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BLUEBOX Advant Profinet

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requirements, the device shall include within interrogators a means to minimize
the overall length of transmission commensurate with the application. This may
include the provision of trigger mechanisms within interrogators to initiate
transmissions.

RF Channel

Frequency [MHz]

4

865.7

7

866.3

10

866.9

14

867.5

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Summary of Contents for IDTRONIC UHF Advant 5238U-PN-C

Page 1: ...BLUEBOX Advant Profinet Page 1 of 71 UHF RFID System BLUEBOX Advant 5238U PN C Profinet ...

Page 2: ...operty or environmental damage With the edition of this document all previous editions become void Indications made in this manual may be changed without previous notice Composition of the information in this manual has been done to the best of our knowledge IDTRONIC does not guarantee the correctness and completeness of the details given in this manual and may not be held liable for damages ensui...

Page 3: ... liability by the manufacturer The liability prescriptions of the manufacturer in the issue valid at the time of purchase are valid for the device The manufacturer shall not be held legally responsible for inaccuracies errors or omissions in the manual or automatically set parameters for a device or for an incorrect application of a device Repairs may be executed by the manufacturer only Only qual...

Page 4: ...nterface 5238U PN C This manual is valid as of firmware version Order Number Carrier Front End 5238U PN C 3 05 1 29M iDTRONIC GmbH Donnersbergweg 1 67059 Ludwigshafen Germany Deutschland Phone 49 621 6690094 0 Fax 49 621 6690094 9 E Mail info idtronic de Web idtronic de Issue 1 00 05 July 2017 Subject to alteration without prior notice Copyright iDTRONIC GmbH 2017 Printed in Germany ...

Page 5: ...ration Parameters 12 3 2 1 Ethernet 12 3 2 2 ProfiNet 13 3 2 1 Input Output 14 3 2 2 RF and EPC C1G2 Class 1 Generation 2 16 3 2 3 Dynamic Power Management 27 3 3 Device Status 28 4 Connections 30 5 Antennas 34 6 Status Indications LEDs and Buzzer 36 7 Mechanical Drawings 38 8 Installation 39 9 Document Revision History 40 A Regions of Operation 41 A 1 Operation in North America 41 A 2 Operation i...

Page 6: ...he BLUEBOX slave independently of the kind of connection point to point multidrop net Ethernet An USB connection working as Virtual COM is also available and used as service interface port to configure the functional parameters and to update the firmware of the device the BLUEBOX Show software of the SDK is foreseen to explicate these operations Furthermore the BLUEBOX is able to handle 2 channels...

Page 7: ...a Connection TNC female 50 Ω Reading Distance 8 mt1 Supported Transponders ISO 18000 6C EPC Class 1 Generation 2 Communication Interface ProfiNet Service Interface USB Virtual COM Digital Inputs Outputs 2 optoisolated I O Voltage 24Vdc As input max current 10mA As output max current 500mA Status Display 8 LEDs Buzzer Connections M12 connections Power I O ProfiNet USB interface 2 2 Mechanical Featu...

Page 8: ...e minimum RF channel allocation time with different inventory modes with no tags and with 1 tag in front of the antenna The test has been made using with a 4dBi gain circular antenna with output power of 27dBm and a tag at a distance of 0 5mt from the antenna Inventory Mode Time with No Tag Time with 1 Tag Fast Multi Tag 15ms 23ms Fast Single Tag 15ms 18ms Standard Multi Tag 15ms 25ms Standard Sin...

Page 9: ...filter time general parameter to be set in a range of 0 99 seconds or 0 99 minutes default value 1 second that prevents the queue saturation in case of a tag continuous presence When a tag is identified the BLUEBOX verifies if it belongs to the list of read tags If the tag do not belong to the list it is defined as new its code will be inserted in the queue a filter time assigned to the tag will b...

Page 10: ... case the BLUEBOX will only execute the on request commands already defined above Two test mode are also defined RF Reading test in continuous mode allows the user to easily and quickly test the read range of the device with fast beeping 100ms the buzzer the buzzer must be connected to output 2 for every identified tag This test mode is stored in non volatile memory and its status is kept at every...

