Siemens CN 4100 Manual
  1. Manuals
  2. Brands
  3. Siemens Manuals
  4. Gateway
  5. CN 4100
  6. Manual
Siemens CN 4100 Manual

Siemens CN 4100 Manual

Station gateway
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
Siemens
Industry
Online
Support
MANUAL
Station Gateway
based on CN 4100
Configuration and Operational Manual
Entry ID: 109972631 | 02/2025
© Siemens 2025 | 1

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the CN 4100 and is the answer not in the manual?

Questions and answers

Related Manuals for Siemens CN 4100

Summary of Contents for Siemens CN 4100

  • Page 1 Siemens Industry Online Support MANUAL Station Gateway based on CN 4100 Configuration and Operational Manual Entry ID: 109972631 | 02/2025 © Siemens 2025 | 1...

  • Page 2: Legal Information

    The foregoing provisions do not imply any change in the burden of proof to your detriment. You shall indemnify Siemens against existing or future claims of third parties in this connection except where Siemens is mandatorily liable.

  • Page 3: Table Of Contents

    Support Agreement ........................23 Pre-Requirements ........................24 5.1. Software environment ..........................24 5.1.1. S7 Function block library ..........................24 5.1.2. Firmware for IEC 61850 Edition 1 and 2.1 ....................24 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 3...
  • Page 4 Ed. 2.1 Input source configuration ......................115 6.7. Station Gateway configuration ........................116 6.7.1. Station Gateway parameters........................116 6.7.2. Default Parameter ............................. 117 6.8. Function test ............................118 Features ............................. 119 7.1. Time synchronization ..........................119 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 4...
  • Page 5 Reset the Station Gateway ......................... 131 8.13.1. Soft Reset via the Webinterface ......................... 131 8.13.2. Station Gateway based on CN 4100 Update Tool..................131 8.13.3. CPU Reset Button ............................133 8.14. Station Gateway based on CN 4100 Update Tool..................133 8.14.1.
  • Page 6 Example plant with 192 IED ........................151 10.2. Required Number of POs and Memory ....................... 154 10.3. Support Agreement ..........................155 10.4. Contact Information ..........................155 Appendix B..........................156 11.1. Service and support ..........................156 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 6...

  • Page 7: Overview

    This document is valid for Station Gateway based on CN 4100 only. The Station Gateway based on CN 4100 connects IEC 61850 devices from different vendors to the PCS 7 system. The gateway uses two Ethernet RJ45 interfaces: The IEC 61850 interface is connected to the Ethernet network with the protection relays using the protocol IEC 61850 MMS (Manufacturing Messaging Specification).

  • Page 8: What Is New Or Different

    Spare part compatibility The Station Gateway based on CN 4100 can be used as a spare part of Station Gateway based in IPC227E. A mixture of a Station Gateway based on CN 4100 and a IPC227E device inside one redundant Station Gateway isn’t possible. Each Station Gateway device of a redundant Station Gateway pair should contain the same firmware version.
  • Page 9 Gateway. This applies in the same way for spare part orders, except the upgrade license, which will be installed via the web interface. It is not possible to convert a CN 4100 CPU (6DL41780BH010XX0) to a StationGateway based on CN 4100 CPU (9LA1110- 6CN10-0AA0). Due to the different operating system configurations, parallel operation of IEC 61850 and other protocols (such as Modbus or OPC) on one CN 4100 CPU is not possible The Station Gateway requires a license for the number of IEDs which will be interfaced.

  • Page 10: Certificates

    Overview 1.4. Certificates The Station Gateway CN 4100 has a lot of certificates which can be obtained via Siemens customer support websites, e.g. under: https://support.industry.siemens.com/cs/search?t=all&search=CN%204100&type=Certificate&lc=en-WW Entry ID: 109972631 | 02/2025 © Siemens 2025 | 10...

  • Page 11: Security Issues

    Personal Data Disclaimer Siemens observes the principles of data protection, in particular the principle of data minimization (privacy by design). For this reason, the product only processes / stores technical functional data (e.g. time stamps) and no personal data. If the user links this data with other data (e.g.

  • Page 12: Prevention Of Misconfiguration

    Please ensure the integrity of the delivered components when hardware is arrived and unpacked. To ensure the integrity, we seal the packaging of hardware components and the storage volumes with the following seal. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 12...

  • Page 13: Updates

    When using or updating PCS 7 or PCS 7 related products, make sure to refer to the NOTE corresponding PCS 7 documentation, such as the PCS 7 compendium. Check in SIOS or ask support whether the product described here supports SUS NOTE Entry ID: 109972631 | 02/2025 © Siemens 2025 | 13...

  • Page 14: Cybersecurity Information

    Security Issues 2.10. Cybersecurity information Siemens provides products and solutions with industrial cybersecurity functions that support the secure operation of plants, systems, machines and networks. In order to protect plants, systems, machines and networks against cyber threats, it is necessary to implement – and continuously maintain –...

  • Page 15: Hardware

    Hardware Hardware The SIMATIC CN 4100 communication system is a coherent I/O system consisting of the rack, at least one controller and optional communications modules. The basic components of the communication system are shown in the following exemplary installation. The numbering shows the assembly sequence.

  • Page 16: Rack

    Hardware 3.1. Rack Definition The core component of the SIMATIC CN 4100 communication system is the rack. The four-slot rack provides the following: • Two slots for CPU modules. Redundant operation: Two CPUs. Simple operation: A CPU in the first slot.

  • Page 17: Cpu Module

    CPU module Definition In the CN 4100 communication system, only the CN 4100 CPU is used as the central control module. Design of the front and bottom panel The following figure shows the front panel and bottom of the CPU module: Entry ID: 109972631 | 02/2025 ©...
  • Page 18 The Micro-HDMI port and Micro-USB port are intended for expert service only. They are not used during operation or for normal service work. Design of the side The following figure shows the left side of the CPU module: Entry ID: 109972631 | 02/2025 © Siemens 2025 | 18...

