Summary of Contents for Siebert C9302-N0
- Page 1 C9302-N0 ® Control computer for XC-Boards with PROFINET interface Operating instructions...
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Page 2: Contact
Contact www.siebert-group.com GERMANY Siebert Industrieelektronik GmbH Siebertstrasse, D-66571 Eppelborn P.O. Box 11 30, D-66565 Eppelborn Phone +49 (0)6806 980-0, Fax +49 (0)6806 980-999 email: info.de@siebert-group.com AUSTRIA Siebert Österreich GmbH Simmeringer Hauptstrasse 24, A-1110 Wien Phone +43 (0)1 890 63 86-0, Fax +43 (0)1 890 63 86-99 email: info.at@siebert-group.com... -
Page 3: Legal Note
Siebert , LRD and XC-Board are registered trademarks of Siebert Industrieelektronik GmbH. All other product names mentioned herein may be trademarks or registered trademarks of their respective owners. We reserve the right to make alterations to the technical data and delivery options without notice. - All rights reserved, including the rights of translation. -
Page 4: Table Of Contents
Table of contents 1 Contact 2 Legal note 3 Safety precautions Important information ............................6 Safety ................................. 6 Intended use ............................... 6 Mounting and installation ............................ 6 Grounding ................................6 EMC measures ..............................7 Disposal ................................7 4 Field control ®... - Page 5 11 Flashing modes and display attributes 12 Flags 13 Setting the display mode in normal operation Setting the basic brightness (luminosity of the LEDs) ..................21 Setting of the display modes ..........................22 14 Technical data Fieldbus ................................23 Ambient conditions ............................23 C9302 PFN 1.02 5/23...
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Page 6: Safety Precautions
Safety precautions Important information Read these operating instructions before starting the unit. They provide you with important information on the use, safety and maintenance of the units. This helps you to protect yourself and prevent damage to the unit. Information intended to help you to avoid death, bodily harm or considerable damage to property is highlighted by the warning triangle shown here;... -
Page 7: Emc Measures
EMC measures The devices comply with the current EU Directive (EMC Directive) and provide the required interference immunity. Observe the following when connecting the operating voltage and data cables: Use shielded data cables. The data and operating voltage cables must be laid separately. They may not be laid together with heavy-current cables or other interference-producing cables. -
Page 8: Field Control
Field control ® XC-Board The control computer C9302-N0 is used for the selective control and formatting of numeric or ® alphanumeric display fields in XC-Boards via a PROFINET interface. The following figure shows an example of an XC-Board ® with four display panels:... -
Page 9: Quick Start For Numerical Operation Mode (Int32 Format)
Step 3: Install the GSDML file of the ad and add the display Install the GSDML file of the display. You find the file on the supplied data carrier or at www.siebert- group.com. After installation, the display is listed in the hardware catalog. Add the module 'siebert- display' to 'Devices &... -
Page 10: Step 4: Establish A Connection To The Display
Step 4: Establish a connection to the display Assign the display to the desired control in the network view. Then the PROFINET connection is shown. Step 5: Add sub-module to the display and define address range Now add the module 'Numerical Value' for each field from the hardware catalog to the device overview. -
Page 11: Step 6: Assign A Profinet Device Name To The Display
Step 6: Assign a PROFINET device name to the display Now the IP address and the device name are assigned to the display. After the data is transferred successfully to the display, the configuration is displayed as follows in the engineering tool. -
Page 12: Step 8: Transmit Data To The Display
Step 8: Transmit data to the display To transmit a value to a certain field of the display you can for example, create a function chart with the instruction 'MOVE'. In the following screenshot, one such block is defined for each of the four fields of the display. The number '11111' is sent to the first field, the number '222', is sent to the second field, etc.. -
Page 13: Quick Start For Alphanumeric Operation Mode (Ascii Format)
Quick start for alphanumeric operation mode (ASCII format) If the display receives data in ASCII format it can display also characters and special characters which can be displayed by seven segments besides the digits. Received characters which can not be displayed with seven segments are displayed as Step 1 to 4: See quick start for numeric operation mode (INT32 format) Step 1: Open project Step 2: Switch to project view... -
Page 14: Step 8: Transmit Values And Texts To The Display
Step 8: Transmit values and texts to the display For example, to send a value to a particular field of the display, you can create a function plan with the 'MOVE' statement. In the following screenshot, one such block is defined for each of the four fields of the display. -
Page 15: Messages On The Display
Meldungen Messages on the display The data traffic via PROFINET is indicated with status LEDs on both RJ45 sockets. The meaning is the same for both ports. LED green LED yellow Meaning no power supply no network connection ... -
Page 16: Further Settings
Further settings With the previous steps, the display shows the sent values with their default settings (factory settings). In the numeric mode (INT32 format) these settings can be changed by changing the initialization values. These are transferred once to the display during connection setup via PROFINET. The following setting options are available by changing the initialization values, see chapter setting the display settings during initialization (numeric operation mode only): ... -
Page 17: Setting The Display Settings During Initialization (Numeric Operation Mode Only)
Setting the display settings during initialization (numeric operation mode only) Initialization parameters are loaded to the display once. They cannot be changed during operation. Anzuzeigend Number to be displayed Raw Value (property number 0) A number marked by this property is interpreted as a numerical value, which is displayed on the display according to the set parameters. -
Page 18: Flags (Property Number 6)
If a value is received outside the defined thresholds, the display automatically changes from 'standard' to 'out of range'. As soon as a value is received within the defined limits, the display returns to standard. Example: For a temperature value display, the display should change its display mode, both when the temperature falls below 0 degrees Celcius and when it exceeds 100 degrees Celcius. - Page 19 Flashing modes and display attributes The display can show the values to be displayed in a plurality of brightnesses and blinking patterns, which are referred to as "display attribute". For the initialization parameters, two blocks are defined: a block for 'standard attributes' (property number 7), the other for 'out of range attributes' (property number 9).
- Page 20 Flags Flags Bit number Meaning Default 31…9 0 Circumferential frame off 1 Circumferential frame on Underflow off Underflow on Overflow off Overflow on Invalid initial value off Invalid initial value on Smart-Dot-Function off Smart-Dot-Function on The decimal places are trancated.* The decimal places are rounded up* The decimal places are rounded down.* The decimal places are rounded commercially.*...
- Page 21 Setting the display mode in normal operation The settings defined in chapter 'Setting the display settings during initialization' are defined in the engineering tool as initialization parameters and sent to the display once during the initialization of PROFINET. These settings can not be changed during normal operation. The displays also allow to change these parameters during normal operation.
- Page 22 Setting of the display modes With these setting options, the representation of the number which is transmitted cyclically via PROFINET is influenced. To control a specific property, a 'generic property value module' is added. In the parameters of this module, in the Property-group the property 'Property of display field' is selected and in the field 'Property-number the desired property is entered in the 'Property number' field.
- Page 23 Technische Technical data Fieldbus Interface PROFINET IO RT, conformance class CC-B MAC address The MAC address for the PROFINET coupling is on the top side of the device. Integrated switch PROFINET IO IRT, conformance class CC-C Ambient conditions 0…55 °C, with heating -20…55 °C Operating temperature -30…85 °C Storage temperature...
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