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PowerFlex® 6000 中压变频器出版物6000-UM001B-ZH-P用户手册重要用户须知在安装、配置、操作或维护设备之前，请仔细阅读本文档及 “其他资源” 部分列出的文档，了解设备的安装、配置 和操作信息。
用户需要了解安装和接线指南以及所有适用规范、法律和标准的相关要求。
安装、调节、运行、操作、装配、拆卸和维护等活动均要求由经过适当培训的人员遵照适用法规执行。
如未按照制造商指定的方法使用设备，则设备提供的保护功能可能会受到影响。
任何情况下，对于因使用或操作本设备造成的任何间接或连带损失，罗克韦尔自动化公司概不负责。
本手册中包含的示例和图表仅作为说明用途。
由于任何特定的安装都存在很多变数和要求，罗克韦尔自动化对于依据这些示例和图表所进行的实际应用不承担任何责任和义务。
对于因使用本手册中所述信息、电路、设备或软件而引起的专利问题，罗克韦尔自动化不承担任何责任。
未经罗克韦尔自动化有限公司的书面许可，不得部分或全部复制本手册的内容。
在整本手册中，我们在必要的地方使用注释以提醒您注意相关的安全事宜。
标签可能位于设备上或设备内，可提供特定警示。
Allen-Bradley 、Rockwell Software 、Rockwell Automation 和 T echConnect 是罗克韦尔自动化公司的商标。
不属于罗克韦尔自动化的商标是其各自所属公司的财产。
警告：用于标识在危险环境下可能导致爆炸，进而导致人员伤亡、物品损坏或经济损失的操作或情况。
注意：用于标识可能导致人员伤亡、物品损坏或经济损失的操作或情况。
注意事项能帮助您发现危险情况、避免发生危险，并了解可能的后果。
重要信息用于标识对成功应用和了解本产品有重要作用的信息。
触电危险 ：标签可能位于设备上或设备内（例如驱动器或电机），提醒人们此处可能存在危险的高压。
灼伤危险 ：标签可能位于设备上或设备内（例如驱动器或电机），提醒人们表面可能达到危险的高温。
25BOS6000基本操作方法BOS6000是一款功能强大的办公软件，提供了许多基本的操作方法来满足用户的各种需求。
下面，我将介绍25种BOS6000的基本操作方法，并提供每种操作的详细说明。
1. 新建文件：在BOS6000的主界面上，点击“新建”按钮或使用快捷键Ctrl+N来创建一个新的文件。
2. 打开文件：点击BOS6000主界面上的“打开”按钮或使用快捷键Ctrl+O来打开一个已经存在的文件。
3. 保存文件：点击BOS6000主界面上的“保存”按钮或使用快捷键Ctrl+S来保存当前文件。
如果是第一次保存文件，则需要指定保存路径和文件名。
4. 另存为文件：点击BOS6000主界面上的“另存为”按钮或使用快捷键Ctrl+Shift+S来将当前文件另存为一个新的文件。
5. 关闭文件：点击BOS6000主界面上的“关闭”按钮或使用快捷键Ctrl+W来关闭当前文件。
关闭文件后，系统会询问是否保存文件的更改。
6. 撤销操作：点击BOS6000主界面上的“撤销”按钮或使用快捷键Ctrl+Z来撤销最近的操作。
7. 重做操作：点击BOS6000主界面上的“重做”按钮或使用快捷键Ctrl+Y来重做最近被撤销的操作。
8. 剪切内容：选中需要剪切的内容，点击BOS6000主界面上的“剪切”按钮或使用快捷键Ctrl+X来将选中内容从原位置剪切到剪贴板。
9. 复制内容：选中需要复制的内容，点击BOS6000主界面上的“复制”按钮或使用快捷键Ctrl+C来将选中内容复制到剪贴板。
10. 粘贴内容：将剪贴板中的内容粘贴到当前位置，点击BOS6000主界面上的“粘贴”按钮或使用快捷键Ctrl+V来完成粘贴操作。
11. 删除内容：选中需要删除的内容，点击键盘上的“Delete”键或使用快捷键Ctrl+D来删除选中内容。
12. 选择文本：使用鼠标拖动来选择文本内容，或使用快捷键Ctrl+A来选择整个文件的文本内容。
13. 查找文本：点击BOS6000主界面上的“查找”按钮或使用快捷键Ctrl+F来查找指定的文本内容。
故障代码：3故障说明：变频器未准备好故障，即变频器处于故障保护状态；变频器参数设置不当。
故障对策：根据变频器故障显示检查故障来源；检查变频器输出信号（准备完了）的参数设置。
故障代码：4故障说明：变频器运行故障，主板输出方向和使能信号，而变频器运行信号（开闸信号R2）没有给定。
故障对策：检查变频器方向和使能端口设置；检查变频器是否没有接收到方向和使能命令；检查EMERSON CT变频器19.15参数是否打得过低（建议值：600-1200）。
故障代码：5故障说明：编码器信号无反馈故障（编码器故障或电机未转）故障对策：编码器损坏（配同步主机时，编码器损坏电梯是无法正常开慢车）；变频器分频输出部件损坏；高速计数输入接口配线错误；电机堵转。
更换编码器；更换变频器分频卡；检查配线；检查抱闸是否未张开。
故障代码：6故障说明：编码器信号错相故障（A、B相接反）故障对策：高速计数的A、B相接反。
调换J16端口A、B相的接线，或调换J17端口的A+与B+，以及A―与B―的接线。
故障代码：8故障说明：R2短接故障，电梯停止时变频器的运行信号（开闸信号R2）依然存在。
故障对策：检查变频器内参数设置；检查变频器运行信号（开闸信号R2）输出点是否粘连。
故障代码：9故障说明：电机热保护。
故障对策：电机热保护装置动作。
故障代码：10故障说明：通讯故障，控制主板与外呼显示板和轿厢主控器不能建立通讯。
故障对策：检查随行电缆的串行通讯电路或接插件有无断线；更换相关控制板。
故障代码：21故障说明：自学习失败故障对策：查看高速计数是否上增下减、门区开关与设定总楼层是否符合、顶层强迫减速是否有效。
故障代码：30故障说明：安全回路断开，安全回路切断或安全回路继电器触点接触不良。
故障对策：检查安全回路的断开部分；更换安全回路继电器。
故障代码：31故障说明：运行中门锁脱开，门刀位置调整不当；门机保持力不够；门锁接触器触点接触不良。
故障对策：调整门机构；更换门锁接触器。
绪论:一、故障映射内部故障映射级别1A（I1A）该级别报告的故障会影响MO 功能。
出错硬件在信令MO 中。
内部故障映射级别1B（I1B）该级别报告的故障会影响MO 功能。
故障原因与信令MO 无关。
内部故障映射级别2A（I2A）该级别报告的故障不会影响MO 功能。
出错硬件在信令MO 中。
外部条件映射级别1（EC1）该级别报告的条件会影响MO 功能。
这些条件是外部TG。
外部条件映射级别2（EC2）该级别报告的条件不会影响MO 功能。
这些条件是外部TG。
替换装置映射（RU Map）该映射报告的装置怀疑是导致上述内部故障映射的硬件设备。
二、逻辑替换单元逻辑RU 指可以称为物理单元，但实际上不是指单个物理单元。
