Siemens Sinamics G120P Instruction Manual
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Siemens Sinamics G120P Instruction Manual

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  • Page 1 SinamicS G120P www.siemens.com...
  • Page 2 System configuration required for commissioning STARTER software • Processor with min. 1 GHz (dual core recommended) • 1024 MB RAM (2048 MB recommended) • 3GB free HDD space • Graphics card (min. 256 MB memory recommended) • Screen resolution: 1024 x 768 pixels •...
  • Page 3 SinamicS G120P Training Booklet The interactive training booklet is a comfortable and easy to understand introduction to the SINAMICS G120P converter. 04/2012...
  • Page 4 The components listed below are presented in this booklet. To test your knowledge on the actual product, you have the choice between ordering the following alternatives: Training case Product Order No. • SINAMICS G120P case* A5E03828108 Single components Product Order No.

  • Page 5: Safety Instructions

    Safety instructions Validity These instructions apply to the following converter: Product SINAMICS G120P Prerequisites You are proficient in working with the Microsoft® Windows™ operating system. You have a good understanding of the principles of electronics and electrical engineering. Warning Dangerous currents and voltages! The equipment contains dangerous voltages and controls potentially dangerous rotating mechanical parts.
  • Page 6 Welcome to the SinamicS G120P Tutorial for First Time Users. This tutorial will help you to simply and quickly get to know the converter. We’ll take you step by step through installation, setting parameters and initial commissioning. We recommend that you work through...

  • Page 7: Table Of Contents

    Converter SINAMICS G120P 08 – 23 1.1 Components Power Module Control Unit Operator Panel 2 (BOP-2/IOP-2) 1.2 Mounting and wiring Power Module Control Unit Wiring the control terminals in the CU230P-2 Wiring examples Operator Panels (BOP-2/IOP-2) Operator Panels BOP-2 and IOP-2 24 –...
  • Page 8 This chapter introduces the low-voltage SinamicS G120P converter. You will learn about the main components, its structure and obtain some practical tips about assem- bling and wiring of the frequency converter.
  • Page 9 Converter family SinamicS G120P 3AC 400V 0,37kW – 90kW (IP55) 3AC 400V 0,37kW – 75kW (IP20)
  • Page 10 1.1 components The SINAMICS G120P converter has a modular design It comprises three basic components: The Power Module supplies The Control Unit controls and power to the motor monitors the Power Module Converter family SINAMICS G120P: Components...
  • Page 11 The Basic Operator Panel (BOP-2) or With a computer, a USB-cable and the the Intelligent Operator Panel (IOP-2) STARTER commissioning software you are used to operate and monitor the can also set parameters, operate and converter monitor the converter Each Control Unit can be freely combined with each Power Module.

  • Page 12: Power Module

    0.37 kW up to 90 kW (75kW for IP20). The power modules are available in both IP20 and IP55. IP20 Rating plate Power connectors Motor connectors PE terminals Equipotential bonding IP55 Please check the rating plate to make sure that the power module also meets your require- ment specifications. NOTE Converter family SINAMICS G120P: Components...