  • Page 19: Dimensions

    The following figures show the dimensions of the rack with four plugged-in modules (two CPU modules and two different communications modules). Rack from the front Figure 3-6: Front view of the rack Entry ID: 109972631 | 02/2025 © Siemens 2025 | 19...

  • Page 20: Connections

    Rack from below Figure 3-7: Underside view of the rack 3.4. Connections When using the SIMATIC CN 4100 communication system, the following interfaces are available: Figure 3-8: Available ports on the rack Plant Network for CPU 1 (left) ① X1.1 IEC 61850 Network (Port 1) ②...

  • Page 21: Compatibility

    3.6. General technical data The general technical data and security notes of the base hardware CN 4100 is also valid for the Station Gateway based on CN 4100. The Station Gateway based on CN 4100 is limited to operate only in horizontal mounting position.

  • Page 22: Interruption Of The Power Supply/Power Down

    After the system restart, all functionalities will be available again. 3.9. LED Assignment The Station Gateway based on CN 4100 has eight LEDs on the front side. Continuous light Power supply Power supply OK...

  • Page 23: Support Agreement

    Support Agreement Support Agreement A 5-year support agreement is mandatory for Station Gateway based on CN 4100. This support agreement covers questions about general topics, system handling and troubleshooting via phone or Email. Because of included hardware spare parts and free of charge patches/updates, this support agreement is needed for every single device.

  • Page 24: Pre-Requirements

    • Firmware for IEC 61850 Edition 2.1 This version supports the IEC 61850 configuration with IED name lengths of 64 characters and IEC paths with the length of 128 characters Entry ID: 109972631 | 02/2025 © Siemens 2025 | 24...

  • Page 25: Network Layout

    Auto-Negotiation. NOTE The network interfaces of CN 4100 do not support MRP or any other redundancy protocol. If a redundancy protocol is used in IEC network or plant network, the data must be converted (e.g. by a switch) to ‘normal’...

  • Page 26: Configuration

    PCS 7 function blocks in CFC refer to these connections via the connection ID, which is given as a hex value in the properties window. The download of the NetPro configuration only needs to be done to the S7-400-PLC. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 26...
  • Page 27 Station Gateway by sending a BSEND telegram. The function block I61_LINK uses the S7 connections engineered with NetPro. The following image shows the communication principles of the Station Gateway S7-communication. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 27...

  • Page 28: Redundancy

    S7 connection (via the other CP443-1 card) to receiving data only. S7 410- 5H PLCs can also use the internal X5/X8 ProfiNet interface instead of an external CP. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 28...

  • Page 29: Function Block Engineering

    Depending on the current configuration of the usable FC number band, a compile/download error could occur. This can be fixed by changing the following values in the CFC settings (Options -> Customize -> Compile/Download): Entry ID: 109972631 | 02/2025 © Siemens 2025 | 29...
  • Page 30 Figure 6-7: FC number configuration for compile/download process General In the program of the S7-PLC, the blocks of the SG_LINK library has to be configured. The following images show the principle of the layout. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 30...
  • Page 31 Configuration Figure 6-8: PCS 7 Engineering in CFC - Edition 1 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 31...
  • Page 32 LAD/STL/FBD (KOP/AWL/FUP). For the communication via the Station Gateway, the function blocks need a connection of their input CONNECT with the output CONNECT of the I61_LINK block. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 32...
  • Page 33 APL format I61_C4FEEDER_CMD FB 2570 Internal function block UT_OBH FC 925 Internal function UT_OBI FC 926 Internal function UT_OBO FC 927 Internal function I61_S_CFG_HW FC 938 Internal function Entry ID: 109972631 | 02/2025 © Siemens 2025 | 33...
  • Page 34 Driver block created for remote input-/output rack with a large amount of Ios; Due to the large amount of block IOs, interface blocks are required for engineering I61E2_OBJ_RIO FB 2565 IEC 61850 parameter configuration of the driver block I61E2_RIO Entry ID: 109972631 | 02/2025 © Siemens 2025 | 34...
  • Page 35 UT_OBH FC 925 Internal function UT_OBI FC 926 Internal function UT_OBO FC 927 Internal function UT_CPRDI FC 930 Internal function I61_S_CFG_HW FC 938 Internal function I61_S_CFG_HWA FC 943 Internal function Entry ID: 109972631 | 02/2025 © Siemens 2025 | 35...
  • Page 36 61850 specification 7.4 chapter 6.3.3. Mandatory Logical Node Information (Shall be inherited by ALL LN but LPHD) (taken from IEC 61850 specification 7.4 chapter 5.3.3) Attribute Name Attribute Type Explanation Mode Behavior Entry ID: 109972631 | 02/2025 © Siemens 2025 | 36...
  • Page 37 The “Health_Def” parameter can be activated setting the port “Health_Def.Enable” as TRUE. In the port “Health_Def.IntDefNo”, it must be specified which signal of the port “INT_DEF” is going to be used as a health- signal of the device. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 37...
  • Page 38 Bool Float Integer Double Integer Bool Command Analog Command (Integer) Analog Command (Float) Alarming PCL Interface Hard-wired Analog Reporting (Unbuffered Reporting) HCiR Table 6-4: Function blocks PCS 7 V9.0 SP2 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 38...
  • Page 39 Dataset for Unbuffered Reporting (per Station Gateway) Bool Float Integer Double Integer Bool Command Analog Command (Integer) Analog Command (Float) Alarming PCL Interface Hard-wired HCiR Table 6-5: Function blocks PCS 7 V9.0 SP3 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 39...

