Sinamics S120 快速入门
西门子SINAMICS S120 介绍与使用

14
Automation and Drives
Sinamics S120 DC/AC DRIVE-CLiQ 节点
运动控制器
Sinamics S120
产品概述 主要特点 DC/AC 单元 AC/AC 单元
SMC20 SMC30
选型及价格比较
数字量输入/输出
8个数字量输入通道 8个数字量输入输出双向通道, 其中4路为快速输入通道 DC 24 V 供电
4个DRIVE-CLiQ端口
电源模块 电机模块 端子模块 直接测量系统
1 个选件插槽
可用来插接一个端子模 板或通讯模板(例如TB30 或CBC10)
快速闪存卡插槽 4 个针端发光二极管 4个直接测量触点 基本操作面板BOP RS232/485 端口
运动控制器
Sinamics S120
直流回路的适配器
用于多排结构
直接供电
产品概述 主要特点 DC/AC 单元 AC/AC 单元 选型及价格比较
2DC
Motor Modules
2DC
Motor Line Module Modules 3AC
Motor Modules
直流回路的适配器提高母线的配置的灵活性
SINAMICS概述
SINAMICS 是西门子公司新一代的驱动产品,它将逐步
取代现有的MASTERDRIVES SIMODRIVE 系列的驱动系
统。SINAMICS 系列中SINAMICS S120 是集V/F 控制、矢 量控制、伺服控制为一体的多轴驱动系统,具有模块化的设 计。各模块间(包括控制单元模块、整流/回馈模块、电机模 块、传感器模块和电机编码器等)通过高速驱动接口DRIVECLiQ 相互连接。
西门子SINAMICS S120 介绍与使用

下面将从以下方面讲述: SINAMICS 基本概述
SINAMICS S120主要硬件概述
BOP20面板的介绍 SINAMICS S120 项目的创建
SINAMICS S120 调试
HMI、S7-300 与SINAMICS S120 的连接
开头语
大家好! 下面我给大家讲一下西门子sinamics s120的 组成部分与在现场的应用。西门子sinamics s120是西门子公司最近几年新更新的变频器 版本,比masterdrive 6se70、mm440技术更 先进了。在原有变频器的电流环、速度环又 增加了位置环。
电机模块从直流母线取电,驱动电机
May.2006 Gu Hexiang, SLC A&D MC PM
12
Automation and Drives
Sinamics S120 DC/AC 母线安装
运动控制器
Sinamics S120
简单而可靠的插入式连接器 简单的直流连接母线排
24 V 端子
产品概述 主要特点 DC/AC 单元 AC/AC 单元 选型及价格比较
模块化的设计,可以为用户量身定制解决方案
May.2006 Gu Hexiang, SLC A&D MC PM
8
Automation and Drives
Sinamics S120 DC/AC CU320
运动控制器
Sinamics S120
产品概述 主要特点 DC/AC 单元 AC/AC 单元 选型及价格比较
电源 模块 电机 模块 电机 模块
24 V 跳线 直流母线
24 V 直流母线
直流连接桥
西门子SINAMICSS120Startdrive入门指南

西门子SINAMICSS120Startdrive入门指南SINAMICS S120 Startdrive是西门子公司推出的一款先进的驱动器系统。
它提供了一系列功能强大的工具和功能,使用户能够方便地配置、安装和操作驱动器系统。
本文将介绍SINAMICS S120 Startdrive的基本概念、安装步骤以及常见配置和操作。
SINAMICS S120 Startdrive的基本概念SINAMICS S120 Startdrive驱动器系统由三个主要部分组成:控制单元、电机模块和电机。
控制单元用于配置和监控驱动器系统,电机模块用于控制电机运行,电机则是被控制的设备。
Startdrive软件是配置控制单元和电机模块的关键工具。
安装步骤2.连接硬件设备。
将电机模块和控制单元通过适当的电缆连接起来。
确保连接正确,并确保电源和其他电气连接正常。
3. 配置控制单元。
打开Startdrive软件,并建立与控制单元的连接。
然后,根据实际情况配置控制单元的参数,如通信设置、保护设置等。
4.配置电机模块。
选择要配置的电机模块,并设置适当的参数。
这些参数包括电机的额定功率、电流限制、启动和停止方式等。
5.测试和调试。
在安装完成后,进行测试和调试以确保电机模块和控制单元之间的通信正常,并确保电机能够按照预期运行。
常见配置和操作1.配置运行模式。
根据实际应用需求,选择适当的运行模式。
常见的运行模式包括速度控制模式、位置控制模式和扭矩控制模式。
在配置运行模式时,可以设置相关参数,如速度限制、位置限制等。
2.配置保护功能。
为了确保电机的安全运行,可以配置各种保护功能,如过流保护、过压保护、短路保护等。
这些保护功能可以提高系统的可靠性,并防止电机因不良运行而受损。
3. 配置通信接口。
Startdrive软件支持多种通信接口,如RS485、以太网等。
可以根据实际需求选择适当的通信接口,并进行相应的配置。
4. 监控和故障排除。
Startdrive软件提供了实时监控和故障排除功能,可以实时监测电机的运行状态,并在出现故障时提供相应的报警信息。
SINAMICS S120调试手册

Sinamics S120 调试指南 2006,11 版
-1-
西门子(中国)有限公司
自动化与驱动集团
运动控制部
Sinamics S120 系列丛书
Sinamics S120 调试指南
4.2.1 DP 地址设定 ....................................................................................................................26 4.2.2 DP 报文设置 ....................................................................................................................27 五、通过 Slave to Slave 方式实现各从站之间通讯...............................................................38 5.1 在 Step 7 中项目组态.......................................................................................................39 5.2 从站参数配置...................................................................................................................39 5.3 激活 Slave to Slave 功能..................................................................................................41 5.4 在 Step 7 中使用 SFC14,15 读写 7# 站数据...................................................................41