  • Page 13: Control Unit

    Control Unit There are various designs for the Control Units. They differ primarily in terms of different field bus inter- faces. This tutorial will use the example of the CU230P-2 HVAC / BT Control Unit. It offers Modbus RTU, BACnet MS / TP and USS as field bus interfaces. Rating plate DIP switch for analog inputs DIP switch for fieldbus address...
  • Page 14 Seven operating buttons Graphic display Display Navigation wheel Release catch Five operating buttons Threaded inserts for door mounting USB connection (for firmware and language pack updates) RS232 connector RS232 connector Product rating label Product rating label Converter family SINAMICS G120P: Components...
  • Page 15 1.2 mounting and wiring Before starting, check to ensure the following conditions have been met: • All required components, tools and small parts are available • All required cables and conductors have been routed / installed in accordance with specifications •...
  • Page 16 Wiring the motor • Unscrew the cover of the terminal box on the motor (the inside cover of Siemens’ motors illustrates the wiring for star and the delta connections) • Remove the jumper bars from the connecting block and loosen the screws •...
  • Page 17 Motor cables are sources of inter- ference. This means that you must use shielded cables in order to meet the corresponding elec- tromagnetic compatibility specifi- cations. The cable lengths that are actually possible depend on the following: ‒ Operating environment ‒...
  • Page 18 The wire is now firmly attached. • To release the wire gently press a screw driver onto the lever • Remove the wire • Withdraw the screwdriver from the terminal Wiring example of CU230-P-2 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 19 Wiring the control terminals in the CU230P-2 The CU230P-2 comes with an extensive range of I/O. 6 digital inputs, 3 digital outputs, 4 analogue inputs – 2 of those for LG-Ni1000 or Pt1000 Sensors and 2 analogue outputs are standard. In the factory settings, some of the I/O are preconfigured to adress common requirements (see diagramm on the next page).
  • Page 20 20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 21 Standard I/O with analog setpoint (factory setting) Output current (0..20 mA) DIP switch for AI0 Control and AI1 (terminals system 3/4 and 10/11) 0-10V Speed (0..20 mA) Alarm Fault GND / DI COM ON / OFF Reverse Acknowledge Operation 1 / 7...
  • Page 22 20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 23 General purpose application • Macro 101 • Setpoint via a 0...10 V signal • Analog setpoint can be overridden with 4 fixed speeds • Flying restart and automatic restart are activated • Essential service mode (in the event of fire) Output current (0..20 mA) DIP switch for AI0 Control...
  • Page 24 20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 25 Pump delta P control • Macro 104 • Differential pressure is controlled by the integrated PID controller • Flying restart and automatic restart are activated Output current (0..20 mA) DIP switch for AI0 Pressure sensor and AI1 (terminals 0-10 V, e.g. 3/4 and 10/11) QBE64-DP4 Speed (0..20 mA)
  • Page 26 20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 27 Stairway pressurization (ESM) • Macro 104 • Central fire alarm system starts the fan • Pressure control, e.g. in a stairwell, in order to keep escape routes clear • Flying restart and automatic restart are activated Output current (0..20 mA) DIP switch for AI0 Pressure sensor and AI1 (terminals...
  • Page 28 20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 29 Pressure-controlled supply fan + ESM fixed speed • Macro 105 • Pressure in the air duct is regulated by the integrated PID controller • Flying restart and automatic restart are activated • Essential service mode (in the event of fire) with fixed speed Output current (0..20 mA) DIP switch for AI0 Pressure sensor...
  • Page 30 20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 31 Cooling tower fan (active temp. sensor) + hibernation mode • Macro 106 • Control of the cooling tower fan based on the temperature of the cooling water • Hibernation • Temperature sensor 0 – 10V at AI0 • Flying restart and automatic restart are activated Output current (0..20 mA) DIP switch for AI0 Temperature...

  • Page 32: Wiring The Control Terminals In The Cu230P-2

    20 DO 0 COM 28 GND 69 DI COM 23 DO 2 NC DI 0 24 DO 2 NO DI 1 25 DO 2 COM DI 2 DI 3 16 DI 4 17 DI 5 Converter family SINAMICS G120P: Mounting and wiring...
  • Page 33 Cooling tower fan ( LG-Ni1000 temp. sensor) + hibernation mode • Macro 107 • Control of the cooling tower fan based on the temperature of the cooling water • Temperature sensor LG-Ni1000 at AI3 • Hibernation • Flying restart and automatic restart are activated Temperature sensor LG-Ni1000, e.g.
  • Page 34 Mounting the operator panels (BOP-2 or IOP-2) • Place the bottom edge of the IOP-2/BOP-2 into the lower recess of the Control Unit housing • Push the IOP-2/BOP-2 toward the Control Unit until the catch clicks into place Converter family SINAMICS G120P: Mounting and wiring...
  • Page 35 Mounting the IOP-2 or BOP-2 in a cabinet door The operator panel is the input and display instrument for controlling the converter. It is used in stand- alone operation, i.e., locally, on the device, integrated in the cabinet door or as handheld version for series commissioning (IOP-2).
  • Page 36 in this section, you will learn more about how to use the operator panels to locally control the converter. You will learn how to use the Basic Operator Panel 2 (BOP-2) to set up parameters for the converter and the connected motor, and how to operate the converter with the BOP-2.
  • Page 37 Basic Operator Panel (BOP-2) intelligent Operator Panel (iOP-2)