  • Page 40: I61_Link

    The following pictures show an example with the SG_FEEDER and SGE2_FEEDER driver blocks. Figure 6-10: Overview of needed CFC blocks (Ed. 1) Figure 6-11: Overview of needed CFC blocks (Ed. 2.1) Entry ID: 109972631 | 02/2025 © Siemens 2025 | 40...
  • Page 41 OB100 perform their registration before the cyclic operation is started. This is only successful if the function block I61_LINK is placed in OB100 on top of the specific function blocks. Figure 6-12: Link block engineering Entry ID: 109972631 | 02/2025 © Siemens 2025 | 41...
  • Page 42 Connection via the Ethernet CP (CP443-1) with the lower IP address Connection via the Ethernet CP (CP443-1) with the higher IP address > Connection is used for sending data only Entry ID: 109972631 | 02/2025 © Siemens 2025 | 42...

  • Page 43: Driver Blocks For Iec 61850 Edition 1

    Station Gateway when changing from 0 to 1, INIT_OBJ must be set to 1 during online operation. IED_NAME STRING[30] Name of the IEC 61850 device in the IEC 61850 protocol Entry ID: 109972631 | 02/2025 © Siemens 2025 | 43...
  • Page 44 Address of the transfer object 8 B09_ID STRING[66] Address of the transfer object 9 B10_ID STRING[66] Address of the transfer object 10 B11_ID STRING[66] Address of the transfer object 11 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 44...
  • Page 45 Address of the transfer object 4 DINT05_ID STRING[66] Address of the transfer object 5 DINT06_ID STRING[66] Address of the transfer object 6 DINT07_ID STRING[66] Address of the transfer object 7 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 45...
  • Page 46 Constant label: 'Command objects' BCMD_DEF STRUCT CMD_01 STRING[66] Address of the transfer object 1 CMD_02 STRING[66] Address of the transfer object 2 CMD_03 STRING[66] Address of the transfer object 3 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 46...
  • Page 47 Delay device alarm after CM fault DLY_REDD TIME Delay redundancy error DLY_HCiR TIME Time for error supression in HCiR state DLY_HCiR_TOUT TIME Timeout for error supression in HCiR state ACMD1 Value of INT commando 1 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 47...
  • Page 48 BOOL Trigger to write INT commando 1 to IED ACMD2 Value of INT commando 2 ACT_2 BOOL Trigger to write INT commando 2 to IED Table 6-9: I61_GEN - Inputs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 48...
  • Page 49 ALARM_8P: STATUS Output MSG_A_FB WORD ALARM_8P: ACK_STATE Output MSG_E_SINGLE_x BOOL ALARM_8P: Error status for each group MSG_E_DOUBLE_x MSG_U_SINGLE_x ALARM_8P: Message Suppression status for each group BOOL MSG_U_DOUBLE_x True = Message Suppression active Entry ID: 109972631 | 02/2025 © Siemens 2025 | 49...

  • Page 50: I61_Rio

    If only tags for cyclical reading are configured, the communication won’t work. The configuration of at least one reporting Boolean value is required. NOTE If inputs IED_NAME or IP are changed, we recommend rebooting the Station Gateway completely. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 50...
  • Page 51 Constant label: 'Cyclic REAL obj' CAI_D2 STRUCT CAI_D3 R01_ID STRING[66] Address of the transfer object 1 CAI_D4 R02_ID STRING[66] Address of the transfer object 2 R03_ID STRING[66] Address of the transfer object 3 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 51...
  • Page 52 IEC 61850 addresses of Analogue (real) Outputs (command) values. Each input represents 8 Channels. Constant label: 'Command AO_D1 HEAD STRING[16] STRUCT objects' AO_D2 CA01_ID STRING[66] Address of the command 1 CA02_ID STRING[66] Address of the command 2 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 52...
  • Page 53 Error code in the case of a communication errors, 0= no error STAT_CM2 Error code in the case of a communication errors, 0= no error STAT_DV1 DINT Status device 1 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 53...
  • Page 54 Output of cyclical Integer Input values. The output represents 2 QCII STRUCT Channels. This output should be used with interface block I61_II. HCIR_Act BOOL HCiR Indication Table 6-12: I61_RIO - Outputs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 54...
  • Page 55 Input of Channel 6 Ch6.Value REAL Input value of Channel 6 Channel 6 quality code, Ch6.ST BYTE In case of a not good quality code, the value isn’t sent to Entry ID: 109972631 | 02/2025 © Siemens 2025 | 55...
  • Page 56 Channel 5 quality code. Ch5.St BYTE In case of a not good quality code, the value isn’t sent to IED. 16#80 is expected by the block. STRUCT Channel 6 input Entry ID: 109972631 | 02/2025 © Siemens 2025 | 56...
  • Page 57 Output Channel 2 value Ch2.St BYTE Output Channel 2 quality code STRUCT Output Channel 3 Ch3.Value REAL Output Channel 3 value Ch3.St BYTE Output Channel 3 quality code STRUCT Output Channel 4 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 57...
  • Page 58 Output Channel 4 quality code STRUCT Output Channel 5 Ch5.Value BOOL Output Channel 5 value Ch5.St BYTE Output Channel 5 quality code STRUCT Output Channel 6 Ch6.Value BOOL Output Channel 6 value Entry ID: 109972631 | 02/2025 © Siemens 2025 | 58...