逻辑替换单元包括四大类型。
如果分析时无法提供更详细的故障位置信息，则显示逻辑RU。
逻辑RU 用于帮助用户确定故障位置。
1. 总线它经常被称为单个物理单元，但部署在带电缆的机柜底板上。
如果RU 映射中出现总线，说明故障硬件可能连接到总线上的任何装置或总线自身。
逻辑总线RU 包括：EC总线时钟总线Y-LINK 总线2. 天线逻辑天线指发射器/接收器和物理天线之间的整个信号路径。
逻辑天线RU 是：天线3. 环境RU 记录基站不能影响到的条件。
该RU 包括两部分：电源，处理外部电源问题气候，处理湿度和温度方面的问题假设机柜温度过高，或者输入的交流主电源超过正常范围，则逻辑RU“环境”指示故障。
逻辑RU 是：环境4. IDB 尽管RBS 数据库不是物理装置，但它仍被视作一个可替换的单元。
它只包括数据库中的数据，而不包括它驻留的介质。
三、故障映射概况Abis 界面上的故障代码是按照每个MO 定义的。
SO RU 映射和I1A/I2A 故障映射应同时读取。
SO 故障映射可确定故障，RU 映射可指示故障所在的位置。
AO I1B 故障对应一个SO I2A 故障。
因此，通过读取SO CF 或SO TRXC 的I2A 故障映射和RU 映射，可以找出导致AO I1B 故障的硬件。
绪论:一、故障映射内部故障映射级别1A（I1A）该级别报告的故障会影响MO 功能。
出错硬件在信令MO 中。
内部故障映射级别1B（I1B）该级别报告的故障会影响MO 功能。
故障原因与信令MO 无关。
内部故障映射级别2A（I2A）该级别报告的故障不会影响MO 功能。
出错硬件在信令MO 中。
外部条件映射级别1（EC1）该级别报告的条件会影响MO 功能。
这些条件是外部TG。
外部条件映射级别2（EC2）该级别报告的条件不会影响MO 功能。
这些条件是外部TG。
替换装置映射（RU Map）该映射报告的装置怀疑是导致上述内部故障映射的硬件设备。
二、逻辑替换单元逻辑RU 指可以称为物理单元，但实际上不是指单个物理单元。
逻辑替换单元包括四大类型。
如果分析时无法提供更详细的故障位置信息，则显示逻辑RU。
逻辑RU 用于帮助用户确定故障位置。
1.总线它经常被称为单个物理单元，但部署在带电缆的机柜底板上。
如果RU 映射中出现总线，说明故障硬件可能连接到总线上的任何装置或总线自身。
逻辑总线RU 包括：EC总线时钟总线Y-LINK 总线2. 天线逻辑天线指发射器/接收器和物理天线之间的整个信号路径。
逻辑天线RU 是：天线3. 环境RU 记录基站不能影响到的条件。
该RU 包括两部分：电源，处理外部电源问题气候，处理湿度和温度方面的问题假设机柜温度过高，或者输入的交流主电源超过正常范围，则逻辑RU“环境”指示故障。
逻辑RU 是：环境4. IDB 尽管RBS 数据库不是物理装置，但它仍被视作一个可替换的单元。
它只包括数据库中的数据，而不包括它驻留的介质。
三、故障映射概况Abis 界面上的故障代码是按照每个MO 定义的。
SO RU 映射和I1A/I2A 故障映射应同时读取。
SO 故障映射可确定故障，RU 映射可指示故障所在的位置。
AO I1B 故障对应一个SO I2A 故障。
因此，通过读取SO CF 或SO TRXC 的I2A 故障映射和RU 映射，可以找出导致AO I1B 故障的硬件。
®®SWITCHINGPOWER SUPPLYAUTOMATICTEST SYSTEM6000User’s Manual (中文版)保證書致茂電子股份有限公司秉持"品質第一是責任，客戶滿意是榮譽"之信念，對所製造及銷售之產品自交貨日起一年內，保證正常使用下產生故障或損壞，負責免費修復。
保證期間內，對於下列情形之一者，本公司不負免費修復責任，本公司於修復後依維修情況酌收費用：(1)非本公司或本公司正式授權代理商直接銷售之產品。
(2)因不可抗拒之災變，或可歸責於使用者未遵照操作手冊規定使用或使用人之過失，如操作不當或其他處置造成故障或損壞。
(3)非經本公司同意，擅自拆卸修理或自行改裝或加裝附屬品，造成故障或損壞。
保證期間內，故障或損壞之維修品，使用者應負責運送到本公司或本公司指定之地點，其送達之費用由使用者負擔。
修復完畢後運交使用者(限台灣地區)或其指定地點(限台灣地區)之費用由本公司負擔。
運送期間之保險由使用者自行向保險公司投保。
致茂電子股份有限公司服務專線:(02)2298-3855轉3249傳真電話:(02)2298-3596目錄1. 系統架構 (1)1.1 簡介 (1)1.2 硬體架構 (3)1.2.1 系統控制器─個人電腦及週邊設備 (4)1.2.2 輸入電源供應器 (6)1.2.3 輸出模組─Switcher Analyzer (9)1.2.4 特殊功能模組(Extended Measurement Unit) (10)1.2.5 OVP/UVP電源供應器 (10)1.3 軟體功能 (11)2. 系統安裝 (13)2.1 安裝PowerPro軟體 (13)2.2 硬體的配線與連接 (13)2.2.1 系統的外殼 (13)2.2.2 系統的硬體組成 (14)2.2.3 系統接線及方塊圖 (15)2.2.4 硬體安裝 (16)2.3 電源與接地 (17)2.4 熱氣的排散 (17)2.5 開機前的注意事項 (18)3. 一般性操作 (18)4. 測試功能 (19)4.1 重要訊息 (19)4.2 術語 (20)4.3 各項功能測試說明 (23)4.3.1 輸出入特性測試(INPUT/OUTPUT TEST) (27)4.3.2 動態特性測試(DYNAMIC TEST) (32)4.3.3 同步動態特性測試(SYNC DYNAMIC TEST) (36)4.3.4 負載效應測試(LOAD REGULATION TEST) (37)4.3.5 交叉負載效應測試(CROSS REGULATION TEST) (41)4.3.6 電源效應測試(LINE REGULATION TEST) (42)4.3.7 混合效應測試(COMBINE REGNLATION TEST) (46)4.3.8 開機測試(TURN ON & SEQUENCE TEST) (47)4.3.9 關機測試(HOLD UP & SEQUENCE TEST) (55)4.3.10 過載保護測試(OVER LOAD PROTECTION TEST─OLP) (60)4.3.11 過功率保護測試(OVER POWER PROTECTION TEST-OPP) (65)4.3.12 在線電壓調整測試(HOLD ON ADJUST TEST) (71)4.3.13 外加波形測試(EXTERNAL WA VE TEST) (74)4.3.14 靜態測試(STATIC TEST) (74)4.3.15 附加點時序測試(EXTRA TIMING TEST) (75)4.3.16 測試環境設立功能(SET UP FUNCTION) (80)4.3.17 附加量測點測試(EXTENDED MEASUREMENT TEST) (85)4.3.18 短路測試(SHORT CIRCUIT TEST) (89)4.3.19 過電壓低電壓保護測試(OVP/UVP TEST) (95)4.3.20 總效應測試(TOTAL REGULATION TEST) (102)4.3.21 斷電測試(CYCLE DROPOUT TEST) (107)4.3.22 輸入電壓極限測試(V in RAMP TEST) (111)4.3.23 輸入頻率極限測試( F in RAMP TEST ) (115)4.3.24 輸入電源擾動測試(AC NOISE CARRY THROUGH TEST) (116)4.3.25 同步動態測試2 (SYNC DYNAMIC 2) (120)5. 