Siemens SIMATIC RF186C Operating Instructions Manual
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Siemens SIMATIC RF186C Operating Instructions Manual

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SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI
SIMATIC Ident
RFID systems
SIMATIC RF185C, RF186C,
RF188C, RF186CI, RF188CI
Operating Instructions
06/2019
C79000-G8976-C512-02
Introduction
Security recommendations
Description
Mounting
Connection
Configuring
Configuring with the WBM
Programming via SIMATIC
controller
Programming via the OPC
UA interface
Service and maintenance
Technical data
Dimension drawings
Appendix
Syslog messages
Service & Support
1
2
3
4
5
6
7
8
9
10
11
12
A
B
C

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Summary of Contents for Siemens SIMATIC RF186C

  • Page 1 SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Introduction Security recommendations Description SIMATIC Ident Mounting RFID systems SIMATIC RF185C, RF186C, Connection RF188C, RF186CI, RF188CI Configuring Operating Instructions Configuring with the WBM Programming via SIMATIC controller Programming via the OPC UA interface Service and maintenance Technical data Dimension drawings Appendix...
  • Page 2 Note the following: WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.

  • Page 3: Table Of Contents

    Table of contents Introduction ............................. 7 Security recommendations ........................9 Description ............................15 Properties of the communications modules ................15 I/O functions of the CI device versions ................... 17 User-specific procedure ......................17 Design ............................. 19 Mounting ............................... 21 Installation dimensions and position ..................21 Mounting the communications module ...................
  • Page 4 Table of contents 7.3.5 The "Settings - Communication" menu item ................73 7.3.6 The "Diagnostics - Log" menu item ..................83 7.3.7 The "Diagnostics - Service Log" menu item ................85 7.3.8 The "Diagnostics - Syslog logbook" menu item ..............87 7.3.9 The "Edit transponder"...
  • Page 5 Table of contents 10.5 Module replacement ......................152 10.5.1 Backup configuration data ....................153 10.5.2 Replacing a module ......................155 Technical data ............................ 157 11.1 Technical specifications RF185C, RF186C, RF188C ............157 11.2 Technical specifications for RF186CI, RF188CI ..............159 Dimension drawings ..........................
  • Page 6 Table of contents SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 7: Introduction

    You can find information on the readers and optical readers to be connected in the intrinsic safety manual of the respective product family (RF200, RF300, MV400 and MV500). You can find the current versions of the various manuals on the pages of the Siemens Industry Online Support (https://support.industry.siemens.com/cs/ww/en/ps/14970/man).
  • Page 8 Do not dispose of the products at public disposal sites. For environmentally compliant recycling and disposal of your electronic waste, please contact a company certified for the disposal of electronic waste or your Siemens representative. Adhere to the various country-specific regulations.

  • Page 9: Security Recommendations

    ● Keep the software up to date. Keep yourself informed regularly about safety updates for the product. You can find information about this at Link (http://www.siemens.com/industrialsecurity). ● Activate only protocols that you actually need to use the device. ● Limit access to the device using a firewall or rules in an access control list (ACL).
  • Page 10 Security recommendations Passwords ● Activate user management and create new user profiles. ● Change all default passwords for users before operating the device. ● Only use passwords with high password strength. Avoid weak passwords, e.g. password1, 123456789, abcdefgh. ● Define rules for using devices and assigning passwords. ●...
  • Page 11 Security recommendations ● The following algorithms are supported for encryption: Protocol Supported Supported key signature algorithms and size Web browser SHA1 RSA 2048 bit SHA224 with DSA RSA 4096 bit SHA256 with DSA SHA256 with RSA SHA384 with RSA SHA512 with RSA OPC UA SHA256 with RSA RSA 2048 bit...
  • Page 12 Security recommendations List of available protocols All available protocols and their ports that are used with SIMATIC RF18xC, RF18xCI are listed below. Table 2- 1 List of available protocols Service/ Protocol/ Preset port Port configura- Port number Authentication Encryption Protocol Port number status configurable...
  • Page 13 Siemens’ products and solutions undergo continuous development to make them more secure. Siemens strongly recommends that product updates are applied as soon as they are available and that the latest product versions are used. Use of product versions that are no longer supported, and failure to apply the latest updates may increase customers’...
  • Page 14 Security recommendations SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 15: Description

    Description Properties of the communications modules Area of application The SIMATIC RF185C, RF186C, RF188C, RF186CI and RF188CI communication modules are designed for use in all areas of automation. It covers all areas in which SIMATIC Ident RFID readers and optical readers are operated. The application can run at the field level on a controller, on a PC or at the IT level.
  • Page 16 Description 3.1 Properties of the communications modules You can find additional information on the various RFID devices and optical readers on the Internet on the "Siemens Industry Online Support (https://support.industry.siemens.com/cs/ww/en/ps/14970/man)" page. Features The following features characterize the RF18xC and RF18xCI communication modules:...

  • Page 17: I/O Functions Of The Ci Device Versions

    Description 3.2 I/O functions of the CI device versions I/O functions of the CI device versions Unlike the C device versions, the CI device versions SIMATIC RF186CI and RF188CI have an I/O interface. You can use this interface either as a single digital input or output or for the connection of an IO-Link module (e.g.
  • Page 18 Description 3.3 User-specific procedure Procedure as an OPC UA user 1. Connect the hardware You can find information on this in the section "Connection (Page 27)". 2. Assign the IP address / device name You can find information on this in the section "Assigning the IP address / device name with the PST (Page 50)".

  • Page 19: Design

    Description 3.4 Design Design The following figure shows the basic design of the RF18xC/RF18xCI. ① ⑥ Status LEDs Interface for PROFINET IO (M12, 4-pin, D-coded) ② ⑦ Reader interfaces Mounting holes and functional ground (PE) (M12, 8-pin, A-coded) ③ ⑧ Reader LEDs I/O interface (M12, 5-pin, A-coded)
  • Page 20 Description 3.4 Design Integration The following figure shows an example of an RF188C connection to an automation system. Figure 3-3 Configuration graphic RF188C As of STEP 7 Basic / Professional V15.1, the RF18xC communication modules are integrated in the TIA Portal; as of STEP 7 Basic / Professional V16, the RF18xCI communication modules are integrated in the TIA Portal.

  • Page 21: Mounting

    Mounting The RF18xC/RF18xCI communication modules are designed for easy installation. NOTICE Installation outdoors Please note that the communication module needs to be installed in a protected area. In the case of installation outdoors, make sure that the device is protected from direct sunlight, precipitation and wind.

  • Page 22: Mounting The Communications Module

    Mounting 4.2 Mounting the communications module Mounting the communications module Introduction The communication modules are designed for mounting on a flat, solid surface. Alternatively, you can use the axially symmetrical drill holes of the modules to fasten them to an aluminum profile using sliding blocks.
  • Page 23 Mounting 4.2 Mounting the communications module Procedure Fasten the communication module with the screws on a solid level surface. The device must be screwed (≤ 3 Nm) onto the panel at both fastening points (front top and bottom). Figure 4-1 Installing RF18xC/RF18xCI communication module SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...
  • Page 24 Mounting 4.2 Mounting the communications module Fastener for cable ties All communication modules have integrated fastening points for cable ties. The fastening points are located at all four corners of the modules. The following figure shows the upper left fastening point for 2.5 mm wide cable ties. Figure 4-2 Fastening the RF18xC/RF18xCI communication module with cable ties SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI...