  • Page 59: Sg_Feeder, Sg_Trafo, Sg_Sync And Sg_Line

    The SG_x blocks are used in combination with the appropriate Power Control Library (the Power Control Library is a separate Siemens product - the Power Control Library is not included in this product). Each SG_x function block is intended for a specific application: •...
  • Page 60 Station Gateway 2. Path name for unbuffered reports in the IEC 61850 device used by URCB2 STRING[66] Station Gateway 2 CONNECT Connection with the output CONNECT of a I61_LINK block Entry ID: 109972631 | 02/2025 © Siemens 2025 | 60...
  • Page 61 Address of the transfer object 14 U_CA STRING[66] Address of the transfer object 15 REAL_sp1 STRING[66] Address of the transfer object 16 REAL_sp2 STRING[66] Address of the transfer object 17 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 61...
  • Page 62 Address of the transfer object 7 A08_ID STRING[66] Address of the transfer object 8 IEC 61850 addresses of double bool values. Each input represents 4 Channels. BMSG_DEF_D_x STRUCT HEAD STRING[16] Constant label: 'Double Group X' Entry ID: 109972631 | 02/2025 © Siemens 2025 | 62...
  • Page 63 Time for error supression in HCiR state DLY_HCiR_TOUT TIME Timeout for error supression in HCiR state ACMD1 Value of INT command 1 ACT_1 BOOL Trigger to write INT command 1 to IED Entry ID: 109972631 | 02/2025 © Siemens 2025 | 63...
  • Page 64 1 = the link between the redundant Station Gateways is disturbed OBJ_CM1 BOOL 1 = parameters loaded into the first connected Station Gateway OBJ_CM2 BOOL 1 = parameters loaded into the second connected Station Gateway Entry ID: 109972631 | 02/2025 © Siemens 2025 | 64...
  • Page 65 ALARM_8P: ACK_STATE Output Posx_ON STRUCT Postion Qx Circuit Breaker ON Posx_OFF STRUCT Postion Qx Circuit Breaker OFF Pos_CMD_spx_ON STRUCT Position Spare Command x ON Pos_CMD_spx_OFF STRUCT Position Spare Command x OFF Entry ID: 109972631 | 02/2025 © Siemens 2025 | 65...

  • Page 66: Driver Blocks For Iec 61850 Edition 2.1

    6.4.4 IEC 61850 Reporting. NOTE Only 32 characters of the IED Name are displayed in WinCC messages/alarms. The standard engineering for the I61E2_GEN is shown in the following picture. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 66...
  • Page 67 _ACTIVE DLY_ERR TIME Delay device alarm after CM fault DLY_REDD TIME Delay redundancy error ACMD1 Value of INT command 1 ACT_1 BOOL Trigger to write INT commando 1 to IED Entry ID: 109972631 | 02/2025 © Siemens 2025 | 67...
  • Page 68 Address of the transfer object 1 BOOL_DEF STRUCT B02_ID STRING[128] Address of the transfer object 2 B03_ID STRING[128] Address of the transfer object 3 B04_ID STRING[128] Address of the transfer object 4 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 68...
  • Page 69 Address of the transfer object 19 R20_ID STRING[128] Address of the transfer object 20 DS_R*_IED BYTE Assignment for a dataset group DINT_DEF STRUCT IEC 61850 addresses of cyclic read DNT values. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 69...
  • Page 70 Address of the transfer object 8 DS_A0*_ID BYTE Assignment for a dataset group IEC 61850 addresses of double bool values. Each input represents 4 Channels. BMSG_DEF_ STRUCT DOUBLE_x HEAD STRING[16] Constant label: 'Double Group X' Entry ID: 109972631 | 02/2025 © Siemens 2025 | 70...
  • Page 71 Configuration of the command 8 CMD9_CONF BYTE Configuration of the command 9 CMD10_CONF BYTE Configuration of the command 10 CMD11_CONF BYTE Configuration of the command 11 CMD12_CONF BYTE Configuration of the command 12 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 71...
  • Page 72 HEALTH_CM1 Health of device from Station Gateway1 HEALTH_CM2 Health of device from Station Gateway2 DIAG_CM1 BYTE Error Code buffered reporting Station Gateway1 DIAG_CM2 BYTE Error Code buffered reporting Station Gateway2 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 72...
  • Page 73 The following table shows outputs of the function blocks I61E2_OBJ_GEN. Name Type Function OBJ_CON DWORD Connection for a I61E2_OBJ_GEN block Table 6-19: I61E2_OBJ_GEN - Outputs Call Sequence The following sequence need to be used: I61_LINK I61E2_GEN I61E2_OBJ_GEN Entry ID: 109972631 | 02/2025 © Siemens 2025 | 73...

  • Page 74: I61E2_Rio

    6.4.4 IEC 61850 Reporting. NOTE Only 32 characters of the IED Name are displayed in WinCC messages/alarms. The standard engineering for the I61E2_RIO is shown in the following picture. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 74...
  • Page 75 This input should be used with interface block I61_AO DLY_ERR TIME Delay device alarm after CM fault DLY_REDD TIME Delay redundancy error Table 6-20: I61E2_RIO - Inputs The following table shows inputs of the function block I61E2_OBJ_RIO. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 75...
  • Page 76 Address of the transfer object 5 R06_ID STRING[128] Address of the transfer object 6 R07_ID STRING[128] Address of the transfer object 7 R08_ID STRING[128] Address of the transfer object 8 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 76...
  • Page 77 CMD_8 STRING[128] Address of the command 8 IEC 61850 addresses of Analogue (real) Outputs (command) values. Each input represents 8 channels. AO_D1 STRUCT AO_D2 Constant label: 'Command HEAD STRING[16] objects' Entry ID: 109972631 | 02/2025 © Siemens 2025 | 77...
  • Page 78 Error code in the case of a communication errors, 0= no error STAT_DV1 DINT Status device 1 STAT_DV2 DINT Status device 2 ERR_DEV1 BOOL Error device 1 SUP_DEV1 BOOL Suppression error device 1 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 78...
  • Page 79 STRUCT channels. This output should be used with interface block I61_II. HCIR_Act BOOL HCiR Indication Table 6-23: I61E2_RIO - Outputs The following table shows outputs of the function blocks I61E2_OBJ_RIO. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 79...
  • Page 80 Input value of Channel 4 Channel 4 quality code. Ch4.ST BYTE In case of a not good quality code, the value isn’t sent to ActCh4 BOOL Trigger for writing Channel 4 value to IED Entry ID: 109972631 | 02/2025 © Siemens 2025 | 80...
  • Page 81 BOOL Channel 3 value Channel 3 quality code. Ch3.St BYTE In case of a not good quality code, the value isn’t sent to IED. 16#80 is expected by the block. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 81...
  • Page 82 Output value of channel 7 BC_8 BYTE Output value of channel 8 8 outputs for analogue input signals STRUCT Connection to I61_RIO.QAI_x I61_AI FB915 STRUCT Output channel 1 Ch1.Value REAL Output channel 1 value Entry ID: 109972631 | 02/2025 © Siemens 2025 | 82...
  • Page 83 Ch2.Value BOOL Output Channel 2 value Ch2.St BYTE Output Channel 2 quality code STRUCT Output Channel 3 Ch3.Value BOOL Output Channel 3 value Ch3.St BYTE Output Channel 3 quality code Entry ID: 109972631 | 02/2025 © Siemens 2025 | 83...
  • Page 84 Direct write mode. Every value change trigger writing to RIO automatically. In this mode, the input ACMDx is linked with a value source. • Attention: Direct write mode can lead to a very high network and IEC server load! Entry ID: 109972631 | 02/2025 © Siemens 2025 | 84...