錯誤或提示訊息及故障排除 (121)5.1 編輯畫面時發生的錯誤或提示訊息 (121)5.2 檔案下載或程式執行時發生的錯誤訊息 (135)1.系統架構1.1簡介Chroma 6000電源供應器自動測試系統(以下簡稱ATS)為一泛用型的電源供應器自動測試系統，可測試AC/DC及DC/DC兩種型態的電源供應器。
Installation Procedure and Pre-Installation Checklistfor the EXTender 6000The Branch Office EXTender 6000 & the PBXGateway EXTender 6000 are simple to install once you have all the requisite cabling, hardware and network capacity in place. To make sure your installation goes smoothly, you should complete the following checklist prior to installing the units. This will be helpful whether you contract out the installation to your equipment provider or a third-party service organization or install the units yourself.This checklist can be used for:•Planning and engineering•Configuration of the Branch Office EXTenderOnce you have completed the checklist, you can give it to the technician who will install and configure your EXTender 6000 units to ensure all the requirements for a successful installation have been met.The basic installation process consists of the following steps:Pre-Installation Steps:1.Determine network type and acquire appropriate network termination devices2.Calculate bandwidth requirements based on number of users and voice compression3.Provision or increase network capacity (if not already present)4.Make sure that PBX/KTS and messaging systems have port capacity for branch users5.Wire remote and switch sites for phones and extended digital ports6.Acquire appropriate cabling from Branch Office EXTenders to network termination devicesInstallation Steps:7.Install and configure units with network termination devices8.Connect the units to phones and switch9.Power on units and let the calling begin!10.Customize user configurations through management interface as desiredBranch Office EXTender 6000 Pre-Installation Checklist Section A: Account ProfileProgram Manager Contact InformationCompany Name:Address:City:Prov./State:Postal/Zip Code: Contact Name:Title:Contact Telephone:Contact Fax:Contact E-mail:Contact Pager/Cell:Switch Site Installation InformationContact:Address:City:Prov./State:Postal/Zip Code: Contact Telephone:Contact Fax:Contact E-mail:Contact Pager/Cell:Remote Site Installation InformationContact:Address:City:Prov./State:Postal/Zip Code: Contact Telephone:Contact Fax:Contact E-mail:Contact Pager/Cell:Installation InformationTarget Installation Date: Lab/Existing Telephone: Technician:Type Of Installation:G Technician-installed G Self-installationSales Contact Information (from whom did you purchase