  • Page 38: Operator Panels Bop-2 And Iop

    2.1 Basic functions The operator panel is the input and display instrument for controlling the converter. It is used in stand- alone operation, i.e., locally, on the device, integrated in the cabinet door or remotely connected with a serial cable (max. 5m). The BOP-2 display The BOP-2 is used to commission, diagnose (troubleshoot) and display the status of the converter.

  • Page 39: Menu Structure

    Menu structure When moving the menu bar to the following menu function, the following applies: MONITORING The actual status of the converter/motor system is displayed CONTROL Setpoint, jog and reverse mode can be activated DIAGNOSTICS Faults and alarms can be acknowledged, history and status is displayed PARAMETER Parameter values can be viewed and changed...

  • Page 40: Working With Bop

    2.2 Working with the BOP-2 The BOP-2 is equipped with seven buttons. For setup and parameterization only the UP and DOWN, OK and ESC buttons are relevant. The ON, OFF and HAND/AUTO keys are needed for local operation. ESC key – takes you back to the previous screen Up key –...

  • Page 41: Parameter List

    Parameter list To better understand the functionality of the buttons, you should be acquainted with the operating mode: The Basic Operator Panel gives you access to a parameter list. The parameters are assigned stored values that control the operation of the motor. However, not all the numbers are assigned. Operating mode •...

  • Page 42: Control Unit

    A complete list of all parameters can be found in the “Parameter Manual: Control Units – CU230P-2” as a download at: http://support.automation. siemens.com/WW/view/ de/70985339/0/en If you want to adjust any blink- ing/active value digit-by-digit (using the UP or DOWN button...
  • Page 43 • Command source, auto / hand • Converter status, operational • JOG • Fault / alarms active A detailed list of the fault and alarm messages can be found in the “Parameter Manual: Control Units – CU230P2” as a download at: http://support.automation. siemens.com/WW/view/ en/49946106 NOTE...

  • Page 44: Resetting The Converter

    2.3 Quick commissioning The following descriptions show how to set up the drive using the quick commissioning wizard, which is integrated in the BOP-2. Starting quick commissioning • Press ESC to enter the menu selection • Use UP and DOWN to move the menu bar to SETUP and press OK •...
  • Page 45 Setting the control mode (P1300) In our example it is assumed that your converter and the motor are new. As a result, a series of preparatory steps are required, e.g. selecting the control mode. This is indicated by the parameter number 1300.

  • Page 46: Entering Motor Data

    Entering motor data In the next step, the converter is adjusted to the motor. The motor data can be found on the motor rating plate. Please set the values according to the rating plate. • Press OK to edit the motor voltage stored under P304 •...

  • Page 47: Specifying Application Parameters

    Motor data identification After entering the motor data, the wizard requests that the motor data identification is activated. This is recommended for a verification and optimization of the data that you have entered. The motor data identification initiates a “measurement” of the connected motor. In the process, the data previously cal- culated in the converter are compared to the actual motor data and adapted to one another.
  • Page 48 Control Units – CU230P-2” for a provided in Chapter -> Starter. description of the control modes and their corresponding parame- ter settings at: http://support. automation.siemens.com/WW/ view/en/49946106 G120P requires the minimum speed to be set in rpm and not in Hz. You can use the “Frequency converter”-App available for...
  • Page 49 Completing quick commissioning • Press OK while the BOP-2 displays FINISH • Select YES and press OK again The converter is now optimally parameterized for your particular application and motor specifications. Motor data identification should now be run to complete commissioning. This can be done by switching on the motor.

  • Page 50: Saving And Restoring Data

    Saving and restoring data Saving data in different location is important. The EXTRAS function allows loading parameter data from the converter memory to the BOP-2 and vice versa. Saving parameter sets from the converter to the BOP-2 • Navigate with the menu bar to the function EXTRAS •...
  • Page 51 2.4 intelligent Operator Panel With the Intelligent Operator Panel, you can set the converter parameters, put the converter into operation, monitor motor operation and get valuable information about faults and alarms. All these functions can be accessed without expert knowledge. The main advantages are as follows: Fast commissioning without expert knowledge •...