  • Page 85: Sge2_Feeder, Sge2_Trafo, Sge2_Sync And Sge2_Line

    The SG_x blocks are used in combination with the appropriate Power Control Library (the Power Control Library is a separate Siemens product - the Power Control Library is not included in this product). Each SG_x function block is intended for a specific application: •...
  • Page 86 Configuration Figure 6-15: SGE2_FEEDER - CFC block engineering Figure 6-16: SGE2_TRAFO - CFC block engineering Entry ID: 109972631 | 02/2025 © Siemens 2025 | 86...
  • Page 87 Configuration Figure 6-17: SGE2_SYNC - CFC block engineering Figure 6-18: SGE2_LINE - CFC block engineering Entry ID: 109972631 | 02/2025 © Siemens 2025 | 87...
  • Page 88 Hard-wired single group signals HW54_BMSG HW55_BMSG HW56_BMSG HW57_BMSG HWA30_REAL HWA31_REAL HWA32_REAL HWA33_REAL STRUCT Hard-wired analog signals HWA34_REAL HWA35_REAL HWA36_REAL HWA37_REAL UDTO_ALM8P STRUCT Connection for a I61E2_ALM_FEEDER block Table 6-27: SGE2_FEEDER – Inputs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 88...
  • Page 89 Address of the transfer object 5 BOOL_sp6 STRING[128] Address of the transfer object 6 BOOL_sp7 STRING[128] Address of the transfer object 7 BOOL_sp8 STRING[128] Address of the transfer object 8 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 89...
  • Page 90 Address of the transfer object 7 DINT_sp2 STRING[128] Address of the transfer object 8 IEC 61850 addresses of cyclic read INT/BS32 values. INT_DEF STRUCT HEAD STRING[16] Constant label : ‘Cyclic BS32 obj’ Entry ID: 109972631 | 02/2025 © Siemens 2025 | 90...
  • Page 91 Address of the transfer object 5 Cmd_sp1 STRING[128] Address of the transfer object 6 Cmd_sp2 STRING[128] Address of the transfer object 7 Cmd_sp3 STRING[128] Address of the transfer object 8 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 91...
  • Page 92 Station Gateway system-log-file and data will be lost. Name Type Function UDTI_ALM8P STRUCT Connection for a SGE2_FEEDER block Table 6-29: I61E2_ALM_FEEDER – Inputs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 92...
  • Page 93 Analog reporting configured S_CFG_HWA_ACTIVE BOOL Signals as Hardwired analog signals configured HW_Cmdx STRUCT Hardwired binary command x last input HW_Cmdx_ctlVal STRUCT Hardwired binary command x current state MSG_E_FB BOOL ALARM_8P: Error Entry ID: 109972631 | 02/2025 © Siemens 2025 | 93...
  • Page 94 Name Type Function UDTO_ALM8P STRUCT Connection to a SGE2_FEEDER block Table 6-32: I61E2_ALM_FEEDER - Outputs Call Sequence SGE2_FEEDER The following sequence need to be used: I61_LINK SGE2_FEEDER SGE2_OBJ_FEEDER I61E2_ALM_FEEDER PC_FEEDER Entry ID: 109972631 | 02/2025 © Siemens 2025 | 94...

  • Page 95: Diag_Cm

    (remaining days of current support contract), shows the remaining days of the current support agreement. If the support agreement expires, an OS alarm is created. The DIAG_CM outputs shows the current data. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 95...

  • Page 96: Detailed Engineering Information

    Definition of cyclic binary values REAL_DEF Definition of cyclic real values DINT_DEF Definition of cyclic Bitstring32 or DINT values INT_DEF Definition of cyclic integer values BCMD_DEF Definition of binary command objects Entry ID: 109972631 | 02/2025 © Siemens 2025 | 96...

  • Page 97: Exchange Of The Character $ In Cfc With Character

    - displayed in WinCC are the original timestamps of the IEC 61850 device (IED). Every configured message/alarm is connected to an Alarm_8P call, which transfers the information to WinCC. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 97...

  • Page 98: Reporting With Ed. 1

    Dataset name for the second Station Gateway CTRL/LLN0§DataSetRP Report control block for the dataset of the second Station URCB2 CTRL/LLN0§RP§urcbB01 Gateway Table 6-34: Ed. 1 - Configuration of the report parameters - Inputs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 98...
  • Page 99 Figure 6-20: Unbuffered Reporting - Ed. 1 Dataset assignment - S_CFG_A input Figure 6-21: Unbuffered Reporting - Ed. 1 Dataset assignment - REAL_DEF input As example, the IEC-parameters of the REAL_DEF port are going to be assigned as follow: Entry ID: 109972631 | 02/2025 © Siemens 2025 | 99...