Page 11: ...commands as described in protocol technical manuals where the parameters 1 7 fields with default values are 1 2 3 4 5 6 7 0xFF 0x48 0x10 0x00 0x00 Filter Time Flags 0xFF 0x48 0x10 0x00 0x00 0x01 0x80 Where Parameter Description Filter Time Reading management filter time 0 setting is internally overwritten with 1 second Decimal 0 99 for time in seconds 0 99 seconds Decimal 100 199 for time in minut...

Page 12: ...et parameters are stored in configuration page nr 0x80 and are managed through the Read Configuration Parameters and Write Configuration Parameters commands as described in protocol technical manuals where the parameters 1 14 fields with default values are 1 2 3 4 5 6 7 IP0 IP1 IP2 IP3 0x0B 0xB8 Subnet0 0xC0 0xA8 0x04 0xC8 0x0B 0xB8 0xFF 8 9 10 11 12 13 14 Subnet1 Subnet2 Subnet3 Gateway0 Gateway1...

Page 13: ...ffer size in bytes 8 12 16 20 32 64 16 The ProfiNet parameters are stored in configuration page nr 0x03 and 0xC0 and are managed through the Read Configuration Parameters and Write Configuration Parameters commands as described in protocol technical manuals The parameters 1 7 fields with default values of page 0x03 are 1 2 3 4 5 6 7 0x7E Buffer Length 0x00 0x00 0x00 0x00 0x00 0x7E 0x02 0x00 0x00 0...

Page 14: ...pervisor or Engineering System through the DCP protocol 3 2 1 Input Output Hereinafter the configurable Input Output parameters of the BLUEBOX Parameter Description Range Default Input 1 Mode Input 1 activation deactivation mode of the continuous mode in trigger mode 0 1 2 1 Input 2 Mode Input 2 activation deactivation mode of the continuous mode in trigger mode 0 1 2 0 Extension Time Continuous m...

Page 15: ...input 1 and 2 modes combination allowed are Input 1 Mode Input 2 Mode ON Activate antennas OFF Deactivate antennas Disabled OFF Activate antennas ON Deactivate antennas Disabled Disabled ON Activate antennas OFF Deactivate antennas Disabled OFF Activate antenna 1 2 ON Deactivate antenna 1 2 The Input Output parameters are stored in configuration page nr 0x05 and are managed through the Read Config...

Page 16: ...er the crossing of the gate And the values allowed are Decimal 0 99 for time in seconds 0 99 seconds Decimal 100 199 for time in minutes 0 99 minutes Gate Time The maximum gate crossing time If 0 the gate mode is disabled otherwise it is the maximum gate crossing time Decimal 0 99 for time in seconds 0 99 seconds Decimal 100 199 for time in minutes 0 99 minutes Debounce Time The inputs anti bounce...

Page 17: ...el Allocation Time The maximum period of consecutive transmission on the same RF channel 0 stands for default settings of the selected region Europe ETSI 4 secs in continuous mode no allocation time in continuous mode triggered by input North America FCC 0 4 secs 0 00 0 99 seconds 0 99 seconds 0 RF Channel Pause Time The minimum time between two consecutive transmissions in the same RF channel 0 s...

Page 18: ...ant region MHz 1 865 7 902 75 2 865 9 903 25 3 866 1 903 75 4 866 3 904 25 5 866 5 904 75 6 866 7 905 25 7 866 9 905 75 8 867 1 906 25 9 867 3 906 75 10 867 5 907 25 11 907 75 12 908 25 13 908 75 14 909 25 15 909 75 16 910 25 17 910 75 18 911 25 19 911 75 20 912 25 21 912 75 22 913 25 23 913 75 24 914 25 25 914 75 26 915 25 27 915 75 ...

Page 19: ...75 32 918 25 33 918 75 34 919 25 35 919 75 36 920 25 37 920 75 38 921 25 39 921 75 40 922 25 41 922 75 42 923 25 43 923 75 44 924 25 45 924 75 46 925 25 47 925 75 48 926 25 49 926 75 50 927 25 Hereinafter a cross table between RF channel internal numeration and ETSI numeration according with EN 302208 1 Internal RF Channel ETSI EN 302208 1 RF Channel 1 4 2 5 ...

