AMP(安普)2011产品手册
安普变频器AMP1100用户手册第功能参数简表
下限频率～500.00 Hz
0.01
50.00
05H
b-6
下限频率
0.00 Hz~上限频率
0.01
0.50
06H
b-7
加、减速方式
0：直线 1：S 曲线
1
0
07H
b-8
加速时间 1
0.1～6000 秒
0.1
*
08H
b-9
减速时间 1
0.1～6000 秒
0.1
*
09H
b-10 REV/JOG 键功能选择 0：反转控制 1：点动控制
0.01~5.00
E-47 输入下限对应设定频率
0.00~上限频率
E-48 输入上限对应设定频率
0.00~上限频率
E-49 运行监控项目选择 2
0~19
E-50 运行监控项目选择 3
0~19
E-51 运行监控项目循环数量
1~3
E-52 停机监控项目选择
0~19
E-53 模拟输入通道滤波时间常数
0.01~5.00 秒
0.00~1.00V
E-41 II 输入下限电流
0.00mA~[E-42]
E-42 II 输入上限电流
[E-41]~20.00mA
代码
名称
设定范围
- 42 -
0.01
25.00
28H
0.01
30.00
29H
0.01
35.00
2AH
0.01
40.00
2BH
0.01
45.00
2CH
0.01
50.00
2DH
1：0~10V
b-17 AO 输出范围选择
AMP产品
（1米，灰色） （2米，灰色） （3米，灰色） （5米，灰色） （蓝色，305米/
条
轴
五、铜缆布线附件 （100个/盒） （100个/盒） （100个/盒） 盒
个
31 水平环型线缆管理器 六、110语音（电话）系统布线产品 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 三类25对UTP电缆 语音50对UTP电缆 语音100对UTP电缆 100对挂墙式配线架套件 100对机架式110配线架 200对机架式110配线架 4对连接模块 5对连接模块
轴 套
个
语音（电话）模块 1对110XC到110XC跳线 1对110XC到110XC跳线 1对110XC到110XC跳线 2对110XC到110XC跳线 2对110XC到110XC跳线 2对110XC到110XC跳线 3对110XC到110XC跳线 3对110XC到110XC跳线 49 3对110XC到110XC跳线 50 4对110XC到110XC跳线 51 4对110XC到110XC跳线 52 4对110XC到110XC跳线 七、铜缆布线用工具产品 53 54 110打线工具（带刀头） RJ45压线钳
箱
个
二、六类非屏蔽布线产品 9 10 11 12 13 14 15 六类非屏蔽电缆 六类24口配线架 六类48口配线架 六类信息模块 六类非屏蔽跳线 六类非屏蔽跳线 六类非屏蔽跳线 （蓝色，带十字 （高度1U） （高度2U) ( 蓝色） （4英尺，蓝 （7英尺，蓝 （10英尺，蓝 箱 个
条
三、超五类屏蔽布线产品 16 17 18 超五类屏蔽电缆 24口屏蔽配线空架 48口屏蔽配线空架 （白色，305米/ （高度1U） （高度2U，角 箱
安普布线产品技术参数
(一)AMP NETCONNECT六类(Cat.6)产品技术规格（1）Cat.6非屏蔽低烟无卤(LSZH)双绞线技术规格(219585-2)•带宽：250MHz。
•标准：符合TIA/EIA 568B.2-1,IEC 61156-5 Cat.6等技术指标要求。
•结构：中间带十字架；•护套材料:低烟无卤(LSZH)•导体直径：23AWG•护套直径:6.0mm；•特性阻抗：100Ω±15Ω；1 MHz to 250 MHz•最大拉力:90N•材料：符合ROHS指令•第三方认证：丹麦Delta实验室认证, 北京产品质量监督检验所认证（2）Cat.6非屏蔽双绞线技术规格(1427254-6)•带宽：250MHz。
•标准：符合TIA/EIA 568B.2-1,ISO/IEC 11801B.2-1等技术指标要求。
•中间带十字架；•护套材料:聚氯乙烯(PVC)•导体直径：23AWG•护套直径:6.4mm；•防火等级:CM,符合UL 444,UL认证文件编号E138034•特性阻抗：100Ω±15Ω；1 MHz to 250 MHz•传输延迟: 最大536 ns/100 m. @ 250 MHz•延迟偏差: 最大45 ns•第三方认证：中国信息产业部通信产品质量监督检验中心认证,•材料：符合ROHS指令（3）Cat.6非屏蔽双绞线技术规格(9-1427200-6)Cat.6非屏蔽双绞线 (9-1427200-6) 1-300MHZ扫频测试典型性能指标值•带宽：300MHz•标准：符合TIA/EIA 568B.2-1,ISO/IEC 11801B.2-1等技术指标要求。
•中间带十字架；•护套材料:防火聚氯乙烯(PVC)•导体直径：23AWG•护套直径:6.4mm；•防火等级:CMR,符合UL 444,UL认证文件编号E138034•特性阻抗：100Ω±15Ω；1 MHz to 300 MHz•传输延迟: 最大535 ns/100 m. @ 300 MHz•延迟偏差: 最大45 ns•第三方认证：中国信息产业部通信产品质量监督检验中心认证,国家电线电缆质量监督检验中心，ETL认证•材料：符合ROHS指令（4）Cat.6非屏蔽信息插座规格(1375055-X)•支持T568A和T568任意安装方式•支持1000Base-T/TX,1.2Gbps ATM的应用，•电气性能完全满足TIA/EIA568-B.2-1 Category 6和ISO/IEC Category 6/Class E 性能要求；•保护装置:插座后面带线缆保护套•RJ-45插座接触针:8根接触针相互交叉•110端子:45度斜角，支持导体直径在22-24AWG之间的实心导线或者24-26AWG之间的多股软线•耐久性: RJ-45插座：至少750次插接 110端子：至少200次打接•最大电压：150VAC•工作温度:-40—70ºC•安装: 安装工具一次端接八根线。
温湿度模块AM2011产品手册说明书
温湿度模块AM2011产品手册更多详情请登陆：一、产品概述AM2011是湿敏电容型温湿度传感器，传感器信号采用模拟电压输出方式；本模块具有精度高，可靠性高，一致性好，且带有温度补偿，确保长期稳定性好，使用方便及价格低廉等特点，尤其适合对质量、成本要求比较苛刻的企业使用。
二、应用范围暖通空调、加湿器、除湿机、通迅、大气环境监测、工业过程控制、农业、测量仪表等应用领域。
三、产品亮点低功耗，小体积、带温度补偿、单片机校准线性输出、使用方便、成本低、完全互换、超长的信号传输距离、精确校准。
四、产品尺寸图(公差：±0.5mm)图1外形尺寸（单位：mm）五、接口定义5.1 引脚分配表1：引脚分配5.2 电源引脚（VDD GND）该模块的供电电压为4.2V ~5.5V,建议供电电压为5.0V。
5.3 电压输出信号线（Hout）湿度信号从该信号线以电压的形式输出，电压输出范围为0-3V，具体湿度与电压关系请参照电压与湿度特性表（表5）。
5.4 温度输出信号线（Tout）温度传感器为10K NTC B.3435热敏电阻而非模拟信号输出，用户需另加读取电路，测温范围为-40~80。
℃5.5 温度传感器接线方式示意图图3：温度接线方式示意图图2：引脚分配图六、传感器性能6.1相对湿度表2：相对湿度性能表6.2相对湿度最大误差(25℃)图4:25℃时相对湿度最大误差6.3温度温度传感器是NTC 10K 热敏电阻温度传感器参数如表3所示。
表3：10K NTC B.3435技术参数[1]此精度为出厂时检验时，传感器在25℃和5V ，条件下测试的精度指标，其不包括迟滞和非线性，且只适合非冷凝环境。
[2]在25℃和1m/s 气流的条件下，达到一阶响应63%所需要的时间。
[3]在挥发性有机混合物中数值可能会高一些。
七、电气特性电气特性，如能耗，输入、输出电压等，都取决于电源。
表4详细说明了该传感器的电气特性，若没有标明，则表示供电电压为5V。
[精彩]安普线夹应用说明
![[精彩]安普线夹应用说明](https://img.taocdn.com/s3/m/d087ccce3086bceb19e8b8f67c1cfad6195fe90a.png)
产品简介安普楔形线夹是一种用于配电系统的非承力型连接金具，用于铝绞线或钢芯铝绞线间的连接，铝绞线与铜绞线间的连接，以及在非严重污染地区的铜绞线间的连接。
安普楔形线夹由“C”形元件和楔块两部分组成“C”形元件弹簧作用和楔块的独特结构使之一改过去金具与导线的连接概念，而与所连接的导线共同构成一个“同呼吸”的能量存储系统。
采用安普先进的设计思想和生产工艺的楔形线夹大大地提高了线夹的过载能力和热循环能力，有效地降低了能量损耗，使由于线夹接触不良而引起的线路故障率降低到“0”。
为了配合所连接导线的不同直径，安普楔形线夹的安装配有不同的弹射芯，从而使线夹的安装力得到精确地控制，且完全免除了线夹安装中人为因素的影响。
线夹与导线接触的各线槽内均涂有抗氧剂，它不但能有效地防止导线和线夹的接触面因氧化或其它腐蚀而造成的表面劣化，并且其中所含的金属微粒子在安装时，楔块高速插入“C”形元件上的过程中，能有效地清除导线表面氧化层，从而使电气接触性能更好。
安装步骤1固定线夹将待连接的支线放在C元件的底部线槽，然后将C元件和支线一起挂在主线上。
在两导线间塞入楔块，然后用榔头将楔块定位，以确保正式安装前线夹定在原位。
2固定工具根据线夹的不同包装，选择合适的弹射芯并装入安装工具。
把工具在楔块上夹好定位，旋紧后盖及排气旋钮。
3安装线夹用榔头（最好500克以上）重击工具尾部一次以激发弹射芯，使楔块以高速插入C元件的主导线和支线之间。
这时C元件会略微张开，产生弹簧作用并使之与导线间产生恒定接触压力。
当楔块就位以后，楔块安装时所产生的锁扣能进一步确保楔块不脱落。
根据不同的安装线夹，选择不同的安普拆卸夹装在工具上，同时选用比安装所用的弹射芯弱一档的弹射芯来拆卸。
线夹的拆卸不会损伤导线。
注意事项：1）安装工具应在每一次使用后进行清洁，以免锈蚀2）弹射芯长期储存，应保持干燥环境，以防失效3）不同颜色的弹射芯在线夹安装时不能互换，以免损坏工具4）如安装工具失灵，请通知安普专业人员进行维修安普拆卸夹（在拆卸线夹时与安装工具配合使用）带电作业棒的四个简易操作步骤：1）支线以“临时固定线夹”暂固定。
安普产品技术说明
安普产品技术说明北京汇通融业科技发展有限公司安普产品技术说明一、 AMP布线系统的特点AMP布线系统以其系统完善性和制造工艺的精确性而著称于世。
它有以下几个特点:➢系统的完善性AMP开放式布线系统可以为用户提供的系统有AMP 110结构化布线系统（屏蔽与非屏蔽），AMP ACO开放式布线系统（屏蔽与非屏蔽），AMP光纤布线系统和AMP地毯下布线系统。
➢完善的产品线AMP布线产品包括六类非屏蔽/屏蔽双绞线综合布线系统、6类非屏蔽/屏蔽布线系统、MT-RJ光纤布线系统、XG Fiber 10G光纤、AMPTRAC智能布线系统、AMP标签打印软件等。
➢及时的供货期安普在国内拥有大规模的产品独资生产厂，以生产安普常规产品，同时安普在上海外高桥保税区设有大规模物流仓库，负责安普整个亚太区的货物储备、运输等物流，因此可以满足国内大项目及时的大规模供货。
➢制造工艺的精确性AMP公司作为连接器行业的领导者，开发了大量连接器的先进技术和专利，同时将这些先进技术应用于AMP NETCONNECT 综合布线的系统，所以AMP开放式布线系统特别强调管理子系统及信息墙座接口的制造工艺，因为不管是计算机网络还是话音系统或楼宇自控系统，其物理故障90％以发生在布线系统的连接部位。
AMP布线系统所有连接触部分都镀金或镀铂，非接触部分镀镍。
在结构设计时做到接触配合公差最小。
➢管理组件的美观实用性AMP的管理组件充分考虑到了实用与美观的结合，其水平跳线管理架全部采用带盖的方式，使得安装后的配线机柜更整齐美观。
AMP 布线产品从1993年正式开始进入中国市场以来取得了辉煌的业绩，销量增长了300多倍，用户遍布全国各行各业，AMP产品价廉物美的特征深入人心。
二、 AMP布线系统遵循的标准和规范1.ISO/IEC 11801-2002《建筑物通用布线标准2002》2.EIA/TIA 568B《商业建筑物通用布线标准》3.EIA/TIA 569 《商业建筑物通信布线线槽和空间标准》4.EIA/TIA-606《商业建筑物通信基础结构管理标准》5.EIA/TIA-607《商业建筑物布线连接和接地标准》6.TIA/EIA TSB67《非屏蔽双绞线传输性能现场测试规范》7.TIA/EIA TSB95《100 欧姆 4 对 5 类非屏蔽双绞线附加传输性能规范》8.ANSI/TIA/EIA568-B.2-1《100 欧姆 6 类非屏蔽双绞线传输性能规范》9.EIA/TIA TSB－72 标准集中式光纤布线系统标准10.EIA/TIA TSB－75标准开放办公室布线系统标准11.ISO/IEC 11801 国际综合布线六类信道标准12.EN50173 欧洲大楼综合布线系统标准13.EMC 欧洲电磁兼容性标准14.ANSI FDDI 美国国家标准：分布式光纤数据接口15.IEEE 802.3ae 国际电子电气工程师协会16.IEEE 802.5国际电子电气工程师协会国内标准和规范有：17.CECS 72:97 《建筑与建筑群综合布线系统设计规范》18.CECS 72:97 《建筑与建筑群综合布线系统施工及验收规范》19.YD/T 926.1-2001《大楼综合布线系统总规范》20.YD/T 926.2-2001《综合布线用电缆、光缆技术要求》21.YD/T 926.3-2001《综合布线用连接硬件技术要求》22.GB/T 50311－2000 建筑与建筑群综合布线系统工程设计规范23.GB/T 50312－2000 建筑与建筑群综合布线系统工程施工与验收规范24.GB/T 50314--2000 智能建筑设计标准25.GBT16-87建筑设计防火规范26.GBJ08-47-95智能建筑设计规范27.JGJ/T16-92民用建筑设计规范28.YD/926.2-2000大楼通信综合布线系统标准安普所有综合布线产品均通过UL和ETL国际认证。
