Kinetix 运动控制选型指南
Kinetix 5500 伺服驱动器和 VP 低惯量电机资料
Kinetix VPL 电机
绕组速度的优势
▪ 绕组为匹配 Kinetix 5500 驱动器而优化 ▪ 可根据应用需求最大程度地降低轴成本 ▪ 提高机器效率
电机绕组 #1
电机绕组 #2
电机绕组 #3
6000 rpm 6.5 N-m
16 A 8.7 kW 驱动器 14 AWG 电缆
3000 rpm 6.5 N-m
可满足您需求的单电缆运动控制系统
Copyright © 2012 Rockwell Automation, Inc. All rights reserved. 2
单电缆运动控制解决方案概览
Kinetix VPL 伺服电机
Kinetix 5500 伺服驱动器
框架 165
框架 130 框架 115 框架 100
单电缆运动控制解决方案：
Kinetix 5500 伺服驱动器和 VP 低惯量电机
2012 年 10 月 11 日
Rev 5058-CO900C
Copyright © 2012 Rockwell Automation, Inc. All rights reserved.
Kinetix 5500 伺服驱动器和 VPL 电机
电压额定值和产品目录号
输入 电压
输入 相数
连续 电流 (RMS)
195-528
1/3phase
1
195-528
1/3phase
2.5
195-528
1/3phase
5
195-528
3phase
8.4
195-528
3phase
13
195-528
3phase
23
1
峰值 电流 (RMS) 2.5
Kinetix 5500伺服驱动器用户手册说明书
Kinetix 5500 伺服驱动器产品目录号 2198-H003-ERS、2198-H008-ERS、2198-H015-ERS、2198-H025-ERS、2198-H040-ERS、2198-H070-ERS、2198-H003-ERS2、2198-H008-ERS2、2198-H015-ERS2、2198-H025-ERS2、2198-H040-ERS2、2198-H070-ERS2、2198-CAPMOD-1300本手册链接到 Kinetix 5500 Servo Drive Fault Codes Reference Data （出版号： 2198-RD005），以供故障代码查询。
可下载电子表格，以便离线访问。
2罗克⻙尔⾃动化出版物 2198-UM001L-ZH-P - 2022 年 2 月Kinetix 5500 伺服驱动器⽤⼾⼿册⽤⼾重要须知在安装、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。
在任何情况下，对于因使用或操作该设备造成的任何间接或连带损失，罗克⻙尔⾃动化公司概不负责。
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，罗克⻙尔⾃动化公司不承担任何责任。
未经罗克⻙尔⾃动化公司的书⾯许可，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。
设备表⾯或内部还可能贴有以下标签，而标签上给出了具体的预防措施。
罗克韦尔 Kinetix 6000 多轴伺服驱动器 说明书.
Kinetix 6000 多轴伺服驱动器目录号2094-ACxx-Mxx-S 、2094-BCxx-Mxx-S 、2094-AMxx-S 、2094-BMxx-S2094-ACxx-Mxx 、2094-BCxx-Mxx 、2094-AMxx 、2094-BMxx 、2094-BSP2、2094-PRF 、2094-SEPM-B24-S用户手册重要用户信息在安装、配置、操作或维护本产品之前，请仔细阅读本文档及“其他资源”部分所列文档中有关安装、配置和操作此设备的信息。
除遵守所有适用的规程、法律及标准的要求外，用户还应熟悉安装 和接线说明。
安装 、 调节 、 投入使用 、 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。
如果未按制造商指定的方式使用设备，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损失或连带损失，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用于说明。
由于任何特定的安装都存在很多差异和要求，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。
因使用本手册中所述的信息、电路、设备或软件而引起的相关专利问题，罗克韦尔自动化公司不负任何责任。
未经罗克韦尔自动化公司的书面许可，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注释，来提醒您注意相关的安全事宜。
设备表面或内部也可能贴有标签，以提供特定的预防措施。
Allen-Bradley 、CompactLogix 、ControlFLASH 、ControlLogix 、DriveExplorer 、Guardmaster 、HPK-Series 、Integrated Architecture 、Kinetix 、LDC-Series 、LDL-Series 、Logix5000、MP-Series 、RDD-Series 、Rockwell Automation 、Rockwell Software 、RSLinx 、RSLogix 、SCANport 、SoftLogix 、Studio 5000 Logix Designer 、Studio 5000 和 TL-Series 是罗克韦尔自动化公司的商标。
Kinetix
技术园地－Kinetix集成运动控制入门伺服系统主要解决对象的位置控制问题，实现执行机构对位置指令的准确跟踪。
它是在应用领域非常广泛的一类系统，典型实例有：机械加工过程中机床定位控制和加工轨迹控制；冶金工业中轧钢机压下装置及其辅助设备控制；仪表工业中各种记录仪的笔架控制；大规模集成电路所需的制图机、光刻机……集成运动控制系统K i n e t i x是罗克韦尔自动化革命性的重量级产品，它注重完整的运动控制解决方案，由C o n t r o l L o g i x,S E R C O S I n t e r f a c e,数字运动控制模块，伺服驱动器，电机以及执行机构组成，加上罗克韦尔自动化丰富的应用经验，使得一体化运动控制正在成为机械控制的新准则。
K i n e t i x的推出满足了用户们节省时间、提高产品吞吐量、灵活性的需求，它通过一台控制器和一个软件包（通过S E R C O S接口将控制器、电机和驱动器集成在一起），在任何场合都真正的把顺序控制和运动控制集为一体：传送、纸盒包装、缠绕、装瓶、标签……用户使用R S L o g i x5000在一个控制程序包中获得完整的运动组态和编程情况，内置运动指令使用户不再需要协调不同控制器间的接线或者不同控制器中独立的程序。
通过下面这个基础配置实验，让我们一起体验K i n e t i x带给我们的便捷感受！！第一步：启动R S L o g i x5000(V e r s i o n13.00),新建一个项目文件，并完成C o n t r o l l e r P r o p e r t i e s的基础配置。
提示：请在“D a t e/T i m e”分页中选中“M a k e t h i s c o n t r o l l e r t h eC o o r d i n a t e d S y s t e m T i m e M a s t e r”项。
洛克威爾自動化 Kinetix 6000M 整合式驅動馬達用户手册说明书
安裝說明Kinetix 6000M 整合式驅動馬達型號MDF-SB1003、MDF-SB1153、MDF-SB1304主題頁次重要使用者資訊2關於Kinetix 6000M 整合式驅動馬達3產品型錄編號說明4Kinetix 6000M整合式驅動馬達系統電纜圖5IDM 單元接頭和指示燈6開始之前7安裝整合式驅動馬達8產品尺寸11負載力額定值13接頭資料14網路和驅動器狀態指示燈16移除與更換軸鍵和軸密封17電纜和配件套件19規格21馬達過載保護22其他資源232 Kinetix 6000M 整合式驅動馬達洛克威爾自動化出版品編號 MDF-IN001B-ZC-P - 2013 年8月重要使用者資訊在您安裝、設定、操作或維護本產品之前，請參閱本文件以及列在其他資源段落的文件中關於本設備的安裝、組態與操作資訊。
使用者需要熟悉安裝與配線說明，以及所有適用的法規、法律和標準的規定。
安裝、調整、開始服務、使用、組裝、拆卸與維護等活動需要由受過適當訓練的人員遵照適用實施法規來進行。
如果沒有依照製造商指定的方式使用本設備，可能損及設備附帶的保護機制。
洛克威爾自動化公司對任何因為使用或應用本設備而造成的間接或隨之而來的損概不承擔任何責任。
本手冊中所含的範例及圖示僅為示範目的。
由於個別安裝會有許多不同的變數及條件，洛克威爾自動化公司無法對依照範例及圖示指示進行的實際使用狀況負責或提供賠償。
洛克威爾自動化公司對本手冊中所述之資訊、電路、設備或軟體的使用概不承擔任何專利責任。
在取得洛克威爾自動化公司書面同意之前，禁止重製本手冊的部分或全部內容。
在本手冊中，如有需要，我們會使用備註提醒您安全注意事項。
說明特定預防措施的標籤也可能會貼在設備上方或內部。
警告： 顯示可能會在危險環境中爆炸，造成人員受傷、死亡、財產損壞、經濟損失的情況之資訊。
注意事項： 顯示可能造成人員受傷、死亡、財產損壞、經濟損失的實務情況資訊。
注意事項有助於您發現、避免並瞭解危險的後果。
Kinetis全系列选型手册-14
SPI
I2C
I2S
CA
线
口 接口 T
N
USB QTG(1)
2 41
2 51
2 51
2 41
2 51
2 51
18/16/2
3 5211
20/16/4
4 5211
32/32/6
5 6211
18/16/2
3 5211
20/16/4
4 5211
21/16/5
5 6211
32/32/6
5 6211
18/16/2
4 521
FS
5 6 3 1 1 FS
6 6 3 1 1 FS
32/32/6 8位 32/32/6 8位 32/32/6 8位
6 6 3 1 1 FS 5 6 3 1 1 FS 6 6 3 1 1 FS
32/32/6 8位
6 6 3 1 1 FS
以太网
定时器
模拟 能
电机控 带正 AD ADC ADC
22√
66
32/32/6
4 621
FS￠
2*8 2*2 2 4 38
22√
81
18/16/2
3 5 3 1 1 FS
2*8 2*2 2 2 22
13√
40(38)
20/16/2 4位
4 5 3 1 1 FS
2*8 2*2 2 3 27
13√
52(52)
21/16/5 4位
5 6 3 1 1 FS
2*8 2*2 2 5 33
USB QTG(1)
FS￠ FS￠ FS￠ FS￠ FS￠ FS￠ FS￠ FS￠
以太网
定时器
模拟 能
kintex 7系列产品选型手册
XC7A12T 12,800 2,000 16,000 171 20 720 3 150 72 40 1 1 1 2 -1, -2 -2L, -3 -1, -2, -1L
XC7A15T 16,640 2,600 20,800 200 25 900 5 250 120 45 1 1 1 4 -1, -2 -2L, -3 -1, -2, -1L 106 (2)
Page 2
Artix-7 FPGAs
Transceiver Optimization at the Lowest Cost and Highest DSP Bandwidth (1.0V, 0.95V, 0.9V)
Logic Resources Memory Resources Clock Resources I/O Resources
Page 3
Supports PCI Express Base 2.1 specification at Gen1 and Gen2 data rates. Represents the maximum number of transceivers available. Note that the majority of devices are available without transceivers. See the Package section of this table for details. Leaded package option available for all packages. See DS180, 7 Series FPGAs Overview package details. Device migration is available within the Artix-7 family for like packages but is not supported between other 7 series families. Devices in FGG484 and FBG484 are footprint compatible. Devices in FGG676 and FBG676 are footprint compatible.