Page 20: ... mode Fast Multi Tag Fast Single Tag Standard Multi Tag Standard Single Tag Standard Multi Tag Link Frequency Link Frequency as defined in EPC Class 1 Generation 2 protocol 40 160 256 320 640 kHz 160 kHz Bit Coding Bit coding as defined in EPC Class 1 Geneneration 2 protocol FM0 Miller 2 Miller 4 Miller 8 Miller 2 Q Selection Algorithm The Q selection algorithm used for setting the slot counter pa...

Page 21: ... Disabled AFI The AFI Application Family Identifier byte 0x00 0xFF 0x00 ReadAfterDetect Password The password to be used to access to tag s memory in ReadAfterDetect mode Inventory Mode Standard Single Multi Tag with Custom Info Use a 0 password if the access password is not requested 0x00 0x00 0x00 0x00 0xFF 0xFF 0xFF 0xFF 0x00 0x00 0x00 0x00 ReadAfterDetect Bank The tag s memory bank to access i...

Page 22: ...scribed in protocol technical manuals The parameters 1 7 fields with default values are of page 0x01 are 1 2 3 4 5 6 7 RF Input Sensitivity Flags 0x00 0x00 0x00 0x00 0x00 0x4C 0x00 0x00 0x00 0x00 0x00 0x00 Where Parameter Description RF Input Sensitivity Absolute value of the RF input sensitivity see the technical specifications section for the possible values Flags Flags Single bits are dedicated...

Page 23: ...d Bit 1 Not used Bit 0 Antenna 1 EPC C1G2 A byte whose bits are dedicated to manage Q value and session target parameters Bit 7 bit 4 Q value in fixed Q selection algorithm or starting Q value in dynamic Q selection algorithm as defined EPC Class 1 Generation 2 protocol 0x0 0 0xF 15 Bit 3 bit 2 Session as defined in EPC Class 1 Generation 2 protocol 00b S0 01b S1 10b S2 11b S3 Bit 1 Q selection al...

Page 24: ... states o 1b Single Target the device singulates only tags that are in A state Bit 5 Activation of the ReadAfterDetect with custom info as defined in ReadAfterDetect Password Bank Address Length and EPC Info parameters 0b OFF 1b ON Bit 4 Activation of the ReadAfterDetect with auto TID info 0b OFF 1b ON Bit 3 bit 0 Inventory mode how the device does an inventory in continuous mode o 0x0 Fast Multi ...

Page 25: ...uency Link Frequency 0x00 40 kHz 0x02 160 kHz 0x04 256 kHz 0x05 320 kHz 0x06 640 kHz Bit Coding Bit coding 0x00 FM0 0x01 Miller 2 0x02 Milller 4 0x03 Miller 8 Allowed values are Link Frequency Bit Coding 40 kHz FM0 Miller 2 Miller 4 Miller 8 160 kHz FM0 Miller 2 Miller 4 Miller 8 256 kHz Miller 4 Miller 8 320 kHz Miller 4 Miller 8 640 kHz Miller 4 Miller 8 DRM Dense Reader Mode Link Frequency Bit ...

Page 26: ...Use a 0 password if the access password is not requested ReadAfterDete ct Bank The tag s memory bank to access in ReadAfterDetect mode 0x00 Reserved 0x02 TID 0x03 User ReadAfterDete ct Address0 ReadAfterDete ct Address3 The tag s memory start address to access in the specified memory bank in ReadAfterDetect mode ReadAfterDete ct Length The number of tag s memory blocks 2 bytes length to access in ...

Page 27: ...ower Management Hereinafter the configurable dynamic power management parameters of the BLUEBOX Parametro Descrizione Range Default Mode How the device manages the power in continuous mode Off Up Up down Off Power Step The power step in dynamic power management mode activated 1 5 dB 10 500 mW 1 dB Time Step The time step in dynamic power management mode activated 0 1 9 9 seconds 1 0 sec The Input ...

Page 28: ...ctive only after a reset of the BLUEBOX Reset the BLUEBOX using the Reset Device command or via a hardware reset 3 3 Device Status The information about the current status of the BLUEBOX shall be read with the Read Device Status command as described in protocol technical manuals where the status bytes 1 and 2 have the following meaning Status Byte Description Status Byte 1 Byte whose bits have the...