思科AMP安装和最佳实践指南说明书
Enabling AMP on ContentSecurity Products (ESA/WSA)January 2017Version 2.2Bill Yazji****************C O N T E N T S E C U R I T Y–A M P B E S T P R A C T I C E SOverview:The vast majority of threats, attacks and nuisances faced by an organization often come through email in the form of spam, malware and blended attacks, as well as via normal every day web browsing.Cisco’s Email Security Appliances and Web Security Appliances include several different technologies and features to cut these threats off at the gateway, before they enter the organization, and this document will describe the best practice approaches to configuring our Advanced Malware Protection (AMP) feature.Advanced Malware Protection – AMP is provided to detect and act upon known, unknown, zero day or targeted attacks. – including a File Reputation SHA lookup, automated cloud sandboxing of files, and retrospective alerting and detection of changes in the threat level of a file after it has left the email chain, or after the file is downloaded to the end user’s workstation. The File Reputation and File Analysis Criteria for AMP for Cisco Content Security Products can be found here.This guide covers configuration and best practices on both the ESA and WSA products, along with general tips towards the end of the document.C O N F I G U R I N G A M P O N E M A I L S E C U R I T Y A P P L I A N C E(E S A) Email Security Appliance (ESA) Code Requirements:∙Minimum ESA Version 9.7.2-065∙Current Recommendation v10.0.0-203Security Management Appliance (SMA) Code Requirements:∙Minimum SMA Version 10.0.0-055∙Current Recommendation v10.0.0-096While AMP has been supported on ESA on releases since v8.5.5, there has been significant reporting and functionality enhancements since the original release. Customers are strongly recommended to follow the above recommendations for an optimal experience.When using a SMA for centralized reporting and message tracking, ensure the appropriately paired SMA release for the ESA release. You may reference the compatibility matrix here. Confirming Advanced Malware Protection (AMP) LicensingConfirm you have the appropriate licensing by navigating to System Administration > Feature Keys. You will need to have the File Reputation and File Analysis Keys listed and Active.Configuring Advanced Malware Protection (AMP)Once the keys are confirmed, navigate to Security Services > File Reputation and AnalysisUnder “Advanced Malware Protection,” click “Edit the Global Settings”You will want to Enable File Reputation, and Enable File Analysis. Cisco recommends enabling file analysis for all File Types.By default, File Reputation communicates on port tcp/32137. As many customer environments do not have this port open, it may be required check the “Use SSL” checkbox under Advanced Settings for File Reputation.This will ensure communication over tcp/443, which is more commonly permitted. Additionally, you can configure the File Reputation query over a proxy in this same configuration area.The final configuration item would be to ensure all of the ESA devices are configured with the same Reporting Group ID. This permits a SMA to review all the File Analysis reports for all of the ESA’s sending files for File Analysis. Without this, you can only access the File Analysis reports via the ESA that submitted the file.It is recommended to use something like COMPANYNAME-AMP. Despite the value recommendation below of a CCO ID, this is not an optimal item to use. If your organization already utilizes Threat Grid, and have access to use , the naming should be based on the Organization name from . This is found from looking at the User > My Account option on the Threat Grid portal. It is critical that every ESA has the same value in this space and that this matches what is configured on the SMA.In the event your organization has purchased a full ThreatGRID subscription, you are able to tie the samples from your ESA/SMA to this account. This can be achieved by opening a case with ThreatGRIDsupport(**********************)andprovidingtheDeviceIDsandSerialNumbers (or VLN) of your ESA/SMA architecture. More information can be found here. Please take note to understand that if using a virtual ESA (ESAv), that the VLN is part of the ID used for the integration with the full ThreatGRID subscription. If the VLN license file changes and the VLN changes, this needs to be updated with ThreatGRID support.Configuration on ESA: Security Services > File Reputation and Analysis. Note: It is critical to do this configuration at the machine level, not the cluster level.Configuration on SMA: Management Appliance > Centralized Services > Security AppliancesOnce the above items are completed. Click Submit at the bottom of the screen, then Commit the changes.The AMP configuration is now complete on the Email Security Appliance. Now, we must enable AMP services for the Incoming Mail flow. Note that AMP is not available for Outgoing Mail Policies.Navigate to Mail Policies > Incoming Mail Policies. For the Incoming Mail Policy, the following settings are recommended.Incoming emails with a file attachment will be first checked with the File Reputation Services of AMP. The SHA256 hash for the file is queried to the AMP cloud. If the file is known “malicious”– the configuration section “Messages with Malware Attachments” [above] will be followed. The configuration above will have any email with a known malware attachment dropped.In the event the File Reputation services determines the file is ‘unknown file,’the ESA will determine of the file is a supported file type for File Analysis. Keep in