SINAMICS S120 单轴和多轴驱动系统说明书

SIMOCRANE meets SINAMICSThe SINAMICS S120 offers the optimum system for each and every drive application – and all of the drives can be engineered, parameterized, commissioned and operated in a standard way.This system represents an entry-level solution for AC/AC single-axis drives and coordinated AC/DC drives for multi-axis applications, making it the perfect basis for simple and more sophisticated crane applications in all industrial sectors.Modular SolutionSINAMICS S120 includes single-axis (AC/AC drive system) as well as multi-axis (DC/AC drive system) configurations. Both systems have a modular design.The AC/AC drive system comprises a Control Unit (CU 310-2) and Power Module (PM) for the power range from 0.55 kW to 250 kW. The DC/AC drive system includes a Line Module, a Control Unit (CU320-2) and Motor Module for the power range from 1 kw to 800 kW. Active Line Modules return regenerative energy to the supply system. SIMOCRANE functions can be applied modularly on de-mand. SIMOCRANE Drive-Based Technology can be used with optional SIMOCRANE Drive-Based Sway Control. Integrated SafetyAs in SINAMICS, the crane smart features are supplemented by integrated safety functions. These support the simple implementation of innovative safety concepts which conform to standards. Safety functions are fully integrated in the control system preventing damage to crane, load and surrounding objects or people. All basic functions are license-free. The Safety Integrated Extended Functions require the optional license for each drive.Smart functionsLoad sag prevention, smart slow-down, fine manual positioning, adaptive speed to operate at peak performance are smart features of SIMOCRANE Drive-Based Technology. Sensorless sway control is an add-on highlight of SIMOCRANE Drive-Based Sway Control. All intelligence are embedded in SINAMICS drives.Simple startupVia Basic Operator Panel (BOP20) or even Web Browser, commissioning can be started by using the ‘Ready-to-Run’ solution without any engineering effort.In case of ‘Ready-to-Apply’, the crane functions are config-ured automatically by simply selecting the axis and the set value.The crane functions are integrated in the drive parameter-ization. The parameterization is individually adaptableusing the STARTER software or BOP20 or web browser. Cranes | SIMOCRANE in SINAMICS********************Applicationsupport:***********************************SIMOCRANE Drive-Based Crane Technology (DBT)SIMOCRANE in SINAMICS:Simple, flexible and fast commissioning/cranesSimple – low engineering effortThe drive-based functionality for crane applications is implemented in two software solutions: SIMOCRANE Drive-Based Technology and SIMOCRANE Drive-Based Sway Control.Both technologies are integrated in the SINAMICS drive system and provide the function blocks needed to control the motions of crane drives. By using pre-configured standard applications for hoist, trolley or gantry, the function blocks are easily integrated into the drive control, resulting in shorter engineering time and fewer commissioning costs.Using