Page 29: ...BLUEBOX Advant Profinet Page 29 of 71 Status Byte Description Bit 3 Not used Bit 2 Not used Bit 1 Input 2 status 1 activated Bit 0 Input 1 status 1 activated ...

Page 30: ...e on the front side of the BLUEBOX are placed three M12 connectors marked in the above picture by letters a b and c whose type and pinout variable depending on the model of used device are illustrated in the following paragraphs On the left side of the BLUEBOX is placed a mini USB type B port for service purpose and future implementations Mini USB B Pin No Min Typical Max Description 5V BUS 1 5 Vd...

Page 31: ... connector Pin No Min Typical Max Description TX 1 Transmit data RX 2 Receive data TX 3 Transmit data RX 4 Receive data b Ethernet1 interface 4 poles M12 D coded female connector Pin No Min Typical Max Description TX 1 Transmit data RX 2 Receive data TX 3 Transmit data RX 4 Receive data ...

Page 32: ...ion PWR 1 18Vdc 24Vdc 36Vdc DC power supply IO1 2 Input 1 Output 1 PWR 3 DC power supply return path IO2 4 Input 2 Output 2 PE 5 Protected Earth Hereinafter a cross reference table between pin number and the color of the wires of a standard open ended cable Pin No Wire Cable Color PWR 1 Brown IO1 2 White PWR 3 Blue IO2 4 Black PE 5 Grey ...

Page 33: ...r Output pin 4 channel 2 and PWR pin 3 max applicable current is 500mA If IOx is used as input a clean contact or PNP transistor has to be connected between PWR pin 1 and Input pin 2 channel 1 or Input pin 4 channel 2 max applicable current is 10mA When the I O is used as input do not use it also as output to avoid conflicts ...

Page 34: ...to dipole antenna and ERP Efficient Radiating Power is used as a measure The maximum RF output power is defined by the antenna gain the half power beam width and the cable attenuation on the device antenna connection For antennas with a half power beam width of up to 70 a power of PERP max 2W ERP is allowed For other half power beam widths a reduced power of PERP max 0 5W ERP The maximum RF output...

Page 35: ...BLUEBOX Advant Profinet Page 35 of 71 PC max Maximum RF output power in dBm PERP max Maximum ERP power of the antenna in dBm GIC Circular antenna gain in dBic CL Cable loss in dB ...

Page 36: ...econds at every identification of a new tag LED Color State Meaning SYSTEM green Blinking System running red On System error or system initialization orange On System upgrade off Off Power supply for the device is missing or hardware defect HOST green Blinking No HOST connection green On HOST connection red On System initialization off Off Power supply for the device is missing or hardware defect ...

Page 37: ...rror red Slow Blink for 3 secs ProfiNet DCP signal service is initiated via the bus off Off No ProfiNet error or hardware defect STS1 red On No ProfiNet configuration or low speed physical link or no physical link red Slow Blink No ProfiNet data exchange off Off No ProfiNet error or hardware defect LED state definition State Definition On The indicator is constantly on Off The indicator is constan...

Page 38: ...BLUEBOX Advant Profinet Page 38 of 71 7 Mechanical Drawings Dimensions in mm ...

Page 39: ...ghlighted with red arrows in the image below Fix the the enclosure to a support wall column using the 4 holes already provided within the enclosure and highlighted with red arrows in the image below and choosing suitable screws Dimensions in mm The drawing is related to 5239U C but the fixing holes dimensions are the same for all the items ...

Page 40: ...BLUEBOX Advant Profinet Page 40 of 71 9 Document Revision History Date Revision Description 04 07 17 1 00 First release ...

Page 41: ...ping occurring between 902 75 927 25 MHz in 500 KHz steps This specification states that no listen before talk is performed the maximum continuous transmit time on a channel is 0 4 seconds RF Channel Frequency MHz 1 902 75 2 903 25 3 903 75 49 926 75 50 927 25 A 2 Operation in Europe For European operation the BLUEBOX reader supports the frequency plan listed in the table below and is compliant wi...

Page 42: ...lude within interrogators a means to minimize the overall length of transmission commensurate with the application This may include the provision of trigger mechanisms within interrogators to initiate transmissions RF Channel Frequency MHz 4 865 7 7 866 3 10 866 9 14 867 5 ...

