PowerFlex 40P变频器快速入门手册
PowerFlex_40P_PowerPoint_CN
• 基本逻辑功能
– 数字量输入编程为”逻辑输入”， 其状态决定继电器或光电耦输 出的状态 – 输出的状态跟随”与”、”或”等的 结果而改变
Copyright © 2005 Rockwell Automation, Inc. All rights reserved.
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PowerFlex 40P StepLogic™步进逻辑功能
• 线驱动增量型编码器 双通道或单端输入
– 电压5/12V DC, 通道最小电流10mA – 单端输入或差分输入(A,B相)
• 脉冲序列输入
– 接受 5VDC,12VDC (±10%) and 24VDC (±15%) – PWM频率控制
• 允许最大脉冲频率250 kHz
Copyright © 2005 Rockwell Automation, Inc. All rights reserved.
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PowerFlex 40P
通过模拟量输入，实现低成本的PTC保护
• 连接外部PTC和电阻－当阻值达到某个设定值时，用 户可以配置变频器切换到故障状态，或输出该信号 以控制另一个过程。
Copyright © 2005 Rockwell Automation, Inc. All rights reserved.
内置功能，无需外部控制器完成，节省成本
Copyright © 2005 Rockwell Automation, Inc. All rights reserved.
15
Easy StepLogic™
• 两个版本
– 速度设定版本 – 基本位置控制版本(June 06 发布)
向导功能令编程更容易
NEW
PowerFlex 40P 交流变频器 IP20/敞开型 & IP30/NEMA 1
PowerFlex40P变频器安装调试-彭程
热控二 彭程
Company
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AB PowerFlex 40P 变频器的安装与调试
1
变频器的基本介绍
2
PowerFlex 40P变频器的安装
3
PowerFlex 40P变频器的基本调试
Copyright © by ARTCOM PT All rights reserved.
Copyright © by ARTCOM PT All rights reserved.
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打开后如左图所示情况，
单击选中蓝色带中的设备，
可单击start/stop控制开 始/停止；若单击Delete 则去除已存在的设备。若 Name and Descriptio n 下可能已有不定数量的 设备加入，则全部Delete。
Copyright © by ARTCOM PT All rights reserved.
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信号隔离器
O+ OI+ I-
就地设备
控制指令输入
通常变频器所用为0~10 V的模拟量传输电压信
变频器
号
Copyright © by ARTCOM PT All rights reserved.
Copyright © by ARTCOM PT All rights reserved.
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进入RSLINX Classic系统，单
击图标 （配置驱动程序）； 点开Available Driver Types 的下拉菜单选择RS-232 DF1 devices后单击“Add New…” 单击“OK”，在COMM选项 中通过 计算机-设备管理器 查 知所插设备端口编号，Device 选项选择“…Scanport（端口 扫描）”，Baud Rate选择最 大值115200后单击“OK”
变频器资料大全
变频器资料大全最新变频器国家强制性标准与设计选型使用技术手册欧美品牌变频器ABB变频器acs510变频器中变压力控制系统的实现方法ABB ACS550-01变频器说明书a b b交流传动产品简介A B B变频器a c s350 A B B A C S550变频器产品样本A B B A C S100用户手册ABB ACS800变频器硬件手册ABB ACS800变频器应用程序指南A B B A C S800变频器标准应用程序7.x使用手册A B B A C S140用户手册ABB ACS100用户手册ABB ACS800-07 大功率硬件手册ABB ACS510系列变频器产品手册ABB ACS510系列变频器用户手册A B B A C S550系列用户手册A B B A C S510用户手册A B B140变频器手册A B B140变频器使用说明书ABB100变频器手册ABB ACS550-01变频器说明书A B B A C S800-07大功率硬件手册A C S800单传动选型样本A B B A C S800-02硬件手册A B B A C S350选型样本A B B直流D C S800硬件手册A B B A C S800-01硬件手册acs800与dcs通信测试指导ACS600技术样本ACS600标准应用程序A C S510变频器中变压力控制系统的实现方法A C S400变频器用户手册A B B中压变频器选型数据表A B B A C S150变频器技术手册ABB DCS500_DCS600直流传动系统资料样本ABB DCR600 选型安装及操作手册ABB DCC600 系统描述ABB ACS800 自定义编程应用程序指南ABB ACS800变频器应用程序指南ABB ACS800-01（壁挂）硬件手册A B B A C S604_607单传动硬件手册A B B A C S601单传动硬件手册A B B A C S800-02（立式）硬件手册A B B中压变频器选型数据表A B B D C S600技术数据A B B D C S500B技术数据A B B A C S800风机泵类控制固件手册（P F C）A B B A C S800-17硬件手册ABB ACS800-11 硬件手册ABB ACS800-07 大功率硬件手册ABB AC S800-04硬件手册ABB A CS 550变频器产品样本ABB ACS800-04P 固件手册ABB ACS1000技术样本(英文）ABB（acs510\acs550\acs100\acs150\acs800-02\acs800-04p\acs800-04\acs1000\acs350)变频器说明书A B B A C800M控制与I-O产品说明书A B B A C S800-02硬件手册A B B A C S550用户手册A B B A C S变频器说明书下载ABB变频器资料AB变频器ab powerflex700交流变频器简介AB PowerFlex4交流变频器简介ABB 中压变频器选型数据表ab powerflex4变频器技术手册AB PowerFlex700交流变频器产品手册.PowerFlex 700 交流变频器用户手册PowerFlex400变频器ABpowerflex(pf4\pf40\pf400\pf70\pf700)变频器说明书PowerFlex 400 变频器用户手册P o w e r F l e x70变频器用户手册.P o w e r F l e x家族手册P o we r F l e x 7000中压变频器P o we r F l e x 700技术数据PowerFlex 400P 矢量型交流变频器技术手册PowerFlex 400 交流变频器快速入门指南P o w e r F l e x400交流变频器产品简介P o w e r F l e x400技术数据P o we r F l e x 70交流变频器快速入门P o we r F l e x70技术数据PowerFlex 40P 交流变频器快速起动PowerFlex 40P 交流变频器技术数据P o we r F l e x 40P 交流变频器产品介绍P o w e r F l e x4M 技术数据PowerFlex 4_40 技术数据PowerFlex 4 交流变频器用户手册P o we r F l e x700用户手册P o we r F l e x70用户手册Po we r F l e x40用户手册Po we r F l e x4用户手册1336 PLUS II 产品介绍1336 PLUS II 变频器用户手册1336P L U S I I变频器1336I MPA C T 产品介绍AB 1336 PLUS II变频器使用说明书AB 1336Impact AC变频器选型指南AB 1336PLUSII变频器选型指南AB PowerFlex4变频器技术手册AB