Renesas RZ/T2M Group Startup Manual

Renesas RZ/T2M Group Startup Manual

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RZ/T2M Group, RZ/T2L Group, RZ/N2L Group
CN032 AC Servo Solution Startup Guide (for EtherCAT)
Introduction
This manual explains the procedure for performing motion control by EtherCAT® communication using
Renesas Electronics CN032 AC Servo Solution Kit.
The sample program for RZ/T2M is dual core control, and by performing motion control with Cortex®-R52
and performing EtherCAT communication with Cortex®-R52, communication processing is possible without
degrading the processing performance of motion control.
Data is exchanged between the two cores via the shared memory, and by access right management using
the semaphore register, access conflict to the shared memory is prevented.
The sample program for RZ/T2L or RZ/N2L is single core control, and by performing motion control and
EtherCAT communication with Cortex®-R52.
EtherCAT communication processing implements the CiA402 drive profile and it is possible to evaluate more
practical control.
For details of each function, you can download documents separately from the Renesas Electronics website.
<<Caution when handling the solution board>>
Don't touch the board while power is supplied because CN032 AC servo solution board contains high
voltage circuits.
Target Device
RZ/T2M Group
RZ/T2L Group
RZ/N2L Group
Related Document
CN032 AC Servo Solution Hardware Manual (for RZ/T2M, RZ/N2L)
CN032 AC Servo Solution Hardware Manual (for RZ/T2L)
CN032 AC Servo Solution Firmware Manual
CN032 AC Servo Solution Startup Guide (for Motion Utility Control)
CN032 AC Servo Solution Startup Guide (for EtherCAT) (this manual)
RZ/T2M Group User's Manual: Hardware
RZ/T2L Group User's Manual: Hardware
RZ/N2L Group User's Manual: Hardware
R12AN0124EJ0400 Rev.4.00
Feb.28, 2023
Application Note
R12AN0124EJ0400
Rev.4.00
Feb.28, 2023
Page 1 of 65

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  • Page 1 EtherCAT communication processing implements the CiA402 drive profile and it is possible to evaluate more practical control. For details of each function, you can download documents separately from the Renesas Electronics website. <<Caution when handling the solution board>> Don't touch the board while power is supplied because CN032 AC servo solution board contains high voltage circuits.
  • Page 2: Table Of Contents

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Contents Operating Environment ......................4 Preparation of CN032 AC Servo Solution Kit ................5 Connecting the Logic and Motor Power ....................5 Connecting the Motor Windings ......................5 Connecting the Encoder .......................... 6 Connecting the UART communication cable ..................
  • Page 3 Debugging the Sample Project ......................50 6.4.1 Debugging the Sample Project in IAR EWARM .................. 50 6.4.2 Debugging the Sample Project in Renesas e2studio ................53 EEPROM Data Update on CN032 AC Servo Solution ................61 Revision History ..........................65 How to Use This Manual...
  • Page 4: Operating Environment

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 1. Operating Environment The sample program in this manual assumes the following environment. Item Contents RZ/T2M edition RZ/T2L edition RZ/N2L edition Series RZ/T2M RZ/T2L RZ/N2L Dual Arm Cortex®-R52 Single Arm Cortex®-R52 Single Arm Cortex®-R52...
  • Page 5: Preparation Of Cn032 Ac Servo Solution Kit

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 2. Preparation of CN032 AC Servo Solution Kit The first step of getting started with the CN032 AC Servo Solution Kit is connecting the power supply, the motor, the encoder and the communication cable. Follow the steps using the cables and the motor included with the kit.
  • Page 6: Connecting The Encoder

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 2.3 Connecting the Encoder The encoder is connected to J13 on the controller board via a DB 15 connector. A second encoder (not included in the kit) can be connected to J14 if desired. The position of J13 on the controller board is illustrated in Figure 2-3.
  • Page 7: Rs485 To Usb

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 2.4.2 RS485 to USB The RS485 to USB converter is connected the J6 or J8 of the controller board. Table 2-5 is shown the connection with controller board. RS485 to USB Converter Figure 2-5 Serial connect to host PC 2.4.3 Selection for RS232 and RS485...
  • Page 8: Connecting The Ethernet Interface