standard applications (“ready-to-run”) and simple adaptation (“ready-to-apply”) to start up a crane drive, only basic knowledge of the SINAMICS drive system is required. The software commissioning tool STARTER used by SINAMICS can be used unchanged.Fast – increase productivityLoad-dependent field weakening for hoist applications is a functionality integrated in SIMOCRANE Drive-Based Technology. Compared to operating at full load, this solution automatically increases the maximal speed for lifting and lowering as a function of the current load. With this functionality, a lift cycle with partial-load and no-load is even faster, increasing the cranes’ productivity.With SIMOCRANE Drive-Based Sway Control, the load sway is damped during trolley or gantry traveling. Without the load sway, a faster and easier traveling and positioning of the load is possible. The sway damping is integrated in the movement. No additional waiting time or additionaloperation for damping the load sway is necessary.SIMOCRANE in SINAMICS | CranesFor both single-axis and multi-axes solutionSIMOCRANE Drive-Based Technology V1.0 SP2 HF1Ordering number: 6GA7270-1AA20-0AA0SIMOCRANE Drive-Based Sway Control Manual mode Ordering number: 6GA7280-1AA10-0AB0Single-axis solutionMulti-axis solutionSIMOCRANE Drive-Based Sway ControlManual mode and Positioning Ordering number: 6GA7280-1AA20-0AB0SIMOCRANE Drive-Based Sway Control Manual mode Ordering number: 6SL3077-6AA00-2AB0SIMOCRANE Drive-Based Sway ControlManual mode and Positioning Ordering number: 6SL3077-6AA00-3AB0For hoist applications, an encoder is requested for safety reasons and for providing pendulum length to cross travel (trolley) and long travel (gantry).For sensorless sway control, no encoder is required in manual operation. Only for positioningoperation encoders are required fortrolley and gantry.For more information, refer to catalog D21.4 (Chapter 7).• Performance Manual Mode: n = 2740 RPM, ramp-up time = 2 s Pendelum length = 2.27 mResidual sway = 1 mm at standstill speed 20 RPM Residual sway = 0 mm at standstill speed 0 RPM • Crane ConfigurationConfiguration with 3 single-axis drives, controlled via onboard I/O of SINAMICS Control Unit (CU310-2)• Hoist, Trolley or GantryPre-configured application for hoist or trolley or gantry. Easy installation: the commissioning can start with low engineering effort• Power RangeThe SINAMICS AC/AC single-axis drives cover the power range from 0.55 kW to 250 kW• Drive-Based TechnologyProvides crane-specific functions: prevents load sag and uses adaptive speeds. Smart slow-down on all axis• Drive-Based Sway ControlCan damp sway in manual operation for trolley and gantryApplication: fast and easy control solution for single-axis control requirementsThe Ready-to-Apply solution is a standard application example with a mask for users to select the configu-ration of each required axis.After selection, the required files are generated automatically.PROFINET communication combines the field bus and Ethernet advan-tages. Configuration easily adaptable to be fine-tuned for enhancedproductivity.Application: comprehensive control solution for multi-axis control requirements• Crane Controlby PLC