  • Page 25: Use At Altitudes Over 2,000 M

    Mounting 4.3 Use at altitudes over 2,000 m Use at altitudes over 2,000 m The RF18xC/RF18xCI communication modules can be used at altitudes > 2,000 m. See the following information and restrictions in this regard. Restrictions of the maximum specified ambient temperature Table 4- 2 Restrictions of the maximum specified ambient temperature with regard to the altitude Altitude...
  • Page 26 Mounting 4.3 Use at altitudes over 2,000 m SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 27: Connection

    PROFINET IO connection system You can find detailed information on connecting the RF18xC/RF18xCI on PROFINET IO in the "SIMATIC PROFINET system description (https://support.industry.siemens.com/cs/ww/en/view/19292127)". CAUTION Power supply for devices with PROFINET interfaces Modules with PROFINET interfaces may only be operated in LANs (Local Area Networks) in which all connected devices are equipped with SELV/PELV power supplies (or have equivalent protection).
  • Page 28 Connection PROFINET IO topology PROFINET IO communication can be structured as a line topology or star topology. Also note the information in the section "Supply voltage and PROFINET IO loop-through (Page 44)". Figure 5-1 Configuration graphic of a line topology Figure 5-2 Configuration graphic of a star topology SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI...
  • Page 29 Connection Reader connector system A reader always occupies one M12 socket on the RF18xC/RF18xCI. You can connect the reader to the communications module using a preassembled cable. The connection cable is available in lengths of 2, 5, 10, 20 and 50 m as standard. If necessary, these can be extended.

  • Page 30: Operation Of The Cm On Grounded/Ungrounded Power Supply

    Connection 5.1 Operation of the CM on grounded/ungrounded power supply Operation of the CM on grounded/ungrounded power supply Below, you can find information on the overall configuration of an RF18xC/RF18xCI communication module on a grounded power supply (TN-S network). The specific subjects discussed here are: ●...
  • Page 31 Connection 5.1 Operation of the CM on grounded/ungrounded power supply RF18xC/RF18xCI in total configuration The following figure shows the communications module in its overall electrical design. ① Main switch ② Short-circuit and overvoltage protection ③ Fuses for line protection (automatic circuit breaker for 16 A) ④...
  • Page 32 Connection 5.1 Operation of the CM on grounded/ungrounded power supply Components and protective measures A number of components and protective measures are prescribed for plant installations. The types of components and the degree to which the protective measures are mandatory depend on the IEC regulation that applies to your plant setup.

  • Page 33: Electrical Design Of The Cm

    Connection 5.2 Electrical design of the CM Electrical design of the CM Electrical isolation In the electrical design of the communications module, electrical isolation is provided between: ● Load voltage 2L+ and all other circuit components ● Communication interfaces (PROFINET) of the communications module and all other circuit components The following figure shows the potential relationships of the communication modules.
  • Page 34 Connection 5.2 Electrical design of the CM Circuit breaker According to IEC 60364, line protection is required, i.e. the supply lines must always be protected externally. All supply voltages must be protected with a UL/IEC approved fuse 24 V DC / 16 A (tripping characteristic type B or C).

  • Page 35: Connect Cm To Functional Ground (Pe)

    Connection 5.3 Connect CM to functional ground (PE) Connect CM to functional ground (PE) You need to connect the RF18xC/RF18xCI communication module to functional ground (PE). For this purpose, a grounding screw for one ground conductor is provided on the communications module.
  • Page 36 Connection 5.3 Connect CM to functional ground (PE) Mounting Proceed as follows to connect the communications module to functional ground via a conductive mounting base: 1. Drill 2 mounting holes with a distance of 155.6 mm. 2. Screw the module together with the M4 fastening screws with a torque of 1.2 Nm. NOTICE Grounding with a conductive mounting base If you fasten the communications module to a conductive, grounded base, the lower...

  • Page 37: Mounting The Cm On A Non-Conductive Base

    Connection 5.3 Connect CM to functional ground (PE) 5.3.2 Mounting the CM on a non-conductive base Requirement Non-conductive base for mounting the module. Required tools You need the following tools to connect to the functional ground: ● Screwdriver ● Stripping tool ●...
  • Page 38 Connection 5.3 Connect CM to functional ground (PE) Mounting Proceed as follows to connect the communications module to functional ground via a ground conductor: 1. Drill 2 mounting holes with a distance of 155.6 mm. 2. Insulate the ground conductor. 3.

  • Page 39: Connecting The Communications Module

    Connection 5.4 Connecting the communications module Connecting the communications module Interfaces ① ⑥ Status LEDs Interface for PROFINET IO X1 P1R, X1 P2R (M12, 4-pin, D-coded) ② ⑦ Reader interfaces Mounting holes and functional ground (PE) X21-X24 (M12, 8-pin, A-coded) ③...
  • Page 40 Connection 5.4 Connecting the communications module Requirement Only wire the communications module when the supply voltage is switched off. Required tools When using preassembled cables, you need the following tool: ● Torque wrench set (e.g. from Peres; M12/M8, can be set; PER091) for wiring the reader connections Note Using preassembled cables...
  • Page 41 Connection 5.4 Connecting the communications module Wiring interfaces/connectors The following tables show the pin assignment for the interfaces/connectors. Table 5- 2 Pin assignment PROFINET IO; M12 socket (4-pin, D-coded) Assignment View of M12 socket, 4-pin Data line TxP Data line RxP Data line TxN Data line RxN Table 5- 3...
  • Page 42 Connection 5.4 Connecting the communications module Table 5- 4 Pin assignment reader interface; M12 socket (8-pin, A-coded) Assignment View of M12 socket, 8-pin RS422 RS232 +24 V +24 V -RxD +RxD +TxD +5 V -TxD Functional ground Functional ground (PE) / shield (PE) / shield I/O interface (RF18xCI) Note that a single input, a single output or an IO-Link module (e.g.
  • Page 43 Connection 5.4 Connecting the communications module Connect the plug Proceed as follows to connect the device: 1. Push the respective plug into the corresponding round socket on the communications module. Ensure that the correct stop is provided between the connector and bush (groove and spring).

  • Page 44: Supply Voltage And Profinet Io Loop-Through

    Connection 5.5 Supply voltage and PROFINET IO loop-through Supply voltage and PROFINET IO loop-through The RF18xC/RF18xCI communication modules each have two M12 connectors for the supply voltage and PROFINET IO. Supply takes place via the 1st connection, the supply voltage and PROFINET IO can be forwarded to another device via the 2nd connection. Figure 5-11 Supply voltage and PROFINET IO loop-through Notes for wiring...

