Balluff BIS V-6107 User Manual Download

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BIS V-6107 TCP/IP, USB

Technical Description, User's Guide

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Summary of Contents for BIS V-6107

Page 1: ...BIS V 6107 TCP IP USB Technical Description User s Guide 61 9 5 3 157 6 6 0 31 21 5 36 4 42 7 4 48 2 168 3 6 0 English ...

Page 2: ...www balluff com ...

Page 3: ...ead write heads H1 H4 11 3 9 USB 12 3 10 Ethernet TCP IP 12 3 11 IO Link port 13 4 Installation 14 4 1 Processor Unit Installation 14 4 2 Grounding 15 4 3 Electrical connection 16 5 Technical data 18 5 1 Dimensions 18 5 2 Mechanical data 18 5 3 Electrical data 18 5 4 Connections H1 H4 read write heads 19 5 5 Connection IO Link 19 5 6 Connection Ethernet TCP IP 20 5 7 Connection USB 20 5 8 Environm...

Page 4: ...D Parameter 37 8 4 IO Link Parameter 42 9 Protocol 45 9 1 Protocol Sequence 45 9 2 Control characters 46 9 3 Block Check Character BCC 47 9 4 Data format EPC TID 48 9 5 Command overview 48 9 6 Status numbers 51 9 7 Description of global commands 52 9 8 Description of IO Link specific commands 72 9 9 Description of BIS VU specific commands 78 10 Webserver 113 10 1 Navigation 113 10 2 Home 114 10 3 ...

Page 5: ...ode are set in apostrophes e g L Note tip This symbol indicates general notes Warning notes are especially safety relevant and are used for accident avoidance This informa tion must be read thoroughly and followed exactly The warning notes are constructed as fol lows SIGNAL WORD Type and source of the hazard Consequences of non observance Measures for hazard avoidance The signal words used have th...

Page 6: ...tic Compatibility ERP Effective Radiated Power EPC Electronic Product Code FE Function ground IP Internet Protocol kB Kilobyte LAN Local Area Network MAC ID Media Access Control Identifier MB Megabyte n c not connected PC Personal Computer RSSI Receive Signal Strength Indicator PLC Programmable Logic Controller Tag Data carrier TCP Transmission Control Protocol TID Tag Identifier UHF Ultra high fr...

Page 7: ...ll appli cable European Directives CE conformity has been verified UL Conformity This product is UL certified Process Control Equipment Control No 3TLJ File No E227256 Note This is a Class A product This product may generate RF interference in residential areas In such cases it is the responsibility of the user to take appropriate measures All approvals and certifications are no longer valid if Co...

Page 8: ...unit and any connected system components may result Ensure that the total current carried through the Power terminal does not exceed 8 A during operation Operate the processor unit on a limited voltage source with a maximum output current of 8 A LPS Class 2 NOTICE Exceeding the total current per pin Exceeding the maximum current draw per pin may damage the processor unit and any connected system c...

Page 9: ...ort in conveying systems for acquiring safety related data In warehousing for monitoring material movements In transporting and conveyor technology BIS V 6107 processor unit Rugged metal housing Rugged round connector terminations Simultaneous operation of 4 read write heads regardless of their technology LF HF and UHF Supports series BIS C BIS VL BIS VM and BIS VU read write heads 1 IO Link port ...

Page 10: ...t be monitored using a check procedure A CRC_16 data check can be enabled for this via parameter configuration With the CRC_16 data check a check code that allows the validity to be checked at any time is written to the data carrier A CRC_16 data check provides the following advantages Data integrity even during the non active phase data carrier outside the R W head Shorter read time page is read ...

Page 11: ...ct to the supported read write heads The following table shows the differences Processor unit Available Connections Compatible Read Write Heads H1 H4 VM 3_ _ VL 3_ _ VU 3_ _ C 3_ _ BIS V 6107 039 C005 H1 H4 YES YES YES NO BIS V 6107 039 C006 H1 H4 YES YES YES NO BIS V 6107 039 C105 H1 H4 YES YES YES YES BIS V 6107 039 C106 H1 H4 YES YES YES YES Notes Use only shielded cables to connect read write ...