  • Page 100: Reporting With Ed. 2.1

    Gateway - Buffered reports DSBR_2D Buffered Report control block for the fourth BRCB2_D dataset of the second Station Gateway First dataset name for the first Station DSUR_GW1 DSUR_1A UDSET1_A CTRL/LLN0§GTW1DataSetUR Gateway Entry ID: 109972631 | 02/2025 © Siemens 2025 | 100...
  • Page 101 Redundant Station Gateway setup: DSBR_GW1.DSBR_1B.DSET1_B ▪ DSBR_GW2.DSBR_2B.DSET2_B ▪ • 16#DC Single Station Gateway setup: DSBR_GW1.DSBR_1C.DSET1_C ▪ Redundant Station Gateway setup: DSBR_GW1.DSBR_1C.DSET1_C ▪ DSBR_GW2.DSBR_2C.DSET2_C ▪ • 16#DD Single Station Gateway setup: DSBR_GW1.DSBR_1D.DSET1_D ▪ Entry ID: 109972631 | 02/2025 © Siemens 2025 | 101...
  • Page 102 DSBR_GW1.DSBR_1B.DSET1_B ▪ DSBR_GW2.DSBR_2B.DSET2_B ▪ • “PTOC11_Op” and “PTOC11_Str” Single Station Gateway setup: DSBR_GW1.DSBR_1C.DSET1_C ▪ Redundant Station Gateway setup: DSBR_GW1.DSBR_1C.DSET1_C ▪ DSBR_GW2.DSBR_2C.DSET2_C ▪ • “PTOC12_Op” and “PTOC12_Str” Single Station Gateway setup: Entry ID: 109972631 | 02/2025 © Siemens 2025 | 102...
  • Page 103 As example the IEC-parameters of the REAL_DEF port is going to be assigned as follow: • “F” and “I_A” Single Station Gateway setup: DSUR_GW1.DSUR_1A.UDSET1_A ▪ Redundant Station Gateway setup: DSUR_GW1.DSUR_1A.UDSET1_A ▪ DSUR_GW2.DSUR_2A.UDSET2_A ▪ • “I_B” Single Station Gateway setup: Entry ID: 109972631 | 02/2025 © Siemens 2025 | 103...

  • Page 104: Msg_Evid_Xx, Alarming Concept

    It is also possible to use custom blocks to create the MSG_EV_IDs. Therefore, the blocks have to provide the following input parameters in SCL source code: Figure 6-26: MSG_EV_IDs in SCL Entry ID: 109972631 | 02/2025 © Siemens 2025 | 104...
  • Page 105 The alarm texts and the message classes are defined in the blocks “MSG_CREATE”, the ALARM_8P call is done within the I61_GEN block. The I61_GEN block uses the original timestamps coming from IED. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 105...

  • Page 106: Ext_System_Active, Forwarding Of Alarms

    WinCC is down. The Input "EXT_SYSTEM_ACTIVE" indicates whether the 3rd-party system for receiving alarms is active. The Outputs ALM_GRP_XXX (type UDT_ALM_GRP) are used to forward the alarms to the other system. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 106...

  • Page 107: Cyclic Data

    INIT_OBJ port is located at the main driver and by Ed. 2.1 at the configuration blocks SGE2_OBJ_* and I61E2_OBJ_*. Additionally, the download of the object parameters is started automatically: • after the restart of a Station Gateway Entry ID: 109972631 | 02/2025 © Siemens 2025 | 107...

  • Page 108: Structured In- And Outputs

    No Connection to IED or to Station Gateway 16#14 Invalid (indication originates from IED quality 'invalid') 16#18 IEC 61850 address not supported by the connected device 16#60 Simulated 16#80 Valid Table 6-37: Quality codes Entry ID: 109972631 | 02/2025 © Siemens 2025 | 108...

  • Page 109: Commands

    Test: If this bit is set, the IEC device only performs a test of the command These bits can be configured in the Station Gateway per configured command on the Input “CMD_CONF”: Entry ID: 109972631 | 02/2025 © Siemens 2025 | 109...

  • Page 110: Outputs For The Indication Of Errors

    The outputs HEALTH_CM1/2 display the value of the IEC address CTRL/LLN0$ST$Health$stVal, which is the global status of the device. If this signal is not available or another signal should be used, it is possible to configure an alternative signal Entry ID: 109972631 | 02/2025 © Siemens 2025 | 110...
  • Page 111 Station Gateway indicates an error of the data exchange with the designated IEC 61850 device. ERR_REDS is set if one Station Gateway has lost its connection to the redundant Station Gateway via Ethernet. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 111...
  • Page 112 Error during loading of BS32 object parameter 22,23 Error during loading of binary command object parameter 24,25 Error during loading of analog command object parameter Table 6-41: Driver blocks - Error outputs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 112...

  • Page 113: Multiple Connections To One Ied

    One I61_SCFG can be used for multiple IEC 61850 SG_FEEDER driver block instances using the same configuration. The following picture shows an instance of block I61_SCFG. Figure 6-31: Configuration block I61_SCFG for the driver block SG_FEEDER Entry ID: 109972631 | 02/2025 © Siemens 2025 | 113...
  • Page 114 Table 6-42 The input S_CFG_A of the driver block I61_GEN is similar to the input S_CFG_A of the block I61_SCFG but the I61_GEN supports just unbuffered reporting and not hardwired signals. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 114...

  • Page 115: Ed. 2.1 Input Source Configuration

    By the SGE2_FEEDER driver block are the ports placed on the block SGE2_OBJ_FEEDER and by the I61E2_GEN is the port S_CFG_A placed on the block I61E2_OBJ_GEN. The functionalities are the same as described above for Ed. 1. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 115...

  • Page 116: Station Gateway Configuration

    WriteTimeout Timeout for write requests (enabling of report control blocks is write request too) ControlTimeout Timeout for total control workflow (ReadAttributes +Select + Operate) Table 6-45: Timeouts for Ed. 1 Entry ID: 109972631 | 02/2025 © Siemens 2025 | 116...