PowerFlex4交流变频器简介PowerFlex 70 交流变频器－技术手册PowerFlex 700 交流变频器－技术手册AB 变频器用户手册PowerFlex400交流变频器技术规范P o w e r F l e x400安装使用手册A B-P F70变频器说明书AB-160 SSC变速控制器（B系列）用户手册AB-1336PLUS II变频器唯雅诺自动化网：无速度传感器矢量控制用户手册AB工程型变频器PF700S User Manual 3.01(用户手册)下载AB工程型变频器PowerFlex700S技术数据下载西门子变频器西门子s7-200模拟软件S I N A MI C S S120调试手册SINAMICS S120调试手册西门子变频器G110 简明操作说明书西门子变频器MM410操作手册西门子变频器MM430操作手册西门子变频器MM430应用手册西门子通用变频器应用实例手册西门子(m m420\m m430\m m440)变频器说明书西门子M M440变频器手册西门子M M 4307.5kW-250kW风机泵类专用型变频西门子M M440操作说明书M M430变频器手册西门子0变频器说明书西门子电源供电交流小变频S I N A M I C S G110新品介绍西门子变频器S I N A M I C S G150产品样本M M440简明安装调试手册M M430中文使用说明书M M410使用大全西门子变频器MM420操作手册SIMOVERT MASTERDRIVES MC 装机装柜型DC-ACSIMOVERT MASTERDRIVES MC 增强型DC-ACSIMOVERT MASTERDRIVES MC 增强型AC-ACSIMOVERT MASTERDRIVES MC 书本型DC-ACSIMOVERT MASTERDRIVES MC 书本型AC-ACSIMOVERT MASTERDRIVES 6SE70增强型变频器说明书SIMOVERT MASTERDRIVES 6SE70书本型变频器说明书MASTERDRIVES VC书本型和装机装柜型的V3.4.2版本My Documents\MM 420 中文使用说明书MASTERDRIVES VC增强型的V3.4.2版本MASTERDRIVES MC,增强型V2.41版本MASTERDRIVES MC,增强书本型V1.6版本MASTERDRIVES MC,增强书本型V1.6版本MASTERDRIVES MC,书本型装机装柜型V2.41版本西门子MM430 风机水泵负载专用变频器使用手册西门子440故障引起故障可能的原因下载：西门子运动控制(MC)变频器说明书施耐德变频器ATV 61同步与异步电机变频器安装手册ATV 71同步电机与异步电机变频器安装手册ATV 71和ATV 61 IP23 IP54工程型机柜式变频器ATV 61同步与异步电机变频器软件V1施耐德变频器ATV71系列产品选型指南施耐德ATS48软起动-软停止单元用户手册施耐德ATV71 变频器Uni-Telway中文手册施耐德ATV61 71 profibus-DP用户手册-中文ATV 302 异步电机变频器安装手册编程手册ATV 61同步与异步电机变频器安装手册ATV 61中压电机用变频器系统选型指导ATV 21异步电机变频器用户手册ATV78变频器产品目录06ATV61高级多泵卡VW3A3 503 用户手册ATV61LonWorks卡VW3A3 312 用户手册ATV61BACnet卡VW3A3 315 用户手册ATV61 普通多泵卡用户手册Altivar 61异步电机变频器安装手册2 A l t i v a r61异步电机变频器安装手册1A T V68编程手册ATV58变频器用户编程手册施耐德ATV68 编程手册ATV58泵切换卡用户手册ATV38变频器中文用户编程手册Altivar28变频器说明书ATV31变频器编程手册A T V58泵切换卡用户手册AT V31变频器编程手册AT V31变频器安装手册AT V28变频器产品简介A T V11用户手册A T V68编程手册A T V58F变频器用户手册施耐德变频器说明书ATV31调试手册施耐德变频器ATV31变频器选型目录施耐德变频器A T V31变频器选型目录A T V31调试手册ATV28 变频器产品目录施耐德异步电动机变频器用户手册施耐德变频器shouce丹佛斯变频器丹佛斯变频器v l t2900英文操作说明丹佛斯变频器V LT2800设计指南丹佛斯变频器FCM300英文操作说明丹佛斯变频器FCM300英文操作说明丹佛斯F C D300I n s t r u c t i o n丹佛斯f c d300说明书Dan foss(丹佛斯) VLT5000一般技术数据Dan foss(丹佛斯) VLT5000技术说明Danfoss(丹佛斯) VLT5000技术功能(参数600-631）.Danfoss(丹佛斯) VLT5000操作说明唯雅诺自动化网：Danfoss(丹佛斯) FCM300说明书丹佛斯danfoss(vlt2800\vlt5000\vlt7000)变频器说明书丹佛斯变频器F C300中文操作说明丹佛斯变频器F C300设计指南.丹佛斯变频器FC51 快速指南意科变频器意科SINUS-PENTA变频器资料伦次变频器伦次变频器说明书伦次变频器说明书伟创变频器伟创变频器说明书伟肯变频器说明书欧陆变频器欧陆变频器说明书日本变频器安川变频器安川Varispeed G7系列使用说明书8安川Varispeed G7系列使用说明书7安川Varispeed G7系列使用说明书6安川Varispeed G7系列使用说明书5安川Varispeed G7系列使用说明书4安川Varispeed G7系列使用说明书3安川Varispeed G7系列使用说明书2安川Varispeed G7系列使用说明书1安川V a r i s p e e d L7系列使用说明书安川V1000使用说明书安川VS-606V7变频器使用说明书安川F7变频高效节能型矢量控制器系安川G7通用高性能矢量控制型变频器系列安川变频器说明书安川变频器说明书三菱变频器三菱变频器说明书三菱变频器调试软件三菱变频器说明书三菱F R-A 0.4-55K变频器手册[推荐]三菱变频器说明书下载三菱变频器Ａ５００中文手册富士变频器FUJI FVR-E11S系列紧凑型变频器FUJI FRENIC-Mini系列小容量通用紧凑型变频器富士变频器说明书FUJI VP系列风机水泵专用变频器三肯变频器三垦变频器说明书三垦变频器说明书日立变频器日立变频器说明书日立变频器说明书松下变频器松下变频器V F-8Z系列选型资料松下变频器说明书松下变频器说明书东芝变频器东芝变频器（VFS11通用型）使用说明书东芝变频器（VFP7风机水泵专用型）使用说明书东芝变频器（V F N C1简易型）使用说明书东芝变频器（V F A S1）使用说明书东芝变频器（VFA7高性能重载型）使用说明书东芝tosvert(vf-a7\vf-nc1\vf-p7\vf-s9\vf-s11)变频器说明书欧姆龙变频器欧姆龙omron(3g3rv\3g3ev\3g3mv)变频器说明书明电舍变频器明电舍（VT240EL \VT240S\VT230S)变频器说明书明电变频器说明书明电舍（VT240EL \VT240S\VT230S)变频器说明书松下电工变频器日本松下电工变频器说明书松下变频器说明书台韩变频器LG变频器LG iG5A变频器说明书LG iC5系列变频器中文说明书L S(L G)产电i v5系列变频器使用说明书L S(L G)产电i S5系列变频器用户手册L S(L G)产电i P5A变频器说明书（中文）L S(L G)产电I H系列变频器用户手册LS(LG)产电iC5超小型变频器产品介绍（中文）LS(LG)产电EMPR电子式电力保护继电器介绍（中文）L S(L G)产电变频器i P5说明书（中文）L S(L G)变频器产品应用范例LS(LG) 矢量变频器iV5产品介绍（中文）LS(LG) 经济型变频器iG5产品介绍（中文）LS(LG) 经济型变频器iG5A产品介绍（中文）.LS(LG) 高性能变频器iS5产品介绍（中文）L S(L G) 风机水泵专用型变频器i P5产品介绍（中文）L S(L G) 变频器i G5A说明书LGIG5变频器说明书(中文版)LGIG5变频器说明书(中文版)lg(ls)iS5-De vice Ne t选件板说明书L GI G5变频器说明书(中文版) LG IV5变频器说明书(中文版).LG IS5变频器说明书(中文版). L G I H变频器说明书(中文版).L G变频器I G5LG(LS)(lg-ig5\lg-ih\lg-ip5\lg-is5\lg-iv5)变频器说明书LG变频器资料东元变频器东元变频器说明书台达变频器唯雅诺自动化网：台达变频器说明书台达变频器V F D-L中文手册台达变频器V F D-G中文手册台达变频器V F D-A中文手册台达变频器F系列说明书E2台达变频器说明书D e l t a V F D-V变频器(A M D)使用说明书D e l t a v f d-p变频器(A M D)使用说明书Delta VFD-L型录Delta VFD-B(使用说明书)变频器(AMD) D E L T A a s d a-b B系列伺服使用说明书台达变频器S系列说明书台达变频器M系列说明书台达变频器F系列说明书(1).