Page 12: ...ard disk space 72 kB Note To use the USB port the processor unit must be powered at the Power terminal see Section 5 Technical data Use only shielded USB cable with a maximum length of 5 m For data transmission over longer distances use of active hubs or repeaters is recom mended Drivers for operating the USB port as an application interface are stored on the inter changeable data carrier of the B...

Page 13: ...h Communication using 24 V pulse modulation standard UART protocol The IO Link port can be operated in various modes Functions are available on pins 2 and 4 Pin 2 of the IO Link port can be configured for the following standard I O operating modes Input as normally open contact Input as normally closed contact Output Pin 4 of the IO Link port can be configured for the following standard I O operat...

Page 14: ...B Installation examples A attachment to DIN rails B attachment to T slotted framing 1 2 Top hat rail Fastening 3 4 T slotted framing Holder for screw mounting Select a suitable installation position Secure the processor unit using two M5 screws strength category 8 8 lightly oiled tightening torque M 5 5 Nm 4 Installation 4 1 Processor Unit Installation ...

Page 15: ...und The ground connection should be short and stable A grounding set is included with the product When using other double ended cordsets we recommend using a similar conductor gauge Depending on the installation situation low frequency noise from ground loops may arise To interrupt the ground loop the FE terminal can be connected indi rectly using an RC combination 4 2 Grounding 4 Installation ...

Page 16: ...Supply voltage VS 8 A max 5 Reserved not connected Power 4 pin 7 8 male BIS V 6107 039 C006 BIS V 6107 039 C106 PIN Function Description 1 0 V Reference potential 2 0 V Reference potential 3 Reserved not connected 4 24 V DC Supply voltage VS 8 A max NOTICE Exceeding maximum current draw When the maximum current draw is exceeded damage to the processor unit and any connected system components may r...

Page 17: ...NOTICE Exceeding the total current per pin Exceeding the maximum current draw per pin may damage the processor unit and any connected system components Be sure that the total current per pin on terminals H1 to H4 and IO Link does not exceed 4 A USB M12 female 5 pin A coded PIN Function Description 1 Not used 2 USB Data line 3 0 V Reference potential 4 Not used 5 USB Data line EtherNET TCP IP M12 f...

Page 18: ...le 5 pin A coded USB M12 female 5 pin A coded TCP IP M12 female 4 pin D coded Degree of protection IP65 only when plugged in and screwed in Weight 800 g 5 3 Electrical data Voltage source LPS Class 2 Operating voltage VS 24 VDC 20 Residual ripple 1 Current draw at VS 24 V without external devices 150 mA Maximum current draw 8 A LPS Class 2 Application interfaces Ethernet TCP IP USB Connections for...

Page 19: ...evision 1 1 Supply voltage for IO Link I O modules output VS VD VD 0 5 V 3 V load dependent 1 7 A max protected by overvoltage shut off Data rate IO Link COM1 COM2 COM3 4 8 kBit s 38 4 kBit s 230 4 kBit s Pin 2 Pin 4 I O mode input output VS VD VD 0 5 V 3 V load dependent 2 A max Pin 4 IO Link mode C Q IO Link data transmission Cable type Unshielded 4 conductor1 Cable length max 20 m in IO Link mo...

Page 20: ... over longer distances Balluff recommends the use of repeaters USB version USB 1 1 Data rate max 12 MBit s Cable type Shielded 3 conductor USB USB 0 V Cable length max 5 m Note For data transmission over longer distances the use of repeaters is recommended Ambient temperature 0 C 60 C Storage temperature 0 C 60 C Vibration shock EN 60068 Part 2 6 27 5 6 Connection Ethernet TCP IP 5 7 Connection US...

Page 21: ...level 2A EN 61000 4 6 Severity level 3A EN 55016 2 3 EN 61000 6 4 BIS V 6107 039 C105 BIS V 6107 039 C106 Harmonized standards EN 301489 1 3 Immunity EN 301489 1 3 Emission EN 300330 2 EN 50364 EN 61000 4 2 Direct contact discharge Severity level 2A Indirect contact discharge Severity level 2A EN 61000 4 3 80 MHz 1000 MHz Severity level 2A 1400 MHz 2000 MHz Severity level 2A 2000 MHz 2700 MHz Seve...