  • Page 45: Connecting Cables For The Cms

    Connection 5.6 Connecting cables for the CMs Connecting cables for the CMs Effect of cable length on the supply voltage When wiring your assembly, you need to take into account the effect of the cable length on the supply voltage of the communications module. CAUTION Observe the maximum supply currents The maximum supply current of the communications module is 16 A at 1L+ and 2L+ for a...
  • Page 46 Connection 5.6 Connecting cables for the CMs Example With 16 A, the voltage drop via the two L-coded M12 plug-in connectors and in the communications module is approximately 0.2 V. The value can vary significantly depending on the plug connection or condition. When using a 7 m power cable with ∅...

  • Page 47: Configuring

    Procedure Proceed as follows to assign a unique device name to the communications module: 1. Open the TIA Portal with "Start > All Programs > Siemens Automation > TIA Portal Vxx". 2. Create a new project. 3. Change to the Project view.
  • Page 48 Configuring 6.1 Assign the IP address / device name 8. In the shortcut menu, select the menu command "Assign device name". Reaction: The "Assign PROFINET device name" window opens. Figure 6-1 Assign device name 9. Select the connection type in the "Online access" area in the "Type of the PG/PC interface"...
  • Page 49 Configuring 6.1 Assign the IP address / device name Note Assigning a device name when replacing a module When you replace a module, you can assign the device names automatically. You will find more information on this in the section "Module replacement (Page 152)". Device flash test using the TIA Portal If several IO devices are connected to the controller, it is possible to make the LEDs of the device flash.

  • Page 50: Assigning The Ip Address / Device Name With The Pst

    Proceed as follows to assign a new, unique IP address and a unique device name to the communications module: 1. Open the Primary Setup Tool with "Start > All Programs > Siemens Automation > SIMATIC > Primary Setup Tool". 2. In the menu bar under "Settings > Set PG/PC interface..." select the network adapter through which the communications module is connected to the PC and confirm with "OK".
  • Page 51 Configuring 6.1 Assign the IP address / device name 6. Enter a new, unique IP address for the communications module in the "IP address" input box. 7. Enter the subnet mask of your network in the "Subnet mask" input box. 8.

  • Page 52: Configuration Via Profinet Io

    Configuring 6.2 Configuration via PROFINET IO Configuration via PROFINET IO As of STEP 7 Basic / Professional V15.1, the RF18xC communication modules are integrated in the TIA Portal; as of STEP 7 Basic / Professional V16, the RF18xCI communication modules are integrated in the TIA Portal and can be integrated into SIMATIC automation systems.
  • Page 53 Configuring 6.2 Configuration via PROFINET IO "Web Based Management" parameter group You can start Web Based Management in this parameter group. Table 6- 1 Parameters of the "Web Based Management" parameter group Parameter Description Web Based Manage- Start Web Based Management of the communications module. ment Web Based Management (WBM) offers extensive functions for configuring the communication module.
  • Page 54 Configuring 6.2 Configuration via PROFINET IO "Module parameters" parameter group In this parameter group, you can configure all module-specific parameters of the communications module. Table 6- 3 Parameters in the "Module parameters" parameter group Parameter Parameter value Default value Description Diagnostic interrupt on Switch diagnostic interrupt messages for the the device...

  • Page 55: Configuration Via Opc Ua

    Configuring 6.3 Configuration via OPC UA Parameter Parameter value Default value Description Diagnostics None None With this parameter, you determine the extent messages to which the reader-related diagnostic interrupt Hard errors messages are to be reported. Hard/soft errors None: • No alarms are generated.
  • Page 56 Configuring 6.3 Configuration via OPC UA SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 57: Configuring With The Wbm

    Configuring with the WBM The communications modules are equipped with a Web server that provides Web Based Management (WBM) for configuring the communications modules. This can be opened via a Web browser. Starting WBM Requirement The communications module is connected, turned on and ready for operation ("RUN" LED is lit or flashing green) and the relevant communications module has been assigned an IP address.
  • Page 58 Configuring with the WBM 7.1 Starting WBM Figure 7-1 The start page of the WBM Note Connection to the communications module cannot be established If a connection to the communications module cannot be established, check the following points: • Make sure that all cables are correctly connected. •...

  • Page 59: The Wbm

    Configuring with the WBM 7.2 The WBM The WBM You can use the WBM to configure the SIMATIC RF18xC/RF18xCI communication modules. NOTICE Security recommendation: Enable user management After starting the WBM the first time, no user management is enabled. To make sure that no unauthorized persons can access the communications module settings, we recommend that you enable the user management and create new user profiles after the first login.
  • Page 60 Configuring with the WBM 7.2 The WBM Layout of the WBM Once the connection to the communications module has been successfully established, the WBM start window appears: The WBM start window is divided into the following areas: ① Toolbar/status bar and log-on ②...
  • Page 61 Configuring with the WBM 7.2 The WBM Toolbar and status bar On the left above the main window, there are four buttons for transferring/loading/storing the displayed configuration. You can also operate these buttons directly with key combinations. Table 7- 1 The toolbar of the WBM Icon Description...
  • Page 62 Configuring with the WBM 7.2 The WBM Menu tree The menu tree is located in the left margin of the WBM. The currently selected menu item is highlighted in dark blue. The following table provides an overview of the menu items and the functions they provide. Table 7- 2 The menu structure of the WBM Menu items...
  • Page 63 Configuring with the WBM 7.2 The WBM Main window The main window shows the contents of the selected menu items. Here, you can configure the various menu-dependent parameters. Note Entering values in text boxes Apart from manual entry of values, you can also change values with the following buttons: •...

  • Page 64: The Menu Items Of The Wbm

    Configuring with the WBM 7.3 The menu items of the WBM The menu items of the WBM 7.3.1 The "Start page" menu item The "Start page" menu item is divided into the following areas. ● Device-specific information ● Project ID ●...
  • Page 65 Configuring with the WBM 7.3 The menu items of the WBM module. Click the "Default configuration" button to reset the parameters shown in the user interface to the default values. When you restore the default configuration, address information (IP address, device name) is retained. Project ID The second area contains text boxes that you can use to store your own device-specific information in the communications module.

  • Page 66: The "Settings - General" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM 7.3.2 The "Settings - General" menu item The "Settings - General" menu item is divided into the following area: ● Log settings Figure 7-4 The "Settings - General" menu item Log settings In the "Log settings"...

  • Page 67: The "Settings - Reader Interface" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM Parameter Description Additional information Return value Return values for the commands of the user application and for the written or read transponder data. Call parameters Call parameters for the commands of the user application Status telegrams Recording status commands in PLC communication.
  • Page 68 Configuring with the WBM 7.3 The menu items of the WBM Basic settings In this section, you define the basic settings for the selected communication module interface. Table 7- 5 Description of the basic parameters Parameter Parameter value Default value Description Ident devices/system General reader...
  • Page 69 Configuring with the WBM 7.3 The menu items of the WBM Reader parameters This area shows the reset parameters of the reader connected to the interface in hexadecimal format. Depending on the set basic parameters, you can configure the following reader parameters in the "Reader parameters"...
  • Page 70 Configuring with the WBM 7.3 The menu items of the WBM The "Transponder type" parameter Selection of the transponders used. The selection depends on the value specified in the parameter "Ident device / system". The following transponder types can be selected: Reader parameter assignment Values RF290R...