mind that while File Reputation supports most file types for SHA lookup, File Analysis has a smaller subset of supported file types. If the file is a supported file type for File Analysis, and if the pre-classification engine onthe ESA determines the file is one that could have malicious content, that file is sent to the cloud for File Analysis, and the configuration under “Messages with File Analysis Pending” [above] will be followed. The configuration above will have emails with files Pending Analysis be Quarantined based on the quarantine settings.File Analysis quarantine settings are configured under:Monitor > Policy, Virus and Outbreak Quarantines if on an ESA, and when using centralized quarantines on an SMA, under the Email Tab, then Message Quarantine > Policy, Virus and Outbreak Quarantines. Configuration of the File Analysis Quarantine is the same on either an ESA or SMA.Click on the “File Analysis” Quarantine.Cisco’s default Retention period is 1 hour, with a minimum recommended value of 30 minutes. Configuration is not recommended any shorter than 30 minutes. Once this time has expired, the Default Action will take please – either Delete or Release. The recommendation here is Release. If a customer chooses Delete, it is strongly recommended to have a longer Retention period.Configuring AMP on Web Security Appliance (WSA)Web Security Appliance Code Requirements:∙Minimum WSA Version v9.1.1-074∙Current Recommendation v9.1.1-074Security Management Appliance (SMA) Code Requirements:∙Minimum SMA Version 10.0.0-055∙Current Recommendation v10.0.0-096While AMP has been supported on WSA on releases since v8.0.5, there has been considerable reporting and functionality enhancements since the original release. Customersare strongly recommended to follow the above recommendations for an optimal experience. When using a SMA for centralized reporting and message tracking, ensure the appropriately paired SMA release for the WSA release. You may reference the compatibility matrix here.Confirming Advanced Malware Protection (AMP) LicensingConfirm you have the appropriate licensing by navigating to System Administration > Feature Keys. You will need to have the File Reputation and File Analysis Keys listed and Active.Configuring Advanced Malware Protection (AMP)Next, navigate to Security Services > Anti-Malware and Reputation in order to configure AMP. Under “Advanced Malware Protection,” click “Edit the Global Settings”You will want to Enable File Reputation, and Enable File Analysis. Cisco recommends enabling file analysis for all File Types.By default, File Reputation communicates on port tcp/32137. As many customer environments do not have this port open, it may be required to check the “Use SSL”checkbox under AdvancedSettings for File Reputation. This will ensure communication over tcp/443, which is more commonly permitted. Additionally, you can configure the File Reputation query over a proxy in this same configuration area.The final configuration item would be to ensure all of the WSA appliances are configured with the same Reporting Group ID. This permits a SMA to review all the File Analysis reports for all of the WSA’s sending files for File Analysis. Without this, you can only access the File Analysis reports via the WSA that submitted the file.It is recommended to use something like COMPANYNAME-AMP. Despite the value recommendation below of a CCO ID, this is not an optimal item to use. If your organization already utilizes Threat Grid, and have access to use , the naming should be based on the Organization name from . This is found from looking at the User > My Account option on the Threat Grid portal. It is critical that every WSA has the same value in this space and that this matches what is configured on the SMA.In the event your organization has purchased a full ThreatGRID subscription, you are able to tie the samples from your WSA/SMA to this account. This can be achieved by opening a case with ThreatGRIDsupport(**********************)andprovidingtheDeviceIDsandSerialNumbers (or VLN) of your WSA/SMA architecture. More information can be found here. Please take note to understand that if using a virtual WSA (WSAv), that the VLN is part of the ID used for the integration with the full ThreatGRID subscription. If the VLN license file changes and the VLN changes, this needs to be updated with ThreatGRID support.Configuration on WSA: Security Services > File Reputation and Analysis Configuration on SMA: Management Appliance > Centralized Services > Security AppliancesOnce the above items are completed. Click Submit at the bottom of the screen, then Commit the changes.You have successfully enabled the AMP services on the Web Security Appliance. Now, you must enable AMP services in the Access Policies. This configuration is quite simple.Under Web Security Manager > Access Policies you will need to configure Advanced Malware Protection under the Anti-Malware and Reputation Column. Click on the blue “Advanced Malware Protection”Once in the configuration, under “Advanced Malware Protection Settings” check the box to enable the “File Reputation and File Analysis” and configure the appliance to either Monitor or Block Known Malicious and High-Risk Files. Cisco recommends to Block these.Downloaded files will be first checked with the File Reputation Services of AMP. The SHA256 hash for the file is queried to the AMP cloud. If the file is known “malicious”– the configuration section “Known Malicious and High-Risk Files” [above] will be followed. The configuration above will have any file with a known malware blocked from transfer to the end client.In the event the File Reputation services determines the file is ‘unknown file,’ it will be passed to the end user. The WSA will determine of the file is a supported file type for File Analysis. Keep in mind that while