via PROFINET communication• Performance Positioning Mode v = 20 m/min, ramp up time = 3 Pendelum length = 7.9 mDistance = 7 m, time = 32.18 s, precision = 1mm Residual sway = 0.47mm• Crane ConfigurationSINAMICS S120 topology with multi-axis drives with regenerative Line Module, Motor Modules and Control Unit (CU320-2)• Power RangeSINAMICS DC/AC multi-axis cover the power range: 1.6 kW to 800 kW• CommunicationThe ProfiSafe telegram enables the SINAMICS integrated safety function by PROFINET communication• Drive-Based TechnologyCrane-specific motion control functions for hoist, short travel and long travel• Drive-Based Sway Controlis added to short travel and long travel for sway damping in manual and positioning modeFor more information, refer to catalogue D21.4.。
西门子SINAMICS S120 Startdrive 入门指南

4 Startdrive 组态工具 ....................................................................................................................... 37
4.1 4.1.1 4.1.2
1.7
附加信息 ..................................................................................................................... 18
1.8
OpenSSL 的使用 .......................................................................................................... 20
1.9
文档目标 ..................................................................................................................... 21
1.10
基本数据保护准则 ....................................................................................................... 22
4.3
操作界面 - 控制面板 .................................................................................................... 51
Sinamics S120 培训教程

SINAMICS S120介绍主要内容SINAMICS 基本概述SINAMICS S120主要硬件概述BOP20面板的介绍SINAMICS S120 项目的创建SINAMICS S120 调试HMI、S7-300 与SINAMICS S120 的连接SINAMICS概述SINAMICS 是西门子公司新一代的驱动产品,它将逐步取代现有的MASTERDRIVES SIMODRIVE 系列的驱动系统。
SINAMICS 系列中SINAMICS S120 是集V/F 控制、矢量控制、伺服控制为一体的多轴驱动系统,具有模块化的设计。
各模块间(包括控制单元模块、整流/回馈模块、电机模块、传感器模块和电机编码器等)通过高速驱动接口DRIVE-CLiQ相互连接。
变频传动型号的说明:例:6SL3 720-1TE 36-1 A A0-Z说明:1. 6SL3:SINAMICS2. 7:Cabinet(1,2=Booksize;3=Chassis)3. 2:Motor Module(1=AC/ACunit;3=Line Module)4. 0:air-cooled(5:Liquid-cooled)5. 1: 基本整流(6,7)6. E:电压等级(H)7. 36-1:output A8. AA0-Z:版本SINAMICS S120主要硬件概述:SINAMICS S120主要硬件包括以下组成部分主要硬件包括以下组成部分:1、CU3202、BLM/SLM/ALM3、MOMO4、SMC5、SITOP PS6、其它组件1、CU320:Control Unit CU320 硬件结构图2、BLM/SLM/ALM(1)BLM:basic line module基本整流单元。
只能整流(2)SLM:Smart line module。
可能量回馈,但不可控。
(3)ALM :Active line module。
能进行能量回馈,且可控。
3、MOMO:Motor module 逆变单元。
Siemens SINAMICS G120 S120 电机驱动器操作手册说明书

Dimensions, Drill patterns, Fixings
Width
Depth with CU
Lifting FSG Lifting FSD, FSE, FSF
OP
b
Compact Operating Instructions
FSD, FSE Mounting shielding plate
h
Shiel d plate
Depth Edition: 05/2021
only with filtered units
2
23 Nm
Frame sSize
FSD
Distances (mm) *) Air flow Above Below Front
300 350 100
Fixings
Torque Screw (Nm)
1
3 Nm
3
3 Nm
2
only with filtered units
FSF, FSG
1
Mounting shielding plate, FSF
3 Nm
SINAMICS G120/S120 Power Module, PM240-2/PM240P-2, FSD, FSE, FSF, FSG
Removing covers
rated motor current: 50 % … 150 % of the rated converter output current.
1) Increasing the pulse frequencies leads to an output current reduction. For more details, refer to the Hardware Installation Manual.