  • Page 71: The "Settings - Digital Outputs" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM 7.3.4 The "Settings - Digital outputs" menu item The menu item "Settings - Digital outputs" is only displayed for the RF186CI and RF188CI communication modules. In the "Settings - Digital outputs" menu item, you can set the properties of the digital outputs and assign functions to the interface.
  • Page 72 Configuring with the WBM 7.3 The menu items of the WBM Basic settings In this area, you can select how the I/O interface is to be operated. Depending on your selection, the corresponding parameters are displayed in the following area. The following options are available for the I/O interface: ●...

  • Page 73: The "Settings - Communication" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM Click the button to add new events. Click the button to remove already specified events. Table 7- 8 Description of the events Event Description Transponder If a transponder was successfully processed by the selected read point, the processed output is changed to the state specified here.
  • Page 74 Configuring with the WBM 7.3 The menu items of the WBM Figure 7-7 The "Settings -- Communication" menu item, "Network interfaces" tab Network ports In the "Network ports" area, you can enable/disable the network ports of the communication module. Click on the check box of the required network port to enable or disable it. Note Disabling the network ports Make sure that you do not disable the port via which you are currently communicating with...
  • Page 75 Configuring with the WBM 7.3 The menu items of the WBM SNMP In the "SNMP" area, you can enable/disable the network protocol. "SNMP" is a protocol for monitoring network components. This setting is activated at the factory. If you do not use the protocol, we recommend that you disable the setting for security reasons.
  • Page 76 Configuring with the WBM 7.3 The menu items of the WBM Syslog messages In the "Syslog messages" area, you can activate the Syslog messages. When the Syslog function is activated, the module generates Syslog messages at the preset UDP port according to RFC 5426.
  • Page 77 Configuring with the WBM 7.3 The menu items of the WBM The "OPC UA" tab The "OPC UA" tab is divided into the following areas: ● Basic settings ● Diagnostic settings ● Security settings ● OPC UA certificates Figure 7-9 The "Settings - Communication"...
  • Page 78 Configuring with the WBM 7.3 The menu items of the WBM Basic settings In the "OPC UA" area you can make the basic settings for the OPC UA interface. Select the "Interlock OPC" check box to disable the OPC UA interface. Table 7- 12 Description of the parameters Parameter...
  • Page 79 Configuring with the WBM 7.3 The menu items of the WBM Security settings In the "Security settings" area, you can make security settings for the OPC UA interface. Table 7- 14 Description of the parameters Parameter Description Security profile Specification of the security profile and the access options for the UA server of the communications module None •...
  • Page 80 Configuring with the WBM 7.3 The menu items of the WBM Parameter Description Generate OPC UA Button for creating an OPC UA server certificate. server certificate Among other things the server certificate serves to identify the OPC UA server to the OPC UA client. The OPC UA server certificate contains the application name, the security profile and the IP address of the communications module.
  • Page 81 Configuring with the WBM 7.3 The menu items of the WBM All certificates must meet the requirements of the standard "X.509" and contain the extensions required by OPC UA (e.g. "Alternative applicant"). For detailed information, see the OPC UA specifications. Table 7- 15 Description of the parameters Parameter...
  • Page 82 Configuring with the WBM 7.3 The menu items of the WBM Parameter Description Blacklists List of all blacklists This area is only displayed when the certificate types "CA certificates" or "Is- suer certificates" were selected. A blacklist is issued by a certificate authority. A blacklist must be stored for each CA certificate and issuer certificate.

  • Page 83: The "Diagnostics - Log" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM Note Recommendations for secure use of OPC UA It is recommended that you use the highest security level (Basic 256 / SHA 256) and disable anonymous access. 7.3.6 The "Diagnostics - Log" menu item The log of the communications module is displayed in the "Diagnostics - Log"...
  • Page 84 Configuring with the WBM 7.3 The menu items of the WBM The entries contain the following properties: Table 7- 16 Displayed properties of the log messages Property Description Date/time Time stamp when the entry was made by the communications module. Note that the time stamp is generated by the device clock (UTC time).

  • Page 85: The "Diagnostics - Service Log" Menu Item

    Log" menu item. The log records internal processes of the communications module and is required for service support by SIEMENS specialists. Only make settings on this page if you are instructed to do so by SIEMENS personnel. The log entries are also evaluated by SIEMENS personnel.
  • Page 86 The log is deleted in the communications module. ● Service file The log read out by the communications module is saved as an *.slf file. The service file contains additional information relevant to Siemens service personnel. SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 87: The "Diagnostics - Syslog Logbook" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM With a large number of log entries in the history, it may take several minutes before these are displayed. 7.3.8 The "Diagnostics - Syslog logbook" menu item The menu item "Diagnostics - Syslog logbook" displays the logbook of the Syslog messages when the Syslog function is enabled.

  • Page 88: The "Edit Transponder" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM 7.3.9 The "Edit transponder" menu item You can read out and write transponder data with the "Edit transponder" menu item. This page is divided into 2 areas: ● Basic settings ●...
  • Page 89 Configuring with the WBM 7.3 The menu items of the WBM Read/write In the "Read/write" area, you can read out and overwrite the memory areas. You can access pre-defined addresses (tag fields). Using the parameters, you can adapt the memory area manually.

  • Page 90: The "User Management" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM 7.3.10 The "User management" menu item To be able to work with the user management function you first need to enable it. To do this, click the "Enable user management" button and confirm with "OK". The user management requires a secure connection using HTTPS.
  • Page 91 Configuring with the WBM 7.3 The menu items of the WBM Procedure Proceed as follows to log in to the WBM: 1. Enter your user name in the "User" input box. 2. Enter your password in the "Password" input box. 3.
  • Page 92 Configuring with the WBM 7.3 The menu items of the WBM User profiles The "User profiles" area contains a list of all existing user profiles. Up to a maximum of 32 user profiles can be created. To edit a user profile, select the required user name in the list. The selected user name is highlighted in color.
  • Page 93 Configuring with the WBM 7.3 The menu items of the WBM Note Restrictions when transferring the configuration Note that you as "User" can only transfer changes when the device status of the communications module is "Idle". As an "administrator", you can also transfer changes even when the device status is "Run".

  • Page 94: The "System" Menu Item

    Configuring with the WBM 7.3 The menu items of the WBM 7.3.11 The "System" menu item In the "System" menu item, you can update firmware, reset the communications module to the factory settings, change the IP address of the communications module, load certificates on the communications module and transfer control files to the PC.
  • Page 95 Configuring with the WBM 7.3 The menu items of the WBM Reset In the "Reset" area, you can reset the communications module to the factory settings. When you reset the communications module, all set configuration data, settings of the user management and address information are lost.