File Reputation supports most file types for SHA lookup, File Analysis has a smaller subset of supported file types. The File Retrospection functionality will alert the administrator to any file that completes File Analysis with a “malicious” verdict. A report on the WSA (or SMA) will show what users downloaded these files for manual remediation.Timing of Processes and Verdict Updates∙There is no Service Level Agreement for timing of AMP processes, all information here is best-effort based on current processing∙The File Analysis process can take between 10 minutes to 1 hour (estimated, with average being on the lower end). When File Analysis is complete, the updated disposition will be pushed to the AMP cloud∙After a verdict is updated in the cloud, it currently takes approximate an hour for the retrospective verdict to be reflected on your content security appliance.∙The ESA & SMA File Analysis Quarantine checks for File Analysis Completion every 5 minutes, upon updated verdict it will release/block the email per the quarantine configuration.∙The WSA & ESA File Retrospection process checks the AMP Cloud every 15 minutes for updated file disposition∙The WSA & ESA cache file dispositions and update via retrospective events. The cache lives forever unless we need to empty the space, in that event the least recently used are cleared.AMP INSTALLATION AND BEST PRACTICES11 2016 Cisco and/or its affiliates. All rights reserved. This document is Customer facing.。
泰科电子安普布线AMP(全文)
泰科电子安普布线AMP(全文)目前数据中心面临的显著问题就是耗电量较大,同时数据中心产生的电子垃圾不能及时地回收再利用,服务器的使用效率没有达到最佳。
因此,“绿色环保的数据中心”将成为数据中心的发展方向。
安普布线数据中心系列产品针对数据中心要求,是高密度、高灵活性,以及节能环保的布线产品。
针对企业级数据中心区别于普通商业建筑的一些特殊或更严格的需求,泰科电子安普布线将电路板连接技术用在结构化布线的应用中,设计和开发了一系列专为数据中心布线而设计的解决方案――专利技术的高密度铜缆MRJ21双绞线布线系统、高密度的光纤MPO布线系统,以及数据中心线缆管理Hi-D解决方案。
泰科电子在减少系统停机时间和设备空间以及布线管理等方面提供了非常好的数据中心解决方案。
它不但节省机柜、管道的空间,也能提升整个数据中心布线的密度和布线的安装效率。
预端接的主干电缆、模块化的耦合器插盒以及集中的连接电缆提供了简单的即插即用的安装,同时减少了数据中心迁移过程中电缆的浪费,更加环保。
高密度连接器在很小的空间提供更多的端口,高可靠性提供真实的数据传输。
结合安普布线AMPTRAC智能布线管理系统,安普布线数据中心的铜缆和光纤系统解决方案提供了一个智能的布线网络监测系统,实时地跟踪布线系统和连接器件并减少网络中断时间。
同时,安普布线还为数据中心布线提供高密度的线缆管理系统。
系统具有高密度、美观整洁、方便散热等等特点,支持水平和垂直两种管理方式,为数据中心有序、整齐的线缆管理提供可靠的解决方案。
安普布线MPO高密度光纤连接系统,可以快速方便地安装高效数据中心和存储区域网络。
顶端接光缆组件和接线盒的结合使安装易如反掌。
在机架或墙壁安装的机箱中安装接线盒,拉好或布好干线光缆,然后把MPO连接器插入接线盒中。
网络在几分钟内就可搭好并运转,而不是数小时、数周或数月时间,不需要工具箱,没有消耗件,没有现场端接,不需要培训,而且使总开支达到最低。
AMP连接器培训文档
AMP连接器培训文档一、AMP连接器的基础知识二、AMP连接器的寻找三、AMP连接器的销售一、AMP连接器的基础知识1、TYCO/AMPTYCO世界上最大的无源电子元器件供应商.在2005年的世界500强企业排行里面是在103位TYCO 99年收购美国AMP公司也是目前收购最大的一家企业。
其每年的销售额为三百多亿美金2、AMP连接器（接插件）优势AMP连接器在连接器行业是世界第一品牌。
其要紧产品是表达在汽车行业上，没有任何一家企业（Molex、JST、YAZAKI…）做的有AMP连接器这样全面，能够说设计到了每一个角落目前除了一些日系车与农用、工程、大巴会用的少一点，其它90%都用的是AMP连接器汽车工业产品现目前都是在美国生产、目前在苏州投资了5000万美金专门生产AMP汽车工业产品（东莞有2个生产基地、深圳2个、中山、佛山、顺德、各一个。
上海4个、苏州一个只做AMP汽车，投资5000万美金）AMP连接器的品质重点表达其载流量、稳固性、耐高温、密封性、抗震抗冲击性好3、AMP连接器涉及的行业1、汽车2、航空、航天与军事防御3、通讯设备4、工业与商用设备5、电力6、外部通信设备7、综合布线8、有连接的地方就有AMP连接器4、AMP连接器的结构连接器的基本结构件有①接触件；②绝缘体；③外壳（视品种而定）；④附件2．绝缘体绝缘体也常称之基座（base）或者安装板（insert），它的作用是使接触件按所需要的位置与间距排列，并保证接触件之间与接触件与外壳之间的绝缘性能。
良好的绝缘电阻、耐电压性能与易加工性是选择绝缘材料加工成绝缘体的基本要求5、连接器的基本性能三大指标：①机械性能；②电气性能；③环境性能1．连接器的插拔力与机械寿命与接触件结构（正压力大小）接触部位镀层质量（滑动摩擦系数）与接触件排列尺寸精度（对准度）有关2．电气性能连接器的要紧电气性能包含接触电阻、绝缘电阻与抗电强度②绝缘电阻衡量电连接器接触件之间与接触件与外壳之间绝缘性能的指标，其数量级为数百兆欧至数千兆欧不等③抗电强度或者称耐电压、介质耐压，是表征连接器接触件之间或者接触件与外壳之间耐受额定试验电压的能力对射频同轴连接器而言，还有特性阻抗、插入损耗、反射系数、电压驻波比（VSWR）等电气指标。
AMP
AMP(安普）,COMMSCOPE（康普）原AVAYA,百通（IBDN）,TCL分销布线产品，CISCO，华为3COM，D-LINK,3COM,OPTOEN,NET-LINK，康迈光纤厂家，金盾机柜，图腾机柜以及各种网络周边设备。
本公司是优秀的系统集成商之一，公司业务和技术合作覆盖了整个华南地区。
安普是公认的质量品牌，但是市面上假货太多，有一个简单辨别真伪的方法是拽下内部八根线中的外皮，慢慢拉开，看看外皮是否有较大的韧性，假货一般一拉就断，另外安普的线箱上都有amp 的激光标签，那个标签用火烤会变成红色，等凉了会复原成原来的颜色，如果是假的就不会变。
（以上仅供参考）其他鉴别方法：先是用眼看，这里的看有两个方面：第一搞清楚你拿到是什么规格的网线，这样可以防止JS把三类线当五类或超五类线买给那些初次接触网络的菜菜鸟。
大家知道不同规格的网线都有自己不同的标识和用途。
三类线的标识是“CAT3”，带宽10M，适用于十兆网，目前基本已淘汰；五类线的标识是“CAT5”，带宽100M，适用于百兆以下的网；超五类线的标识是“CAT5E”，带宽155M，是目前的主流产品；六类线的标识是“CAT6”，带宽250M，用于架设千兆网，是未来发展的趋势。
其次通过看这个途径我们可以判别大多数假5类/超5类线。
真正的5类线在线的塑料包皮上印刷的字符非常清晰、圆滑，基本上没有锯齿状。
假货的字迹印刷质量较差，有的字体不清晰，有的呈严重锯齿状。
正品5类线所标注的是“cat5”字样，超5类所标注的是“5e”字样，而假货通常所标注的字母全为大写“如CAT5”、“5E”字样。
再用手感觉，如果通过“看”的方法仍不能判别的话，可以进一步通过“摸”的方法来感觉真假5类/超5类线在材料上的差别。
真5类/超5类线质地比较软，这主要是为了适应不同的网络环境需求，双绞线电缆中一般使用铜线做导线芯，比较软（因为有些网络环境可能需要网线进行小角度弯折，如果线材较硬就很容易造成断路。
如何识别真假amp(安普)布线产品
如何识别真假AMP(安普)布线产品首先，安普产品为统一生产，统一商标，不存在合资厂、配套产品厂等等说法，所以任何"xx安普"、"安普xx"等商标绝对都是假的，而且其英文字母必须是AMP，而不是什么ANPU之类的。
现在是市场上光是打这一类擦边球的假冒产品就有一大堆，如安普联想、安普网通新新安普等等，可以直接排除。
接下来，就是如何通过安普产品本身提供的防伪功能来辨别的具体方法。
在安普正品的包装盒上一般都会有微孔防伪标签，在标签上可见到清晰的“AMP NETCONNECT”及“Tyco Electronics”的防伪标识和ＡＭＰ公司的网址。
消费者在辨别正品的时候可以将水涂到标识上，如果是正品的话所有的文字及标识会马上消失，当水干后标识又会恢复原状，这些过程都是可以重复测试的。
消费者在购买的时候可以非常容易的分辨出真假AMP网络布线产品。
三维立体全息防伪标贴鉴别办法一、消费者可以将“AMP NETCONNECT”标识放到平面上观察，真品上的“AMP NETCONNECT”的字样非常清晰，而假冒产品字样会很模糊。
二、消费者还可以观察AMP产品的标贴底部，在正品上会整齐的排列着“Tyco Electronics”的标识，与上一步中的“AMP NETCONNECT”的标识相比有分明的层次感。
三、消费者还可以通过使用放大镜观察标识右上角的“AMP NETCONNECT”的字样来辨别真假，在上述字样的两条弧线之间，如果是真品，可以看见由极细的“AMP”字样构成的曲线！安普超五类24AWG 100 Ohm 线缆防伪标签鉴别方法在AMP安普超五类24AWG 100 Ohm线缆标签的左上角有辨别真伪的热敏温变部分。
通常在常温下该标签为紫红色(图1)，消费者在辨别正品的时候可用手摸擦，当标识的温度升高到30℃左右而显现淡黄色(图2)，手离开后，颜色会由淡黄色恢复到紫红色。
对其加热至60℃左右时，标识中部会出现蓝色的“安普”字样(图3)。
AMP安普超五类网线
AMP安普超五类网线安普网线是100%工程专用网线。
安普网线通过国际最先进的福禄克测试，高端网吧，大型政府工程，国家单位，证券市场，等高端布线的首选。
安普网线是目前工程局域网中最通用我们本公司专业代理AMP安普超五类网线，安普超五类、六类超五类网线，提供安普布线方案及布线施的电缆，质量好，销量全国第一，性价比高。
安普网线易于安装、适用于多种网络拓扑结构，且能满足当今布线系统的垂直干线、水平布线通信要求等优点。
安普网线按结构分类，安普超五类网线可分为安普超五类非屏蔽超五类网线和安普超五类屏蔽超五类网线。
安普网线产品一般都有丝的，真货铜心比较粗，看起来饱满，水晶头插入容易，嵌入比较紧。
真正的安普也叫AMP，是全球综合布线的行业老大，主要做综合布线产品（网线是其中的一种）和光纤产品，因为比较出名，所以国内很多小工厂都使用安普来做自己品牌的开头，来欺骗消费者。
因为以安普开头的网线多得数不清，你说的这几个都是山寨货，下面教你怎么分辨网线的好坏。
1、检查网线的导体材料市面上的网线很多，导体材料也很多种类，有铜的、铜包铝的、铜包钢的、铜包铁的，好的网线导体都是无氧铜做的，价格相差很多，拿把剪刀从线芯斜角剪下去，看下里面是否含有杂质或者是其它金属颜色，镀铜的网线一般都只在表层镀上一层铜，这样就可以节省很多成本，但是会导致网线传输信息的速度和使用寿命。
2、检查网线柔韧性品质良好的网线在设计时考虑到布线的方便性，尽量做到很柔韧，无论怎样弯曲都很方便，而且不容易被折断。
而目前市场上有许多奸商为了能获得高额销售利润，在本来是纯铜质量的网线中参入了其他廉价的金属成分，这样网线的成本就会下降，但网线本身的质量和性能却大不一样，表现出来的现象是网线线缆的质地不再那么柔软，网线的传输速度也大打折扣。
要是在布线的过程中，反复弯曲这样的网线的话，网线里面的铜线缆可能就会被折断。
当然如果发现网线太柔软的话，也要注意它可能是假冒伪劣产品。
amp安普 cpc 连接器 - 数据表 说明书
/amp
717
安普(AMP) CPC 连接器
STD.