台达A S D A-B交流伺服系统使用手册台达A S D A-B交流伺服系统简易手册台达ASDA-B交流伺服系统安装手册Delta VFD-SERIES 变频器(AMD)使用说明书Delta vfd-md系列变频器(AMD)使用说明书台达塑胶空油压机专用型VFD-G系列说明书台达内置P L C型型变频器V F D-E系列说明书台达J A G E R电主轴全系列手册台达ASDA-A交流伺服系统使用手册Delta VFD-E 变频器(AMD)使用说明书台达B变频器中文说明书台安变频器台安N2系列变频器手册台安E V300变频器系列应用软件台安N2说明书台安E2系列变频器手册台安N2变频器中文说明书台安变频器说明书国产变频器爱默生变频器爱默生e m e r s o n(t d3000\t d1000\t d900)变频器说明书华为变频器说明书艾默生ES变频器参数表EV3100电梯专用变频器用户手册爱迪生变频器说明书安amp1000变频器说明书爱默生变频器说明书普传变频器普传168系列使用说明书（中文）.普传PI7600_7800系列使用说明书（中文）.普传(pi7600\pi168g\pi7000\pi7100)变频器说明书普传变频器在供水控制系统中的应用普传PI168变频器说明书普传PI7000_7100系列使用说明书（中文）.普传P I97G.V4说明书(中文).普传P I7000变频器说明书阿尔法变频器A L P H A6000使用说明书A L P H A3300通用型变频器说明书ALPHA5000使用说明书阿尔法alpha(3300\2000g\6000\2800\2000p\2000z\系列说明书A L P H A2800使用说明书A L P H A2000G使用说明书阿尔法变频器说明书阿尔法说明书阿尔法2000G系列说明书科姆龙变频器科姆龙变频器说明书安邦信变频器安邦信A MB(P7\G7\P9\G9系列)变频器说明书安邦信G7变频器说明书康沃变频器康沃(g2\g3\s1\zs-zc1)变频器说明书英威腾变频器英威腾变频器说明书英威腾变频器说明书森兰变频器森兰SB100系列变频器使用手册森兰SB61Z 注塑机变频器使用手册森兰变频器说明书森兰变频器资料易能变频器易能E D S1000变频器说明书易能E D S2800变频器说明书易能变频器说明书微能变频器微能W IN-9G说明书微能WIN-VB系列变频器使用说明书微能W I N-V B系列变频器使用说明书微能W I N-9V变频器使用说明书微能WIN-9V变频器使用说明书微能WIN-HV系列高压变频器使用说明书微能win(9i-v\9l-v\9u-v\9u-rdb\hv-v\9v-t)变频器说明书微能变频器说明书微能WIN-VC 高性能强功能矢量控制变频器海利普变频器海利普hlp(a系列\c系列\sv系列\v系列\j系列\nv系列\p系列)变频器说明书海利普变频器说明书风光变频器风光变频器说明书四方变频器四方变频器说明书神源变频器神源SY5000变频器用户手册神源SY4000变频器通用型用户手册神源SY4000系列增强型变频器终述神源SY4000系列增强型变频器用户手册-中文目录神源S Y4000系列增强型变频器控制面板键盘操作神源S Y4000系列增强型变频器接线唯雅诺自动化网：神源SY4000系列增强型变频器功能代码参数说明神源SY4000系列增强型变频器安装和使用方法神源SY4000变频器通用型用户手册神源sy(sy5000p\sy5000\sy5000g\sy4000)变频器说明书神源变频器说明书正频变频器正频PDH系列高频高速型变频器正频变频器说明书正弦变频器说明书威科达变频器威科达V5系列变频器说明书威科达变频器说明书西威变频器西威变频器说明书西威变频器资料西威变频器资料(续)惠丰变频器惠丰(f1000-g\f1000-m\f1500-g\f1500-p)变频器说明书格力特变频器格立特变频器说明书格力特（vc3100\vc3200)变频器说明书富凌变频器富凌DZB(100P\70B\100M\60J\200&300)变频器说明书富菱变频器说明书时代变频器时代tvf(tvf7000\tvf7100\tvf1000\tvf2000)变频器说明书佳灵变频器佳灵(jp6c-j9\j9zn\nkb\jp6c-t9\jp6c-zt9\jp6c-z9\jp6c-t9c\jcs\jcp\jcc\jcf)变频器说明书蓝海华腾变频器蓝海华腾(v5-h\v5-i\v5-t\v5-w\v6-h\v6-t)变频器说明书海蓝华腾变频器说明书传动之星变频器传动之星(sd-5l\sd-5l4t-s)变频器说明书传动之星变频器贝西变频器贝西bc(bc-1000\bc-2000\bc-2300)变频器说明书博世力乐士变频器博世力乐士fe系列变频器说明书力士乐变频器说明书科比变频器科比变频器说明书依尔通变频器依尔通（fdu\vfx)变频器说明书正阳变频器正阳sysc(zy292t\zy612g)变频器说明书鹰垦变频器鹰垦变频器说明书德瑞斯变频器德瑞斯(1000m\2000\2800\3000)变频器说明书优利康变频器优利康yd(2000\3000)变频器说明书尤尼康UCLS系列变频器说明书YOLICO3000系列变频器说明书SSD变频器SSD变频器说明书RB变频器RB变频器说明书菱科变频器菱科LK800系列单相220V变频器说明书菱科LK600英文说明书菱科LK600系列变频器中文说明书罗升变频器罗升变频器说明书东旭变频器东旭变频器说明书PE变频器PE（SD700、V5)变频器说明书塞普变频器塞普变频器说明书赛普变频器说明书阳冈变频器阳冈e1系列变频器说明书星河变频器星河变频器说明书乐邦变频器乐邦变频器说明书能普变频器能普变频器说明书加能变频器加能变频器说明书西林变频器西林变频器说明书创杰变频器创杰变频器说明书金肯变频器金肯变频器说明书易驱变频器易驱变频器说明书日业变频器日业变频器说明书日业变频器说明书日锋变频器日锋变频器说明书唯雅诺自动化网：方禾变频器方禾变频器说明书百德福变频器百德福变频器说明书山宇变频器山宇变频器说明书德力西变频器德力西变频器说明书韦尔变频器韦尔AC30变频器说明书伊顿变频器伊顿S V X9000变频器产品指南伊顿S V X9000系列变频器说明书威尔凯变频器威尔凯W KS系列矢量型变频调速器产品详情威尔凯W KJ系列迷你型变频调速器产品详情\威尔凯WKF系列通用型变频调速器产品详情威尔凯WKE系列专用型变频调速器产品详情欧瑞变频器欧瑞传动K2000暖通系列说明书欧瑞传动F2000-M中频系列说明书欧瑞传动E1000系列通用型变频器说明书欧瑞（E1000\F1000G\F2000G\F2000M)变频器说明书.德弗变频器德弗传动D V600系列矢量变频器使用说册德弗传动D V300系列变频器使用说册SEW变频器SEW变频器说明书。
PowerFlexP变频器安装调试彭程
RS-232-C是美国电子工业协会EIA（Electronic Industry Association）制定的一种串行物理接口标准。
数据转换器+HIM电缆
22-SCM-232 RS232 DF1
设备通讯选用软件：
RSLINX的程序范围包括设备编程和配置应用程序 （如 RSLogix和 RSNetWorx ）、HMI（人机接口）应 用程序（如 RSView32 ）和使用Microsoft Office、网 页或Visual Basic 的数据采集应用程序。RSLinx Classic 还加入了先进的数据优化技术，并包含一套诊断机制。
直流稳 压电源
24V
G
如图中注释，在控制单元板的PLC模 块中所需的接线端子： 2、11（来自DCS的Do启动指令）； 13、14公共端、16（DCS模拟量输 出指令和输入DCS的模拟量信号）； 9、17（串联中间继电器KMJ的光电 耦合输出端）以及R2、R3（跳闸） 等。
KMJ 变频器内部光电耦合 输出端子9、17
以满足电机变频调速的需要。
变频器总体分为“交-交变频”、交-直-交变频“两种：
1.2 交流调速原理简介：
异步电动机定子对称的三相绕组中通入对称的三相交流电，此时电机 气隙内会产生一个旋转磁场，其旋转速度为同步转速：
我厂#3、#4机组给粉机采用的变频器是罗克韦尔公司的AB PowerFlex40P变频器。 工频50HZ时，已知极对数p=3，即最大转速n=1000r/min（实际一般600r/min）； 变频器工作时，f参数设定为10~60HZ，由公式得即 经变频后的转速范围 n’=200~1200r/min。
功能：保护下级的控制回路；消弱环境噪声对测试电路的影响； 抑制公共接地、变频器、电磁阀及不明脉冲对设备的干扰；同时对 下级设备具有限压、限流的功能，能够克服变频器噪声及各种高低 频脉动干扰，是变送器、仪表、变频器、电磁阀PLC、DCS输入输 出及通讯接口的忠实防护。
PowerFlex 400 低压AC VFD 变频驱动器说明书