  • Page 96: The "Help" Menu Item

    The "Help - Service and Support" menu item includes information on the RF18xC und RF18xCI communication modules, the WBM as well as links to the relevant documents and the Siemens Industry Online Support. Operating Instructions With the "Help" menu item, you can find the manual for the corresponding communication module, "SIMATIC RF185C, RF186C RF188C, RF186CI, RF188CI".

  • Page 97: Programming Via Simatic Controller

    Ident instructions. The Ident library with the Ident profile and the Ident blocks are integrated in STEP 7 as of version V15.1. You can find a detailed description of the Ident profile and the Ident blocks in the "Ident profile and Ident blocks (https://support.industry.siemens.com/cs/ww/en/ps/14970/man)" function manual. Digital inputs/outputs The RF18xCI communication modules have configurable digital inputs/outputs that you can configure using the WBM.
  • Page 98 Programming via SIMATIC controller 8.1 Digital inputs/outputs SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 99: Programming Via The Opc Ua Interface

    Programming via the OPC UA interface This section is intended only for OPC UA users. OPC UA basics OPC UA is a standardized communications protocol. It allows data exchange between all types of industrial devices that support OPC UA and that are integrated in the same network. In this context, devices that provide or publish data, information and command calls are known as OPC UA servers.

  • Page 100: Supported Methods/Functions

    Programming via the OPC UA interface 9.1 Supported methods/functions You will find more information on OPC UA on the pages of the "OPC Foundation (https://opcfoundation.org/)". The "OPC Unified Architecture for AutoID Companion Specification" can be obtained via the "AIM Germany (www.aim-d.de)". All SIMATIC RF18xC/RF18xCI communication modules have implemented OPC UA servers with a range of functions defined by "OPC Unified Architecture for AutoID"...
  • Page 101 Programming via the OPC UA interface 9.1 Supported methods/functions OPC UA basic methods/basic functions The integrated OPC UA servers of the RF18xC/RF18xCI communication modules support the following OPC UA basic methods/basic functions: ● OPC UA server basic functions according to the "Micro Embedded Device Server Profile" of the OPC Foundation.
  • Page 102 Programming via the OPC UA interface 9.1 Supported methods/functions Figure 9-2 Node "Objects > DeviceSet" You will find the methods/functions listed below under the following path in the address area of a read point "Objects > DeviceSet > Readpoint_x1". RFID-specific methods / functions The integrated OPC UA servers of the RF18xC/RF18xCI communication modules support the following RFID-specific methods/functions according to the "OPC Unified Architecture for AutoID"...
  • Page 103 Device status of read point HardwareRevision Hardware version of the communications module LastScanData Most recently scanned transponder of the read point (Scan, ScanStart). Manufacturer Manufacturer (always "Siemens AG") Model Variant of the communications module RevisionCounter Always "-1" SerialNumber Serial number of the communications module...
  • Page 104 Programming via the OPC UA interface 9.1 Supported methods/functions Additional functions The integrated OPC UA servers of the RF18xC/RF18xCI communication modules offer additional functions and diagnostic options as a supplement to the AutoID standard. The following table provides an overview of the additional functions. The individual elements are described in greater detail below the table.
  • Page 105 Programming via the OPC UA interface 9.1 Supported methods/functions Diagnosis - LastAccess Various information on the last successful transponder access or command Client Client interface via which the last transponder access took place. Command Command that was executed during the last transponder access operation. Identifier Transponder which was accessed with the last command.

  • Page 106: Opc Ua Variables

    Programming via the OPC UA interface 9.2 OPC UA variables OPC UA variables 9.2.1 Description of the variables OPC UA variables represent a simple way to query information from the communications modules or make settings on the communications modules. Almost all OPC UA clients support variables.

  • Page 107: Simaticidentmodelversion

    Programming via the OPC UA interface 9.2 OPC UA variables 9.2.3 SimaticIdentModelVersion Table 9- 5 SimaticIdentModelVersion Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/Sima ticIdentModelVersion Data type String Access Description Indicates the version of the OPC UA module. Possible values Example: V1.1.0 9.2.4 CommonSettings You can make basic settings on the communication module using these variables. Table 9- 6 CodeTypes Path...

  • Page 108: Rfidsettings

    Programming via the OPC UA interface 9.2 OPC UA variables Description Definition of the data type for the "RWData" diagnostics variable and the "ScanData" union used for "RWData" in the "RfidLastAc- cessEvent". The types "String", "ByteString" and "ScanDataEpc" are support- ed.

  • Page 109: Diagnosis

    Programming via the OPC UA interface 9.2 OPC UA variables Table 9- 10 RfPower Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/RfidS ettings/Antennaxx/RfPower Data type SByte Access Description Radiated power of the antenna Possible values 0 … 127 The special features of the different reader types are described below: With RF380R: 2: 0.5 W...
  • Page 110 Programming via the OPC UA interface 9.2 OPC UA variables Diagnostics - Presence Table 9- 11 Presence Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/Diag nosis/Presence Data type UInt16 Access Description Shows the presence of transponders. The prerequisite is that the reader supports "Presence" mode and is operated in this mode, and that the option "Parallel" or "Diagnostics"...
  • Page 111 Programming via the OPC UA interface 9.2 OPC UA variables Table 9- 13 Command Path /Root/Objects/DeviceSet/Readpoint_x/RuntimeParameters/Diagn osis/LastAccess/Command Data type String Access Description Diagnostics on the last transponder access Outputs the command executed during the last transponder access operation. The prerequisite is that the "Parallel" or "Diagnostics" option is set in the WBM.
  • Page 112 Programming via the OPC UA interface 9.2 OPC UA variables Table 9- 14 Identifier Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/Diag nosis/LastAccess/Identifier Data type Defined as "BaseDataType" The actual data type is defined during runtime by the "Code- Types" variable. The types "String", "ByteString" and "ScanDa- taEpc"...
  • Page 113 Programming via the OPC UA interface 9.2 OPC UA variables Table 9- 17 Antenna Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/Diag nosis/LastAccess/Rfid/Antenna Data type Int32 Access Description Diagnostics on the last transponder access Indicates the antenna via which the transponder was accessed with the last command. The prerequisite is that the "Parallel"...
  • Page 114 Programming via the OPC UA interface 9.2 OPC UA variables Table 9- 19 Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/Diag nosis/LastAccess/Rfid/PC Data type UInt16 Access Description Diagnostics on the last transponder access Outputs the protocol control word of the transponder that was accessed last. This variable is only supported by UHF readers. The prerequisite is that the "Parallel"...
  • Page 115 Programming via the OPC UA interface 9.2 OPC UA variables Diagnostics - Logbook These variables supply various log information of the communication module. Table 9- 22 LastLogEntry Path Root/Objects/DeviceSet/Read_point_x/RuntimeParameters/Diag nosis/Logbook/LastLogEntry Data type String Access Description Log diagnostics The last entry in the log is output. The prerequisite is that the "Parallel"...