型式=插孔壳体中的针脚触点，插头壳体中的插座触点REV.
反型式=插孔壳体中的插座触点，插头壳体中的针脚触点针脚和插座必须单独订购。
**使用20 尺寸DM （机械加工螺钉）和20 尺寸DF （紧密成形）触点的高密度应用。
特性：
•壳体材料：黑色热熔塑料•额定可燃性：UL94V-0
根据泰科(Tyco) 公司文档，本品符合RoHS 标准。
（2 和3 系列）
2 系列（20 尺寸触点）— 高密度
使用可传输最高至25 安培电流的XII 型触点。
特性：
•壳体材料：黑色热熔塑料•额定可燃性：UL94V-0•可使用16 至10 AWG
根据泰科(Tyco) 公司文档，本品符合RoHS 标准。
3 系列（XII 型触点）— 电源密度
•电镀：
(a) 镍上选择性镀闪金(b) 镍上镀闪金
(c) 底镀镍上镀闪金，啮合端另外镀金(d)铜上镀金
•
根据泰科(Tyco) 公司文档，本品符合RoHS 标准
触点
XII 型精密成形压接电源触点
工具
工具
*******************。
AMP1100用户手册序 言
序言感谢您购买安普电气生产的AMP1100系列变频器。
AMP1100采用独特的控制方式实现了高转矩、高精度、宽调速驱动，满足通用变频器高性能化的趋势；具有超出同类产品的防跳闸性能和适应恶劣电网、温度、湿度和粉尘能力，极大提高产品可靠性；AMP1100是业界首次将客户通用需求与客户个性化需求、行业需求有机融合的革命性产品，实用的PID、简易PLC、灵活的输入端子、脉冲频率给定、停电参数存储、主辅给定控制等，为设备制造业客户提供高集成度的一体化解决方案，对降低系统成本，提高系统可靠性具有极大价值；AMP1100通过优化PWM控制技术和电磁兼容性整体设计，满足用户对应用场所的低噪音、低电磁干扰的环保要求。
本手册提供用户安装配线、参数设定、故障诊断和排除及日常维护相关注意事项。
为确保能正确安装及操作AMP1100系列变频器，发挥其优越性能，请在装机之前，详细阅读本用户手册，并请妥善保存及交给该机器的使用者。
开箱检查注意事项在开箱时，请认真确认；产品是否有破损现象；本机铭牌的额定值是否与您的订货要求一致。
本公司在产品的制造及包装出厂方面，已严格检验，若发现有某种遗漏，请速与本公司或供货商联系解决。
由于致力于变频器的不断完善，因此本公司所提供的资料如有变更，恕不另行通知。
在变频器箱体的右侧板下方，贴有标示变频器型号及额定值的铭牌，铭牌内容如图A-1所示。
操作面板底座的下面也有反映机器信息的条形码。
_____________________________________________________________________AMP1100系列变频器用户手册_____________________________________________________________________AMP1100系列变频器用户手册图A-1 变频器铭牌变频器型号说明图A-2 变频器型号说明。
Amprobe 产品说明说明书
AT-5005Professional Underground Cable / Pipe Locator SystemBuried Utilities represent a major challenge to electricians who need to trace and trouble shoot such systems. They also represent a hazard to excavation crews. Improperly performed digging can cause cable or pipe damage resulting in personal injury, costly repairs and penalties. This product is faster and more accurate than what’s available on the market today. The AT-5005 features A-Frame attachment to pinpoint cable ground faults in non-destructive way. The optional Pipe■Locates underground energized and de-energized wires, cables andpipes, eliminates exploratory digging in parking lots or under floors forburied pipes and wires■New technology makes tracing much faster, accurate and unambiguous when compared to standard locators:– Signal Select and Distortion Alert icon indicates clean signal of the traced line, versus “ghost” and ‘return’ path signals coming fromthe neighboring lines– Forward-looking Guidance Coil alerts for bends and “T”– Distance Sensitive Left / Right Guidance guides the user to theexact location of the buried utilities and eliminates “blind” searches for the line■Three testing modes for best accuracy:– Passive Power Mode (50, 60, 100 and 120 Hz) – tracing energized lines conducting current – Passive Radio Mode (RF) – using surrounding radio waves to traceunderground object– Active Mode - T-5000 signal generator with broad frequencyselection between 491 Hz and 166 kHz with induction mode ordirectly connected to the cable with test leads or optional clamp■Active Mode Depth measurement up to 20’ (6m)■Bright Color ¼ VGA receiver graphical display and audible signalindicators provide clear reading to the user■Strong testing signal generated by 10 Watt variable output transmitter for dependable depth and distance locating■Powerful Digital Signal Processing in both receiver and transmitterprovides outstanding performance in tracing when compared to analog devices■Automatic or manual gain mode allows respectively quick and easytracing of the line or precise pinpointing of the fault■Receiver Bluetooth® wireless communication for downloading relevant images and archiving of meaningful digital information (previous survey results)■Ground Fault Locating with A-Frame adapter for power and telecomcables (optional for AT-5000)■Precise pinpointing of buried services and exceptionallyfast sound and meter responseRugged durable construction, weatherproof■and drop resistant to 3’■Includes receiver (R-5000), transmitter (T-5000),connection cable, ground stake, ground cable, and carrying case and A-FrameAT-5005 Professional Underground Cable / Pipe Locator SystemSpecificationsDepth Measurement 20 ftPassive Tracing Frequencies 50, 60, 100 and 120 HzTransmitter frequency Adjustable from 491 to 166 kHzA-Frame Ground Fault Locating OptionalR-5000 Active Frequencies (Hz) 491, 982, 8.44k, 9.82k, 35k, 82k, 83k (North America)491, 512, 577, 640, 982, 8k, 8.44k, 9.82k, 35k, 65.5k, 82k, 83kR-5000 Passive Frequencies (Hz) 50, 60, 100, 120, RF (14k-21k)Extended and special frequency sets availableR-5000 Depth Display Accuracy 0-10ft: ±(5%+2”) under ideal field conditions10-20ft: ±10% under ideal field conditionsR-5000 Depth Range Maximum 20ft (600 cm)R-5000 Gain Adjustment Automatic & manual with pushbutton centeringR-5000 Controls Four-way navigation key and soft keysR-5000 Display Indicators Frequency Audio volume, battery condition, Guidance Compass™, DistortionAlert™, Signal Select™, signal strength, Distance Sensitive Left/ RightGuidance™, menu softkey, frequency softkeyR-5000 Line ID Signal Select, Guidance Compass, Distortion AlertR-5000 Display ¼ VGA Bright ColorR-5000 Antenna Distance Sensitive Left/Right GuidanceR-5000 Data Acquisition Internal data logging memoryR-5000 Operating Temperature -4°F to +122°F (-20°C to +50°C)R-5000 Battery Type Li-ion rechargeable9 AA AlkalineR-5000 Battery Life 30 hours continuousR-5000 Battery Check Continuous displayR-5000 Dimensions 8 ¼” W x 13 ¼” H x 29” L (21.0cm x 33.7 cm x 74.3cm)R-5000 Weight 4.9 lb (2.2 kg)R R-5000 egulatory Compliance FCC, CER-5000 Environmental IP54T-5000 Output Frequencies (Hz) 491, 982, 8.44k, 9.82k, 35k, 82k, 83k (North America)491, 577, 640, 982, 8.192k, 8.44k, 9.82k, 35k, 82k, 83kExtended and special frequency sets availableT-5000 Output Power Variable to 10WT-5000 Simultaneous Output Up to three active frequenciesT-5000 Controls Frequency select, measurement units (mA, Volts, Ohms, Watts), output power,Signal Select™, menu, 4-way navigation, select, SFL, On/OffT-5000 Display Indicators Battery status, audio volume, output mode, frequency setting, frequency output, % output in SFL or induction mode, output graph, loop resistance graph T-5000 Display 1/8 VGA monochromeT-5000 Battery Type NiMH rechargeable or six (6) D alkalineT-5000 Battery Life 6 – 12 hours continuous use, depending on power level and line conditionsT-5000 Operation Temperature -4ºF to +122º F (-20ºC to +50º C)T-5000 Dimensions 11” W x 6 ¾” H x 9” L (27.9 cm x 17.1 cm x 22.9 cm)T-5000 Weight 8.24 lbs. (3.7 kg)T-5000 Regulatory Compliance FCC, CET-5000 Environmental IP54©2009 Amprobe Test Tools. All rights reserved.09/2009 3520648AAmprobe® Test Tools Europe Amprobe Test Tools Europe Beha-Amprobe GmbH In den Engematten 14 79286 Glottertal, GermanyTel.: +49 (0) 7684 8009 - 0Amprobe® Test Toolswebsite: email:****************Everett, WA 98203 Tel: 877-AMPROBE AT-5005 Professional Underground Cable / Pipe Locator System Included AccessoriesReceiver (R-5000), Transmitter (T-5000), connection cable, ground stake, ground cable,carrying case and A-Frame (A-5000)Optional AccessoriesSC-50004” Signal Clamp for AT-5000 series M-5000Sonde Pipe transmitter for AT-5000 series BT-5000Rechargeable battery pack for transmitter AT-5000 series (requires EPS-5000 charging kit)。
安普线夹介绍
泰科(安普)楔形线夹常见问题解答
3.泰科(安普)线夹是如何解决金属的热胀冷缩的？
－金属导线的热胀冷缩是大多数线夹连接质量差，若干次热循环后导致线夹的电阻 增大直至烧毁的主要原因。 －泰科(安普)线夹的材质为特殊的合金铝，并且经过沾热处理，在工厂对沾热处理 后的合金铝材有极其严格的弹性检测工艺，使得我们的线夹百分之百的具备弹性功 能，在导线热循环过程中始终保持对导线的恒定压力。 －此外，泰科(安普)线夹的铝材的制作工艺选择了铝材金属分子的横向排列，最大 限度的增加了C型外套的握力，也支持了弹性的功能，这是目前所有厂家做不到的。
