................................ - 22 -八、校核检查、成果输出 (22)1. 切换工况............................................................................................................ - 22 -2. 校核检查............................................................................................................ - 22 -3. 对地距离............................................................................................................ - 23 -4. 对交叉跨越距离 ................................................................................................ - 23 -5. 线间距离............................................................................................................ - 24 -6. 对铁塔距离........................................................................................................ - 24 -7. 两物体测距........................................................................................................ - 25 -8. 两点测距............................................................................................................ - 25 -9. 串偏角................................................................................................................ - 25 -10. 删除电气校验标记 .......................................................................................... - 26 -11. 校验塔.............................................................................................................. - 26 -12. 生成材料表 ...................................................................................................... - 27 -13. 生成平断面图 .................................................................................................. - 28 -14. 批量生成设计成果 .......................................................................................... - 28 -15. 三维归档.......................................................................................................... - 29 -九、线路漫游 (29)十、其他 (30)1. 添加线路段........................................................................................................ - 30 -2. 调整地形............................................................................................................ - 31 -3. 修改桩................................................................................................................ - 31 -4. 添加地物............................................................................................................ - 32 -十一、高级功能 (34)1.配置.................................................................................................................... - 34 -2.漫游.................................................................................................................... - 36 -3.调整.................................................................................................................... - 37 -4.测量.................................................................................................................... - 38 -5.查看.................................................................................................................... - 38 -6.显示.................................................................................................................... - 39 -7.地形.................................................................................................................... - 39 -8.统计.................................................................................................................... - 39 -9.其他.................................................................................................................... - 39 -第一章系统概述一、功能简介《道亨SLW3D架空送电线路三维设计系统》（以下简称SLW3D）采用三维虚拟现实技术还原线路场景，在三维环境中进行杆塔排位、电气校核等线路设计工作。

ZW3414D 单相综合电量表使用说明书（版本号 V 1.0）选型说明目录第1章 产品概述1.1产品外观描述 (05)1.2产品主要特性 (06)1.3产品主要技术参数 (07)1.4产品固件版本 (09)第2章使用前的准备2.1 安全注意事项 (9)2.2使用前的准备2.2.1 测试原理 (10)2.2.2 安装使用流程 (10)2.3 开机信息说明 (11)2.4 其它注意事项 (11)第3章 产品安装指南3.1产品安装尺寸3.1.1 外形尺寸图 (12)3.1.2 安装面板开口尺寸图 (13)3.2 产品安装方法 (13)第4章 产品接线指南4.1 相关内容描述4.1.1 符号描述 (16)4.1.2 注意事项 (16)4.2 产品接线图4.2.1 仪表端子说明 (16)4.2.2 仪表典型接线图 (17)4.2.3 注意事项 (18)4.2.4 继电器报警功能的接线 (18)第5章产品通讯指南5.1 关于RS-485通讯 (19)5.2RS485通讯接线 (19)第6章菜单操作指南6.1操作显示界面图 (21)6.1.1提示符号说明 (22)6.1.2 字符对照表 (22)6.2 查看操作6.2.1 查看操作总揽 (23)6.2.2 通过分F1、F2切换V、A、W、Var、VA、PF、Hz (24)6.2.3 (24)6.2.4 查看数字量输出状态 (24)6.3设置操作6.3.1 设置操作总揽 (25)6.3.2 设置操作 (26)6.4查看仪表信息 (27)6.5 仪表内部校零 (28)第7章 报警控制7.1关于报警 (29)7.2报警设置 (29)7.3报警示例及注意事项7.3.1 注意事项 (29)7.3.2报警示例 (29)7.3.3报警输出控制过程 (31)第8章 装箱清单及产品维护8.1 装箱清单 (32)8.2 注意事项及产品维护8.2.1产品使用过程中注意事项 (33)8.2.2产品维护 (33)8.2.3 常见问题处理 (33)第1章 产品概述1.1产品外观描述仪表连接端子编号名称说明1 电压输入端子待测量电压输入2 继电器输出端子两组继电器常开常闭触点输出3 工作电源端子仪表工作电源输入4 扩展I/O口连接端子扩展功能端口5 RS-485 通讯端子可通过RS-485总线通讯组网6 电流输入端子待测量电流输入7 标牌上面有对端子的定义8 软按键实现对仪表的操作9 显示区域用于显示数据和符号10 产品型号标贴标明产品型号1.1.1 ZW3414D单相综合电量表显示数据位置在仪表头，接线端子位置在仪表尾，产品标签中记录仪表的重要信息。