ROCKWELL AUTOMATION PROCUREMENT SPECIFICATIONPROCUREMENT SPECIFICATIONPowerFlex 400Low Voltage ACVariable Frequency Drive with BypassNOTICE: The specification guidelines in this document are intended to aid in the specification of products. Specific installations have specific requirements, and Rockwell Automation does not recommend or intend any specific application based solely upon the guidelines provided here. Because of the variety of uses for this information, the user of, and those responsible for applying this information, are responsible for ensuring the acceptability of each application and appropriate use of the guidelines. In no event will Rockwell Automation be liable for misuse, misapplication or reliance on these guidelines in connection with any specific application. Rockwell Automation also disclaims indirect or consequential damages resulting from the use or application of this information.Note: To download or view a .doc file version of this procurement specification, please visit: /industries/procurement-specificationsTABLE OF CONTENTSPART 1 GENERAL (3)1.01 SUMMARY (3)1.02 RELATED SECTIONS (3)1.03 CERTIFICATIONS/REFERENCES (3)1.04 SUBMITTALS (3)1.05 CLOSEOUT SUBMITTALS (OPERATION AND MAINTENANCE MANUALS) (4)1.06 QUALITY ASSURANCE (4)1.07 DELIVERY, STORAGE AND HANDLING (5)1.08 WARRANTY (5)PART 2 PRODUCTS (5)2.01 MANUFACTURERS (5)2.02 RATINGS (5)2.03 CONSTRUCTION (6)2.04 BYPASS (7)2.05 CONFIGURATION/PROGRAMMING (8)2.06 COMMUNICATIONS (8)2.07 CONTROL FEATURES (8)2.08 CONTROL I/O (9)PART 3 EXECUTION (10)3.01 EXAMINATION (10)3.02 INSTALLATION (10)3.03 START-UP SERVICE (10)SECTION XX XX XXLOW VOLTAGE AC VARIABLE FREQUENCY DRIVE WITH BYPASSPART 1 GENERAL1.01 SUMMARYA. The Variable Frequency Drive (VFD) system shall contain all components required tomeet the performance, protection, safety and certification criteria of this specification.1.02 RELATED SECTIONSA. Section 26 05 00 – Common Work Results for ElectricalB. Section 26 00 00 – Electrical – General Provisions1.03 CERTIFICATIONS/REFERENCESA. Certifications and approvals shall include:1. c-UL-us – Listed to UL508C and CAN/CSA-C22.2 for Power Conversion Equipment2. C-Tick – AS/NZS, 1997 Group 1, Class A3. CE – Marked for all applicable European Directives:a) EMC Directive (2004/108/EC), Standards EN 61800-3, EN 50081-1,EN 50082-2b) Low Voltage Directive (73/23/EEC), Standards EN 50178, EN 60204B. The VFD shall also be designed to meet the appropriate portions of the followingspecifications:1. NFPA 70 – US National Electrical Code2. NEMA ICS3.1 – Safety Standards for Construction and Guide for Selection,Installation and Operation of Adjustable Speed Drive Systems3. IEC 146 – International Electrical CodeC. The VFD shall be listed to UL508C for mounting in plenums and compartments handlingconditioned air.D. The VFD shall meet the seismic requirements of the 2003 International Building Code asspecified by AC156.1.04 SUBMITTALSA. Submit under provisions of Section 01 30 00B. Shop Drawings – Approval1. Elevation Drawings: Shall include dimensional information and conduit routinglocations.2. Unit Descriptions: Shall include amperage ratings, enclosure ratings, fault ratings,nameplate information, etc. as required for approval.3. Wiring Diagrams:a) Power Diagram: Shall include amperage ratings, circuit breaker frame sizes,circuit breaker continuous amp ratings, etc. as required for approval.b) Control Diagram: Shall include disconnect devices, pilot devices, etc.4. Major components list.C. Product Data Sheets1. VFD publications.2. Data sheets and publications on all major components.D. Test procedures shall be per the manufacturer’s standards.1.05 CLOSEOUT SUBMITTALS (OPERATION AND MAINTENANCE MANUALS)A. Submit under provisions of Section 01 30 00B. Shop Drawings – Final as shipped1. Elevation Drawings: Shall include dimensional information and conduit routinglocations.2. Unit Descriptions: Shall include amperage ratings, enclosure