your EXTender 6000?) Company:Location:Sales Rep:Telephone:Sales Engineer:Telephone:Central Office Information (providing your network connectivity)Company:Location:System Engineer Name:Telephone:Account Manager Name:Telephone:Step 1: Network Type and Termination DeviceType of Network:G T1 or Fractional T1 (Complete Section 3.A & 3.1)G ISDN (Complete Section 3.B & 3.1)G Frame Relay (Complete Section 3.A & 3.1)G56/64K Digital Data Service (leased line) (Complete Section 3.C & 3.1)G Ethernet IPG Other: _____________________________Type Of Network Termination Device:G Branch location:Make/Model Number: ____________________G Switch location:Make/Model Number: ____________________G Network is already installedG Network will be installed on: ______________ G Network provider: _______________________ G Network has been tested by: _______________ G Date:__________________________________Network Termination Device providesG Synchronous clear channel connection withG V.35 Interface “or”G RS-232 Interface “or”G V.530 InterfaceG10BaseT Ethernet IP connectionStep 2: Bandwidth RequirementsOne of the most important factors in the success of your EXTender 6000 is to determine the necessary network bandwidth needed for your application. This section will explain how to determine the size of the required bandwidth that will be used in your application of the EXTender 6000 units. Determining the appropriate bandwidth is a function of two factors:G Number of Users (Phones)G Voice Compression for Each UserNumber of UsersThe number of users is the number of simultaneous users (digital PBX phones) that will be extended at any given branch location. Physically, there could be up to eight simultaneous users for one EXTender pair. Statistically, not all users will be on the phones at the same, so you may be able to decrease bandwidth and still maintain high performance.Switch/Remote Bandwidth RequirementsVoice CompressionThe EXTender 6000 deploys voice compression in order to extend multiple users across fewer data channels. The EXTender 6000 supports the following voice compression algorithms: G.711, 32 Kbps ADPCM, 24 Kbps ADPCM and G.729A. Depending on the voice compression algorithm selected, you may need anywhere from 16 Kbps (G.729A), 40 Kbps (ADPCM32) or 72Kbps (G.711) per user.Compression Algorithms and the Corresponding Bandwidth SizeG711ADPCM32ADPCM24G.729ANo Compression32 (40 w/signaling) Kbps24 (32 w/signaling) Kbps8 (16 w/signaling) KbpsUsing the bandwidth management chart below, you can determine the total bandwidth necessary to support your application. If you have excess bandwidth on your network circuit, your network terminating devices could allow you to use that bandwidth to connect to a router or even another EXTender 6000. In order to accomplish this, you must have the multi-port capability on your network service terminating device. For more information on your