  • Page 52: The Device

    The device The IOP-2 is a menu-driven device. It has three main function groups: [Wizards] Assist you in setting up standard applications [Control] Allows you to change the setpoint value, activate the direction of rotation rever- sal and change to the JOG mode [Menu] Allows you to access all possible functions The display...
  • Page 53 Working with the IOP-2 The IOP-2 is mainly operated using the selection wheel. The five additional buttons make it possible to display certain values or to toggle between the manual and automatic modes. The buttons are as follows: ON, OFF, ESC, INFO and HAND/AUTO. Turning changes the selection Pressing confirms the selection Starts the motor in the manual...

  • Page 54: Basic Commissioning

    The wizards Several wizards are available that allow you to set-up various functions and commission the converter. They navigate you interactively through the parameterization of standard applications. The wizards are accessed from the wizards menu, at the bottom-left of the status screen. •...
  • Page 55 Basic commissioning Restoring factory settings • Choose “Yes” • Confirm by pressing OK Control mode • Select the required control mode by turning the wheel • In our example: “V/f for a Parabolic Characteristic and ECO Mode” • Press OK V/f for a Parabolic Characteristic and ECO Mode Motor data •...
  • Page 56 Motor characteristics • Choose the appropriate value • Value depends on the characteristic you want to use. 87 Hz should not be used without first contacting the motor supplier. • In our example: “50 Hz” • Press OK 50 Hz Motor connections •...
  • Page 57 Motor voltage • Enter the appropriate motor voltage • In our example: “400 V” • Turn the wheel to select the appropriate numbers • Press the OK button to confirm the digit und jump to the next digit • Please note, that you have to confirm each digit individually 00000 V 00000 V 00000 V...
  • Page 58 Motor Cos Phi • Enter the correct motor cos phi according to the motor rating plate 0.75 Rated motor speed • Enter the appropriate rated motor speed (please see the motor rating plate on page 34) • In our example: “1350 rpm” •...
  • Page 59 Encoder Type • In our example: encoder type is not applicable • Press OK Encoder parameters • In our example: all parameters will be set to default • Press OK to continue Command and setpoint sources • Command and setpoint sources are automatically determined using preset macros •...
  • Page 60 Ramp up • Enter the appropriate ramp-up time • Ramp-down time depends on the motor size • In our example: “30 s” • Turn the wheel to select the appropriate numbers • Press OK to confirm the number 30 s Ramp down •...
  • Page 61 Saving settings • Select “Save” and press OK Save Saving • The settings are saved to the EEPROM memory of the converter • Please wait until the process has been completed • Press OK to continue Completing basic commissioning • The display reminds you that you have selected motor data identification •...

  • Page 62: Output Settings

    Output settings Two bar graphs with two different values can be displayed on the status screen. Both graphs can be changed so that other physical values are displayed. An easy to use wizard guides you through the rele- vant steps. Navigating to the status-screen wizard •...
  • Page 63 Selecting new values • Choose the required parameter • In our example: “r0024 frequency output” • Press OK • Select the appropriate unit • In our example: “Hz (Hertz)” • Press OK • Select the number of digits to be displayed •...