  • Page 117: Default Parameter

    Trigger Options 16#7C • Integrity Period 30000 ms IEC parameters for Ed. 2.1 • ConnectTimeout 15000 ms • RequestTimeout 15000 ms • Trigger Options 16#7C • Integrity Period 30000 ms Entry ID: 109972631 | 02/2025 © Siemens 2025 | 117...

  • Page 118: Function Test

    Configuration Network The default IP-addresses of the Station Gateway based on CN 4100 are listed in the following table. Interface IP-Address (single or first Subnet mask Network name redundant) X1/X2 (SIMATIC Port) 169.254.1.1 255.255.0.0 S7 network X1.x/2.x (IEC Port) none...

  • Page 119: Features

    However, if the protection devices are sending the IEC 61850 timestamps in a local time format, we recommend the following settings in the PCS 7 system: Configure the S7-400 Controller to also run in the local time zone. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 119...
  • Page 120 UTC (not local time zone). However, the local Station Gateway time is not used for IEC 61850 timestamps, the local Station Gateway system time is only used for logging. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 120...

  • Page 121: Iec 61850 Authentication

    In redundant mode, two gateways are working as two IEC 61850 clients with individual connections. To setup a redundant Station Gateway, two single Station Gateway based on CN 4100 CPUs mounted on one rack can be paired to one redundant Station Gateway based on CN 4100.

  • Page 122: Integration In Pcs 7

    Safety program The communication blocks cannot be located inside a safety program. NOTE The Station Gateway is not allowed to handle signals, that are safety relevant or used inside safety program Entry ID: 109972631 | 02/2025 © Siemens 2025 | 122...

  • Page 123: Maintenance And Diagnostics

    (e.g., space for logfiles) are managed by a fully automated resource management. If the communication between S7 and the IED runs reliably, and no error indications (LEDs, CFC block alarm, errors on the web interface) are active, no manual maintenance is needed. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 123...

  • Page 124: Direct Connection To Station Gateway

    The web interface can be used for the monitoring of the different logs of the Station Gateway. It is also possible to download all needed diagnostic information via the web interface (see chapter 9.2). Entry ID: 109972631 | 02/2025 © Siemens 2025 | 124...

  • Page 125: Station Gateway Leds

    Switching alternately after 1s STOP Switching alternately after 1s Master Switching alternately after 1s Standby Switching alternately after 1s AH Failure RL Failure Com Failure Table 8-2: Behavior of the LEDs Entry ID: 109972631 | 02/2025 © Siemens 2025 | 125...

  • Page 126: Diagnostic In Cfc

    MMSd_Client_ERR_MEMORY MMSd_Client_ERR_ENCODING MMSd_Client_ERR_BAD_TRANSACTION MMSd_Client_ERR_NO_TRANSACTIONS MMSd_Client_ERR_CONNECTION_CLOSED MMSd_Client_ERR_TIMED_OUT MMSd_Client_ERR_CONNECTION_STATE MMSd_Client_ERR_APPLICATION MMSd_Client_ERR_PARAMETERS MMSd_Client_ERR_CONFIRMED_ERROR MSd_Client_ERR_REJECT IEC61850_DATA_OBJECT_INVALIDATED IEC61850_DATA_HARDWARE_FAULT IEC61850_DATA_TEMPORARILY_UNAVAILABLE IEC61850_DATA_OBJECT_ACCESS_DENIED IEC61850_DATA_OBJECT_UNDEFINED IEC61850_DATA_INVALID_ADDRESS IEC61850_DATA_TYPE_UNSUPPORTED IEC61850_DATA_TYPE_INCONSISTENT IEC61850_DATA_OBJECT_ATTRIBUTE_INCONSISTENT IEC61850_DATA_OBJECT_ACCESS_UNSUPPORTED IEC61850_DATA_OBJECT_NON_EXISTENT e.g., configured report control block is not existent Entry ID: 109972631 | 02/2025 © Siemens 2025 | 126...

  • Page 127: Diagnostic In Netpro

    To enable detailed Station Gateway logging (only Version > 2.0), the debug mode can be enabled/disabled inside the web interface. This configuration requires a reboot. This mode should only be activated for troubleshooting, because this mode creates a big amount of logging data. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 127...

  • Page 128: Iec Connection Troubleshooting

    This chapter describes the best practice for upgrading a redundant pair of Station Gateways based on S7mEC / IPC227E to a redundant pair of Station Gateways based on CN 4100 in running operation. In case of upgrading a single Station Gateway to CN 4100 without PLC STOP the communication between PLC and the IEDs will be interrupted for several minutes.
  • Page 129 • Which firmware is being used on the S7mEC Station Gateway? To reduce the risk of incompatibility with latest versions of CN 4100 Station Gateway, the S7mEC Station Gateway should be running V1.61. • Which firmware is being used on the IPC227E Station Gateway? To reduce the risk of incompatibility with latest versions of CN 4100 Station Gateway, the IPC227E Station Gateway should be running V3.06.

  • Page 130: Firmware Update

    8.12. Firmware update A firmware update of the Station Gateway based on CN 4100 can be done via the Update Tool. For information about the update procedure please see chapter 8.14.1.

  • Page 131: Update Of Sg_Link Driver Library

    8.13. Reset the Station Gateway There are three different ways to reset the Station Gateway based on CN 4100. Depending on which reset is carried out, different settings are reset or deleted. NOTE With performing a reset all settings will be reset, including IP address and passwords.
  • Page 132 Maintenance and Diagnostics Please see chapter 8.14.2 for more information and the reset procedure. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 132...

  • Page 133: Cpu Reset Button

    8.14. Station Gateway based on CN 4100 Update Tool The Station Gateway based on CN 4100 update tool must be used to perform the update of the Station Gateway based on CN 4100. Furthermore, it is possible to perform a reset of the Station Gateway.

  • Page 134: Reset

    After the reset the Station Gateway is available via the IP “169.254.1.1”. The password for the user “cnconf” is reset to “configCN4100”. The user cmadmin is deactivated. If the reset was successful, the LEDs should flash as described in chapter 8.5.1. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 134...