Kinetix 6200和Kinetix 6500模块化多轴伺服驱动器控制模块说明书
Kinetix 6200 and Kinetix 6500 Modular Multi-axis Servo Drives Chapter 5Kinetix 6200 and Kinetix 6500 Control ModulesThis section contains specifications and catalog numbers for the modular Bulletin 2094 SERCOS interface and EtherNet/IP network control modules. Choose your control module based on the communication and safety requirements of your application.Control Module SpecificationsControl modules couple with IAM and AM power modules to provide drive status indicators and an interface to I/O, communication, safety functionality, and feedback.Control Module Catalog NumbersCatalog numbers consist of various characters, each of which identifies a specific option for thatcomponent. Use the catalog numbering table chart below to understand the configuration of your module. For questions regarding product availability, contact your Allen-Bradley distributor.Feature Safe Torque-offSafe Speed Monitoring2094-EN02D-M01-S02094-SE02F-M00-S02094-EN02D-M01-S12094-SE02F-M00-S1Ethernet ports 2121SERCOS ports –Rx/Tx –Rx/Tx DC Bus status indicator √√√√Network status indicator √–√–Module status indicator √–√–Drive status indicator –√–√Comm status indicator –√–√Safety lock status indicator ––√√PORT 1 status indicator √√√√PORT 2 status indicator √–√–IOD connector for I/O, safety, and auxiliary feedback√√√√MF connector for motor feedback√√√√Axis Performance 02 = 500 µsBulletin NumberControl FeaturesM00 = SERCOS interface control M01 = EtherNet/IP network control Safety Features S0 = Safe torque-offS1 = Safe speed monitoring Network MediaD = Twisted pair, dual port (EtherNet/IP network)F = Fiber optic (SERCOS interface)Network Communication EN = EtherNet/IP network SE = SERCOS interfaceChapter 5Kinetix 6200 and Kinetix 6500 Modular Multi-axis Servo DrivesKinetix 6200 and Kinetix 6500 General System SpecificationsThis section contains environmental, weight, power dissipation, circuit breaker/fuse, transformer, and contactor specifications.Environmental SpecificationsWeight SpecificationsAttributeOperational Range Storage Range (nonoperating)Ambient temperature 0…50 °C (32…122 °F)-40…70 °C (-40…158 °F)Relative humidity 5…95% noncondensing 5…95% noncondensing Altitude 1000 m (3281 ft)3000 m (9843 ft) with derating3000 m (9843 ft) during transportVibration 5…***********(0.014in.)doubleamplitude,continuousdisplacement;55…**********************acceleration (10 sweeps in each of 3 mutually perpendicular directions)Shock15 g, 11 ms half-sine pulse (3 pulses in each direction of 3 mutually perpendicular directions)IAMPower Module Cat. No.Weight, approx.kg (lb)AMPower ModuleCat. No.Weight, approx.kg (lb)IAM (460V)2094-BC01-MP5-M 5.67 (12.5)AM (460V)2094-BMP5-M 3.18 (7.0)2094-BC01-M01-M 5.67 (12.5)2094-BM01-M 3.18 (7.0)2094-BC02-M02-M5.90 (13.0)2094-BM02-M3.40 (7.5)Kinetix 6200 Control Module Cat. No.Weight, approx.kg (lb)Kinetix 6500 Control Module Cat. No.Weight, approx.kg (lb)SERCOS interface2094-SE02F-M00-S00.68 (1.5)EtherNet/IP network 2094-EN02D-M01-S00.68 (1.5)2094-SE02F-M00-S12094-EN02D-M01-S1Chapter 12Motion Control AccessoriesInterface Cable CombinationsCable length xx or x-x is in meters. Refer to Standard Cable Lengths beginning on page 393.Cat. No.Cable Description Drive Compatibility 2090-UXPC-D09xx Serial cable to computer, 9-pinUltra3000/5000 drives2090-U3CC-D44xx (1)(1)This cable does not carry the unbuffered motor encoder signals (CN1 pins 10-15). Contact your Allen-Bradley sales representative if these signals are required for yourapplication.CN1 connector to flying leads for 1756-M02AE module, 44-pin, single-axis cableUltra3000, Ultra3000 with indexing drives andUltra3000-DN, Ultra3000-DN withindexing drives 2090-U3AE-D44xx (1)CN1 connector to premolded 1756-M02AE module connector, 44-pin, two-axis cable 2090-SCEP x-x SERCOS fiber optic plastic cables suitable only for use inside an enclosure. Connectors are provided at both ends.ControlLogix 1756-M xx SE modules toKinetix 2000, Kinetix 6000, Kinetix 6200, Kinetix 7000, and Ultra3000-SE drives 2090-SCVP x-x SERCOS fiber optic plastic cables suitable for use outside an enclosure. Connectors are provided at both ends.2090-SCNP x-x SERCOS fiber optic plastic cables suitable for use outside an enclosure in harsh duty applications. Connectors are provided at both ends.2090-SCVG x-x SERCOS fiber optic glass cables suitable for use outside an enclosure. Connectors are provided at both ends.2090-S-BLHD SERCOS fiber optic cable bulkhead adapter (2 per pack).1202-C02Drive-to-drive safety cable for connecting single-wide Kinetix 6000 axis modules.Kinetix 6000 drives with safe-off feature (2094-BC xx -M xx -S and 2094-BM xx -S) and Kinetix 7000 drives (2099-BM xx -S)1202-C03Drive-to-drive safety cable for connecting double-wide Kinetix 6000 axis modules.1202-C10Drive-to-drive safety cable for connections between two Kinetix 6000 power rails, two Kinetix 7000 drives, or from the Kinetix 6000 power rail to Kinetix 7000 drive.1585J-M8CBJM-x Double-ended (shielded) Ethernet cables for use when programming the safety configuration and the Logix EtherNet/IP network module.2094-SE02F-M00-S0 or 2094-SE02F-M00-S1Kinetix 6200 control modules and 2094-EN02D-M01-S0 or2094-EN02D-M01-S1Kinetix 6500 control modules1585J-M8CB-x Single-ended (shielded) Ethernet cables for use when programming the safetyconfiguration and the Logix EtherNet/IP network module.1585J-M8CC-H RJ45 insulation displacement connector (IDC) for use when making your own cables.1585-C8CB-S xxx Shielded Ethernet (bulk) cable for use when making your own cables.2090-DAPC-D09xx Ultra1500 serial interface to computer Ultra1500 drives 2090-DAIO-D50xxx Ultra1500 control interface to flying leads2090-U5PM-D09xx Ultra5000 to PanelView 300 Micro, 1761-NET-ENI, and MicroLogix DF-1Ultra5000 drives2090-U5PV-D09xx Ultra5000 to PanelView 300 Keypad 500/600/1000 Standard DF-12090-XXNRB-10F0P5Resistive Brake Module (RBM) to drive interface cable, 10 AWGKinetix 6000/Kinetix 6200/Kinetix 6500 drives 2090-UXNRB-10F1P3Ultra3000 drives2090-XXNRB-8F0P6Resistive Brake Module (RBM) to drive interface cable, 8 AWG Kinetix 6000/Kinetix 6200/Kinetix 6500 drives 2090-UXNRB-8F1P4Ultra3000 drives 2090-UXNRB-6F1P5Resistive Brake Module (RBM) to drive interface cable, 6 AWG Ultra3000 drives。
罗克韦尔自动化 运动控制 快速入门 无需调谐功能配置 基尼克斯 5300、基尼克斯 5500 和基尼
Quick StartOriginal InstructionsTuningless Feature Configuration Kinetix 5300, Kinetix 5500, and Kinetix 5700 Servo DrivesTopic Page Summary of Changes2 Introduction3 Load Observer3 Adaptive Tuning with the Tracking Notch Filters6 Additional Considerations9 Maximum Acceleration and Deceleration10 Vertical Load Considerations10Tuningless Feature Configuration Quick StartSummary of ChangesThis publication contains the following new or updated information. This list includes substantive updates only and is not intended to reflect all changes.Topic PageAdded references to Kinetix® 5300 servo drives throughoutUpdated screen captures to reflect latest version of the Studio 5000 Logix Designer® application throughout2Rockwell Automation Publication MOTION-QS001D-EN-P - November 2020Rockwell Automation Publication MOTION-QS001D-EN-P - November 20203Tuningless Feature Configuration Quick StartIntroductionClosed-loop servo systems require settings for the control loop gains and filter values to make sure that the load accurately follows the desired input-command signal. The process of adjusting and refining the gain and filter configuration is called tuning.Appropriate tuning settings depend heavily upon the system characteristics. Each machine behaves differently due to variables such as compliance, backlash, changing inertias, manufacturing tolerances, and machine degradation, so the tuning configuration can vary greatly from one machine to the next.With the tuning features of the Kinetix® 5300, Kinetix 5500, and Kinetix 5700 servo drives, tuningless operation can now be achieved without compromising on performance. By using both the load observer and the tracking notch filters in the servo drives, most applications no longer require tuning procedures and tests during the commissioning process to achieve an effective level of machine performance.Load ObserverThe load observer feature operates in real time