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 2.6 Connecting the Ethernet Interface An Ethernet connection to the PC or a PLC can be prepared using one of the two RJ-45 connectors J11 or P12. For running the EtherCAT sample program you can use any of the two connectors.
  • Page 9: Power Supply To The Board

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 2.8 Power supply to the board ① xSPI0 boot mode setting Set SW1 of the controller board to the following. ② Power supply to the inverter board, and then the red lamp lights up.
  • Page 10: Preparing Ethercat Communication

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 3. Preparing EtherCAT Communication This chapter describes a couple of steps required before actually running the EtherCAT sample project on the RZ/T2M, RZ/T2L or RZ/N2L. 3.1 TwinCAT ® 3 Installation The TwinCAT®3 installation is straight forward and simple.
  • Page 11 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) The installation procedure asks for a serial number. This field can be left empty. • • In the ‘Select Installation Level’ dialog select TwinCAT PLC – IEC 61131-3 PLC system •...
  • Page 12 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 3-3 Selecting a compatible network adapter Check the properties of the network adapter that you use for the EtherCAT connection. Open the Network and Sharing Center in MS Windows, right-click on the network adapter used for EtherCAT and select “Properties”.
  • Page 13 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 3-4 Setting the network adapter used for EtherCAT R12AN0124EJ0400 Rev.4.00 Page 13 of 65 Feb.28, 2023...
  • Page 14: Copying The Esi File

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 3.2 Copying the ESI File Obtain the ESI (EtherCAT Slave Information) file " Renesas_CN032_AC_Servo_Solution_CiA402.xml " file from the following location shown in Figure 3-5. Case of the AC Servo Solution Kit (RZ/T2M) “\r12an0123xxXXXX-cn032-ac-servo-solution\Software\Firmware\rzt2m\Common\ethercat\src\r_ecat\utilities\esi”...
  • Page 15: Confirm Communication With Twincat ® 3

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 4. Confirm Communication with TwinCAT ® 4.1 Starting TwinCAT ® (1) Start the "TwinCAT XAE" program by one of the following methods. 1. From the task tray, select [TwinCAT Config Mode] > [TwinCAT XAE (VS2013)] 2.
  • Page 16 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 4-2 Creating a new project When the project is created, open the “TWINCAT” menu, chose “EtherCAT Devices” and execute “Reload Device Descriptions”. This ensures, that the device description (aka .ESI file), that you have copied into the TwinCAT 3 installation file structure in chapter 3.2 can really be used in our project.
  • Page 17 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) (3) Right-click [Devices] and select [Scan] (Figure 4-3) After you have clicked [Scan], you will be prompted that not all devices in the network can be found automatically. Click ok. TwinCAT®3 will then show you a list of available devices in the network. Select the...
  • Page 18 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Note). When scanning the device, the CiA402's ESI is used, so the axis configuration settings are displayed. Select [NC-Configuration] After clicking ok you will be prompted, whether you want to “scan for boxes” and to “activate Free Run”. In both cases click “yes”.
  • Page 19: Checking The Communication Status

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 4.2 Checking the Communication Status To confirm that TwinCAT®3 and the software on the RZ/T2M are running properly, it is recommended to check the communication status in TwinCAT®3. For the check, double click the "Drive 2 (CN032 AC Servo Solution CiA402)”...
  • Page 20 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 4-8 Restarting TwinCAT 3 system in config mode ® R12AN0124EJ0400 Rev.4.00 Page 20 of 65 Feb.28, 2023...
  • Page 21: Cia402 Drive Profile Operation

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 4.3 CiA402 Drive Profile Operation The operation mode of CiA402 drive profile supported by CN032 AC Servo Solution Kit is shown as 5.1 Operation Modes. 4.3.1 Operation mode setting When change the operation mode, following the steps below.
  • Page 22: Profile Position Mode (Pp)