Page 43: ...4 DeviceList FH1000_UHF Reader USB VID_c251 PID_0000 BLUEBOXCXUHF Reader USB VID_c251 PID_0001 BLUEBOXCXEUHF Reader USB VID_c251 PID_0002 BB2DESKTOPv2 Reader USB VID_28AD PID_0004 MI_00 DeviceList ntamd64 FH1000_UHF Reader USB VID_c251 PID_0000 BLUEBOXCXUHF Reader USB VID_c251 PID_0001 BLUEBOXCXEUHF Reader USB VID_c251 PID_0002 BB2DESKTOPv2 Reader USB VID_28AD PID_0004 MI_00 Installation Reader in...

Page 44: ...00002 DriverService DriverService DisplayName DRIVER SVC ServiceType 1 StartType 3 ErrorControl 1 ServiceBinary 12 usbser sys String Definitions Strings Soltec Soltec Soluzioni Tecnologiche Srl DRIVER SVC BLUEBOX USB VCom Driver BLUEBOXCXUHF BLUEBOX CX UHF USB VCom Port BLUEBOXCXEUHF BLUEBOX CX E UHF USB VCom Port FH1000_UHF FH1000 UHF USB VCom Port BB2DESKTOPv2 BLUEBOX Gen2 DESKTOP USB VCom Port ...

Page 45: ...ology GSDML ProfileTechnology ISO15745Reference ProfileHeader ProfileBody DeviceIdentity DeviceID 0x0108 VendorID 0x011E InfoText TextId DeviceDescription_InfoText VendorName Value Hilscher Gesellschaft für Systemautomation mbH DeviceIdentity DeviceFunction Family MainFamily I O ProductFamily PNS DeviceFunction ApplicationProcess DeviceAccessPointList DeviceAccessPointItem AddressAssignment DCP LO...

Page 46: ...ItemRef AllowedInSlots 1 255 ModuleItemTarget 8byteinput ModuleItemRef AllowedInSlots 1 255 ModuleItemTarget 12byteinput ModuleItemRef AllowedInSlots 1 255 ModuleItemTarget 16byteinput ModuleItemRef AllowedInSlots 1 255 ModuleItemTarget 20byteinput ModuleItemRef AllowedInSlots 1 255 ModuleItemTarget 32byteinput ModuleItemRef AllowedInSlots 1 255 ModuleItemTarget 64byteinput ModuleItemRef AllowedIn...

Page 47: ...meData 256 StartupMode Advanced Legacy SynchronisationMode MaxLocalJitter 50 SupportedRole SyncSlave SupportedSyncProtocols PTCP T_PLL_MAX 1000 ApplicationRelations NumberOfAR 2 StartupMode Advanced Legacy TimingProperties ReductionRatio 1 2 4 8 16 32 64 128 256 512 SendClock 32 64 128 RT_Class3TimingProperties ReductionRatio 1 2 4 8 16 SendClock 8 16 32 64 128 ApplicationRelations MediaRedundancy...

Page 48: ...lSubmoduleList VirtualSubmoduleItem ID 1byteinput SubmoduleIdentNumber 0x00000001 IOData Input DataItem DataType OctetString Length 1 TextId DataItem_1byteinput_inputdata_0_Name Input IOData ModuleInfo Name TextId Submodule_1byteinput_Name InfoText TextId Submodule_1byteinput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 2byteinput ModuleIdentNumber 0x00000...

Page 49: ...Name InfoText TextId Module_3byteinput_InfoText ModuleInfo VirtualSubmoduleList VirtualSubmoduleItem ID 3byteinput SubmoduleIdentNumber 0x00000005 IOData Input DataItem DataType OctetString Length 3 TextId DataItem_3byteinput_inputdata_0_Name Input IOData ModuleInfo Name TextId Submodule_3byteinput_Name InfoText TextId Submodule_3byteinput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleL...

Page 50: ...0x0000000A ModuleInfo CategoryRef Input Module Name TextId Module_8byteinput_Name InfoText TextId Module_8byteinput_InfoText ModuleInfo VirtualSubmoduleList VirtualSubmoduleItem ID 8byteinput SubmoduleIdentNumber 0x00000009 IOData Input DataItem DataType OctetString Length 8 TextId DataItem_8byteinput_inputdata_0_Name Input IOData ModuleInfo Name TextId Submodule_8byteinput_Name InfoText TextId Su...