while the machine is running. During machine operation, the load observer estimates the mechanical load inertia on the motor and compensates for it. The result is that the drive controls the motor as if it is unloaded, which provides a relatively high level of drive performance. In addition, the drive automatically compensates for mechanical variations in the system such as changing loads, compliance, and machine wear over time.ConfigurationThe following steps describe how to configure an axis with the recommended load observer settings for most applications. With the Logix Designer application version 33 and later, the load observer feature is enabled by default for the following drives, so these configuration steps are not required for tuningless operation:•Kinetix 5300 drives •Kinetix 5700 ERS3 Series B drives, with firmware revision 13 and later •Kinetix 5700 ERS4 drives, with firmware revision 13 and later1.In the Controller Organizer, right-click an axis and choose Properties. IMPORTANT Use the load observer with the tracking notch filters to achieve effective tuningless operation. IMPORTANTTo ensure stable operation, it is recommended that you do not perform the autotune test when applying the load observer feature.Tuningless Feature Configuration Quick Start2.Select the Autotune category.3.From the Application Type pull-down menu, choose Custom.4Rockwell Automation Publication MOTION-QS001D-EN-P - November 2020Rockwell Automation Publication MOTION-QS001D-EN-P - November 20205Tuningless Feature Configuration Quick Start 4.Clear the Torque Low Pass Filter checkbox.5.Select the Load category and verify that the Load Ratio is zero; otherwise, set it to zero.6.Under the Load category, select Observer.6Rockwell Automation Publication MOTION-QS001D-EN-P - November 2020Tuningless Feature Configuration Quick Start7.From the Configuration pull-down menu, choose ‘Load Observer with Velocity Estimate’ if the axis is configured for Position Loop control or ‘Load Observer Only’ if the axis is configured for Velocity Loop control. Load Observer is not available for Torque Loop control.8.Click Apply.Adaptive Tuning with the Tracking Notch FiltersThe tracking notch filters operate in real time while the machine runs. During machine operation, the drive measures the mechanical resonances in the system and dynamically sets the frequencies of the various notch filters to attenuate the effect of the resonances. ConfigurationThe following steps describe how to configure an axis with the recommended adaptive tuning settings for most applications. With the Logix Designer application version 33 and later, the tracking notch filters are enabled by default for the following drives, so these configuration steps are not required for tuningless operation•Kinetix 5300 drives •Kinetix 5700 ERS3 Series B drives, with firmware revision 13 and later •Kinetix 5700 ERS4 drives, with firmware revision 13 and laterIt is recommended that Position Loop control is used for both positioning and velocity applications. In select cases, application requirements may dictate Velocity Loop control.IMPORTANTUse the load observer with the tracking notch filters to achieve effective tuningless operation.Rockwell Automation Publication MOTION-QS001D-EN-P - November 20207Tuningless Feature Configuration Quick Start1.In the Controller Organizer, right-click an axis and then choose Properties.2.Under the Load category, select Compliance.3.From the Adaptive Tuning Configuration pull-down menu, choose Tracking Notch.With the Logix Designer application version 33 and later, the Compliance category parameters for the following drives will differ since they have four notch filters:•Kinetix 5300 drives•Kinetix 5700 ERS3 Series B drives, with firmware revision 13 and later•Kinetix 5700 ERS4 drives, with firmware revision 13 and laterTuningless Feature Configuration Quick Start4.Select the Cyclic Parameters Category.5.Scroll down and check TorqueNotchFilterFrequencyEstimate and TorqueNotchFilterMagnitudeEstimate.6.Click Apply.Selecting these parameters is optional. They are available to assist withcommissioning and provide diagnostic information.8Rockwell Automation Publication MOTION-QS001D-EN-P - November 2020Rockwell Automation Publication MOTION-QS001D-EN-P - November 20209Tuningless Feature Configuration Quick StartAdditional ConsiderationsFor more detailed technical information on the operation of the load observer or adaptive tuning features, see Chapter 1 of Motion System Tuning Application Techniques, publication MOTION-AT005.Notch Filter InitializationWith the Logix Designer application version 33 and later, the drive will persist adaptive tuning values through a drive power cycle for the following drives:•Kinetix 5300 drives •Kinetix 5700 ERS3 Series B drives, with firmware revision 13 and later •Kinetix 5700 ERS4 drives, with firmware revision 13 and laterFor details on how to retain the notch filter settings when power is removed and reapplied to the system, see Knowledgebase Technote Retaining Notch Filter Frequency through System Power Cycle .Increased PerformanceManual tuning may be used if higher performance is required after applying the default load observer gain values. It is recommended that you incrementally increase the bandwidth values while maintaining the following relationships:For Position Loop Control•Load Observer Bandwidth = 4 x Velocity Bandwidth = 16 x Position BandwidthFor Velocity Loop Control•Load Observer Bandwidth = Velocity BandwidthThe bandwidth values can be increased until the desired system performance is achieved.To reduce following error, it is recommended that Integrator Bandwidth be applied according to the following relationship:For Position Loop Control•Position Integrator Bandwidth = Position Bandwidth/100For Velocity Loop Control•Velocity Integrator Bandwidth = Velocity Bandwidth/10The integrator bandwidth value can be adjusted until the desired system performance is achieved. It is not recommended to use the position and velocity integrators simultaneously.For more detailed technical information on manual tuning, see chapter 4 of Motion System Tuning Application Techniques, publication MOTION-AT005.It is recommended that Position Loop control is used for both positioning and velocity applications. In select cases, application requirements may dictate Velocity Loop control.10Rockwell Automation Publication MOTION-QS001D-EN-P - November 2020Tuningless Feature Configuration Quick StartMaximum Acceleration and DecelerationWhen using the load observer feature, it is recommended that the load ratio is set to zero. For applications that use ‘percent of maximum’ as acceleration units for motion instructions, the Maximum Acceleration and Maximum Deceleration values for the application should bedecreased (as appropriate for the load) to stay within drive and motor limits during operation. The Maximum Acceleration and Deceleration attribute values can be found in the Planner category of the Axis Properties dialog box.Vertical Load ConsiderationsThe gain stabilization feature is not recommended for vertical loads, as detuning of the control loop gains produced by this feature may cause load drops. For more detailed information on techniques for managing vertical loads, see the Vertical Load and Holding Brake Management Application Technique, publication MOTION-AT003.Rockwell Automation Publication MOTION-QS001D-EN-P - November 202011Tuningless Feature Configuration Quick StartAdditional ResourcesThese documents contain additional information concerning related products from Rockwell Automation.You can view or download publications at rok.auto/literature .Resource DescriptionIndustrial Automation Wiring and Grounding Guidelines, publication 1770-4.1Provides general guidelines for installing a Rockwell Automation® industrial system.Product Certifications website, /global/certification/overview.pageProvides declarations of conformity, certificates, and other certification details.Servo Drive Installation Best Practices, publication MOTION-AT004Provides a quick reference of installation best practices for Rockwell Automation single-axis and multi-axis servo drive systems.Motion System Tuning Application Techniques, publication MOTION-AT005Provides information and tips for motion system tuning. Kinetix 5300 User Manual, publication MOTION-UM005Provides information on installing, configuring, starting, and troubleshooting your Kinetix 5300 servo drive system.Kinetix 5500 Servo Drives User Manual, publication 2198-UM001Provides information on installing, configuring, starting, and troubleshooting your Kinetix 5500 servo drive system.Kinetix 5700 Servo Drives User Manual, publication 2198-UM002Provides information on installing, configuring, starting, and troubleshooting your Kinetix 5700 servo drive system.Integrated Motion on the EtherNet/IP Network: Configuration and Startup User Manual, publication MOTION-UM003Information on how to configure and troubleshoot your ControlLogix® and CompactLogix™ EtherNet/IP™ network modules.Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1Provides general guidelines for installing a Rockwell Automation® industrial system.Product Certifications website, /global/certification/overview.pageProvides declarations of conformity, certificates, and other certification details.Servo Drive Installation Best Practices, publication MOTION-AT004Provides a quick reference of installation best practices for Rockwell Automation single-axis and multi-axis servo drive systems.Motion System Tuning Application Techniques, publication MOTION-AT005Provides information and tips for motion system tuning.Kinetix 5300 User Manual, publication MOTION-UM005Provides information on installing, configuring, starting, and troubleshooting your Kinetix 5300 servo drive system.Publication MOTION-QS001D-EN-P - November 2020Supersedes Publication MOTION-QS001C-EN-P - November 2018Copyright © 2020 Rockwell Automation, Inc. All rights reserved. Printed in the U.S.A.Rockwell Automation SupportUse these resources to access support information.Documentation FeedbackYour comments help us serve your documentation needs better. If you have any suggestions on how to improve our content, complete the form at rok.auto/docfeedback .Technical Support CenterFind help with how-to videos, FAQs, chat, user forums, and product notification updates.rok.auto/support KnowledgebaseAccess Knowledgebase articles.rok.auto/knowledgebase Local Technical Support Phone NumbersLocate the telephone number for your country.rok.auto/phonesupport Literature LibraryFind installation instructions, manuals, brochures, and technical data publications.rok.auto/literature Product Compatibility and Download Center (PCDC)Download firmware, associated files (such as AOP, EDS, and DTM), and access product release notes.rok.auto/pcdc Rockwell Automation maintains current product environmental compliance information on its website at rok.auto/pec .Allen-Bradley, ControlLogix, CompactLogix, expanding human possibility, Kinetix, Rockwell Automation, and Studio 5000 Logix Designer are trademarks of Rockwell Automation, Inc.EtherNet/IP is a trademark of ODVA, Inc.Trademarks not belonging to Rockwell Automation are property of their respective companies.Rockwell Otomasyon Ticaret A.Ş. Kar Plaza İş Merkezi E Blok Kat:6 34752, İçerenköy, İstanbul, Tel: +90 (216) 5698400 EEE Yönetmeliğine Uygundur。
Kinetix 6200和6500服务变速器多轴用户手册说明书
Instrucciones de instalaciónJuegos de conectores de perfil bajo para señales de E/S, seguridad y retroalimentación auxiliarNúmero de catálogo 2090-K6CK-D44MAcerca de los juegos de conectores de perfil bajoEste juego de conectores de 44 pines ofrece puntos de terminación para E/S, conexiones de retroalimentación auxiliar y de seguridad para el conector IOD de las unidades Kinetix® 6200 y Kinetix 6500.El juego también incluye un puente habilitador de movimiento que se puede instalar cuando no se desea activar la funcionalidad de desconexión de par segura de los módulos de control 2094-xx02x-M0x-S0. El puente no es apto para los módulos de control 2094-xx02x-M0x-S1. Estos documentos contienen información adicional sobre el cableado de E/S, la seguridad y las conexiones de retroalimentación auxiliar para las unidades de servovariadores Kinetix 6200 y Kinetix 6500.2 Juego de conectores de perfil bajo para señales de E/S, seguridad y retroalimentación auxiliarRockwell Automation Publicación 2090-IN021D-ES-P - Enero 2015Cómo instalar el juegos de conectores de perfil bajoATENCIÓN: Este juego de conectores contiene piezas delicadas a descargas electrostáticas (ESD),que pueden sufrir daños si no se cumplen los procedimientos de control de ESD. Si no conoce los procedimientos de control de descargas electrostáticas (ESD), consulte la publicación n.º8000-4.5.2, Guarding Against Electrostatic Damage, o bien, cualquier otro manual de protección contra ESD que corresponda.1.Coloque el blindaje del cable expuesto en el canal.2.Conecte los cables a los terminales.3.Coloque la abrazadera de blindaje sobre el blindaje expuesto.4.Apriete los tornillos con un par de 0.4 N•m (3.5lb•pulg.).abrazadera para que los cables pequeños queden bien sujetos.Utilice abrazaderas de blindaje (3) para maximizar el contacto con el blindaje del cable en conexiones equipotenciales de alta frecuencia.Utilice sujetacables (4) para reducir la fatiga mecánica.Juego de conectores de perfil bajo para señales de E/S, seguridad y retroalimentación auxiliar 3Rockwell Automation Publicación 2090-IN021D-ES-P - Enero 2015Datos de los conectores(1)Los indicadores que se encuentran entre paréntesis hacen referencia al relé de seguridad Guardmaster® MSR57P y a los terminales de opción de seguridad serie 750 de PowerFlex®.(2)Utilice este suministro para alimentar la entrada de seguridad de 24 V (SPWR/SCOM). No conecte esta entrada de 24 V a ningún dispositivo de seguridad externo. Estos pines no son aptos para los módulos de control 2094-xx 02x -M0x S1.Instalación de puente habilitador de movimiento (aplica a los módulos de control 2094-xx 02x -M0x -S0).La numeración de pines del juego corresponde al conector IOD. Se asignan varios terminales a los pines 27, 28, 39 y 40 para que puedan adaptarse conexiones adicionales.Publicación 2090-IN021D-ES-P - Enero 2015© 2015 Rockwell Automation, Inc. Todos los derechos reservados. Impreso en EE.UU.Allen-Bradley, CompactLogix, Kinetix, MicroLogix, Rockwell Software y Rockwell Automation son marcas comerciales de Rockwell Automation, Inc.Las marcas comerciales que no pertenecen a Rockwell Automation son propiedad de sus respectivas empresas.Rockwell Automation mantiene información ambiental actualizada sobre los productos en su sitio web en/rockwellautomation/about-us/sustainability-ethics/product-environmental-compliance.page .Datos de los conectores (continuación)(1)Los indicadores que se encuentran entre paréntesis hacen referencia al relé de seguridad Guardmaster MSR57P y a los terminales de opción de seguridad serie 750 de PowerFlex.(2)Utilice estas señales como fuente de 24 VCC para operar las entradas digitales (máximo de 50 mA por entrada).Instalación de puente habilitador de movimiento (aplica a los módulos de control 2094-xx 02x -M0x -S0).La numeración de pines del juego corresponde al conector IOD. Se asignan varios terminales a los pines 27, 28, 39 y 40 para que puedan adaptarse conexiones adicionales.。
Kinetix 5500 伺服驅動器使用手冊说明书
Kinetix 5500 伺服驅動器型號 2198-H003-ERS、2198-H008-ERS、2198-H015-ERS、2198-H025-ERS、2198-H040-ERS、2198-H070-ERS、2198-H003-ERS2、2198-H008-ERS2、2198-H015-ERS2、2198-H025-ERS2、2198-H040-ERS2、2198-H070-ERS2、2198-CAPMOD-1300本手冊連結至 Kinetix 5500 伺服驅動器故障碼參考資料，出版物2198-RD005，以供故障碼查詢。
立即下載試算表以離線存取。
2Rockwell Automation 出版品 2198-UM001L-ZC-P - 2022 年 2 月Kinetix 5500 伺服驅動器使用手冊使用者重要資訊進⾏本產品的安裝、設定、操作或維護前，請閱讀本文件及其他資源一節內有關本設備安裝、設定和操作的文件。
使用者除了必須瞭解所有相關法規、法律條文與標準外，還需熟知安裝與配線說明。
舉凡安裝、調整、運作、使用、組裝、拆卸及維護等作業，均需由受訓合格的⼈員依照相關法規進⾏。
若以製造商未提及之方式使用本設備，將可能損害到製造商為本設備所提供的保護措施。
不論任何情況，Rockwell Automation Inc. 對於使用或應用此裝置而產生的間接或連帶損壞，均不負擔任何法律或賠償責任。
本手冊中的範例和圖表皆僅供說明之用。
由於個別安裝會有許多不同的變數及條件，Rockwell Automation,Inc. 無法對依照範例及圖⽰指⽰進⾏的實際使用狀況負責或提供賠償。
關於本手冊中所述之資訊、電路、設備或軟體部分，Rockwell Automation Inc. 概不承擔任何專利責任。
在取得 Rockwell Automation Inc. 書面同意之前，禁止重製本手冊部分或全部內容。
在整本手冊中，我們會在必要時使用註記，讓您瞭解安全注意事項。
罗克韦尔自动化出版物 VPL-SSN 型号轴密封套件说明书
安装说明原版说明书译文轴密封套件产品目录号：VPL-SSN 、VPL-SS 、VPC-SSN 、VPF-SSN 、VPH-SST 、MPL-SSN 、MPF-SST 、MPS-SST 、TL-SSN变更摘要本出版物中包含新增和更新信息，如下表所述。
主题页码变更摘要1关于轴密封2所需工具2拆除轴密封3更换轴密封4轴密封套产品目录号6其他资源8主题页码轴密封的拆卸和更换步骤有更新。
3, 4轴密封安装间隙图表中增加了 Kinetix® VP 卫生型伺服电机。