network terminating devices, please see the Network Terminating Equipment section of the System Administrator’s Guide.Selecting the Proper Voice CompressionThe best voice quality is achieved by using the ADPCM32 compression. However, the maximum quality comes at the expense of the highest utilized bandwidth. The highest degree of voice compression isachieved by using the G.729A. If you are using this algorithm, you will significantly save on the bandwidth and still achieve voice quality that is regarded as near toll. If absolute conversation quality is your goal and bandwidth is not a constraint, you probably want to select ADPCM32. If you are conserving bandwidth, you might employ the G.729A.You can also vary the compression per user. If you have support reps handling sensitive customer calls or people who use the conferencing feature often, you might want to assign the highest quality, ADPCM 32 to those users. Others in the organization, perhaps engineers or accountants, may use the phone much less often and can be assigned G.729A (which is near-toll quality) to conserve bandwidth.If you are using different compression algorithms for each individual user (port), use the following formula to establish your aggregate data bandwidth needs.Number of ports at G.711Number ofports atG.729ANumber ofports atADPCM 24Number ofports atADPCM 32x 72x 16x 32x 40BandwidthRequiredNumber ofDS0’sA+B+C+D= X(Divide by 56or 64 todeterminenumber ofDS0 channelsneeded)* N OTE: If your DS0s on your CSU/DSUs are set up for 56Kbps, use 56 and if they are set up for64Kbps DS0s, use 64.Step 3: Provision or Increase Network CapacityBased on the bandwidth requirements you calculated in Step 2, make sure your network has adequate bandwidth provisioned. You may also want to consider a back-up plan when you calculate your bandwidth and network types. For example, if you are using T1 as your primary network connection on WAN1, you might want to provision an ISDN line for redundancy on WAN2.Line InformationTo assist you in setting up your network termination device (CSU/DSU, MUX, etc.), it will be helpful to record the following information from your service provider and network configuration.Please complete appropriate section in reference to network service being implemented with the Branch Office EXTender and Branch Office Configuration Hardware (section 3.1).3.A T1/FT1 Line Provisioning & Misc. Information3.B ISDN Line Provisioning & Misc. InformationNote: If X from Step 2 is greater than 128Kbps, ISDN service will not provide adequate bandwidth for 8 digital sets functional concurrently. One ISDN 2B+D Circuit can support up to eight (8) digital sets fully functional concurrently with G.729a compression selected for all ports. Or one ISDN 2B+D Circuit could support two (2) Branch Office EXTenders with a total of 16 digital sets but of which only 4 could be concurrently active per BOE on the