Page 51: ...nfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 16byteinput ModuleIdentNumber 0x0000000E ModuleInfo CategoryRef Input Module Name TextId Module_16byteinput_Name InfoText TextId Module_16byteinput_InfoText ModuleInfo VirtualSubmoduleList VirtualSubmoduleItem ID 16byteinput SubmoduleIdentNumber 0x0000000D IOData Input DataItem DataType OctetString Length 16 TextId DataItem_16b...

Page 52: ...e TextId Submodule_20byteinput_Name InfoText TextId Submodule_20byteinput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 32byteinput ModuleIdentNumber 0x00000012 ModuleInfo CategoryRef Input Module Name TextId Module_32byteinput_Name InfoText TextId Module_32byteinput_InfoText ModuleInfo VirtualSubmoduleList VirtualSubmoduleItem ID 32byteinput SubmoduleIdent...

Page 53: ...aItem_64byteinput_inputdata_0_Name Input IOData ModuleInfo Name TextId Submodule_64byteinput_Name InfoText TextId Submodule_64byteinput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 1byteoutput ModuleIdentNumber 0x00000003 ModuleInfo CategoryRef Output Module Name TextId Module_1byteoutput_Name InfoText TextId Module_1byteoutput_InfoText ModuleInfo VirtualS...

Page 54: ...duleIdentNumber 0x00000004 SupportedSubstitutionModes 0 1 2 IOData Output DataItem DataType OctetString Length 2 TextId DataItem_2byteoutput_outputdata_0_Name Output IOData ModuleInfo Name TextId Submodule_2byteoutput_Name InfoText TextId Submodule_2byteoutput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 3byteoutput ModuleIdentNumber 0x00000007 ModuleInfo ...

Page 55: ..._Name InfoText TextId Module_4byteoutput_InfoText ModuleInfo VirtualSubmoduleList VirtualSubmoduleItem ID 4byteoutput SubmoduleIdentNumber 0x00000008 SupportedSubstitutionModes 0 1 2 IOData Output DataItem DataType OctetString Length 4 TextId DataItem_4byteoutput_outputdata_0_Name Output IOData ModuleInfo Name TextId Submodule_4byteoutput_Name InfoText TextId Submodule_4byteoutput_InfoText ModuleI...

Page 56: ...tem VirtualSubmoduleList ModuleItem ModuleItem ID 12byteoutput ModuleIdentNumber 0x0000000D ModuleInfo CategoryRef Output Module Name TextId Module_12byteoutput_Name InfoText TextId Module_12byteoutput_InfoText ModuleInfo VirtualSubmoduleList VirtualSubmoduleItem ID 12byteoutput SubmoduleIdentNumber 0x0000000C SupportedSubstitutionModes 0 1 2 IOData Output DataItem DataType OctetString Length 12 T...

Page 57: ...output_outputdata_0_Name Output IOData ModuleInfo Name TextId Submodule_16byteoutput_Name InfoText TextId Submodule_16byteoutput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 20byteoutput ModuleIdentNumber 0x00000011 ModuleInfo CategoryRef Output Module Name TextId Module_20byteoutput_Name InfoText TextId Module_20byteoutput_InfoText ModuleInfo VirtualSubmo...

Page 58: ...umber 0x00000012 SupportedSubstitutionModes 0 1 2 IOData Output DataItem DataType OctetString Length 32 TextId DataItem_32byteoutput_outputdata_0_Name Output IOData ModuleInfo Name TextId Submodule_32byteoutput_Name InfoText TextId Submodule_32byteoutput_InfoText ModuleInfo VirtualSubmoduleItem VirtualSubmoduleList ModuleItem ModuleItem ID 64byteoutput ModuleIdentNumber 0x00000015 ModuleInfo Categ...

Page 59: ... Point Modules Text TextId DIM 24_InfoText Value Firmware version V3 5 35 V3 5 x Supports FastStartup Identification amp Maintenance 1 5 Shared Device RT and IRT Communication Advanced startup Text TextId DataItem_12byteinput_inputdata_0_Name Value Inputs Text TextId DataItem_12byteoutput_outputdata_0_Name Value Outputs Text TextId DataItem_16byteinput_inputdata_0_Name Value Inputs Text TextId Dat...