5轴密封套件目录号表中增加了 Kinetix VP 卫生型伺服电机。
7轴密封套件关于轴密封当电机轴和端盖暴露在大量污染物，例如油、流体或微尘中时，建议安装轴密封。
在此类环境下使用轴密封可以延长电机使用寿命。
对于防护等级达到 IP66 或更高的应用项目，要求使用轴密封和带环境密封连接器的 Bulletin 2090 电缆。
参见 Kinetix Motion Accessories Specifications T echnical Data (Kinetix 运动附件技术规范，出版号：KNX-TD004)，找到适用于您电机的带环境密封连接器的 Bulletin 2090电缆。
重要事项如果电机轴和端盖区域没有油、流体或微尘，并且使用较低的防护等级便能满足要求，则无需在这类应用中安装额外的轴密封。
轴密封较易磨损，需定期检查和替换。
根据使用情况，建议每 3 个月替换一次，最长不超过 12 个月。
如果要为电机喷漆，不得将油漆喷到轴密封区域或者轴上，否则会缩短轴密封的使用寿命。
所需工具使用以下工具安装轴密封：•尺寸适当的螺丝或螺栓，用于抓握并拆除损坏的轴密封•橡胶槌/木槌或金属锤和木制品•套筒、管道或管子 (各种尺寸)•砂布，用于去除电机轴上的任何划痕或毛刺2罗克韦尔自动化出版物 2090-IN012E-ZH-P - 2019年2 月罗克韦尔自动化出版物 2090-IN012E-ZH-P - 2019年2 月3轴密封套件拆除轴密封将尺寸适当的螺丝或螺栓部分插入轴密封面，即可安全拆除轴密封。
AB选型指南
.Logix控制器对比表特性1756ControlLogix 1756 GuardLogix1768CompactLogix1769-L3xCompactLogix1769-L23xCompactLogix1789SoftLogix5800PowerFlex 700SPhase 2，带有DriveLogix控制器任务数：• 连续• 周期• 事件• 32个任务• 100个程序/任务• 事件任务：所有事件触发• 32个任务• 100个程序/任务• 事件任务：所有事件触发• 16个任务• 事件任务：消费者标签，事件(EVENT)指令，轴和运动事件触发• 1769-L35x：8个任务• 1769-L32x：6个任务• 1769-L31：4个任务• 事件任务：消费者标签和事件(EVENT)指令触发• 3个任务• 4个程序总数• 事件任务：消费者标签和事件(EVENT)指令触发• 32个任务• 100个程序/任务• 事件任务：所有事件触发，包括出站事件和Windows事件• 8个任务• 事件任务：轴和运动事件触发用户内存1756-L61：2 MB1756-L62：4 MB1756-L63：8 MB1756-L64：16 MB1756-L65：32 MB 1756-L61S：2 MB标准1 MB安全1756-L62S：4 MB标准1 MB安全1768-L43：2 MB1768-L45：3 MB1769-L31：512 KB1769-L32x：750 KB1769-L35x：1.5 MB512 KB 1789-L10：2 MB；1个控制器；无运动1789-L30：64 MB；3个控制器1789-L60：64 MB；6个控制器1.5 MB非易失性用户内存CompactFlash CompactFlash CompactFlash CompactFlash 无无CompactFlash内置通讯端口1个端口RS-232串口1个端口RS-232串口1个端口RS-232串口• 1769-L31：2个RS-232端口• 1769-L32C、1769-L35CR：1个ControlNet端口和1个RS-232串口• 1769-L32E、1769-L35E：1个EtherNet/IP端口和1个RS-232串口• 1769-L23E-QB1B：1个EtherNet/IP端口和1个RS-232串口•1769-L23E-QBFC1B：1个EtherNet/IP端口和1个RS-232串口• 1769-L23-QBFC1B：2个RS-232串口取决于个人计算机的配置1个端口RS-232串口通讯选项• EtherNet/IP• ControlNet• DeviceNet• Data Highway Plus• 远程I/O• SynchLink • EtherNet/IP (标准和安全)• ControlNet (标准和安全)• DeviceNet(标准和安全)• Data Highway Plus• 远程I/O• SynchLink• EtherNet/IP• ControlNet• DeviceNet• EtherNet/IP• ControlNet• DeviceNet• EtherNet/IP• DeviceNet• EtherNet/IP• ControlNet• DeviceNet• EtherNet/IP• ControlNet• DeviceNet串口通讯• ASCII• DF1全双工/半双工• DF1无线调制解调器• DH-485• 使用逻辑的Modbus • ASCII• DF1全双工/半双工• DF1无线调制解调器• DH-485• 使用逻辑的Modbus• ASCII• DF1全双工/半双工• DF1无线调制解调器• DH-485• 使用逻辑的Modbus• ASCII• DF1全双工/半双工• DF1无线调制解调器• DH-485• 使用逻辑的Modbus• ASCII• DF1全双工/半双工• DF1无线调制解调器• DH-485• 使用逻辑的Modbus• ASCII• DF1全双工/半双工• DH-485• 使用逻辑的Modbus• ASCII• DF1全双工/半双工• DF1无线调制解调器• DH-485• 使用逻辑的Modbus控制器连接数250 250 250 100 100 250 100网络连接数每个网络模块：• 100 ControlNet(CN2/A)• 40 ControlNet (CNB)• 256 EtherNet/IP；128 TCP (EN2x)• 128 EtherNet/IP；64 TCP (ENBT) 每个网络模块：• 100 ControlNet(CN2/A)• 40 ControlNet (CNB)• 256 EtherNet/IP；128 TCP (EN2x)• 128 EtherNet/IP；64 TCP (ENBT)每个网络模块：• 48 ControlNet• 64 EtherNet/IP；32 TCP每个控制器：• 32 ControlNet• 32 EtherNet/IP；32 TCP每个控制器：• 32 EtherNet/IP；8TCP每个网络模块：• 48 ControlNet• 128 EtherNet/IP；64 TCP每个网络模块：• 32 ControlNet• 32 EtherNet/IP；32 TCP控制器冗余完全支持无通过DeviceNet热备通过DeviceNet热备通过DeviceNet热备不适用不适用简单运动控制• 步进• DeviceNet的伺服• 模拟或网络交流变频器• 步进• DeviceNet的伺服• 模拟或网络交流变频器• 步进• DeviceNet的伺服• 模拟或网络交流变频器• 步进• DeviceNet的伺服• 模拟或网络交流变频器• 步进• DeviceNet的伺服• 模拟或网络交流变频器• 步进• DeviceNet的伺服• 模拟或网络交流变频器• 步进• DeviceNet的伺服• 模拟或网络交流变频器集成运动控制SERCOS接口模拟选项：• 编码器输入：• LDT输入• SSI输入SERCOS接口模拟选项：• 编码器输入：• LDT输入• SSI输入SERCOS接口不适用不适用SERCOS接口模拟量编码器输入• 1个完全伺服• 1个反馈轴编程语言• 梯形图• 结构文本• 功能块• SFC • 梯形图• 结构文本• 功能块• SFC• 梯形图• 结构文本• 功能块• SFC• 梯形图• 结构文本• 功能块• SFC• 梯形图• 结构文本• 功能块• DFC• 梯形图• 结构文本• 功能块• SFC• 外部例程 (用C/C++开发)• 梯形图• 结构文本• 功能块• SFC选择ControlLogix系统/输出(RTB)或配线(RTB) - 仅适用于模拟量接口模块(使用Motion)闪存卡3选择ControlLogix系统ControlLogix系统概述ControlLogix外形尺寸小，不仅可提供离散、传动、运动、过程和安全控制，同时具有先进的通讯能力和最新的I/O技术。
Kinetix集成运动控制产品概述
0.9 kW
AM 02 6A 8.48 A 18 A 25.45 A
1.9 kW
AM 01 9.5 A 13.4 A 28.5 A 40.31 A
3 kW
(mm)
160
AM (mm)
40
IAM (mm)
90
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w/
191
w/ Combo
202
160
160
40
40
90
90
191
191
202
202
160
160
80
80
N /A
N /A
191
191
202
202
7
Kinetix 6000 Kinetix 2000
Kinetix 6000 Kinetix 2000
Kinetix 6000 -
• SERCOS interface® 18
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• 100
Kinetix 2000 Kinetix 6000
50% 6
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230V
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7250 rpm
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460
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• 2000
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230V
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115V 230V
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4500 rpm
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AM05-S BMP 5-S BM 01-S BM 02-S
移动机械控制系统：Kinetix 5300和Kinetix 5100伺服变量与Kinetix TLP
EL PAQUETE COMPLETOLos servovariadores Kinetix 5300 y Kinetix 5100 han sido diseñados para funcionar con el servomotor Kinetix TLP , lo cual ofrece soluciones completas de control de movimiento idóneas para máquinas pequeñas y medianas. Esta combinación de variador-motor está diseñada con todas las características esenciales para ayudar a los fabricantes de máquinas a ofrecer soluciones innovadoras y competitivas.Servovariadores Kinetix® 5300 y Kinetix 5100, y servomotor Kinetix TLP de Allen-Bradley®Soluciones versátiles de control de movimiento para máquinas pequeñas y medianasServovariador Kinetix 5100Debido a su diseño versátil, el Kinetix 5100 brinda una amplia gama de opciones de potencia para satisfacer las necesidades únicas de cada aplicación individual. Con una mayor variedad de opciones de potencia –hasta 15 kW– frente a alternativas comparables, los variadores Kinetix 5100 se pueden utilizar en el modo independiente o con controladores Micro800™ o Logix.Servomotor Kinetix TLPEste motor, probado y validado para brindar un rendimiento óptimo con los servovariadores Kinetix 5100 y Kinetix 5300, está disponible en ocho tamaños de estructura y en rangos de potencia de 50 W a 15 kW. Aproveche la amplia gama de cables y accesorios de motor para personalizar su sistema.Servovariador Kinetix 5300La integración transparente con el control Logix de Rockwell Automation® ofrece flexibilidad en el diseño de máquinas pequeñas y medianas para una variedad de aplicaciones de control de movimiento. Diseñado con todas las características esenciales incorporadas –una amplia gama de potencia, dos puertos Ethernet y desconexión de par segura cableada– el Kinetix 5300 es una excelente elección, idónea para laconstrucción o modernización de máquinas con un pequeño número de ejes.Obtenga más información en líneaSimplemente seguridad – La desconexión de par segura cableada viene incorporada en la versión estándar, lo que proporciona características de seguridad sin piezas ni mano de obra adicionales.Conéctese – El anillo a nivel de dispositivos (DLR)EtherNet/IP elimina la necesidad de accesorios adicionales.E/S – Cuatro entradas digitales, dos de las cuales se pueden utilizar como funciones de entradas digitales rápidas. El cableado de retroalimentación auxiliar se incluye como parte del conector de E/S.Gama de potencia – Potencias nominales de 0.05…2 kW a 120…230 V, 3…7.5 kW a 230 V y 0.4…7.5 kW a 460 V. La potencia nominal se refiere a la potencia de salida del motor, lo cual simplifica y facilita los esfuerzos de dimensionamiento.Integración Logix – La integración con Logix como un único núcleo de control y Studio 5000 como un único ambiente de diseño facilitan el diseño, la implementación y el control de la máquina.Puesta en marcha sin ajustes – Las características como el seguimiento de filtros de muesca y los observadores de carga ayudan a simplificar la puesta en marcha y a mantener el funcionamiento adecuado de la máquina con ajustes automáticos.CARACTERÍSTICAS Y VENTAJASServovariador Kinetix 5300Servovariador Kinetix 5100CARACTERÍSTICAS Y VENTAJASSeguridad simple – La desconexión de par segura cableada vieneincorporada en la versión estándar en todas las unidades, lo queproporciona características de seguridad sin piezas ni mano de obraadicionales.E/S – Diez entradas digitales libremente asignables (dos de las cuales sepueden utilizar como funciones de entradas digitales rápidas) y cincosalidas digitales libremente asignables.Cambio rápido – El modo de control cambia (es decir, velocidad a par)sobre la marcha. Por eso, el sistema de control puede