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 4.3.2 Profile Position Mode (pp) Make sure Module 1 is applied to the operation of Profile position mode (1). Expand the “Drive x (CN032_AC_Servo_Solution_CiA402)” tree and expand “Module 1” as far as possible as shown in Figure 4-9.
  • Page 23 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Controlword 128 (or 0x80) is a kind of reset command that sets the drive to an initial state. If the error code in the watch window has been different from 0 before sending 128 (as in Figure 4-11), it should be 0 afterwards.
  • Page 24 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 4-12 Sending a Controlword for profile velocity 1) before spinning 2) while spinning 3) after spinning Figure 4-13 Watch value changes while motor spins R12AN0124EJ0400 Rev.4.00 Page 24 of 65...
  • Page 25: Cyclic Synchronous Position Mode (Csp)

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 4.3.3 Cyclic Synchronous Position Mode (csp) Confirm that the operation mode is “csp”. Otherwise, change the operation mode to “csp” by following 4.3.1 Operation mode setting. Just like the steps described for pp mode, add the input values to an extra watch window for the sake of comfort.
  • Page 26 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Follow steps A) to B) to send the Controlword value and make the motor controllable. Confirm that Statusword is “4641”. Otherwise, set Controlword to 128 to reset Statusword. Set Controlword to “15” and then Statusword will be “4659” (Power on) and then immediately change to ”4663”...
  • Page 27: Cyclic Synchronous Velocity Mode (Csv)

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Then, the motor rotates until the Position actual value counts up to the Target Position value. When stop the motor control, set Controlword to “6” and then Statusword will be “4641”.
  • Page 28 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Follow steps (1) to (3) to open a dialog to send the value of Controlword. Follow steps A) to B) to send the Controlword value and make the motor controllable.
  • Page 29 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Follow steps (1) to (3) to open a dialog to send the value of Target Velocity. Enter the Target Velocity value and closing the dialog with “Ok” (4) sends the value via EtherCAT.
  • Page 30: Cia402 Drive Profile

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 5. CiA402 Drive Profile The CiA402 drive profile is a device profile for driving motors and motion control and mainly defines functional operations for servo drives, sine-wave inverters and stepping motor controllers. In this profile, the multiple operation modes and corresponding parameters are defined as an object dictionary.
  • Page 31: State Transition

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 5.2 State Transition In this application note, the following is supported as FSA defined in the CiA402 standard. Start Not ready to Switch on Fault Switch on disabled Ready to...
  • Page 32 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Data Function Group OBJECT Name INDEX Category Access Type Mapping Positive torque limit value 0x60E0 Conditional UINT16 Torque Limiting Negative torque limit value 0x60E1 Conditional UINT16 Home Offset 0x607C Optional...
  • Page 33: Implementing The Motor Control Program

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 5.4 Implementing the Motor Control Program According to the CiA402 standard from the list of CiA402 protocol stack I/F functions in Table 5-3, implement the motor control application. Each function links the number of each state transition of CiA402 FSA shown in Figure 5-2 and the corresponding function is called in case of state transition.
  • Page 34 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) CiA402_StateTransition3 Description This function is used when state transition 3 has occurred. Describe the operation in the case of the state transition. This function issues a POWERON command and energizes the motor.
  • Page 35 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) CiA402_StateTransition6 Description This function is used when state transition 6 has occurred. Describe the operation in the case of the state transition. This function issues a POWEROFF command. Usage #include "cia402appl.h"...
  • Page 36 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) CiA402_StateTransition9 Description This function is used when state transition 9 has occurred. Describe the operation in the case of the state transition. This function issues a POWEROFF command. Usage #include "cia402appl.h"...
  • Page 37 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) CiA402_StateTransition12 Description This function is used when state transition 12 has occurred. Describe the operation in the case of the state transition. This function issues a POWEROFF command. Usage #include "cia402appl.h"...
  • Page 38 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) CiA402_StateTransition15 Description This function is used when state transition 15 has occurred. Describe the operation in the case of the state transition. This function is called when transitioning from Fault state to Switch on disabled state.
  • Page 39 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) APPL_MOTOR_MotionControl_Main Description Implement the motion control code when the state of CiA402 FSA is "Operation enabled". Describe the process for each mode of operation. Usage #include "cia402appl.h" Parameters TCiA402Axis *pCiA402Axis...
  • Page 40: Appendix