  • Page 116: Digitalioports

    Programming via the OPC UA interface 9.2 OPC UA variables 9.2.7 DigitalIOPorts These variables are used to query and set the digital inputs and outputs of the RF18xCI communications module. Table 9- 24 DigitalInputs Path Root/Objects/DeviceSet/Read_point_x/IOData/DigitalIOPorts/Digi talInputs Data type String Access Description Supplies the states of the digital inputs of the communications...
  • Page 117 Programming via the OPC UA interface 9.2 OPC UA variables Table 9- 25 DigitalOutputs Path Root/Objects/DeviceSet/Read_point_x/IOData/DigitalIOPorts/Digi talOutputs Data type String Access Description Supplies the states of the digital outputs of the communications module and allows the states of the output to be set. The number of actually existing physical digital outputs depends on the communication module version being used, the operating mode of the digital inputs/outputs and on the connected IO-Link...

  • Page 118: Opc Ua Events

    Programming via the OPC UA interface 9.3 OPC UA events OPC UA events 9.3.1 Description of the events OPC UA variables represent a simple way to query or accept information from the communications modules. The known difficulties in time-based synchronization between the query and update of the variable values during more complex process with OPC UA variables do not occur with events.

  • Page 119: Autoidpresenceevent

    Programming via the OPC UA interface 9.3 OPC UA events 9.3.2 AutoIdPresenceEvent This is an event for the presence of transponders. A "PresenceEvent" is generated for each change in presence. The prerequisite is that the reader supports "Presence" mode and is operated in this mode, and that the option "Parallel"...
  • Page 120 Programming via the OPC UA interface 9.3 OPC UA events Table 9- 28 DeviceName Data type String Description DisplayName of the read point from which the event comes. This Property is inherited from "AutoIdDiagnosisEvent". The BrowseName of the read point is supplied via the standard prop- erty "SourceName"...
  • Page 121 Programming via the OPC UA interface 9.3 OPC UA events OPC UA: WBM: Scan readTagIDs • • ScanAsync asyncReadTagIDs • • ReadTag writeTagID • • WriteTag readTagMemory • • KillTag writeTagMemory • • LockTag killTag • • SetTagPassword lockTagBank • •...
  • Page 122 Programming via the OPC UA interface 9.3 OPC UA events Table 9- 32 CodeType Data type CodeTypeDataType Description Shows the set format of the "Identifier" as String. Possible values RAW:BYTES • RAW:STRING • • Table 9- 33 Timestamp Data type UtcTime Description Time of the last transponder access...
  • Page 123 Programming via the OPC UA interface 9.3 OPC UA events Table 9- 36 Antenna Data type Int32 Description The antenna via which the transponder was accessed with the last command. Possible values Two-digit number The first digit stands for the read point index, the second digit for the antenna index within the read point.

  • Page 124: Autoidlastlogentryevent

    Programming via the OPC UA interface 9.3 OPC UA events Table 9- 40 Strength Data type Int32 Description RSSI value with which the last command was executed on the transponder. This variable is only supported by UHF readers. Possible values 0 ...

  • Page 125: Service And Maintenance

    Service and maintenance 10.1 Diagnostics The following diagnostic options are available for the communications modules: ● Via the LED displays of the communications modules ● Via SNMP ● Using WBM ● Via OPC UA ● Via the TIA Portal (STEP 7 Basic / Professional) These alternative methods are described below.

  • Page 126: Diagnostics Via The Led Display

    Service and maintenance 10.1 Diagnostics 10.1.1 Diagnostics via the LED display The following figure shows the LEDs of the RF18xC/RF18xCI in detail. ① Status LED display Indicates whether the CM is ready for operation. RUN/STOP (RUN) • Indicates whether an error has occurred. ERROR (ERROR) •...
  • Page 127 Service and maintenance 10.1 Diagnostics Status LED display The operating states of the communications module are displayed by the "RUN/STOP", "ERROR" and "MAINT" LEDs. The LEDs can adopt the colors green, red or yellow and the statuses off , on , flashing : Table 10- 1 Shows the operating states via the status LED display...
  • Page 128 Service and maintenance 10.1 Diagnostics Meaning The presence of several transponders is reported. Note: The number of transponders located in the antenna field cannot be read via the LED. An error has occurred between CM and reader. Possible errors: 1x: After the reader was started up, no "WriteConfig" command was sent to the reader. •...

  • Page 129: Diagnostics Via Snmp

    ● SNMPv2.mib ● SNMPv2Smi.mib You can find the MIB files corresponding to the communications modules on the pages of Siemens Industry Online Support (https://support.industry.siemens.com/cs/ww/en/view/67637278) (automation MIBs) or on the pages of the PROFINET user organization (https://www.profibus.com/download/profinet- specification/) (LLDP MIBs). The communications modules support the SNMPv1 protocol. SNMP is activated at the factory.

  • Page 130: Diagnostics Using The Wbm

    In the "Log" menu, you will find all the diagnostics messages of the communications module that have occurred. The log helps SIEMENS specialists to analyze errors. You will find further information on the "Log" in the section "The "Diagnostics - Log" menu item (Page 83)".
  • Page 131 Service and maintenance 10.1 Diagnostics Procedure Reading out diagnostics information of the communications module Proceed as follows to read the diagnostics information of the communications module using STEP 7 Basic / Professional (TIA Portal): 1. Change to the network view. 2.

  • Page 132: Diagnostics Over Opc Ua

    Service and maintenance 10.1 Diagnostics Reading out diagnostics information of the connected readers Proceed as follows to read the diagnostics information of the readers connected to the communications module using STEP 7 Basic / Professional (TIA Portal): 1. Switch to the device view of the communications module. 2.

  • Page 133: Parameterization Of The Diagnostics

    Service and maintenance 10.1 Diagnostics 10.1.6 Parameterization of the diagnostics With STEP 7 Basic / Professional, you can select which diagnostic interrupt messages you wish to view. Follow the steps below to deactivate the diagnostic interrupt messages: ● Communications module: Select communications module "General >...
  • Page 134 The event is no longer current, a diagnostic message is output. For events that only exist momentarily, the reset is delayed by 3 seconds. Further information You can find detailed information on diagnostics on PROFINET IO in the manual "SIMATIC PROFINET system description (https://support.industry.siemens.com/cs/ww/en/view/19292127)". SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 135: Error Messages