Page 22: ... 6 1 BIS V Status LED Display Description RD Off No power or BIS V not ready Green BIS V ready USB Off No USB connection Green USB connection open Off No TCP IP connection Green TCP IP connection open L Off Ethernet cable not connected Green Ethernet cable connected A Off No TCP IP communication Green flashing TCP IP communication active 6 2 Read write head Status LED Display Description RD Off Co...

Page 23: ... to determine the IP and gateway addresses the subnet mask as well as the PROFINET station name In addition tag data version information and the MAC address can be displayed It is controlled using a 2 button controller You can navigate within a menu level by holding the Enter or Cancel keys You can switch between menu levels or confirm or cancel an action by pressing the buttons longer Display Gre...

Page 24: ... Cancel 1s Enter 1s Cancel 1s Cancel 1s 5 ID Head 1 E00801D7 E5475D55 Cancel 6 ID Head 2 E00801D7 E5475D55 Enter Display of the ID of the data carrier in front of read head 1 Display of the ID of the data carrier in front of read head 2 When selecting the Head_IDs 1 4 5 6 Cancel 1s can be used to jump back to 4 6 5 Displaying tag data 6 Function Indicators ...

Page 25: ... 25 1 Balluff Cancel or Enter 2 Main Setup Info Cancel 1s Enter Cancel 4 Info Tag ID Version Enter 1s 3 Main Setup Info Cancel 1s Enter Cancel 5 Info Tag ID Version Enter 1s 6 Vers Info FW 1 00 IOL 010A Cancel 1s 6 6 Version display 6 Function Indicators ...

Page 26: ... Enter Enter Enter 1s Enter Enter Enter 1s Cancel Enter Enter Cancel 1s Cancel 1s Enter Cancel Cancel 1s Cancel Cancel 1s Cancel Cancel Cancel 1s Cancel 1s Cancel 1s Cancel 1s Enter Cancel Cancel Cancel Enter Err Hd 1 0 7 Dev Error 0 8 10 Err Hd 3 0 9 Err Hd 2 0 Cancel Errorcode 11 Err Hd 4 0 12 Enter 1s Error memory is cleared Cancel 1s Error memory is not cleared 6 Function Indicators ...

Page 27: ...P Setup IP Conf IP Addr Cancel 1s Press Enter Down to select the desired configuration Pressing Cancel 1 s cancels the configuration back to 3 Press Enter 1 s to apply the selected value 5 Save new Config Enter 1s 6 Setup finished Cancel 1s Back to 3 Cancel 1s Cancel 1s Enter 1s Back to 4 7 Device Resets now 6 8 Configuring the IP configuration 6 Function Indicators ...

Page 28: ...currently selected position Press Enter 1s to confirm the configured IP octet and switch to the next IP octet Press Enter 1s to confirm the configured IP address in the 4th octet 7 Enter 1s 8 Cancel 1s Back to 2 Cancel 1s Enter 1s Back to 4 9 A device reset is carried out after restart Back to 1 6 9 Configuring the IP address Balluff Main IP Set Info IP Setup IP Conf IP Addr IP Addr 192 168 010 12...

Page 29: ... currently selected position Press Enter 1s to confirm the configured subnet mask octet and switch to the next octet Press Enter 1s to confirm the configured subnet mask in the 4th octet 8 Enter 1s 9 Cancel 1s Back to 3 Cancel 1s Enter 1s Back to 5 10 A device reset is carried out after restart Back to 1 6 10 Configuring the subnet mask Balluff Main IP Set Info IP Setup IP Conf IP Addr Subnet Mask...

Page 30: ... currently selected position Press Enter 1s to confirm the configured gateway address octet and switch to the next octet of the gateway address Press Enter 1s to confirm the configured gateway address in the 4th octet 9 Enter 1s 10 Cancel 1s Back to 3 Cancel 1s Enter 1s Back to 6 11 A device reset is carried out after restart Back to 1 6 11 Configuring the gateway address Balluff Main IP Conf IP S...