施加在导体上的接触力应尽量减轻大面积变 形的程度和应力的松弛，同时保持足够的力， 来保证小的接触电阻。
接触的物理特性 机械应力
应力
应力松弛
% 变形
1.0 .5 .2 .1
.001
应力
% per 1000 Hrs at 300oF 铝
铜
1
2
3
4
5
6
7
PSI x 1000
接触的物理特性 机械应力
高的机械应力
泰科楔形线夹
1. 美国泰科公司为泰科楔型线夹的发明者，拥有全世界产品的专利。 2. 泰科楔形线夹在北美具有40年的出色运行表现，从未发生事故。 3. 泰科楔形线夹已通过要求最严格的美国ANSI119.4 AA标准。 4. 泰科楔形线夹已通过中国国家标准GB2317,电力工业部已批准入网，
并在1993年首次安装，至今已有超过18年的运行经验，被全国百多 所供电局推荐和使用。 5. 我公司在全国各省市都设有分销商，我公司的专业技术人员为客户 提供专业系统的安装培训和工具维护，确保每个线夹的可靠安装。 6. 我公司已通过全球的ISO9001认证，确保每个泰科楔形线夹的质量 可靠。
AEMC AmpFlex 灵活的交流电流探头用户手册说明书
CURRENT MEASUREMENT PROBESAmpFlex ®Flexible AC Current ProbeENGLISHUser ManualCopyright© Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments. All rights reserved.No part of this documentation may be reproduced in any form or by any means (including electronic storage and retrieval or translation into any other language) without prior agreement and written consent from Chauvin Arnoux®, Inc., as governed by United States and International copyright laws.Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments15 Faraday Drive • Dover, NH 03820 USATel: (800) 945-2362 or (603) 749-6434 • Fax: (603) 742-2346This documentation is provided “as is,” without warranty of any kind, express, implied, or otherwise. Chauvin Arnoux®, Inc. has made every reasonable effort to ensure that this documentation is accurate; but does not warrant the accuracy or completeness of the text, graphics, or other information contained in this documentation. Chauvin Arnoux®, Inc. shall not be liable for any damages, special, indirect, incidental, or inconsequential; including (but not limited to) physical, emotional or monetary damages due to lost revenues or lost profits that may result from the use of this documentation, whether or not theChauvin Arnoux ®, Inc.d.b.a AEMC ® Instruments Statement of ComplianceChauvin Arnoux ®, Inc. d.b.a. AEMC ® Instrumentscertifies that this instrument has been calibratedusing standards and instruments traceable tointernational standards.We guarantee that at the time of shipping yourinstrument has met the instrument’s publishedspecifications.An NIST traceable certificate may be requested at the time of purchase, or obtained by returning the instrument to our repair and calibration facility, for a nominal charge.The recommended calibration interval for thisinstrument is 12 months and begins on the date ofreceipt by the customer. For recalibration, pleaseuse our calibration services. Refer to our repair andcalibration section at .Serial #:Cata log #:Model #:Please fi ll in the appropriate date as indicated:Date Received: Date Calibration Due:TABLE OF CONTENTS1. INTRODUCTION (5)1.1 PRECAUTIONS FOR USE (6)1.2 RECEIVING YOUR SHIPMENT (6)1.3 PACKAGING (6)2. PRODUCT FEATURES (7)2.1 DESCRIPTION (7)2.2 AMPFLEX® (8)2.3 FEATURES (9)2.4 ACCESSORIES (9)2.5 STANDARD MODELS (10)3. OPERATION (11)3.1 MAKING MEASUREMENTS WITH THE AMPFLEX® (11)3.2 TIPS FOR MAKING PRECISE MEASUREMENTS (12)3.3 TYPICAL RESPONSE CURVES (15)4. SPECIFICATIONS (17)4.1 COMMON SPECIFICATION (18)4.1.1 Electrical (18)4.1.2 Environmental Specifications (18)4.1.3 Mechanical Specifications (19)4.1.4 Sensor Specifications (19)4.1.5 Material Specifications (20)4.1.6 Safety Specifications (20)4.2 INSTRUMENT COMPATIBILITY (20)5. MAINTENANCE (21)5.1 BATTERY REPLACEMENT (21)5.2 CLEANING (21)5.3 REPAIR AND CALIBRATION (22)5.4 TECHNICAL ASSISTANCE (22)5.5 LIMITED WARRANTY (23)5.5.1 Warranty Repairs (23)1. INTRODUCTIONThank you for purchasing an AEMC® Instruments AmpFlex® Flexible AC Current Probe.For the best results from your instrument and for your safety, you must read the enclosed operating instructions carefully and comply with the precautions for use. Only qualified and trained operators should use this product.Symbols and DefinitionsDefinition of Measurement Categories (CAT)CAT IV:Corresponds to measurements performed at the primary electrical supply (< 1000 V).Example: primary overcurrent protection devices, ripple control units,and meters.CAT III:Corresponds to measurements performed in the building installation at the distribution level.Example: hardwired equipment in fixed installation and circuitbreakers.CAT II:Corresponds to measurements performed on circuits directlyconnected to the electrical distribution system.Example: measurements on household appliances and portable tools.1.1 PRECAUTIONS FOR USEThese safety warnings are provided to ensure the safety of personnel and proper operation of the instrument.■Read the instruction manual completely and follow all the safety information before attempting to use or service this instrument.■Wear protective clothing and gloves as required.■Use caution on any circuit: potentially high voltages and currents may be present and may pose a shock hazard.■Read the safety specifications section prior to using the current probe. Never exceed the max voltage ratings given.■Safety is the responsibility of the operator. The AmpFlex® must be used only by qualified personnel using applicable safety precautions.■ALWAYS de-energize the circuit before wrapping the AmpFlex® around bare conductors, bus bars, or near live parts. Do not wrap on live conductors.■ALWAYS connect the electronic module to the display device before wrapping the AmpFlex® around the sample being tested.■ALWAYS inspect the module, sensor, sensor cable, and output terminals prior to use. Replace any defective parts immediately. Use only factory parts.■NEVER use the AmpFlex® on electrical conductors rated above600 V CAT IV; 1000 V CAT III.1.2 RECEIVING YOUR SHIPMENTUpon receiving your shipment, make sure that the contents are consistent with the packing list. Notify your distributor of any missing items. If the equipment appears to be damaged, file a claim immediately with the carrier and notify your distributor at once, giving a detailed description of any damage.1.3 PACKAGINGYour AmpFlex® shipment consists of the following items:■Flexible probe with electronic module.■User manual.■9 V battery.2. PRODUCT FEATURES2.1 DESCRIPTIONThe AmpFlex® is a flexible AC current transformer composed of a flexible sensor and an electronic module. The flexible sensor permits measurements on conductors where standard clamp-on probes could not be used. In particular, it can be installed in tight spaces, around breaker panels, around cable bundles, around wide or large bus bars, or even wrapped around irregular shapes. The Shape Memory feature enables the user to “pre-shape” the sensor before inserting it between or around conductors. This feature facilitates closing, enhances user safety, and alleviates the drooping effect typically associated with flexible sensors.The AmpFlex® is lightweight and does not use magnetic cores like standard transformers. The transformation principle is based on an air core. It presents virtually no load to the system under test, has a low phase shift, has excellent frequency response, and cannot be damaged by overloads.The sensor assembly is waterproof and insulated for 600 V CAT IV; 1000 V CAT III. The AmpFlex® meets EN 61010-1, is CE marked, and is designed with materials and components to meet international agency standards.The AmpFlex® has an mV output proportional to the current measured fordirect readings on DMMs, data loggers, oscilloscopes, and power or harmonic meters. TRMS measurements are taken when connected to a TRMS meter.The AmpFlex® is insensitive to DC currents and only the AC component of the measured signal is measured.The length of the flexible sensor can be selected in lengthsof 24 in, 36 in, and 48 in lengths. Consult the factory for custom lengths, ranges and/or features.2.2 AMPFLEX®Figure 11.Positive: Red Banana Plug (+).mon: Black Banana Plug (-).3.Power ON Indicator (Green LED).4.Overload Indicator (Red LED).5.Range Selection Switch.6.AmpFlex® Connector/Latch.7.Flexible Sensor (Diameter 0.5 in, 12.5 mm).8.Lead from Sensor to Module (6.5 ft, 2 m).9.Electronic Module - Descriptive Label on Back Case (range, model, etc.)2.3 FEATURES■Models to measure from 0.5 A rms to 30,000 A rms.