    Service and maintenance 10.2 Error messages 10.2 Error messages You have the following options for error analysis of the modules: ● Via error messages ● Via OPC UA error messages ● Using WBM These alternative methods are described below. 10.2.1 Error messages of the communications module Note that depending on the cause of the error, the "ER"...
  • Page 136 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE1FE0500 The transponder memory is full. Possible causes: The address range of the transponder has been exceeded. • 0xE1FE0600 Error in transponder memory The transponder has never been written to or has lost the contents of its memory due to battery failure.
  • Page 137 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE2FE0100 Field disturbance on reader Possible causes: The reader is receiving interference pulses from the environment. • – External interference field. The interference field can be detected with the "inductive field indicator"...
  • Page 138 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE3FE0100 The file name is not allowed. 0xE3FE0200 The file does not exist. 0xE4FE0100 Warning in the event of low power supply The power supply is very close to the low limit. 0xE4FE0200 Hardware fault 0xE4FE0300...
  • Page 139 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE4FE8C00 Communication error between Ident profile and communications module. Handshake error. • Possible causes / action to be taken: – UDT of this communications module is overwritten by other program sections. –...
  • Page 140 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE5FE0600 Invalid data block length (DBL) on the reader/communications module 0xE5FE0700 Invalid data block length (DBL) in the Ident profile 0xE5FE0800 The previous command is still active or the buffer is full. A new command was sent to the reader or communications module although the last command is still active.
  • Page 141 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE6FE0300 A parameter of an XML command has an invalid value or the parameter assignment of the • communications module or the reader was incorrect. Possible causes / action to be taken: –...
  • Page 142 Service and maintenance 10.2 Error messages "ER" Block (hex) Error description 0xE6FE8300 The parameter type is invalid. 0xE6FE8400 Unknown parameter. 0xE6FE8500 The command or the frame has an invalid format. 0xE6FE8600 The inventory command failed. 0xE6FE8700 Read access to the transponder has failed. 0xE6FE8800 Write access to the transponder has failed.

  • Page 143: Reading Out Error Messages Using The Wbm

    Service and maintenance 10.2 Error messages 10.2.2 Reading out error messages using the WBM Reading out error messages using the WBM All the diagnostics messages of the reader are entered in the "Log" if a check mark was set for "ERRORS" in the WBM configuration in "Settings - General". You will find further information on the "Log"...
  • Page 144 Service and maintenance 10.2 Error messages AutoId OPC UA AutoId Error description status status text REGION_NOT_ All commands: Invalid FOUND_ERROR A parameter of an OPC UA command has an invalid value. Argument / "ReadTag"/"WriteTag" command: good The addressed memory area is not available in the current transponder.
  • Page 145 Service and maintenance 10.2 Error messages AutoId OPC UA AutoId Error description status status text good RF_COMMUNICATION_ The transponder has too little power to execute the command. ERROR good RF_COMMUNICATION_ The transponder signals a CRC error. ERROR good RF_COMMUNICATION_ The selected frequency is not enabled. ERROR good RF_COMMUNICATION_...

  • Page 146: Firmware Update

    Service and maintenance 10.3 Firmware update AutoId OPC UA AutoId Error description status status text BadInvalid Unknown parameter. Argument The command or the frame has an invalid format. 10.3 Firmware update The following options are available for updating the firmware of the communications modules: ●...

  • Page 147: Update Firmware Via Tia Portal (Step 7 Basic / Professional)

    Service and maintenance 10.3 Firmware update 7. Click on the "Open" button. 8. Click the "Update" button. Result: The firmware is updated. The update process is indicated in the information bar. Once the update is completed, the communications module is restarted. The communications module is ready for operation when the "RUN"...

  • Page 148: Updating Firmware Of The Readers Using The Tia Portal (Step 7 Basic / Professional)

    Service and maintenance 10.3 Firmware update 6. Click on the "Web Diagnostics" button. Reaction: The WBM of the communication module opens in your Web browser. Figure 10-3 Firmware update of the communications module 7. Continue the firmware update as described in the section "Updating the firmware via WBM (Page 146)".
  • Page 149 Service and maintenance 10.3 Firmware update 6. Right-click on the required reader and select the "Online & diagnostics" entry in the shortcut menu. 7. Select the entry "Functions > Firmware update". Figure 10-4 Firmware update of the reader 8. In the "Firmware loader" area, click "Browse" and select the update file (*.upd). 9.

  • Page 150: Factory Defaults

    Service and maintenance 10.4 Factory defaults 10.4 Factory defaults You can restore the configuration of the communications modules to the factory settings at any time. To reset to the factory settings, you have the following options available: ● Using WBM ●...

  • Page 151: Restoring The Factory Settings Manually

    Service and maintenance 10.4 Factory defaults 10.4.2 Restoring the factory settings manually Requirement The communications module has been disconnected from the power supply. Procedure Proceed as follows to restore all settings to factory defaults using the reader interface: 1. Create a wire jumper (wire diameter ≤ 0.8 mm). 2.

  • Page 152: Module Replacement

    Service and maintenance 10.5 Module replacement 10.5 Module replacement NOTICE Backing up the configuration Before replacing a module, save the configuration stored on the communications module so that you can transfer it to the newly connected communications module after replacing the module.

  • Page 153: Backup Configuration Data

    Service and maintenance 10.5 Module replacement 10.5.1 Backup configuration data These alternative methods are described below. Table 10- 7 Properties and requirements for the backup options Backup options Properties Backup on the controller Module replacement possible without PG • Automatic sequence possible •...
  • Page 154 Service and maintenance 10.5 Module replacement Backup into a STEP 7 project From the device view of the TIA Portal, you can access the "Properties" tab of the communications module. When configuring with HSP, in the "Configuration management" entry, you can save the configuration of the communications module in your project and also load this into the communications module again.

  • Page 155: Replacing A Module

    Service and maintenance 10.5 Module replacement 10.5.2 Replacing a module Requirements ● The RF18xC/RF18xCI communication module is mounted. A new RF18xC/RF18xCI communication module of the same type is available. ● The communications module is connected and has started up. Before replacing a module WARNING Read the manual of the SIMATIC controller you using Prior to installation, connecting up and commissioning, read the relevant sections in the...
  • Page 156 Service and maintenance 10.5 Module replacement Procedure Proceed as follows to replace a communications module (Ethernet/PROFINET connection): 1. Ensure that the communications module is disconnected from the power supply. If you work via a SIMATIC controller, make sure that this is disconnected from the power supply.

  • Page 157: Technical Data

    11.1 Technical specifications RF185C, RF186C, RF188C Table 11- 1 Technical specifications of RF18xC 6GT2002-0JEx0 Product type designation SIMATIC RF185C SIMATIC RF186C SIMATIC RF188C Serial interface to the user Connection type PROFINET IO, OPC UA Physical medium Ethernet over 4-wire cable...
  • Page 158 Technical data 11.1 Technical specifications RF185C, RF186C, RF188C 6GT2002-0JEx0 Electrical data Supply voltage Rated value 24 VDC • • Permitted range 20 to 30 VDC • • Current consumption without reader Typ. 110 mA Current draw via reader interfaces max. 800 mA each, at 24 V DC Mechanical data Dimensions (W ×...

  • Page 159: Technical Specifications For Rf186Ci, Rf188Ci

    Technical data 11.2 Technical specifications for RF186CI, RF188CI 11.2 Technical specifications for RF186CI, RF188CI Table 11- 2 Technical specifications of RF18xCI 6GT2002-0JEx0 Product type designation SIMATIC RF186CI SIMATIC RF188CI Serial interface to the user Connection type PROFINET IO, OPC UA Physical medium Ethernet over 4-wire cable Operating mode...
  • Page 160 Technical data 11.2 Technical specifications for RF186CI, RF188CI 6GT2002-0JEx0 Electrical data Supply voltage Rated value 24 VDC • • Permitted range 20 to 30 VDC • • Current consumption without reader Typ. 110 mA Current draw via reader interfaces max. 800 mA each, at 24 V DC Current draw via I/O interfaces max.