Page 31: ...n the processor unit to a USB 1 1 compatible USB port on the PC 3 Install driver CDC Data Interface for setting up a virtual USB COM port 4 Make USB connection through the virtual USB COM port Active USB connection is indicated by the USB LED After connecting the BIS V to a USB port on the PC Windows installs several drivers needed for operating the BIS V as a USB interchangeable data carrier The ...

Page 32: ...h for drivers on the computer 3 After searching navigate to the directory Driver on the BIS V interchangeable data carrier 4 Confirm by clicking OK 5 Click on Next Note Windows may show a warning for the driver signature The driver can still be installed with no risk After successful installation the virtual USB COM Port is displayed in the Device Manager 7 Startup ...

Page 33: ...232 or EIA 232 connection the connection parameters are needed only for opening the COM port The USB Full Speed connection parameters are used for the USB connec tion Note The procedure for creating and opening a serial connection depends on the system used PC controller and the programming language Find details in the system documentation or programming language Start up processor unit on the Win...

Page 34: ...P address and IP mode static DHCP can be queried and changed using the integrated display see Section 6 Function indicators paragraph Display To open a TCP IP socket you must define on which TCP port the socket connection is handled The BIS V processor unit provides several ports for communication In single port mode TCP port 10001 is used In multi port mode ports 10001 10005 are used see Section ...

Page 35: ...e IP address of the standard gateway optional e g 192 168 72 254 Specifies the address mode Static The IP address defined with the parameter IP address is fixed DHCP The IP address is automatically assigned by a higher level DHCP server Note When manually assigning the IP address be sure that the IP address and subnet mask refer to the same subnet in which the network adapter and standard router a...

Page 36: ...P ports are used for the connections H1 H4 and IO Link The multi port socket connection can be used to shorten access time in time critical applications H1 Port 10001 H2 Port 10002 H3 Port 10003 H4 Port 10004 IO Link Port 10005 Application example 2 Multi Port R W heads H1 H4 IO Link Application BIS V Turn ports H1 H4 on off Enabled Disabled Single Port Multi Port Read write heads H1 to H4 8 Param...

Page 37: ...eters Auto Read Start address and Auto Read Length are used to define a memory range invalid and not supported by the data carrier being used Specifies the start address from which to read in Auto Read mode 000000 999999 Specifies the number of bytes which are read starting at the given Auto Read Start address in Auto Read mode 0000 1024 Note The Auto Read function is not supported when using BIS ...

Page 38: ...the data carrier type The number of usable bytes thus decreases when using the checksum Balluff data carrier type Memory capacity Usable bytes for CRC_16 BIS M 1_ _ 01 752 bytes 658 bytes BIS M 1_ _ 02 2000 bytes 1750 bytes BIS M 1_ _ 03 112 bytes 98 bytes BIS M 1_ _ 04 256 bytes 224 bytes BIS M 1_ _ 05 224 bytes 196 bytes BIS M 1_ _ 06 288 bytes 252 bytes BIS M 1_ _ 07 992 bytes 868 bytes BIS M 1...

Page 39: ...ameter Dynamic mode If this function is enabled in Auto Read instead of data the type of read write head and data carrier type along with the serial number UID Unique Identifier for the data carrier is read out The data is output as soon as the data carrier is in the active zone of the read write head The CP bit is set in the input buffer The length of the outputted data is reduced to the configur...

Page 40: ...ite heads BIS VM Balluff data carrier type Manufacturer Description Memory capacity Memory type BIS M 1_ _ 02 Fujitsu MB89R118 2000 bytes FRAM BIS M 1_ _ 03 NXP SL2ICS20 112 bytes EEPROM BIS M 1_ _ 04 Texas Instruments TAG IT Plus 256 bytes EEPROM BIS M 1_ _ 05 Infineon SRF55V02P 224 bytes EEPROM BIS M 1_ _ 06 EM EM4135 288 bytes EEPROM BIS M 1_ _ 07 Infineon SRF55V10P 992 bytes EEPROM BIS M 1_ _ ...