  • Page 64: Trend View

    Trend View The Trend View is a powerful feature for diagnostics and optimization. The Trend View allows selected parameters to be graphically displayed with respect to time, for example, motor frequency and output current. This means that the selected parameters can be graphically monitored over a certain time period.
  • Page 65 Changing the Y-axis left • Select the required parameter values • In our example: “r0024 frequency output” • Press OK • Select the required unit • In our example: “Hz (Hertz)” • Select the required number of unit digits • In our example: “2” •...
  • Page 66 Changing the Y-axis right • If required the Y-axis right can also be configured • Select “Yes” and press OK • Choose the required output parameter • In our example: “Voltage output r0025” • Press OK • Select the required unit •...
  • Page 67 Defining the displayed time period and completing the configuration • Set the required time period for the Trend View • “Hours”, “minutes” and “seconds” are individually selected • Press OK to jump from hours to minutes/seconds • Turn the wheel to change the number of hours/minutes/seconds •...
  • Page 68 Accessing the diagnostics If you want to find out which input and output devices are connected to the converter, simply navigate to the diagnostics menu and select the I/O STATUS. This option displays a list of the digital and analog inputs and outputs of the converter.
  • Page 69 Obtaining information on active faults • Use the wheel to select “Menu” • Confirm by pressing OK • Choose “Diagnostics” • Confirm by pressing OK • Select “Active Faults/Alarms” Menu Diagnostics Active Faults/Alarms All active fault messages that have not yet been acknowledged are now displayed. You can select each one, and press INFO to obtain more information.
  • Page 70 in the next step, you will learn how to connect your Pc or PG to the converter and how to set parameters using the STaRTER software.
  • Page 71 STaRTER software and Pc...
  • Page 72 3.1 mounting and preparation The optional PC Connection Kit 2 is required to set up the parameters using a PC. The kit consists of two components. Connecting cable STARTER software on DVD STARTER software and PC: Mounting and preparation...
  • Page 73 You must install the USB driver if you are connecting the converter and PC together for the first time. Windows 7 automatically installs the driver; for older Windows versions, you must confirm the auto- matic installation. The latest version of STARTER can also be downloaded at: http://support.automation. siemens.com/WW/view/ en/26233208 NOTE...

  • Page 74: Creating A Starter Project

    Creating a STARTER project After the installation has been completed, switch on the converter power supply and start the program. The project wizard opens automatically. The wizard will help you create your first project in four steps. Introduction: Select “Find drive units online” Click here for a video demonstration of the STARTER software.
  • Page 75 Creating a new project (Step 1): Give the project a name and click “Next” to access PG/PC Set interface (Step 2): Check that “DEVICE” is set as access point. If not, click “Access point” and set “DEVICE” in the dialog box Check that “S7USB”...
  • Page 76 Insert drive units (Step 3): The identified converter is displayed, click “Next” Summary (Step 4): Check the summary Close the project wizard by clicking “Complete” The converter is now integrated into the project tree and the parameters can be set using the STARTER software.

  • Page 77: Starter User Interface

    STARTER user interface Project tree Program menu Toolbar with special features Icon “Connect to selected target devices” Connection mode Work area...

  • Page 78: Loading Converter Data

    Loading converter data Before you can load the actual converter’s data into your project, an online connection between the PC and the converter has to be established. Click the icon “Connect to selected target devices” in the tool bar and a window appears Set the access point to “DEVICE”...
  • Page 79 The converter data is now loaded into the project and an online connection between PC and converter is established. The blue highlighted “Offline mode” changes to the yellow highlighted “Online mode” The workbench area opens Workbench area The area provides additional information such as alarms, the target system output and the diagnostics overview.
  • Page 80 3.2 Parameterization You can now begin to parameterize your converter. Double-click on the converter icon in the project tree Click on “Load CPU/drive Unit to PG” in the toolbar and confirm the loading process The data set is loaded STARTER software and PC: Parameterization...
  • Page 81 Open the project tree and double-click “Configuration” under “Control Unit” Click “Wizard ...” in the work area and follow the wizard’s instructions If no Control Unit appears in the project tree, just go offline and go online again. In most cases this resolves the problem.

  • Page 82: Configuration Wizard

    Configuration wizard The configuration wizard guides you step by step through the following parameters: • Control structure • Defaults of the setpoint and command sources • Drive setting • Motor • Motor data • Drive functions • Important parameters • Calculation of the motor data •...
  • Page 83 Define the command and setpoint source: Keep the default settings Select the drive settings: Keep the identified drive properties and click “Next” Select the motor type: Induction motor Enter the motor rating plate data For non-Siemens motors, please enter the motor rating plate data. NOTE...
  • Page 84 Define drive functions: Select “Identify motor data at standstill” for motor data identification Enter important parameters • Minimum speed: 300 rpm • Maximum speed: 1500 rpm • Ramp-up time: 10 s • Ramp-down time: 30 s • OFF3-ramp down time emergency shutdown: 30 s Choose “Calculate motor data only”...
  • Page 85 After clicking “Next”, you will receive a summary of all the parameter values that have been entered. The summary can be inserted into a text file by pressing the “Copy text to clipboard” button. Finally select “Copy RAM to ROM” to save the parameterization in the converters EEPROM memory and close the window by clicking finish.