cambiar de modossin interrumpir la condición de funcionamiento.Funcionamiento suave – El funcionamiento de máquina optimizado conmenores necesidades de ajuste manual minimiza las vibraciones sin queesto afecte el tiempo de repuesta del sistema.Gama de potencia – Más amplia gama de potencia en comparación conotras soluciones (0.05…2 kW a 120…230 V, 3…15 kW a 230 V y 0.4…15 kWa 460 V) para armonizar la potencia con la aplicación.Más acción, menos distracción – El indexado y la función eCAMproporcionan más comandos de movimiento que otros productos sinnecesidad de tener sistemas de control separados.Independiente e interconectable – Elija su propio control con tresopciones: control independiente, conectividad a controladores Micro800o conectividad a controladores Logix. Configuración rápida y fácil. Losvariadores Kinetix 5100 se integran de manera transparente en lasaplicaciones Logix con AOI de diseño especial.Obtenga más información en líneaServomotor Kinetix TLP y accesoriosObtenga más información en líneaCARACTERÍSTICAS Y VENTAJASOpciones de tamaños – Disponible en ocho tamaños de estructura desde 46 mm hasta 235 mm y opciones de 200 V o 400 V.Resolución – Retroalimentación absoluta de alta resolución de 24 bits.Gama de potencia – Potencias nominales de 50 W a 15 kW – una gama más amplia que la de otros motores similares.Rendimiento comprobado, uso global – El servomotorKinetix TLP está reconocido por UL/CSA y ostenta la marca CE. Opción de freno – Opción de freno integral de 24 VCC que permite personalizar la máquina.La elección perfecta – Una amplia selección de longitudes de cable (hasta 50 metros) tanto en opciones flexibles como no flexibles, que permite satisfacer una variedad de requisitos de espacio y diseños de máquinas.Catálogo de motores Catálogo de variadores Velo-cidad nominal Velocidad máx.Par de paro continuo, Nm Par de paro pico, Nm Salida nominal, kW TLP-A046-0052198-C1004-ERS 300060000.160.4470.05TLP-A046-0102198-C1004-ERS 300060000.32 1.0340.10TLP-A070-0202198-C1004-ERS 300060000.64 2.160.20TLP-A070-0402198-C1004-ERS 30006000 1.27 4.2750.40TLP-A090-0752198-C1007-ERS 30006000 2.397.5050.75TLP-A100-1002198-C1015-ERS 30003000 3.188.74 1.00TLP-A115-1002198-C1015-ERS 30005000 3.188.455 1.00TLP-A115-2002198-C1020-ERS 30005000 6.2217.48 1.952198-C2030-ERS 30005000 6.3717.48 2.00TLP-A145-0502198-C1007-ERS 20003000 2.39 6.810.50TLP-A145-0902198-C1015-ERS 100020008.5920.520.90TLP-A145-1002198-C1015-ERS 20003000 4.7713.30 1.00TLP-A145-1502198-C1015-ERS 20003000 6.9219.66 1.452198-C1020-ERS 200030007.1619.66 1.50TLP-A145-2502198-C2030-ERS 300045007.9624.51 2.50TLP-A200-2002198-C1020-ERS 200030009.5021.85 1.982198-C2030-ERS 200030009.5521.85 2.00TLP-A200-3002198-C2030-ERS 1500250018.4947.03 2.902198-C2055-ERS 1500250019.1047.03 3.00TLP-A200-3502198-C2055-ERS 2000300016.7143.23 3.50TLP-A200-4502198-C2055-ERS 1500300028.6564.04 4.50TLP-A200-5502198-C2055-ERS 1500300034.2279.96 5.382198-C2075-ERS 1500300035.0179.96 5.50TLP-A200-7502198-C2075-ERS1500250045.72104.307.18Servovariador Kinetix 5300 y servomotor Kinetix TLPCatálogo de motores Catálogo de variadores Velocidad nominal Velo-cidad máx.Par de paro continuo, Nm Par de paro pico, Nm Salida nominal, kWTLP-B070-0402198-C4004-ERS 30006000 1.27 4.2500.40TLP-B090-0752198-C4007-ERS 30006000 2.32 6.9000.732198-C4015-ERS 30006000 2.398.050.75TLP-B115-1002198-C4015-ERS 30005000 3.189.340 1.00TLP-B115-2002198-C4020-ERS 30005000 6.3717.90 2.002198-C4030-ERS 30005000 6.3719.10 2.00TLP-B145-0502198-C4007-ERS 20003000 2.39 6.930.50TLP-B145-1002198-C4015-ERS 20003000 4.7713.03 1.00TLP-B145-1502198-C4015-ERS 200030007.1620.16 1.502198-C4020-ERS 200030007.1620.54 1.50TLP-B145-2002198-C4020-ERS 200030009.5524.40 2.00TLP-B145-2502198-C4030-ERS 300045007.9626.30 2.50TLP-B200-3002198-C4030-ERS 1500250019.1047.80 3.00TLP-B200-4502198-C4055-ERS 1500300028.7067.60 4.50TLP-B200-5502198-C4055-ERS 1500300033.4973.60 5.302198-C4075-ERS 1500300035.0083.80 5.50TLP-B200-7502198-C4075-ERS1500250045.40101.307.10Combinación del sistema de servovariador Kinetix 5100 y servomotor Kinetix TLPCatálogo de motores Catálogo de variadores Velocidad nominal Veloci-dad máx.Par de parocontinuo, NmPar de paro pico,Nm Salida nominal, kWTLP-A046-0052198-E1004-ERS 300060000.160.4470.05TLP-A046-0102198-E1004-ERS 300060000.32 1.0340.10TLP-A070-0202198-E1004-ERS 300060000.64 2.160.20TLP-A070-0402198-E1004-ERS 30006000 1.22 2.910.382198-E1007-ERS 30006000 1.27 4.2750.40TLP-A090-0752198-E1007-ERS 30006000 2.397.5050.75TLP-A100-1002198-E1007-ERS 30003000 3.188.74 1.002198-E1015-ERS 30003000 3.188.74 1.00TLP-A115-1002198-E1015-ERS 30005000 3.188.455 1.00TLP-A115-2002198-E1020-ERS 30005000 6.3717.48 2.00TLP-A145-0502198-E1007-ERS 20003000 2.39 6.810.50TLP-A145-0902198-E1015-ERS 100020008.320.520.872198-E1020-ERS 100020008.5920.520.90TLP-A145-1002198-E1015-ERS 20003000 4.7713.3 1.00TLP-A145-1502198-E1015-ERS 20003000 6.2215.92 1.302198-E1020-ERS 200030007.1619.66 1.50TLP-A200-2002198-E1020-ERS 200030009.5533.66 2.00TLP-A200-3002198-E2030-ERS 1500250016.8145.62 2.642198-E2055-ERS 1500250019.147.03 3.00TLP-A200-3502198-E2055-ERS 2000300016.7143.23 3.50TLP-A200-4502198-E2055-ERS 1500300028.6564.04 4.50TLP-A200-5502198-E2055-ERS 1500300035.0167.67 5.502198-E2075-ERS 1500300035.0179.96 5.50TLP-A200-7502198-E2075-ERS 1500250045.36104.37.122198-E2150-ERS 1500250047.74104.37.50TLP-A235-11K 2198-E2150-ERS 1500200070.0144.311.00TLP-A235-15K2198-E2150-ERS1500200095.4184.615.00Catálogo de motores Catálogo de variadores Velocidad nominal Velo-cidad máx.Par de paro continuo, Nm Par de paro pico, Nm Salida nominal, kW TLP-B070-0402198-E4004-ERS 30006000 1.27 4.250.40TLP-B090-0752198-E4007-ERS 30006000 2.39 5.930.752198-E4015-ERS 30006000 2.398.050.75TLP-B115-1002198-E4015-ERS 30005000 3.189.34 1.00TLP-B115-2002198-E4020-ERS 30005000 6.3715.62 2.002198-E4030-ERS 30005000 6.3719.10 2.00TLP-B145-0502198-E4007-ERS 20003000 2.39 6.930.50TLP-B145-1002198-E4015-ERS 20003000 4.7713.03 1.00TLP-B145-1502198-E4015-ERS 200030007.1616.92 1.502198-E4020-ERS 200030007.1620.54 1.50TLP-B145-2002198-E4020-ERS 200030009.5523.74 2.002198-E4030-ERS 200030009.5524.40 2.00TLP-B145-2502198-E4030-ERS 300045007.9620.51 2.502198-E4055-ERS 300045007.9626.30 2.50TLP-B200-3002198-E4030-ERS 1500250019.1036.57 3.002198-E4055-ERS 1500250019.1047.80 3.00TLP-B200-4502198-E4055-ERS 1500300028.7043.60 4.502198-E4150-ERS 1500300028.7067.60 4.50TLP-B200-5502198-E4055-ERS 1500300035.0047.35 5.502198-E4150-ERS 1500300035.0083.80 5.50TLP-B200-7502198-E4075-ERS 1500250047.7077.207.502198-E4150-ERS 1500250047.70101.307.50TLP-B235-11K 2198-E4150-ERS 1500200070.00158.5011.00TLP-B235-14K2198-E4150-ERS1500200089.10143.6014.00Publicación KNETIX-PP001B-ES-P – Noviembre 2020 | Sustituye a la publicación KNETIX-PP001A-ES-P – Octubre 2019Copyright © 2020 Rockwell Automation, Inc. Todos los derechos reservados. Impreso en EE. UU.Allen-Bradley, expanding human possibility, Kinetix, Micro800 y Rockwell Automation son marcas comerciales de Rockwell Automation, Inc.Las marcas comerciales que no pertenecen a Rockwell Automation son propiedad de sus respectivas empresas.Conéctese con nosotros.。
Kinetix系列低紧急性电动机数据手册说明书