Page 60: ...Module_16byteinput_Name Value 16 Bytes Input Text TextId Module_16byteoutput_InfoText Value 16 Bytes Output Module Text TextId Module_16byteoutput_Name Value 16 Bytes Output Text TextId Module_1byteinput_InfoText Value 1 Byte Input Module Text TextId Module_1byteinput_Name Value 1 Byte Input Text TextId Module_1byteoutput_InfoText Value 1 Byte Output Module Text TextId Module_1byteoutput_Name Valu...

Page 61: ... PN IO Text TextId Port1 Value Port 1 Text TextId Port2 Value Port 2 Text TextId Submodule_12byteinput_InfoText Value 12 Bytes Input Submodule Text TextId Submodule_12byteinput_Name Value 12 Bytes Input Text TextId Submodule_12byteoutput_InfoText Value 12 Bytes Output Submodule Text TextId Submodule_12byteoutput_Name Value 12 Bytes Output Text TextId Submodule_16byteinput_InfoText Value 16 Bytes I...

Page 62: ...module Text TextId Submodule_64byteinput_Name Value 64 Bytes Input Text TextId Submodule_64byteoutput_InfoText Value 64 Bytes Output Submodule Text TextId Submodule_64byteoutput_Name Value 64 Bytes Output Text TextId Submodule_8byteinput_InfoText Value 8 Bytes Input Submodule Text TextId Submodule_8byteinput_Name Value 8 Bytes Input Text TextId Submodule_8byteoutput_InfoText Value 8 Byte Output Su...

Page 63: ...odule_12byteinput_InfoText Value 12 Byte Eingangsmodul Text TextId Module_12byteinput_Name Value 12 Byte Eingang Text TextId Module_12byteoutput_InfoText Value 12 Byte Ausgangsmodul Text TextId Module_12byteoutput_Name Value 12 Byte Ausgang Text TextId Module_16byteinput_InfoText Value 16 Byte Eingangsmodul Text TextId Module_16byteinput_Name Value 16 Byte Eingang Text TextId Module_16byteoutput_I...

Page 64: ...t_Name Value 8 Byte Eingang Text TextId Module_8byteoutput_InfoText Value 8 Byte Ausgangsmodul Text TextId Module_8byteoutput_Name Value 8 Byte Ausgang Text TextId NETX 100 RE PNS V3 5 35 V3 5 x Value NETX 100 RE PNS V3 5 35 V3 5 x Text TextId Output Module_CategoryName Value Ausgangsmodule Text TextId PN IO Value PN IO Text TextId Port1 Value Port 1 Text TextId Port2 Value Port 2 Text TextId Subm...

Page 65: ... Eingang Text TextId Submodule_3byteoutput_InfoText Value 3 Byte Ausgangssubmodul Text TextId Submodule_3byteoutput_Name Value 3 Byte Ausgang Text TextId Submodule_4byteinput_InfoText Value 4 Byte Eingangssubmodul Text TextId Submodule_4byteinput_Name Value 4 Byte Eingang Text TextId Submodule_4byteoutput_InfoText Value 4 Byte Ausgangssubmodul Text TextId Submodule_4byteoutput_Name Value 4 Byte Au...

Page 66: ...ivers that are not signed by Microsoft Below is described how to de activate the driver signing check 1 First select Settings on the right side of your screen 2 Select Change PC Settings 3 Navigate to General settings and then scroll down to Advanced Startup Click on Restart 4 After that Click on Troubleshoot ...

Page 67: ...BLUEBOX Advant Profinet Page 67 of 71 5 On the next screen choose Advanced Options ...

Page 68: ...BLUEBOX Advant Profinet Page 68 of 71 6 Then click on Startup Settings ...

Page 69: ...EBOX Advant Profinet Page 69 of 71 7 Then click on the Restart button 8 After your computer reboots another screen will appear where you will be asked to press a number to choose an option So press 7 or F7 ...

Page 70: ...BLUEBOX Advant Profinet Page 70 of 71 9 When you install the driver this prompt will appear on screen Select Install this driver software anyway ...

Page 71: ...BLUEBOX Advant Profinet Page 71 of 71 ...

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