  • Page 135: Optional System Hardening

    At least 8 characters Capital character Lower character Number Special character NOTE Due to security guidelines, a lost password can’t be restored. If a password is lost, please contact mailto:function.blocks.industry@siemens.com Entry ID: 109972631 | 02/2025 © Siemens 2025 | 135...

  • Page 136: Disabling / Enabling Ssh Service

    Log in with username ‘cmadmin’ and password Type the following command: a. To enable web interface: “/usr/share/cn4100sw61850/dcpEnable” and press enter b. To disable web interface: “/usr/share/cn4100sw61850/dcpDisable” and press enter Reboot the device Entry ID: 109972631 | 02/2025 © Siemens 2025 | 136...

  • Page 137: Collect Comtrade Files Via Iec 61850

    The API can be called by a console application, that is located on the Station Gateway. The name of this console application is S7MmsFileTool in folder /usr/share/cn4100sw61850. This console application provides the following options: Entry ID: 109972631 | 02/2025 © Siemens 2025 | 137...
  • Page 138 Target folder c:\temp\COMTRADE\DownloadFiles must exist • Station Gateway in this example has IP address 140.80.162.190 • IED in this example has IP address 140.80.161.6 • Maybe the script needs administrator rights Entry ID: 109972631 | 02/2025 © Siemens 2025 | 138...
  • Page 139 Maintenance and Diagnostics Figure 8-7: S7MmsFileTool – Comtrade script The source code requires 3rd party software or components. Please check applicability and licenses based on your project requirements. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 139...

  • Page 140: Station Gateway Web Interface

    The configuration tab contains four main functions: • Display the current status of the Station Gateway • Read and change the current configuration values of the Station Gateway • Export or import configuration files Entry ID: 109972631 | 02/2025 © Siemens 2025 | 140...

  • Page 141: Display The Current Status

    A message will then appear prompting a reboot of the Station Gateway. Please note that the changed values will only be valid after a successful reboot. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 141...

  • Page 142: Upgrade Of License

    “Change Edition”. Afterwards a reboot is necessary. NOTE The firmware version for IEC 61850 Edition 1 must be used in combination with the S7 Block Library for Edition 1. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 142...

  • Page 143: Redundancy

    To enable redundancy for the Station Gateway, it is essential that both Station Gateway CN 4100 CPUs are housed within the same rack. The operational mode (Local as CPU1 or Local as CPU2) for each CN 4100 CPU can be selected via the Web Interface (see Figure 9-4).
  • Page 144 “Export current configuration” (outward arrow)” (see Figure 9-6). If the values displayed in the table are not updated, it is possible to click on the refresh button before exporting the configurations. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 144...
  • Page 145 This process only works reliably if the configuration file was generated through the web interface. The file should not be modified manually, otherwise errors might occur. Only values that are displayed in the table will be written to the Station Gateway. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 145...

  • Page 146: System Logs

    A log file is generated with each new communication established with the Station Gateway. When the Station Gateway is rebooted, all existing log files are deleted. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 146...

  • Page 147: Settings

    FAT32. Depending on the storage capacity, mounting may take longer or shorter time. Once the USB drive is inserted to the Station Gateway, click on the button “Log Network Traffic” in order to start the process (see Figure 9-8). Entry ID: 109972631 | 02/2025 © Siemens 2025 | 147...
  • Page 148 NOTE Please do not remove the USB drive until the dialog in Figure 8 9 is displayed! Only then is it safe to unmount the USB. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 148...

  • Page 149: Cmadmin Password Age

    4 minutes to complete the process. During this time, it is not possible to make changes to other options until the process is complete. If one switching to another menu, a message indicating unable to load and invalid values will appear. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 149...

  • Page 150: Factory Reset Station Gateway

    The IEC Firmware is not reset to Edition 1 if the Edition 2.1 Firmware is active prior to the factory reset. NOTE After the execution of a Firmware Update, Firmware Switch Procedure or a Factory Reset, it is recommended to clear the web browser-cache. Figure 9-11: Factory Reset Station Gateway Entry ID: 109972631 | 02/2025 © Siemens 2025 | 150...

  • Page 151: Example Plant With 192 Ied

    • 40x I61_Gen (OB32 1,0 s) • 102x I61_RIO (OB32 1,0 s) • 3xI61_Link (OB33 500ms) • 1xPcs7AnIn (OB33 500ms) • 1x Counting Block for the active Connections (OB33 500ms) Entry ID: 109972631 | 02/2025 © Siemens 2025 | 151...
  • Page 152 In this example plant the following memory resources were used. Figure 10-2: Usded Storage in example plant with 192 IED Cyclic time In this example plant the following cyclic times were achieved. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 152...
  • Page 153 Figure 10-3: Cyclic time in example plant with 192 IED Communication In this example plant the following communication resources were needed. Figure 10-4: Communications in example plant with 192 IED Entry ID: 109972631 | 02/2025 © Siemens 2025 | 153...

  • Page 154: Required Number Of Pos And Memory

    Power Control Library documentation. The blocks from the TRAFO, LINE, and SYNC families are similar to the FEEDER in terms of NOTE the number of AS RT POs. Entry ID: 109972631 | 02/2025 © Siemens 2025 | 154...

  • Page 155: Support Agreement

    Thank you for using one of the above-mentioned contacts to ensure your inquiry is registered and can be processed. All rights reserved. All trademarks used are owned by Siemens or their respective owners. © Siemens AG 2025 Entry ID: 109972631 | 02/2025...

  • Page 156: Service And Support

    Technical Support The Technical Support of Siemens Industry provides you fast and competent support regarding all technical queries with numerous tailor-made offers – ranging from basic support to individual support contracts. Please send queries to Technical Support via Web form: support.industry.siemens.com/cs/my/src...

Table of Contents