respective B Channel for a total of 8 sets active concurrently. For this to occur, network service terminating equipment (TA) must have the capacity of two data ports.Port 1:G BOE DataG LAN/WAN Data Physical Interface:G Winchester Female G DB-25 Female Port 2:G BOE DataG LAN/WAN Data Physical Interface:G Winchester Female G DB-25 FemaleISDN Line Provisioning G Both Channels Circuit Switch Voice & Data (CSVD)Switch PBX/KSU Digital Port Cross Connect Date:______ / ______ / ______Remote Digital Station Port Runs & Cross Connect Date:______ / ______ / ______Switch ISDN Network Service Circuit ID:Remote ISDN Network Service Circuit ID:3.C Leased Line Provisioning & Misc. InformationNote: If X from Step 2 is greater than 128Kbps, 56/64K Digital Data Service (DDS) Leased Line will not provide adequate bandwidth for digital set functionality. One DDS Circuit can support up to eight (8) digital sets at the remote location, of which four (4) can be fully functional concurrently with G.729a compression selected for all ports. Two DDS circuits can be provided to the BOE for bandwidth to support the 8 sets concurrently.Port 1:G BOE DataPhysical Interface:G Winchester FemaleG DB-25 FemaleSwitch PBX/KSU Digital Port Cross Connect Date:______ / ______ / ______Remote Digital Station Port Runs & Cross Connect Date:______ / ______ / ______DDS Network Service Circuit ID:3.1 Branch Hardware Configuration InformationSwitch EXTender Name (Optional):Up To 16 Characters BOE #1 _____________________________BOE #2 _____________________________BOE #3 _____________________________BOE #4 _____________________________BOE #5 _____________________________BOE #6 _____________________________BOE #7 _____________________________BOE #8 _____________________________Switch EXTender IP Address (Optional):BOE # 1 ______ . ______ . ______ . ______BOE # 2 ______ . ______ . ______ . ______BOE # 3 ______ . ______ . ______ . ______BOE # 4 ______ . ______ . ______ . ______BOE # 5 ______ . ______ . ______ . ______BOE # 6 ______ . ______ . ______ . ______BOE # 7 ______ . ______ . ______ . ______BOE # 8 ______ . ______ . ______ . ______Switch EXTender IP Address Default Router (Optional):______ . ______ . ______ . ______Switch EXTender IP Subnet Mask (Optional):______ . ______ . ______ . ______IP Address Switch Network Terminating Device (Optional):______ . ______ . ______ . ______Remote EXTender Name (Optional):Up to 16 Characters BOE #1 _____________________________BOE #2 _____________________________BOE #3 _____________________________BOE #4 _____________________________BOE #5 _____________________________BOE #6 _____________________________BOE #7 _____________________________BOE #8 _____________________________Remote EXTender IP Address (Optional):BOE # 1 ______ . ______ . ______ . ______BOE # 2 ______ . ______ . ______ . ______BOE # 3 ______ . ______ . ______ . ______BOE # 4 ______ . ______ . ______ . ______BOE # 5 ______ . ______ . ______ . ______BOE # 6 ______ . ______ . ______ . ______BOE # 7 ______ . ______ . ______ . ______BOE # 8 ______ . ______ . ______ . ______Remote EXTender IP Address Default Router (Optional):______ . ______ . ______ . ______Remote EXTender IP Subnet Mask (Optional):______ . ______ . ______ . ______IP Address Remote Network Terminating Device (Optional):______ . ______ . ______ . ______Step 4: Wire Remote Site for PhonesMake sure that your branch office has been wired for your digital sets, and that you have phones available. We also recommend that you have an analog phone somewhere in your branch for emergencies or back-up (this could be your fax machine).Remote – Block PunchdownG Remote RJ21 (Male) port to punch down block – 110 or 66 (marked)Remote Punchdown1)____ ____2)____ ____3)____ ____4)____ ____5)____ ____6)____ ____7)____ ____8)____ ____Extension (DN) Assigned1)__________2)__________3)__________4)__________5)__________6)__________7)__________8)__________Step 5: Check PBX/KTS Configuration, CapacityMake sure that you have digital ports available on your PBX for each user at the branch office, the ports are programmed in the PBX and punched down to the block, and that your voicemail, unified messaging, ACD and accounting systems have adequate capacity to support your branch users.Switch – PBX Programming – Block PunchdownG Switch digital port setup/functional and RJ21 (Male) port to punch down block – 110 or 66(marked)Switch Digital Shelf/Card/Slot/Port1)____ ____ ____ ____2)____ ____ ____ ____3)____ ____ ____ ____4)____ ____ ____ ____5)____ ____ ____ ____6)____ ____ ____ ____7)____ ____ ____ ____8)____ ____ ____ ____Extension (DN) Assigned1)__________2)__________3)__________4)__________5)__________6)__________7)__________8)__________Step 6: CablingReview this section carefully and make sure that you have the necessary cables before you begin installation. Note: The cables that are included with the EXTender units are the power & RS530 (DB25 male à DB25 female) for both units & the serial cable with remote unit. Other cables and accessories are readily available through a computer supply source or through MCK. Call Sales at 1-888-454-7979 to order your cables.EXTender Cabling & Other InformationSwitch (PBX / KSU Location)G Serial cable for / to management station (Female DB-9 port on BOE)G Ethernet Cable (Optional) – twisted pair (10BaseT) for connectivity to TCP/IP data network hub formanagement capabilities (TelNet)G Cable for connectivity EXTender 6000 (BOE) to Network Terminating Equipment (NTE)G M34 Winchester Male (NTE) à DB25 Female (BOE) “or”G DB25 Male (NTE) à DB25 Female (BOE) “or”G DB25 Male and M34 Adapter à DB25 Female to Winchester MaleG Switch digital line card port punch down to block for cross connect to RJ-21 port on Switch BranchOffice EXTender for digital station ports being extended.Note: MCK recommends that