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6. Appendix 6.1 Preparation in advance This chapter is shown preparation for writing a program to flash memory and debugging 6.1.1 Power Supply Configure the board connection according to the chapter 2.
  • Page 41: Generating The Slave Stack Code

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6.1.2 Generating the Slave Stack Code To run the EtherCAT communication you must generate the EtherCAT slave code using a special code generation tool provided by Beckhoff. The slave code generation is performed based on the formal description of the slave properties in the ESI file that you have copied in the previous chapter.
  • Page 42 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 6-1 Creating the EtherCAT slave stack code (3) Prepare a patch command Last but not least it is required to install a patch file on your computer and to make it usable as an environment variable.
  • Page 43 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Select ‘Path’ in the list of system variables and then ‘Edit’. Add the path, where you have stored the patch file (in our case C:\Program Files (x86)\GnuWin32\bin), to the already existing search path. Click ‘Ok’ twice to accept the changes.
  • Page 44: Development Environments Install

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6.2 Development Environments Install Case of the AC Servo Solution Kit (RZ/T2M) Download e2studio or FSPSC for RZT FSP v1.0.0 from the following web site. Release v1.0.0 · renesas/rzt-fsp · GitHub Download “setup_rztfsp_v1_0_0_e2s_v2022_04.exe”...
  • Page 45: Program Writing Procedure

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6.3 Program Writing Procedure This chapter is shown how to write a program to serial Flash ROM. 6.3.1 Program writing by IAR EWARM (1) Build the project for CPU1 Case of the AC Servo Solution Kit (RZ/T2M) Open the sample project on IAR EW for Arm 9.30.1.
  • Page 46 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) ② Execute build. Select [Project] > [Rebuild All]. ③ Select the [Project] > [Download] > [Download active application] to write the program to serial Flash ROM. R12AN0124EJ0400 Rev.4.00 Page 46 of 65...
  • Page 47: Program Writing By Renesas E2Studio

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6.3.2 Program writing by Renesas e2studio ① Import the sample project. After the program is started, by selecting [File] → [Import] → [Existing Projects into Workspace]. Check the “select root directory” and select the folder below, and then selecting [Finish].
  • Page 48 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) ④ While the board and J-LINK are connected, start writing to the flash memory in the following order In [Project Explorer] view, right click the node of the CPU0 project to be debugged and select [Debug As] →...
  • Page 49 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) ⑤ Press the terminate button to stop the debugging window Press the reset button of the Controller board, and then running the program written to the flash memory R12AN0124EJ0400 Rev.4.00 Page 49 of 65 Feb.28, 2023...
  • Page 50: Debugging The Sample Project

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6.4 Debugging the Sample Project 6.4.1 Debugging the Sample Project in IAR EWARM In this chapter we will describe, how the sample project for motion control via EtherCAT communication is debugged using the IAR EWARM environment.
  • Page 51 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) (4) While the board and I-jet are connected, click on the “Download and debug” button in the “Project” toolbar. Case of the AC Servo Solution Kit (RZ/T2M) After that, the CPU1 project which name is CN032_AC_Servo_Solution_CPU1 will open and debug connection for CPU1 will also be started automatically.
  • Page 52 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Case of the AC Servo Solution Kit (RZ/T2M) Follow the step (5) to (7) when using the AC Servo Solution Kit (RZ/T2M). (5) Set the break point at the first code of hal_entry(), and Press the “Go” button in the CPU0 project.
  • Page 53: Debugging The Sample Project In Renesas E2Studio