  • Page 161: Dimension Drawings

    Dimension drawings All dimensions in [mm]. Figure 12-1 Dimension drawing of an RF18xC communications module The figure shows an RF188C communications module. SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...
  • Page 162 Dimension drawings Figure 12-2 Dimension drawing of an RF18xCI communication module The figure shows an RF188CI communication module. SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 163: Appendix

    The following tools support you in compiling and planning your Ident system with all relevant components: ● TIA Selection Tool (https://w3.siemens.com/mcms/topics/en/simatic/tia-selection- tool/Pages/tab.aspx) ● SIMATIC Ident Configuration Guide (https://support.industry.siemens.com/cs/ww/en/view/67384964)

  • Page 164: Connecting Cables

    Appendix A.2 Connecting cables Connecting cables A.2.1 Standard cables Available cables ● Connecting cable / extension cable M12 ↔ M12 for RF200, RF300, RF600, MV400 and MV500 l = 2 m, 5 m, 10 m, 20 m, 50 m Note: The connection to MV500 is also possible with the CM adapter cable for MV500 (6GF3500-8BA12).

  • Page 165: Custom Assembled Cables

    Appendix A.2 Connecting cables A.2.2 Custom assembled cables As an alternative to the preassembled standard cables, you can assemble cables individually yourself. A reader connector with screw terminals is available for self-assembly (see the relevant system manual). Cables and reader connectors can be ordered using the TIA Selection Tool, the SIMATIC Ident Configuration Guide or the "ID 10 Industrial Identification Systems"...

  • Page 166: Compatibility With Simatic Rf180C

    Appendix A.3 Compatibility with SIMATIC RF180C Compatibility with SIMATIC RF180C Some of the SIMATIC RF18xC/RF18xCI communication module features are different than those of the predecessor model SIMATIC RF180C. However, these can be migrated or replaced taking into account the following differences. Differences in hardware The differences in the module hardware are as follows: ●...
  • Page 167 Appendix A.3 Compatibility with SIMATIC RF180C Parameter assignment with the "HW_Connect" variable: ● SIMATIC RF180C When you establish the connection via an S7-1200/-1500 controller, enter the value "2x RS422 channel_1" in the "HW_ID" parameter of the module. In the "CM_CHANNEL" parameter, enter the value "1" for channel 1 and the value "2" for channel 2.

  • Page 168: Ordering Data

    Appendix A.4 Ordering data Ordering data Table A- 3 Ordering data Article number Communications module RF185C 6GT2002-0JE10 for PROFINET IO; max. 1 reader can be connected Communications module RF186C 6GT2002-0JE20 for PROFINET IO; max. 2 readers can be connected Communications module RF188C 6GT2002-0JE40 for PROFINET IO;...
  • Page 169 Appendix A.4 Ordering data Article number Power supply cable 0.5 m 6XV1801-6GE50 L-coded, 4-pin 1.0 m 6XV1801-6GH10 M12-90 1.5 m 6XV1801-6GH15 2.0 m 6XV1801-6GH20 3.0 m 6XV1801-6GH30 5.0 m 6XV1801-6GH50 10 m 6XV1801-6GN10 15 m 6XV1801-6GN15 Power supply cable 6XV1801-2B sold by the meter 4 x 1.5 mm Field-fabricated connector for power supply cable 6GK1906-0EA00...
  • Page 170 Appendix A.4 Ordering data Article number M12 sealing caps 3RX9802-0AA00 for unused connections (10 units) Usable as of product version "02" DVD "RFID Systems Software & Documentation" 6GT2080-2AA20 SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

  • Page 171: Certificates & Approvals

    SIMATIC NET/SIMATIC Ident products are regularly submitted to the authorities and approval centers for approvals relating to certain markets and applications. Contact your Siemens representative if you need a list of the current approvals for the individual devices or check the Internet pages of Siemens Industry Online Support: Current approvals (https://support.industry.siemens.com/cs/ww/en/ps/15666)
  • Page 172 Germany You will find the CE Declaration of Conformity for this product on the Internet at the following address: CE declaration of conformity (https://support.industry.siemens.com/cs/ww/en/ps/15105/cert) Country-specific approvals Safety If the device has one of the following markings, the corresponding approval has been obtained.

  • Page 173: Syslog Messages

    Syslog messages Structure of the Syslog messages The Syslog server collects all log information of the devices and informs you about specific events. The Syslog messages are transferred over the set UDP port (Standard 514) according to RFC 5424 as well as RFC 5426. Syslog messages log information during access to the device.

  • Page 174: Variables In Syslog Messages

    Syslog messages B.2 Variables in Syslog messages Note Additional information You can find additional information on the structure of Syslog messages and the meaning of the parameters in the RFC 5424. https://tools.ietf.org/html/rfc5424 Variables in Syslog messages The variables are displayed in the "Syslog messages" section in the "Message text" field with curly brackets {variable}.

  • Page 175: List Of Syslog Messages

    Syslog messages B.3 List of Syslog messages List of Syslog messages This section describes the Syslog messages. The structure of the messages is based on IEC 62443-3-3. Identification and authentication of human users Message text {protocol}: User {user name} logged in from {ip address}. Example WBM: User admin logged in from 192.168.0.1.
  • Page 176 Syslog messages B.3 List of Syslog messages Message text Authentication was disabled. Example Authentication was disabled. Explanation Authentication was disabled. Severity Notice Facility local0 Standard IEC 62443-3-3 Reference: SR 1.3 Message text {Protocol}: User {User name} has changed the password. Example WBM: User admin has changed the password.
  • Page 177 Syslog messages B.3 List of Syslog messages Unsuccessful logon attempts Message text {Protocol}: User {User name} account is locked for {Time minute} minutes after {Failed login count} unsuccessful login attempts. Example WBM: User admin account is locked for 544 minutes after 2 unsuccessful login attempts. Explanation With too many failed logon attempts, the corresponding user account is locked for a specific time.
  • Page 178 Syslog messages B.3 List of Syslog messages Message text {Protocol}: User {User name} has initiated a reset to factory defaults. Example WBM: User admin has initiated a reset to factory defaults. Explanation User has initiated a reset to factory settings. Severity Info Facility...

  • Page 179: Service & Support

    Service & Support Industry Online Support In addition to the product documentation, the comprehensive online information platform of Siemens Industry Online Support at the following Internet address: Link 1: (https://support.industry.siemens.com/cs/de/en/) Apart from news, there you will also find: ● Project information: Manuals, FAQs, downloads, application examples etc.
  • Page 180 Service & Support SIMATIC RF185C, RF186C, RF188C, RF186CI, RF188CI Operating Instructions, 06/2019, C79000-G8976-C512-02...

This manual is also suitable for:

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