SPECIFICATIONSProduct SeriesComponent Type Motion Control Mounting, MotorBrakeFood GradeConnector, Motor EndKeyed ShaftFeedback TypeFeedback Resolution Feedback ProtocolSpeed, RatedSpeed, MaxMagnet Stack LengthFrame SizeVoltage ClassShaft SealSpecial / CustomOutput Torque, Continuous Output Torque, Peak Compatible Drive Series'Rated Power, ContinuousRotor InertiaOperating Temperature, Max Operating Temperature, Min MPL Low InertiaRotary Servo MotorFlange Mount, MetricNo Y / NNoSpeedTec DIN (Type M7)Yes Y / NAbsolute Single-turn typeSin/Cos, 128 cycles/rev resolutionHiperface protocol7000rpm7000rpm20 = 50.8mmFrame 15 / Frame 063 = 63mm size200V ACNo Y / NNo0.49Nm, continuous1.58NmKinetix 5500 (Bul. 2198)Kinetix 6200 / 6500 (Bul. 2094)Kinetix 6000 (Bul. 2094)Kinetix 300 (Bul. 2097)Kinetix 350 (Bul. 2097)Kinetix 2000 (Bul. 2093)Kinetix 7000 (Bul. 2099)Ultra 3000 (Bul. 2098)compatible0.27kW continuous1.3E-05kg m², rotor40°C max0°C min·Continuous stall torque of 0.26 to 163Nm (2.3 to 1440lb-in.)·Peak torque of 0.77 to 278Nm (6.8 to 2460lb-in.)·Integral 24V brake option·Absolute multi-turn and single-turn high resolution, incremental encoder and resolver feedback options·Low-profile, field-reversible motor connectors for minimal servo motor impact on machine design·DIN connector versions allow flexible orientation of connectors and use of a single cable family with all MP-Series motorsRepresentative Photo Only(actual product may vary based on configuration selections)MP SERIES MPL 240V SERVO MOTOR,0.49 N-M,7000 RPM1300 NHP NHP | .au | 0800 NHP NHP | MPLA1520UEJ72AA DatasheetNHP Electrical Engineering ProductsOperating Temperature, MinStorage Temperature, MaxStorage Temperature, MinRelative humidity, minRelative Humidity, MaxHumidity typeWeightIP RatingDetails, IP RatingShock Acceleration (Max.)Shock Duration (Max.)Vibration Acceleration (Max.)Vibration Frequency, Operational (Max.)0°C min70°C max-30°C min5%RH95%RHNon-condensing1.2kgIP50IP66IP50 minimum, without shaft seal; IP66 with optional shaft seal and use of environmentally sealed cable connectors20g6ms2.5g2000HzREFERENCESInstallation Guide:-User Manual:-Manufacturer Datasheet:-Manufacturer Catalogue & Product Selection:-Supplier Declaration of Conformity:-IECEx Certificate-1300 NHP NHP | .au | 0800 NHP NHP | MPLA1520UEJ72AA DatasheetNHP Electrical Engineering Products。
Kinetix Motion Control产品线的连接引导线和安装指南说明书
Packing Data Continuous Flex Brake, or Power with Brake CablesCatalog Numbers 2090-CPBM4DF-xx AF xx, 2090-UXTBMP-18S xxTopic PageAbout Continuous Flex Cables 3Installing Cables 4 Specifications, Schematics, and Connector Pinouts for Cables 62090-CPBM4DF-xxAFxx Flying Lead 72090-UXTBMP-18Sxx Flying Lead 8OverviewThis document provides general cable handling and installation information, and cable schematics with wire color and connector pinouts. This information is useful when connecting brake cables to Kinetix Motion Control products.2 Continuous Flex Brake, or Power with Brake Cables Packing DataImportant User InformationSolid state equipment has operational characteristics differing from those of electromechanical equipment. Safety Guidelines for the Application, Installation and Maintenance of Solid State Controls (Publication SGI-1.1 available from your local Rockwell Automation sales office or online at) describes some important differences between solid state equipment and hard-wired electromechanical devices. Because of this difference, and also because of the wide variety of uses for solid state equipment, all persons responsible for applying this equipment must satisfy themselves that each intended application of this equipment is acceptable.In no event will Rockwell Automation, Inc. be responsible or liable for indirect or consequential damages resulting from the use or application of this equipment.The examples and diagrams in this manual are included solely for illustrative purposes. Because of the many variables and requirements associated with any particular installation, Rockwell Automation, Inc. cannot assume responsibility or liability for actual use based on the examples and diagrams.No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or software described in this manual.Reproduction of the contents of this manual, in whole or in part, without written permission of Rockwell Automation, Inc., is prohibited.Throughout this manual, when necessary, we use notes to make you aware of safety considerations.Publication 2090-PC005A-EN-P - August 2008Continuous Flex Brake, or Power with Brake Cables Packing Data 3Publication 2090-PC005A-EN-P - August 2008About Continuous Flex CablesFlex cables have an identifiable region, the flex zone, in which the cable can flex many times without breakage. This contrasts with non-flex cables that are limited to a one-time bend.The Kinetix Motion Control Selection Guide , publication GMC-SG001, also contains specifications, as well as information on cable compatibility with specific drives and motors.Refer to these drive manuals for specific examples on how to use the cables in this document to interface between your drive and motor.These publications are available from your local Rockwell Automation sales office or online at . ResourceDescription Kinetix 2000 Multi-axis Servo Drive User Manual, publication2093-UM001 Provides mounting, wiring, andapplication-based information for a Kinetix multi-axis or an Ultra single-axis servo drive systemand its components. Kinetix 6000 Multi-axis Servo Drive User Manual, publication 2094-UM001 Kinetix 7000 High Power Servo Drive User Manual, publication 2099-UM001 Ultra1500 Digital Servo Amplifiers User Manual, publication2092-UM001Ultra3000 Digital Servo Drive Installation Manual, publication2098-IN003 or Integration Manual, publication 2098-IN005Ultra5000 Intelligent Positioning Drives Installation Manual,publication 2098-IN0014 Continuous Flex Brake, or Power with Brake Cables Packing DataInstalling CablesCables are stored and shipped in a coil, and will retain this shape unless you allow the cable to straighten itself. To straighten a cable, hang a short cable from its mid-point or lay a long cable on the floor in a straight line. Any coiling that persists in the cable should relax within the next twenty-four hours. Doing this results in a cable that is easier to install.Arcing or unexpected motion can occur if the power, brake, or feedbackcables are connected or disconnected while power is applied to the drive.Always remove power to the servo drive before connecting or disconnectingcables at the drive or at the motor.Failure to observe these safety procedures could result in personal injury ordamage to the motor and equipment.To avoid the hazard of electrical shock, ensure shielded power cables aregrounded at a minimum of one point. To prevent the build-up of electricalenergy, factory supplied power cables use one of these groundingtechniques:· The overall shield is bonded to the connector housing.· A section of the overall shield is exposed for connection to ground.· The overall shield is connected to a ground wire.If the exposed cable braid or a ground wire is present, connect it to the powercable clamp, housing, or another suitable chassis ground on the drive.Failure to observe these safety procedures could result in personal injury orequipment damage.Publication 2090-PC005A-EN-P - August 2008Continuous Flex Brake, or Power with Brake Cables Packing Data 5Publication 2090-PC005A-EN-P - August 2008You must provide the recommended installation areas, and the correct offset from features, before beginning any cable bend. Features include connectors, transitions from exposed wires to insulated areas (for example, flying leads), or exposed cable ground shields. The offset from these areas should be greater than or equal to (>1x) the cable diameter. Cable Flex Zone and Installation Areas with Bend RestrictionsDo not tightly gather or coil the excess length of a power cable. Heat isgenerated within a cable whenever power is applied. Always position apower cable so it may freely dissipate any heat.A power cable should not be coiled, except for temporary use whenbuilding or testing a machine. If you temporarily coil a power cable, youmust also derate the cable to meet local code or follow a authoritativedirective, such as Engineering Section 310.15(C) of the NEC Handbook.Failure to observe these safety procedures could result in personal injury or equipment damage.The examples in this publication show all the available connections, some ofwhich may not be appropriate for your specific installation. Refer to yourdrive installation or user manual for recommended wire trim lengths, andwiring examples appropriate to your drive and motor application.Do not connect unused wires. Unused wires may be trimmed and finished asnecessary to prevent accidental contact with other wires or wire shields, orwith a ground connection.Failure to observe these safety procedures could result in personal injury ordamage to the motor and equipment.Flex Area CPBM4DF-xxAFxx shown Installation AreaInstallation Area6 Continuous Flex Brake, or Power with Brake Cables Packing DataPublication 2090-PC005A-EN-P - August 2008Cables have a specified bend radius, and should not be bent with a radius that is tighter than the specified bend radius. General guidelines for the bend radius of a cable are listed below, however individual cables may have other restrictions:·Non-flex cables have a static or one-time bend radius of ten times (10x) the cable diameter.