ratings, fault ratings,nameplate information, etc. as required for approval.3. Wiring Diagrams:a) Power Diagram: Shall include amperage ratings, circuit breaker frame sizes,circuit breaker continuous amp ratings, etc. as required for approval.b) Control Diagram: Shall include disconnect devices, pilot devices, etc.4. Major components list.C. Product Data Sheets1. VFD publications.2. Data sheets and publications on all major components.D. Test procedures shall be per the manufacturer’s standards.E. Operation and Maintenance Data1. Service and Contact information.2. VFD User Manual.3. Troubleshooting/Service Manual.1.06 QUALITY ASSURANCEA. Qualifications:1. Manufacturers:a) The VFD and all associated optional equipment shall be UL listed orrecognized.b) The VFD shall contain a UL label attached on the inside of the enclosurecabinet.2. Suppliers:a) All inspection and testing procedures shall be developed and controlled underthe guidelines of the supplier’s quality system and must be registered toISO 9001 and regularly reviewed and audited by a third party registrar.b) The VFD shall be factory pre-wired, assembled and tested as a completepackage.1.07 DELIVERY, STORAGE AND HANDLINGA. Supplier shall coordinate the shipping of equipment with the manufacturer.B. Supplier shall store the equipment in a clean and dry space at an ambient temperaturerange of:1. 2.2 to 7.5 kW (3.0 to 10 HP), -40°C to 85°C (-40°F to 185°F).2. 11 to 250 kW (15 to 350 HP), -40°C to 70°C (-40°F to 158°F).C. The supplier shall protect the units from dirt, water, construction debris and traffic.1.08 WARRANTYA. The manufacturer shall provide their standard parts warranty for eighteen (18) monthsfrom the date of shipment or twelve (12) months from the date of being energized,whichever occurs first.B. This warranty applies to variable frequency drive systems.PART 2 PRODUCTS2.01 MANUFACTURERSA. Allen-Bradley – PowerFlex 400 Low Voltage AC Variable Frequency Drive with BypassPackage (No substitutions)2.02 RATINGSA. The variable frequency drive (VFD) shall be designed to operate in one of the followinginput voltage classes with ±10% voltage tolerance:1. 208 VAC, 3 phase.2. 460 VAC, 3 phase.B. The VFD shall have an AC frequency rating of 60 Hz ±5%.C. The VFD shall have a power rating of:1. 208 VAC:2.2 to 37 kW /3.0 to 50 HP.2. 460 VAC:a) Type 1 – 2.2 to 250 kW / 3.0 to 350 HP.b) Types 12, 3R, 4 – 2.2 to 110 kW / 3.0 to 150 HP.D. The displacement power factor of the VFD shall be 0.98 across the entire speed range.E. The efficiency of the VFD shall be 97.5% at rated amps, nominal line voltage.F. The overload capability shall be 110% for up to 1 minute.G. The VFD shall have a programmable output frequency range of 0 to 320 Hz.H. The VFD shall be designed to operate in the following environmental conditions:1. Ambient temperature range (without derating) shall be -10°C to 40°C (14°F to104°F).2. Relative humidity range – 0% to 95% non-condensing.3. Elevation – up to 1000 m (3280 ft.).4. Shock and vibration –a) Shock: 15G peak for 11 ms duration (±1.0 ms).b) Vibration: 1G peak, 5 to 2000 Hz.2.03 CONSTRUCTIONA. The variable frequency drive (VFD) shall have a compact footprint and be optimized for avariable torque application.B. The VFD shall be enclosed in a Type 1, 12, 3R or 4 enclosure with knockouts for bottomcable entry.C. The VFD with bypass package shall be wall-mountable.D. The VFD shall be protected:1. Against short circuits, between output phases and to ground.2. Against undervoltage and overvoltage.E. The VFD shall have an IGBT transistor.F. The VFD shall have an external EMC option to comply to IEC 61800-3 specification.G. The VFD shall have an RS-485 (DSI) port for connecting a single peripheral device or forsupporting standard communications protocol. A splitter shall be available for connectinga second peripheral device.H. The VFD shall have embedded control I/O.I. The