  • Page 86: Wiring Example

    3.3 application cases In the event of a fire, the G120P can automatically switch over to the essential service mode (ESM), ensur- ing that the system ignores all external faults and alarms. The goal is to maintain an overpressure condi- tion through ventilation as long as possible so that escape routes are kept free of smoke and doors can still be easily opened.

  • Page 87: Activating Emergency Operation

    Activating emergency operation Choose “Functions” in the project tree Double-click “Emergency operation” Emergency operation opens in the work area Start the parameterization by clicking on the blue binector button next to “Activate emergency operation” A list of relevant parameters opens Select parameter r722 for DI 5 corresponding to the wiring example (see wiring example) Close the window with OK Define the setpoint source by opening the drop-down menu...
  • Page 88 Parameterizing the PID characteristic Access “Technology controller” in the project tree Select “Technology PID controller” The PID controller opens in the work area Start the parameterization by clicking on the blue binector button next to “PID controller activation” A window with relevant parameter opens Select 1 for activation and click OK Define the setpoint source by clicking in the appropriate field A window with relevant parameters opens...
  • Page 89 Define the actual value source by clicking in the appropriate field A window with the relevant parameters opens Select analog input 1 which is saved in r755[1] and click OK Set the smoothing time for the actual value (P2265) by clicking the appropriate field Enter 10s Define ramp-up/ramp-down time by clicking in the appropriate field A window opens...
  • Page 90 PID control parameters can also be adjusted, if required, by clicking the appropriate button A window with detailed parameters open No changes are necessary in our example Close the window by clicking CLOSE Check the output limits by clicking on “Limitation active” and define a ramp-up / ramp-down time of 30s.

  • Page 91: Saving Data

    Saving data A power failure may mean that parameter settings are lost. STARTER offers various possibilities for backing up your parameter settings. Double click the “Drive navigator” in the project tree Select “Commissioning” in the work area...
  • Page 92 Select “Save data in drive (RAM to ROM)” to store the parameter settings in the converter EEPROM memory STARTER software and PC: Application cases...
  • Page 93 Because you have worked in the online mode, no data whatsoever has been stored in your project on the computer. Click “Save data to project” to save the parameter setting in your project You could now disconnect the online connection to the converter by clicking the “Disconnect from target system”...

  • Page 94: Restoring Factory Settings

    Restoring factory settings Resetting your converter to factory settings might be helpful if you have experienced any problems during parameterization. Double-click the “Drive navigator” Select “Commissioning” STARTER software and PC: Application cases...
  • Page 95 Select “Factory settings” The security prompt that is now displayed lets you know that all settings you have made will be reset. Using the checkbox (“Save factory settings to ROM”) query, you will overwrite the current settings also in the non-volatile EEPROM of the converter.
  • Page 96 Click “OK” to restore all converter settings to the factory setting The factory settings are restored STARTER software and PC: Application cases...
  • Page 97 Click “Close” to complete the process Click “Disconnect from target system” to finally complete the process You now know how to use STARTER to easily and clearly insert your converter into a project, set its parameters, and commission it. Please make sure that you always remember to save the parameter data to the converter and in the software before exiting a project.
  • Page 98 You have mastered the SinamicS G120P Training Booklet. Thank you for your time and efforts. We hope that this tutorial addressed all of your questions and was useful to you. more detailed information can be found online at siemens.com/g120p.
  • Page 100 The information in this document contains general descriptions of technical options available, which do not always have to be present in individual cases. The required features should therefore be specified in each individual case at the time of closing the contract. © Siemens Switzerland Ltd, 2013 • BT_0008_EN www.siemens.com/G120P...

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