·Flex cables have an operational bend radius of twelve times (12x) the cable diameter.You may identify each connection on a cable by attaching a label around the outer insulation of each wire adjacent to the drive connection.Specifications, Schematics, and Connector Pinouts for Cables These specifications provide information that is useful when installing a cable. Additional specifications for each cable are available in the Kinetix Motion Control Selection Guide , publication GMC-SG001.Specifications for Continuous Flex Brake, or Power with Brake Cables Attribute ValueCatalog Numbers (1)(1)Bend radius formulas for static (10x) and operational (12x) bend radius should be applied to cables using other wire gauges.2090-CPBM4DF-xxAFxx Flying Lead, 2090-UXTBMP-18Sxx Flying Lead Wire Size16 AWG 14 AWG 10 AWG Diameter12.5 mm 13.7 mm 17.8 mm Bend Radius (2)(2)Apply the multiplier for operational (12 x dia.) and static (10 x dia.) bend radius to cables with a different diameter. Refer to the diagram to locate the areas for flex (operational), and static (installation) bend areas.•Flex Area150 mm (6.0 in.) 165 mm (6.5 in.) 214 mm (8.5 in.) •Installation Areas (3)(3)The installation areas are approximately 300 mm (12 in.) in length at both ends of the cable. Secure this area with a rigid mount that prevents the cable from flexing where it connects to other components. 125 mm (5.0 in.) 137 mm (5.5 in.) 178 mm (7.0 in.)Continuous Flex Brake, or Power with Brake Cables Packing Data 7Publication 2090-PC005A-EN-P - August 2008The schematics include wire colors, connector pinouts, and otherinformation that is useful when connecting the cable to a servo system. 2090-CPBM4DF-xx AF xx Flying LeadThis cable is available in several wire gauges and lengths. Refer to the Kinetix Motion Control Selection Guide, publication GMC-SG001, for this information and additional specifications.1Wire gauge (10, 14 or 16 AWG) and connector keying varies based on motor and power requirements. Refer to Kinetix Motion Control Selection Guide, publication GMC-SG001, for additional information.required.ToDrive (Heatshrink insulateswire-to-wire connections.)Publication 2090-PC005A-EN-P - August 2008PN-26580Copyright © 2008 Rockwell Automation, Inc. All rights reserved. Printed in the U.S.A.Allen-Bradley, Kinetix, Rockwell Automation, Ultra1500, and Ultra 5000 are trademarks of Rockwell Automation, Inc.Trademarks not belonging to Rockwell Automation are property of their respective companies.2090-UXTBMP-18S xx Flying LeadThis cable is available in several wire gauges and lengths. Refer to the Kinetix Motion Control Selection Guide, publication GMC-SG001, for thisinformation and additional specifications.360°ToDrive。
Kinetix TLC 精巧型伺服馬達安裝指南说明书
安裝指示Kinetix TLC 精巧型伺服馬達型號 TLC-A046010、TLC-A070020、TLC-A070040、TLC-A090075關於 Kinetix TLC 伺服馬達Kinetix® TLC 精巧型伺服馬達已經過測試與驗證，與 Kinetix 5100 伺服驅動器達到最佳效能，並有選配的 24V DC 維持煞車。
在從貨運公司手中接受貨物前，您應負責檢查器材。
請依據採購單核對您將收件的項目。
若有運送造成的毀損或遺失的項目，須立即告知承運商。
請於環境規格 (第2 頁)所述的範圍內潔淨乾燥之處存放或運作馬達。
產品型錄編號說明主題頁碼 主題 (續)頁碼 關於 Kinetix TLC 伺服馬達 1 馬達安裝 6 產品型錄編號說明 1 馬達負載力額定值7 環境規格2馬達尺寸8 安裝馬達之前 3 扭矩速度曲線9安裝電纜5其他資源10注意事項：為了避免造成人員受傷與馬達損壞，請勿利用馬達轉軸或馬達纜線 (如有) 抬起或搬動馬達。
•轉軸上的蓋子可能會鬆動，這會使馬達掉落。
•馬達電纜上的壓力會造成電力與訊號連線中斷。
原廠選配A = 標準 (無軸密封)煞車2 = 無制動器4 = 24V DC 制動閘軸鍵J = 軸鍵接頭A3 = 矩形接頭，具有 0.3 m (1 ft.) 馬達電纜額定功率 010 = 100 W 020 = 200 W 040 = 400 W 075 = 750 W框架尺寸 – 螺栓圈直徑 (BCD)046 = 46 mm 070 = 70 mm 090 = 90 mm 電壓類別A = 200 V系列TLC = Kinetix 多功能伺服馬達，已針對 Kinetix 5100 伺服驅動器的額定值進⾏最佳化。
回授N= 22 位元/反轉；增量編碼器；無電池備用TLC -A xxx xxx - x x xx x xKinetix TLC 馬達由韌體版本為 4.001 或更新版本的 Kinetix 5100 伺服驅動器支援。
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基于 SERCOS 接口实现集成运动控制的多轴驱动器系列，包括 IAM ( 整流单元 ) 模块和 AM ( 逆变单 元 ) 模块，并且采用安全关断控制机制。
旋转运动 直线运动
使用 Motion Analyzer 软件
Motion Analyzer 软件是一款全面的测量工具，用于 Kinetix 运动控制系统的分析、优化、选型及验证。给定任何驱动 器和兼容的电机 / 执行器后， Motion Analyzer 软件将提供相关数据以确定适合应用项目的最佳驱动器和电机 / 执行 器组合。
合并为一个系统后，即可提供经济实用的运动控制解决方案，并为您带来在当今行 业竞争中致胜所需的高性能和可扩展性。 Kinetix 350 结构紧凑，所需的面板空间更 少，连接非常简单。此外，在整个机器产品系列中，各集成产品之间代码可重复使 用，降低了您的安装和调试时间。
本出版物的第 10 页 和第 71 页以及 Kinetix Servo Drives Specifications
• 后 U 形夹安装：所有表面都涂有环氧涂层，包括 U 形夹安装件，它在支 轴点和磨损点装有不锈钢垫片。
新品的框架尺寸为 83 mm，行程长度更短，仅为 76.2 mm (3.0 in.)。
Data (Kinetix 直线运动产 品技术参数数据，出版 号：GMC-TD002)。
此次改进还新增了 Bulletin MPAI ( 框架 144) 电动缸。这些执行器可用于标准和食品级 涂层滚珠丝杠配置中，将最大进给力额定值和系统连续堵转力额定值分别增大到了 14,679 N (3300 lb) 和 13,122 N (2950 lb)。
其它产品选件可通过我们的第三方产品引荐计划 Encompass™ 进行选择。如需了解更多关于 Encompass 计划的信 息，请参见 /encompass。
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Kinetix 运动控制
Kinetix 集成运动控制
Kinetix 集成运动控制产品是 Rockwell Automation® 集成架构系统的组成部分。集成架构系统将大量高性能产品融合 在一起，这些产品均已集成到 RSLogix™ 5000 软件中，因而可以大大简化并增强机器的设计、操作和维护工作。 基于 EtherNet/IP 网络的集成运动控制采用来自 ODVA 的 CIP 运动控制和 CIP 同步技术，所有功能均基于通用工业协 议 (CIP) 构建。符合全球标准，有助于确保一致性和互用性。借助未经修改的标准 EtherNet 网络，您能够高效地管理 实时控制与信息流，从而更好地实现全厂最优化，做出更明智的决策以及获得更出色的业务绩效。驱动器、 I/O 及 其它 EtherNet/IP 兼容设备之间的时间同步性能有助于满足最具挑战的应用要求。 基于串行实时通讯系统 (SERCOS) 的集成运动控制是一种采用具有抗扰性的光缆的控制器 / 驱动器接口。控制器和驱 动器之间使用单个光纤环网作为唯一接口。它代替了成本高昂的命令与反馈接线，可有效缩短安装时间并降低接线 成本。可通过 SERCOS 接口提供高级诊断功能和过程报告。 借助 Kinetix 集成运动控制，您可实现 Allen-Bradley® Logix 控制器 (ControlLogix® 和 CompactLogix™)、高性能网络 (EtherNet/IP 和 SERCOS) 与大量 Allen-Bradley 交流和伺服驱动器、直线电机和旋转电机以及线性执行器选件之间的无 缝集成，享受它们带来的便利。 RSLogix 5000 软件提供了大量的成套高级运动控制工具，可提供编程、组态、调 试、诊断和维护支持。采用基于产品目录号的组态方式，使得运动控制系统的调试变得更加快捷简单，另外，还有 内容丰富的运动控制指令库，能够为各种应用提供所需的功能。 Kinetix 集成运动控制系统包含多种伺服驱动器、电机和执行器系列产品，可用于单轴和多轴应用。这些系统包括：
Kinetix 运动控制选型指南
旋转伺服电机 直线电机
线性执行器
伺服驱动器 Logix 运动旋转运动 Kinetix 直线运动 Kinetix 伺服驱动器 Kinetix 运动附件
Kinetix 6000 和 Kinetix 6200/6500 驱动系统 Kinetix 300/350 驱动系统 Kinetix 3 驱动系统
罗克韦尔自动化还有更多产品和选件供选择，本选型指南中未一一列出。如需更多产品信息，请参见封面、 第 14 页上的其它资源以及本选型指南各处的文档链接。
选择最终产品过程中如需帮助和验证，可考虑使用 Integrated Architecture™ Builder 工具，其下载地址为 /en/e-tools/configuration.html
内容
页码
介绍 Kinetix® 集成运动控制、本选型指南的使用流程以及与产品选型和技术参数的其它资源相关 的信息。
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旋转运动设备、直线电机、线性执行器和伺服驱动器的产品对比表
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基于 SERCOS 接口实现集成运动控制的模块化多轴驱动器系列。驱动系统包括 Bulletin 2094 电源模 块和安全速度或安全转矩关闭控制模块。
Technical Data (Kinetix 伺服 驱动器技术参数数据， 出版号 GMC-TD003)。
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选择 Kinetix 运动控制系统
典型的运动控制系统需要从数类 Allen-Bradley 运动控制产品中选择。
Kinetix 运动控制
Kinetix 伺服驱动器
电机电缆、接口电 缆、连接器套件和 其它驱动器附件。
准安装方式可供选择：
• 前面安装：除了机加工的铝面安装表面以外，所有表面都涂有环氧涂 本出版物的第 9 页
层，可直接安装或使用可选的不锈钢前法兰进行安装。面安装表面采用 以及 Kinetix Linear Motion
316 型不锈钢防尘圈密封扣环进行连接，消除了容易积尘的缝隙。
Specifications Technical
• 伺服驱动器，功率范围介于 50…149 kW 之间。 • 可选的 SERCOS 接口或 EtherNet/IP 网络。 • 各种旋转电机、旋转式直接驱动电机、直线电机和线性执行器 / 直线运动平台。
- 电机可提供最低 0.10 N•m (0.85 lb•in)、最高 955 N•m (8452 lb•in) 的连续转矩。 - 线性执行器可提供最高 14,679 N (3300 lb) 的峰值力。 • 采用智能电机技术，可实现自动电机识别，便于快速实施配置和调试。 • 使用单个软件包 RSLogix 5000 提供驱动器配置、编程、调试、诊断和维护全套支持。 • 具备强大的在线运动控制工具，包括实时数据趋势、图形化的 PCAM 和 TCAM 曲线编辑器、自动和手动传动 参数整定以及高级驱动器诊断功能。 • 采用自动设备更换 (ADR) 技术，实现驱动器 / 电机 / 执行器的即插即用。 • 全面的运动控制应用测量工具 - Motion Analyzer 软件，用于 Kinetix 运动控制系统的分析、优化、选型及验证。
整定仿真 - 该款工具可用于预测机器在实际情况下的性能。在 RSLogix 5000 软件中模拟一个轴的整定工作 ( 包括自整 定 ) ，然后仿真负载、电机以及驱动器的行为。为了获得真实的仿真效果，还将考虑机械顺从性或反冲特性。
电机速度反馈 ( 电机转数 / 秒 ) 负载速度反馈 ( 电机转数 / 秒 )
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Kinetix 运动控制
核心控制单元平台
对于提供低成本独立式机器的机器制造商而言，罗克韦尔自动化机器解决方案中的核心控制单元是首选的控制解决 方案。核心控制单元解决方案能够提供 “ 刚好足够的 ” 控制来满足机器和最终客户的需求，同时还能提高运行效 率。工程和应用工具集则使得设计和安装工作更简便，同时丰富的组件级产品还带来了出色的互操作性。
转矩反馈 % RMS = 48.4%
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Kinetix 运动控制
Motion Analyzer 软件特性
Motion Analyzer 软件可促进机器设计及研究过程，使其更加快速、简单而准确。 Motion Analyzer 软件基于事实提供 决策路径和设计优化方法，使机器制造商能够：
• 降低运动控制系统设计风险。 • 缩短从机器设计到发货的时间。 • 优化运动控制系统的成本及规模。 • 增强机器性能和可靠性。 • 创建物料清单。 Motion Analyzer 软件涵盖各种 Kinetix 运动控制产品和特性。 MP 系列电动缸 - 提供现成的直线运动控制，无需通过搜索目录查找适用的滚珠丝杠、同步带、滑轮和轴承。不用输 入任何机械数据，只需输入负载信息和运动曲线。输出还包括 L10 寿命评估。
Kinetix 运动控制
目录
主题 Kinetix 运动控制 产品特性对比 Kinetix 6200 模块化伺服驱动器
Kinetix 6500 模块化伺服驱动器
Kinetix 6000 多轴伺服驱动器 Kinetix 300 EtherNet/IP 分度 伺服驱动器 Kinetix 350 单轴 EtherNet/IP 伺服 驱动器 Kinetix 3 组件级伺服驱动器
Kinetix 3 组件级伺服驱动器便为生产大量低成本设备的机器制造商提供了适合的运动控制解决方案。该组件级伺服 驱动器可针对应用项目提供适当的控制级别，而不会增加复杂程度。系统可接收 MicroLogix™ 或 Micro800™ 控制器 的串行命令，或者直接离散接线到传感器或控制器以及 TL 系列低惯量电机。
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基于 EtherNet/IP 网络的单轴分度驱动器系列和 Bulletin 2097 驱动器附件。 71
基于 EtherNet/IP 网络实现集成运动控制的单轴驱动器系列和 Bulletin 2097 驱动器附件。