VFD shall have an integral keypad for display, alarm indication, control andprogramming.1. The terminal shall include a 2-line by 16-character LCD display with LED backlightand be capable of showing parameters and faults in multiple languages viaselectable mode, including English, German, French, Italian, Spanish, Portugueseand Dutch.2. Control keys shall include HAND, AUTO and OFF.3. Digital speed control keys and programming navigation keys shall be provided.4. The terminal shall include LED indicators for program status, fault status and statusof the control keys.J. The VFD shall have optional Type 4X remote and Type 1 handheld keypads available.K. The VFD shall have a cooling fan.2.04 BYPASSA. Construction:1. The door-interlocked main input disconnect shall mount within the enclosure forpositive power disconnect of the VFD. It shall have the capability for door padlockingand be one of the following types:a) Disconnect switch with Class J fuses: Input line fuses shall provide protectionfor the input rectification circuit. The series interrupting rating of the VFD andfuses shall be a minimum of 100,000 AIC.b) Thermal magnetic molded case circuit breaker.2. A complete three-contactor bypass shall be provided to allow the motor to be safelytransferred from VFD output to the AC line or from the AC line to the VFD, while themotor is at zero speed. The contactor bypass shall be electrically interlocked. Thecontactors shall be IEC rated and have the following functionality:a) Drive input contactor shall open and close input to the VFD.b) Drive output contactor shall open and close the connection between the VFDand motor.c) Bypass contactor shall open and close the connection to line start the motor.3. Bypass motor overload protection shall be provided by bimetallic Class 20 overloadrelay.B. Operator Interface:1. A three-position DRIVE/DRIVE TEST/BYPASS switch on the bypass operatorinterface shall have the following functionality:a) In Drive Mode, the drive input contactor and the drive output contactor shall beclosed to allow operation of the motor by the drive.b) In Drive Test Mode, the drive input contactor shall be closed to keep the powerto the drive on. The drive output contactor and bypass contactor shall remainopen. This shall enable the user to test the drive before running the motor. Ajumper shall be added to test the drive while the motor is running in bypass andmust be field-installed to alert operators of this condition.c) In Bypass Mode, the drive input and the drive output contactor will be open toisolate the drive. The bypass contactor will be closed to allow the motor to rundirectly from the AC line.2. A three-position HAND/OFF/AUTO switch on the bypass operator interface shallallow the user to:a) Transfer the control source (Start/Stop) to the drive keypad in Hand Mode.b) Stop the motor in Off Mode.c) Transfer the control source (Start/Stop) to the drive’s terminal block in AutoMode.3. The bypass operator interface shall have the following indicating LEDs:a) Ready (green)b) Interlock Open (yellow)c) Bypass Run (green)d) Bypass Trip (red)e) Purge (yellow)f) Drive Output Enable (green)2.05 CONFIGURATION/PROGRAMMINGA. The variable frequency drive (VFD) shall be configurable through its integral RS-485communications using:1. PC2. Multi-drop networkB. The VFD shall be compatible with software:1. Connected Components WorkBench™ – This software offers controllerprogramming, device configuration and integration with HMI editor.2. DriveTools™ SP – This software can be used to program, monitor and control theVFD.2.06 COMMUNICATIONSA. The variable frequency drive (VFD) shall have integral RS-485 communications and shallsupport DSI.B. The following protocols shall be embedded in the VFD and selectable via a parameterwithout any field programming to download software prior to operation:1. Modbus RTU2. Metasys N23. P1-Plant Floor NetworkC. Optional adapters for EtherNet/IP, DeviceNet, ControlNet, LonWorks, BACnet,PROFIBUS DP and Bluetooth shall be available.2.07 CONTROL FEATURESA. The variable frequency drive (VFD) shall operate via Volts per Hertz control.B. The VFD’s internal adjustments shall include:1. Acceleration time 0.1 to 600 seconds.2. Deceleration time 0.1 to 600 seconds.3. 