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DC 24 V 供电
2个以太网口
2 个 Profibus 接口
同样,SIMOTION D435 也通过 DRIVE-CLiQ 接口与 SINAMICS S120 的其它模块进行数据交换。通过外扩 CU320,一个 SIMOTION D435 最多能控制 64 个轴。
-1-
SINAMICS S120 快速入门
1.2 SINAMICS CU320 与 SIMOTION D435 的硬件结构
第四章 Sinamics S120 项目的创建 ....................................................................................23 4.1 项目创建前的准备工作 .............................................................................................23 4.2 用 STARTER 离线创建项目 .....................................................................................23 4.3 用 STARTER 在线创建项目 .....................................................................................35 4.4 用控制面板(Control Panel)控制电机 ..................................................................43
第三章 工程工具软件 STARTER 与 SCOUT .......................................................................21 3.1 STARTER 与 SCOUT 软件介绍...............................................................................21 3ห้องสมุดไป่ตู้2 系统要求...................................................................................................................21 3.3 软件安装注意事项 ....................................................................................................22
快速闪存卡(CF卡)插槽
Profibus DP 地址拨码 及
基本操作面板(BOP)
4 个诊断发光二极管 4个测量触点 RS232/485 端口
1.2.2 SIMOTION D435 硬件结构图
数字量输入/输出 8个数字量输入DI通道 8个数字量输入输出DI/DO双向
通道,其中4路位快速输入通道
第五章 SINAMICS S120 调试 .............................................................................................47 5.1 用操作盒来控制电机的运转......................................................................................47 5.2 电机动态特性的调试.................................................................................................49
SINAMICS S120 快速入门
第一章 硬件介绍及驱动系统的典型结构
1.1 SINAMICS S120 与 SIMOTION D435 硬件概述
SINAMICS 是西门子公司新一代的驱动产品,它将逐步 取代现有的 MASTERDRIVES 及 SIMODRIVE 系列的驱动系 统。SINAMICS 系列中的 SINAMICS S120 是集 V/F 控制、矢 量控制、伺服控制为一体的多轴驱动系统,具有模块化的设 计。各模块间(包括控制单元模块、整流/回馈模块、电机模 块、传感器模块和电机编码器等)通过高速驱动通讯接口 DRIVE-CLiQ 相互连接。
第六章 HMI、S7-300 与 SINAMICS S120 的连接...............................................................57 6.1 准备所用硬件并做网络连结......................................................................................57 6.2 网络地址的设置 ........................................................................................................58 6.3 项目创建...................................................................................................................58 6.4 为 SINAMICS S120 演示装置做配置........................................................................64 6.5 为 TP170 B 编辑相关的操作控制画面......................................................................65 6.6 为 PLC 编写通讯及控制连锁程序 .............................................................................66
SINAMICS S120 的核心控制单元 CU320 可以控制多达 4 个矢量轴或 6 个伺服轴,可以完成比较简单的工艺任务。但 是对于要求复杂的运动控制任务,就需要使用功能强大的 SIMOTION D 控制系统模块来替代 CU320 控制单元。
作为运动控制系统,SIMOTION 将逻辑控制、运动控制 (定位、同步等)以及工艺控制(压力、温度控制等)集中在 同一个系统中。SIMOTION 提供了三种硬件平台:
1.2.1 CU320 硬件结构图
数字量输入/输出 8个数字量输入DI通道 8个数字量输入输出DI/DO双向
通道,其中4路位快速输入通道
4个DRIVE-CLiQ端口 电源模块 电机模块 端子模块 直接测量系统
DC 24 V 供电
1 个选件插槽 可用来插接一个端子模 板或通讯模板(例如TB30 或CBC10)
• 控制器平台,SIMOTION C; • 驱动器平台,SIMOTION D; • PC 平台,SIMOTION P。 同一个控制程序可以在任意一种平台上运行。其中, SIMOTION D 是基于 SINAMICS S120 驱动平台的驱动系统, 从而使其成为一个极其紧凑同时具有强大控制功能驱动控制系 统。SIMOTION D 具有若干种规格,具有不同的性能,其中 SIMOTION D435 适用于中等规模的应用。它带有两个具有时 钟同步的 PROFIBUS 接口以及两个以太网口。
目录
第一章 硬件介绍及驱动系统的典型结构 ................................................................................1 1.1 SINAMICS S120 与 SIMOTION D435 硬件概述 ........................................................1 1.2 SINAMICS CU320 与 SIMOTION D435 的硬件结构..................................................2 1.3 驱动系统的典型结构...................................................................................................3