■Accuracy: 1 % of reading.■TRMS measurements when connected to a TRMS instrument.■No core saturation or damage if overloaded.■Overrange LED for measurement circuitry.■600 V CAT IV; 1000V CAT III; EN 61010; CE Mark.■Waterproof sensor.■9 V battery for typical 150 h continuous operation.■Shape Memory for custom pre-shaping of sensor before use (no drooping).■Very high frequency response.■Low phase shift for power.■Insensitive to DC, measures only AC component on DC + AC signals.■Excellent linearity.■Lightweight.2.4 ACCESSORIESBanana (Female) / BNC (Male) Adapter ........................................Cat. # 2118.46 For connection of the AmpFlex® to SLII Models L101, L102, L562,BNC terminals on scopes and other displaying instruments.2.5 STANDARD MODELSAll AmpFlex® models are designed to be used with recorders or power analyzers with a voltage AC input. A scale factor may need to be entered into the recorder to display the exact value.Custom lengths and ranges are available.Contact us: ************************3. OPERATIONPlease ensure that you have already read and fully understand the Precautions for Use section on page 6.3.1 MAKING MEASUREMENTS WITH THE AMPFLEX®■Connect the electronic module to the AC Volt range of your Digital Multi-Meter (DMM)or measuring instrument. Select the appropriate module output voltage range. If the current magnitude is unknown, and if AmpFlex® has two ranges, select the lowest mV/A output setting.■Wrap the flexible core around the conductor to be tested. If possible within range, select the higher mV/A AmpFlex® output range to obtain the best resolution. Do not exceed specified current range for the output. Do not use on selected range if overload LED goes on.■Read the displayed value on the DMM and divide it by the range selected (i.e. if reading = 2.59 V with the 10 mV/A output range, the current flowing through the probe is 2590 mV ÷ 10 = 259 A).■For best accuracy, carefully center the conductor inside the flexible core, and avoid if possible, the proximity of other conductors which may create noise and interference (particularly near the latch).■True RMS measurements are obtained when the AmpFlex® is connected to a True RMS meter. Note that the DC component is not measured.3.2 TIPS FOR MAKING PRECISE MEASUREMENTS■When using the AmpFlex® with a meter, it is important to select the range that provides the best resolution. Failure to do this may result in measurement errors.■For best results, select the highest AmpFlex® output signal possible and the most sensitive meter range for this output.■Make sure the DMM or measuring instrument can accurately measuremV AC. Certain inexpensive DMM have poor resolution and accuracy when measuring low mV AC.■For best accuracy, center the AmpFlex® around the conductor to be measured (see figure 2).■To increase sensitivity or measure on low currents, the AmpFlex® may be wrapped several times around the conductor. Divide your reading by the number of turns for the actual measurement (see Figure 4).■The overall measurement accuracy is the sum of the AmpFlex® accuracy and the displaying instrument accuracy.For best accuracy, center the AmpFlex®Figure 2■The AmpFlex® may be doubled around the conductor to be measured to double the output (see Figures 3 and 4 to show the different values on a DMM while measuring 250 A ac).One turn around a conductor carrying 250 A ACFigure 3Double the turns to double the output in low-current applications or for higher sensitivity.Figure 43.3 TYPICAL RESPONSE CURVES1 Hz10 Hz100 Hz 1000 Hz 10 kHz 100 kHzTypical Accuracy % vs. Frequency @ 100 A, 1 mV/A OutputFrequency1 Hz10 Hz100 Hz1000 Hz10 kHz 100 kHzTypical Accuracy % vs. Frequency @ 100 A, 10 mV/AFrequency%± 10± 9± 8± 7± 6± 5± 4± 3± 2± 1± 0Typical Accuracy % per Range to 100 AAmps3000 A 2500 A 2000 A1500 A 1000 A 500 A 0 A1000 Hz10 kHz100 kHzCurrent Derating Curve (I < 3000 A)FrequencyA m p s100 Hz1000 Hz10 kHz 100 kHzCurrent Derating Curve (I > 3000 A)FrequencyA m p s1 Hz10 Hz100 Hz1000 Hz10 kHz100 kHzTypical Phase Shift vs. Frequency @ 200 A, 1 mV/A OutputFrequencyD e g r e e s4. SPECIFICATIONS*Reference Conditions: 25 °C ± 5 °K, (20 to 75) % RH, 1 minute warm-up, battery at 9 V ± 0.5 V, conductor center, external DC magnetic field < 40 A/m, no external AC magnetic field, no external electrical field, (10 to 100) Hz, sine wave. See accuracy curves for low currents.4.1 COMMON SPECIFICATION4.1.1 ElectricalAccuracy: 1 % of reading ± residual noise.Frequency Range: (10 to 20,000) Hz with current derating.Signal Output: 4.5 V max.Working Voltage: 600 V CAT IV; 1000 V CAT III.Frequency Influence:See Accuracy vs. Frequency curves on pages 15 and 16.Frequency Limitation:See current derating curves (NOTE: no limitation on 300 A Range) page 16. Influence of adjacent conductor in contact with sensor and with AC signal: 0.2 % typical, 2 % maximum.Influence of conductor position in sensor: 0.5 % typical, 4 % max. Influence of shape of sensor: Oblong shape: 0.2 % typical, 1 % max. Common Mode Rejection: 100 dB typical, 80 dB min.4.1.2 Environmental SpecificationsOperating Temperature Range: (-14 to 131) °F (-10 to +55) °C.Storage Temperature Range: (-40 to 158) °F (-40 to +70) °C.Influence of Temperature:Sensor: (14 to 194) °F (-10 to 90) °C; 0.15 % per 18 °F (10 °C)typical, 0.5 % per 18 °F 10 °C max.Module: (14 to 131) °F (-10 to 55) °C; 0.15 % per 18 °F (10 °C)typical, 0.5 % per 18 °F (10 °C) max.Influence of Relative Humidity:(10 to 90) % RH: 0.2 % typical, 0.5 % maximum.Operating Relative Humidity:(50 to 86) °F (10 to 30) °C; 85 ° ± 5 % RH (without condensation).(104 to 122) °F (40 to 50) °C; 45 ° ± 5 % RH (without condensation). Altitude:Operating: (0 to 2000) m, working voltage derating above.Non-operating: (0 to 12,000) m.4.1.3 Mechanical SpecificationsModule Output:Two 4 mm safety banana jacks.Standard 3/4 in (19 mm) spacing.Battery: 9 V Alkaline (NEDA 1604A, IEC 6LR61) recommended.Battery Life: Useable from (9 to 7) V, 150 h typical (continuous use).Low Battery:Power ON indicator (green LED) when battery voltage 7 V, LED blinks when battery voltage is low.Overload Indication:Red LED ON indicates the selected range is overloaded. Module output may not reflect the actual measurement.Dimensions (sensor):24 in, 36 in, and 48 in nominal (± 1 in), other lengths optional.Dimensions (Electronic Module): (4.9 x 2.5 x 1.1) in (124 x 64 x 28) mm. Weight:AmpFlex® 24 in with battery: 0.74 lb.AmpFlex® 36 in with battery: 0.89 lb.AmpFlex® 48 in with battery: 0.95 lb.Connection Cable Length (sensor to module): 6.5 ft (2 m).Colors:Red sensor with dark gray connector and module, black connection cable (sensor to module).Drop Test: Per IEC 68-2-32.Vibration: Per IEC 68-2-6.Mechanical Shock: Per IEC 68-2-27.Weatherproofing: Module: IP40 (EN 60529).4.1.4 Sensor SpecificationsWeight: 10.8 oz (302.4 g).Bend Radius: 0.75 in (19 mm) minimum.Bending Life: > 10,000 without performance deterioration. Waterproofing: IP 65.Resistance to Chemicals: Resistant to oils and aliphatic hydrocarbons.Diameter: 12 mm ± 0.5 mm.Outer Sheath Material: Polyurethane, UL94V0.Dielectric Strength: 7500 V.Latch Spring Life: > 10,000 maneuvers.4.1.5 Material SpecificationsModule: UL 94V2, Color dark gray, Polycarbonate.Sensor Latch: Material: Lexan 500R, UL94V0.Cable Assembly to Sensor: UL94V0, 1000V rating.4.1.6 Saf ety SpecificationsElectrical:Double insulation or reinforced insulation between primary or secondary and outer case per EN 61010.