4 preset speeds.4. PWM frequency, allowing tuning to the motor.C. The VFD’s protections shall include:1. Ability to sense a loss of load and signal a fault.2. Ability to issue a warning if the input analog reference is lost, with a programmableresponse:a) Stop and display the fault.b) Run at a preset speed.c) Run at minimum or maximum frequency.3. Ability, upon VFD fault, to store the DC bus voltage, out current and outputfrequency in readable parameters.D. The VFD’s control features shall include:1. Process PID control:a) The VFD’s PID regulator shall allow a pressure or flow signal to be connectedfor closed loop control.b) The PID set point shall be adjustable from the terminal, by analog input orthrough communication network.2. Skip frequencies/bands:a) The VFD shall have at minimum 3 programmable set points that lock outcontinuous operation at frequencies (mechanical resonance).b) The set points shall have adjustable bandwidth.3. Flying start – The VFD shall be capable of determining the speed and direction of aspinning motor, allowing its output to “pick-up” a rotating motor.4. Start at power-up – With a maintained 2-wire start input, the VFD shall be able touse its programmable restart function to automatically restore power after anoutage.5. Sleep/wake mode:a) The VFD shall be able to cycle off for low demand (sleep) and automaticallyrestart for increased demand (wake).b) Sleep/wake time and level shall be programmable.6. Auto restart – The VFD shall have the ability to attempt 9 automatic restarts atprogrammable intervals following a fault before locking out and requiring manualintervention.2.08 CONTROL I/OA. The variable frequency drive (VFD) shall have 1 optically isolated analog input (-10 to10V or 0 to 20 mA), user selectable, and 1 non-isolated analog input (0 to 10V or 0 to20 mA), user selectable.1. Analog inputs shall have 10 bit resolution or better.2. Both analog inputs shall be able to be used simultaneously in either voltage orcurrent modes or a combination of each.B. The VFD shall have 2 analog outputs (0 to 10V or 0 to 20 mA), user selectable.1. Analog outputs shall have 10 bit resolution or better.2. Both analog outputs shall be able to be used simultaneously in either voltage orcurrent modes or a combination of each.C. The VFD shall have 7 digital inputs (24 VDC), user programmable.1. Inputs shall be configurable as sink or source.2. The VFD shall have 1 dedicated digital input for a purge function. The purge inputshall override all “Stop” commands over the network as well as 1 customer interlock.3. The VFD shall have 2 dedicated digital inputs for customer interlocks:a) One interlock records a fault and permits running after external condition is met.Purge input will override this interlock.b) One interlock causes a drive fault and requires control system to reset prior toreturning to ready condition. This input will always be active even during purge.D. The VFD shall have 2 relay outputs, form C (1 N.O. and 1 N.C.), user programmable.1. Both relays shall be programmable for a minimum of 16 different combinationsincluding Drive Ready, At Frequency, Motor Running, Motor Overload, AboveFrequency, Above Current and others.E. The VFD shall have 1 digital optocoupler output, user programmable with N.O. or N.C.configuration.1. The digital optocoupler output shall be programmable for a minimum of 16 differentcombinations including Drive Ready, At Frequency, Motor Running, Motor Overload,Above Frequency, Above Current and others.F. The VFD shall have available 6 relay