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) 6.4.2 Debugging the Sample Project in Renesas e2studio In this chapter we will describe, how the sample project for motion control via EtherCAT communication is debugged using the Renesas e2studio environment.
  • Page 54 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Case of the AC Servo Solution Kit (RZ/T2M) Follow the step (3) to (4) when using the AC Servo Solution Kit (RZ/T2M). (3) While the board and J-LINK are connected, start debugging in the following order <<...
  • Page 55 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) [Renesas DBG Hardware Debugging] → [CN032_AC_Servo_Solution_CPU0 Debug_Flat] item, then press [Debug]. ================================================================================== This step can be skipped in case of using software package Rev4.00 later. If a bit [5] value of CPSR register is “1b”, change it from "1b" to "0b" by using [Register] view.
  • Page 56 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) << CPU1 Project >> In [Project Explorer] view, right click the node of the CPU1 project to be built and select [Debug As] → [Build Project]. In [Project Explorer] view, right click the node of the CPU1 project to be debugged and select [Debug As] →...
  • Page 57 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) [Renesas DBG Hardware Debugging] → [CN032_AC_Servo_Solution_CPU1 Debug_Flat] item, then press [Debug]. The message "The Renesas GDB debug session is already active" is displayed. Select "No". R12AN0124EJ0400 Rev.4.00 Page 57 of 65 Feb.28, 2023...
  • Page 58 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) After that, the CPU1 project which name is CN032_AC_Servo_Solution_CPU1 will open and debug connection for CPU1 will also be started automatically. Click "system_init() at startup.c:430 0x10010000" in CPU1 project Thread, then switches to the debug screen of CPU1.
  • Page 59 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Case of the AC Servo Solution Kit (RZ/T2L, RZ/N2L) Follow the step (3) when using the Controller board with RZ/T2L, RZ/N2L. (3) While the board and J-LINK are connected, start debugging in the following order In [Project Explorer] view, right click the node of the RZ/T2L, RZ/N2L project to be built and select [Debug As] →...
  • Page 60 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) [Renesas DBG Hardware Debugging] → [CN032_AC_Servo_Solution Debug_Flat] item, then press [Debug]. ================================================================================== This step can be skipped in case of using software pachage Rev4.00 later. If a bit [5] value of CPSR register is “1b”, change it from "1b" to "0b" by using [Register] view.
  • Page 61: Eeprom Data Update On Cn032 Ac Servo Solution

    “Hex Editor” view click “Download from List” (2) (See Figure 6-6). This list contains numerous devices for which the required EEPROM content is ready to use. At the bottom of the list you find as well some Renesas devices Select “CN032 AC Servo Solution CiA402” and click ok (see Figure 6-7).
  • Page 62 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Figure 6-6 Selecting the hex editor for EEPROM file download Figure 6-7 Selecting the proper EEPROM description file The data is then downloaded to the EEPROM; at the end of the download process the data is automatically verified.
  • Page 63 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Now repeat the device scan shown in Figure 6-8. TwinCAT 3 will now scan once more for devices and it will ® find the CN032 AC Servo Solution board with the updated description data in EEPROM. The subsequent “Check Configuration”...
  • Page 64 RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Website and Support Renesas Electronics website http://www.renesas.com/ Inquiries http://www.renesas.com/inquiry R12AN0124EJ0400 Rev.4.00 Page 64 of 65 Feb.28, 2023...
  • Page 65: Revision History

    RZ/T2M Group, RZ/T2L Group, RZ/N2L Group Startup Guide (for EtherCAT) Revision History Description Rev. Date Page Summary 1.00 Jun.7, 2022 First Edition issued 2.00 Aug.9, 2022 1,3,4,13, Description for AC Servo Solution (RZ/N2L) added. 34,37,38, 43-53 40-42 Description for program writing by e2studio with RZ/T2M added.
  • Page 66 General Precautions in the Handling of Microprocessing Unit and Microcontroller Unit Products The following usage notes are applicable to all Microprocessing unit and Microcontroller unit products from Renesas. For detailed usage notes on the products covered by this document, refer to the relevant sections of the document as well as any technical updates that have been issued for the products.
  • Page 67 Renesas Electronics disclaims any and all liability for any damages or losses incurred by you or any third parties arising from the use of any Renesas Electronics product that is inconsistent with any Renesas Electronics data sheet, user’s manual or other Renesas Electronics document.

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