■600 V CAT IV; 1000 V CAT III.Pollution Degree 2.■7.50 kV, 50/60 Hz, dielectric between secondary and the outer case. Electromagnetic Compatibility:■Immunity: meets BF EN 61326-1 – Industrial environment category.Electrostatic discharge (meets EN 61000-4-2).-8 kV in air – level 3 – class B.- 4 kV on contact – level 2 – class B.10 V/m radiated electromagnetic field (in line with EN 61000-4-3) – class B.Rapid transients (in line with EN 61000-4-4).- 1 kV – level 2 – class B.Electric shocks (in line with EN 61000-4-5).- 6 kV – class B.4.2 INSTRUMENT COMPATIBILITYThe AmpFlex® is compatible with any multimeter, AC voltmeter, or other voltage measuring instrument with an input impedance greater than 1 MΩ. To achieve the best overall accuracy, use the AmpFlex® with an AC voltmeter with an accuracy of 0.75 % or better.5. MAINTENANCEWarning■For maintenance use only specified replacement parts.■To avoid electrical shock, do not attempt to perform any repair or servie on the instrument unless you are qualified to do so.■Do not perform any service while the AmpFlex® is on any circuit.■To avoid electrical shock and/or damage to the instrument, do not get water or other foreign agents into the electronic module.■Also see warning on page 2.5.1 BATTERY REPLACEMENT■If the power ON indicator (green LED) blinks or does not light up, replace the battery.■Remove the AmpFlex® from any circuit before replacing the battery.■To replace the battery, open rear case, replace battery, and reassemble. The green LED should go on when the module is turned on.5.2 CLEANING■It is important to keep the probe sensor latch mating surfaces clean and prevent foreign bodies from hampering the closing. The sensor may be gently cleaned with a soft cloth, soap and water. Dry immediately after cleaning. Avoid water penetration into the electronic module.■Make sure the sensor, electronic module, and all leads are dry before any further use.5.3 REPAIR AND CALIBRATIONTo ensure that your instrument meets factory specifications, we recommend that the instrument be sent back to our factory Service Center at one-year intervals for recalibration or as required by other standards or internal procedures.For instrument repair and calibration:You must contact our Service Center for a Customer Service Authorization Number (CSA#). Send an email to *************** requesting a CSA#,you will be provided a CSA Form and other required paperwork along with the next steps to complete the request. Then return the instrument along with the signed CSA Form. This will ensure that when your instrument arrives, it will be tracked and processed promptly. Please write the CSA# on the outside of the shipping container. If the instrument is returned for calibration, we need to know if you want a standard calibration or a calibration traceable to N.I.S.T. (includes calibration certificate plus recorded calibration data).Ship To: Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments15 Faraday Drive ▪ Dover, NH 03820 USAPhone: (800) 945-2362 (Ext. 360) / (603) 749-6434 (Ext. 360)Fax: (603) 742-2346***************E-mail:(Or contact your authorized distributor.)Contact us for the costs for repair, standard calibration, and calibration traceable to N.I.S.T.NOTE: You must obtain a CSA# before returning any instrument.5.4 TECHNICAL ASSISTANCEIf you are experiencing any technical problems or require any assistance with the proper operation or application of your instrument, please call, e-mail or fax our technical support team:Chauvin Arnoux®, Inc. d.b.a. AEMC® InstrumentsPhone: (800) 343-1391 (Ext. 351)Fax: (603) 742-2346E-mail: ********************5.5 LIMITED WARRANTYThe instrument is warrantied to the owner for a period of two years from the date of original purchase against defects in manufacture. This limited warranty is given by AEMC® Instruments, not by the distributor from whom it was purchased. This warranty is void if the unit has been tampered with, abused, or if the defect is related to service not performed by AEMC® Instruments.Full warranty coverage and product registration is available on our website at /warranty.html.Please print the online Warranty Coverage Information for your records.What AEMC® Instruments will do:If a malfunction occurs within the warranty period, you may return the instrument to us for repair, provided we have your warranty registration information on file or a proof of purchase. AEMC® Instruments will repair or replace the faulty material at our discretion.REGISTER ONLINE AT: /warranty.html5.5.1 Warranty RepairsWhat you must do to return an Instrument for Warranty Repair: First, send an email to *************** requesting a Customer Service Authorization Number (CSA#) from our Service Department. You will be provided a CSA Form and other required paperwork along with the next steps to complete the request. Then return the instrument along with the signed CSA Form. Please write the CSA# on the outside of the shipping container. Return the instrument, postage or shipment pre-paid to:Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments15 Faraday Drive, Dover, NH 03820 USAPhone: (800) 945-2362 (Ext. 360)(603) 749-6434 (Ext. 360)Fax: (603) 742-2346***************E-mail:Caution: To protect yourself against in-transit loss, we recommend that you insure your returned material.NOTE: You must obtain a CSA# before returning any instrument.AEMC ® Instruments15 Faraday Drive • Dover, NH 03820 USAPhone: +1 (603) 749-6434 • +1 (800) 343-1391 • Fax: +1 (603) 742-234609/2399-MAN 100122 v27。
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序号产品型号编号单位产品描述
AMP 六类非屏蔽
1六类4对非屏蔽双绞电缆1427254-6箱蓝色，305米/箱，防火等级CM
2六类4对非屏蔽双绞电缆9-1427200-6箱蓝色，305米/箱，防火等级CMR
3六类4对非屏蔽双绞电缆219585-2箱白色，305米/箱，防火等级LSZH
4六类4对非屏蔽信息模块8-1375055-x个1=浅杏黄色 -3=白色 -5=橙色 -7=红色 -8=黄色 -9=绿色 SL免工具5六类非屏蔽24口配线架1375014-2个高度1U，平面型，非屏蔽
6六类非屏蔽48口配线架1375015-2个高度2U，平面型，非屏蔽
7六类非屏24口蔽角型配线架1499600-2个高度1U，角型，非屏蔽
8六类非屏蔽跳线(4FT)1859246-4条灰色，防火等级CM
9六类非屏蔽跳线(7FT)1859246-7条灰色，防火等级CM
10六类非屏蔽跳线(10FT)1859246-1-0条灰色，防火等级CM
AMP 六类屏蔽
1六类屏蔽双绞线1859204-6箱蓝色，305/轴，250MHZ，防火等级CM
2六类屏蔽双绞线1427213-1箱白色，305/轴，250MHZ，防火等级LSZH
3六A类屏蔽双绞线1859222-2箱白色，305/轴，250MHZ，防火等级CM
4六A类屏蔽双绞线1859218-2箱白色，305/轴，250MHZ，防火等级LSZH
5六A类屏蔽24口配线架1933319-2个高度1U，平面型，屏蔽
6六A类屏蔽24口角型配线架1933321-2个高度1U，角型，屏蔽
7屏蔽24口平面型配线空架1933307-1个高度1U，平面型，屏蔽
8屏蔽24口角型配线空架1933309-1个高度1U，角型，屏蔽
9六类屏蔽信息模块1479552-1个六类SL型屏蔽模块，从侧面90°进线
10六类屏蔽信息模块8-1375188-1个六类SL型屏蔽模块，从后面180°进线
11六A类屏蔽信息模块1711160-2个六类SL型屏蔽模块，从后部入线，带防尘盖
12六A类屏蔽信息模块1711342-2个六类SL型屏蔽模块，从后部入线，不带防尘盖
13六类屏蔽跳线(1米)1427226-5条灰色1859300，粉红色1859293，防火等级CM
14六类屏蔽跳线(2米)1427226-6条灰色1859300，粉红色1859293，防火等级CM
15六类屏蔽跳线(3米)1427226-7条灰色1859300，粉红色1859293，防火等级CM
16六类屏蔽跳线(5米)1427226-8条灰色1859300，粉红色1859293，防火等级CM
AMP超五类非屏蔽。