outputs, form A, user programmable, via userinstalled auxiliary relay board (Frame D through H option).PART 3 EXECUTION3.01 EXAMINATIONA. Verify that location is ready to receive equipment.B. Verify that the building environment can be maintained within the service conditionsrequired by the manufacturer of the VFD.3.02 INSTALLATIONA. Installation shall be in compliance with all manufacturer requirements, instructions anddrawings.3.03 START-UP SERVICEA. At a minimum, the start-up service shall include:1. Perform pre-power check2. Megger motor resistances: phase-to-phase and phase-to-ground3. Verify system grounding per manufacturer’s specifications4. Verify power and signal grounds5. Check connections6. Check environment[PROJECT NUMBER] [PROJECT NAME][DATE] [PROJECT LOCATION]PowerFlex 400 Low Voltage AC VFD with BypassRockwell Automation 23C-SR001D-EN-P 11 B. Drive power-up and commissioning:1.Measure incoming power phase-to-phase and phase-to-ground 2.Measure DC bus voltage 3.Measure AC current unloaded and loaded 4. Measure output voltage phase-to-phase and phase-to-ground5. Verify input reference signalC. All measurements shall be recorded.D. Drive shall be tuned for system operation.E. Drive parameter listing shall be provided.END OF SECTION。
Logix5000 控制系统：通过 EtherNetIP 网络连接 PowerFlex 40 变频器快速入门
准备计算机
该任务不包括特定硬件元件的安装，例如，应用项目中通过网络使用的 PowerFlex 40 变频器。
将必要的软件 ( 如 RSLogix 5000 软件 ) 安装到计算机中。
配置网络
5
前言ห้องสมุดไป่ตู้
表 1 - 阅读快速入门之前需要完成的前提任务
任务
描述
准备 Logix5000 组装控制系统并连接到通信网络。所需的 Logix5000 控制器、系统电源等元件 控制系统硬件 是必备的，而网络通信模块等其他元件则是可选的。
重要事项：下图为 Logix5000 控制器的组装示例。
1 (Front) 2 (Rear)
表 1 描述了在使用本出版物之前您必须要完成的任务。
重要事项
第 6 页的表 1 - 阅读快速入门之前需要完成的前提任务中的示例图适用于 CompactLogix™ 5370 L3 控制器。根据您所使用的 Logix5000 控制器，完成表中所述 任务的具体步骤可能会有所不同。
有关如何使用特定的 Logix5000 控制器完成这些任务的更多信息，请参见 Integrated Architecture™: Logix5000 Control Systems Quick Starts Quick Reference (Logix5000 控制系统快速入门参考，出版号：IASIMP-QR024)
使用本出版物之前
重要事项 若要完成本章的任务，仅使用 PowerFlex 40 变频器附带的盖板是不够的。您必须使 用 22B-CCB 框架 B 变频器盖板或 22B-CCC 框架 C 变频器盖板。
本快速入门所描述的任务使用 22B-CCB 框架 B 变频器盖板。
先通过 Logix5000 控制器完成一些前提任务之后，方可执行本出版物中描述的任 务。例如，在您将 PowerFlex 40 变频器添加到 RSLogix™ 5000 项目 ( 如第 21 页所述 ) 之前，必须先创建项目。
搭载 TotalFORCE 控制技术的 PowerFlex 变频器 编程手册说明书
搭载 TotalFORCE 控制技术的 PowerFlex 变频器固件版本 10.xxx本产品的参数及故障和报警代码参⻅此 PDF 文件随附的电子表格。
如需访问这些电子表格，保存此 PDF 文件并在您的设备上（而非浏览器）打开。
然后，单击此处打开“附件”窗格（⻅左侧）即可访问每个电子表格。
2罗克⻙尔⾃动化出版物 750-PM101A-ZH-P - 2021 年2 月搭载 TotalFORCE 控制技术的 PowerFlex 变频器 编程手册重要⽤⼾须知在安装、配置、操作或维护本产品之前，请阅读本文档以及“其他资源”章节所列的文档，了解关于安装、配置和操作该设备的信息。
除了所有适用的条例、法律和标准的要求之外，用⼾还必须熟悉安装和接线说明。
包括安装、调整、投⼊运⾏、使用、装配、拆卸和维护等在内操作必须由经过适当培训的人员根据适用的操作守则来执⾏。
如果未遵照制造商所指定的方式使用该设备，将可能导致该设备提供的保护失效。
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，罗克⻙尔⾃动化有限公司概不负责。
本手册中包含的示例和图表仅用于说明。
由于任何具体安装都涉及众多变数和要求，罗克⻙尔⾃动化有限公司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，罗克⻙尔⾃动化有限公司不承担任何责任。
未经罗克⻙尔⾃动化有限公司的书⾯许可，不得复制本手册的全部或部分内容。
在整本手册中，我们在必要的地方使用了以下注释，来提醒您留意安全注意事项。
标签也可能位于设备表⾯或内部，提供具体的预防措施。
警告：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：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。
注意符号可帮助您确定危险情况，避免发生危险，并了解可能的后果。
重要信息标识对成功应用和了解本产品有重要作用的信息。
PowerFlex元件级变频器介绍
▪ 降低功率损耗，提高电压跨越能力 13 ▪ 可选 ½ 母线电压操作 [E209半总线使能]
▪ 提高功率损耗跨越能力: DI 或可选参数
Line线V电o压ltage
230V AC 460V AC 600V AC
UnderVoltage Trip Threshold
normal mode
1/2 Bus Operation
PowerFlex 40P
▪ PowerFlex 40P不仅具有PowerFlex 40 同样的性能，而且还包括 以下特性： ▪ 可选编码或脉冲序列反馈 ▪ 可选DriveGuard Safe-off（安全关断） ▪ 位置控制模式
▪ ½ 母线电压（可选）
▪ Fiber 特征 ▪ 没有全数字键盘
PowerFlex 40P 增强性功能
控制输入 • 专门用于启动，停止和重启
输入 • 四（4）个用户-可编程 输入
提高了应用的灵活性 • 通过 DIP 开关选择24V直流
源流型或者汇流型接法
控制输出 • 一个 (1) C 型继电器输出 • 两个 (2）可选输出 • 一个 (1) 模拟量输出
PowerFlex 40P
目录号: 22D 相关文档: 22D-UM001, 22D-QS001, 22D-TD001, 22D-PP001 电机控制算法
PowerFlex 4
目录号: 22A 相关文档: 22A-UM001, 22A-QS001, 22-TD001, 22-PP001 电机控制算法:
▪ 带(很滑好差的补满偿足的低V性或能H的z 应用，像离心式鼓风机、抽水机)
变频器额定值
▪ 115V, 1Ø , 0.2-1.1 kW (0.25-1.5 Hp) ▪ 230V, 1Ø , 0.2-2.2 kW (0.25-3 Hp) ▪ 230V, 3Ø , 0.2-3.7 kW (0.25-5 Hp) ▪ 460V, 3Ø , 0.37-3.7 kW (0.5-5 Hp)