cross connects for digital ports being extended be done to a separate block.DB25 Male to Female cable is included with each Branch EXTender Unit.Remote Branch Site:G Serial cable for / to management stationG Ethernet Cable (Optional) – twisted pair (10BaseT) for connectivity to TCP/IP data network hub formanagement capabilities (TelNet)G Cable for connectivity EXTender 6000 (BOE) to Network Terminating Equipment (NTE)G M34 Winchester Male (NTE) à DB25 Female (BOE) “or”G DB25 Male (NTE) à DB25 Female (BOE) “or”G DB25 Male and M34 Adapter à DB25 Female to Winchester MaleG Station runs to punch down block for cross connect to RJ-21 port on Remote Branch Office EXTenderfor digital station ports being extended.DB25 Male to Female cable is included with each Branch EXTender Unit.Introduction Wiring Info The EXTender 6000 connects to network devices via one or two male DB-25connectors, labeled WAN1 and WAN2.The WAN ports recognize three synchronous protocols;GRS-232 (see figure A for pinouts)GV.35 (see figure B for pinouts)G RS-530 (see figure C for pinouts)Note: The data port of the network terminating device must support one of aboveprotocols operating in a synchronous manner.Figure A through C , lists each pin within the DB-25 connector with the signaldescription and signal/voltage source, using the Electronics Industry Association (EIA)standard.Note: The WAN ports on the back of the EXTender 6000 are DB-25 Male.RJ21 port on the back of the EXTender 6000 is 50-Pin Male.Cables Available From MCKDB-25 Male to DB-25 FemaleG MCK # A-CDB25MF-1M34 Adapters – DB-25 Female to Winchester MaleG MCK # A-ADB25M34Cables Available From Black BoxTelephone: 724-746-5500DB-25 Male to FemaleG Black Box # EVN530-005-MF M34 Adapters – DB-25 Female to Winchester MaleG Black Box # FA059Connector Pinout InformationFigure A . RS-232 Cable PinoutsFigure B. V.35 Cable PinoutsFigure C. RS-530 Cable PinoutsStep 7: Branch Office EXTender 6000 InstallationComplete, step-by-step instructions are available in the System Administrator’s Guide (included with switch unit(s)) and the Quick Installation Guide (included with remote unit(s)). Once all the components are in place, cabling is a simple process.Step 8: Power On!Once the units are cabled to the network device and to the phones and switch and the network is up and running, you are ready to power on. Since the units come pre-configured with default settings (G.729a compression / 384k bandwidth / V.35 protocol), you should be able to place and receive calls immediately.Step 9: Customize ConfigurationMost likely, you will want to customize the configuration to reflect your company’s needs. For example, you can change compression options per user, assign passwords, increase or decrease bandwidth, and customize many other functions. Again, complete instructions for using the management interface are included in the System Administrator’s Guide.。