Page 41: ...ower saving function In non time critical applications the data carrier detection can be slowed down The data carrier detection is started at intervals of 200 ms The field of the read write head is turned off between queries Enabled Disabled Power saving function Read write heads send at reduced transmitting power This function is reserved for future read write heads Enabled Disabled Note Informat...

Page 42: ...ed Deleted Disables data retention stored data are deleted Note To be able to use the Parameter Server function the IO Link master and IO Link device must meet IO Link specification v1 1 or higher The Parameter Upload and Parameter Download parameters must be enabled Specifies whether parameter and identification data should be requested by the IO Link device Enabled The IO Link master starts an u...

Page 43: ...ata 0 32 Specifies the number of bytes used for the output process data 0 32 Tip The process data length specified with the parameters Input Length and Output Length must agree with that of the connected IO Link device The process data length to use can be found in the manual for the IO Link device Specifies the function of Pin 2 of the IO Link port This can be operated as a standard input output ...

Page 44: ...rameter Server see Parameter Parameter Server and Validation in this section 000000 Specifies the serial number 16 byte ASCII coded which is stored in the IO Link master The serial number is used with validation for the function Parameter Server see Parameter Parame ter Server and Validation in this section 0000000000000000 DeviceID Serial 8 Parameter setting ...

Page 45: ...d according to the Request Reply principle This means for every correct request the controller receives a corres ponding reply which can contain the data or a status message Use the sequence described in this section All deviating inputs are ignored by the processor unit After complete processing or canceling of a command the processor unit automatically returns to its base state Note The only exc...

Page 46: ...h received reply The processor unit then returns to the base state and waits for input The following control characters are used for protocol control and output of status messages Control cha racters HEX Description Function Direction Meaning STX 02 Start of Text Control Request Protocol control for multi level commands and requesting data EOT 04 End of Transmission Control Reply Protocol control ...

Page 47: ...llowing principle Result Operand 1 Operator Operand 2 AKKU 1 Data_Byte 1 EXOR 00hex AKKU 2 Data_Byte 2 EXOR AKKU 1 AKKU n 1 Data_Byte n 1 EXOR AKKU n 2 BCC Data_Byte n EXOR AKKU n 1 Example Read EPC data from data carrier at read write head 1 Command Read data carrier EPC Command ASCII HEX O1 BCC 4Fhex31hexBCChex Calculation Result Operand 1 Operator Operand 2 4Fhex 4Fhex EXOR 00hex 7Ehex BCC 31he...

Page 48: ...ator Description ASCII HEX Abort Q 51hex Cancel multi level commands Initialize CRC 16 data check Z 5Ahex Initialize data carrier for CRC 16 data check Number of bytes 0 1024 bytes Initialize CRC 16 data check expanded 26hex Initialize data carrier for CRC 16 data check Number of bytes 1024 Read data carrier L 4Chex Read data from data carrier Number of bytes 0 1024 bytes Read data carrier expan d...

Page 49: ...e of data carrier at R W head ASCII coded UID EPC TID of the data carrier ASCII coded Read version V 56hex Query information for processor unit and connected R W heads BIS V type designation Hardware Firmware Version Serial Number IO Link FW version Function Command designator Description ASCII HEX Digital input read 2Ahex Query status of Pin 2 and Pin 4 if they are operated as digital inputs Digi...

Page 50: ...USER data to data carriers which are in the range of the specified R W head Write to data carrier EPC v 76hex Write to the EPC memory range of a selected data carrier Kill k 6Bhex Disables a selected data carrier permanently irreversible Lock l 6Chex Locks memory ranges of a selected data carrier Read parameters G 47hex Reads parameter data of the selected R W head Write parameters E 45hex Reads p...

Page 51: ...ad connected A 45hex More than 1 data carrier is in the R W head s field E 50hex CRC for the read data and CRC for the data carrier do not agree S 53hex Command is no longer supported P 60hex Only possible in multi mode a head was selected using the wrong port a 61hex This function is not possible for this data carrier b 62hex License key incorrect c 63hex Invalid parameter set d 64hex Communicati...

Page 52: ...of any reply The processor unit returns to the base state after cancel Byte Length Command element Value range 00 1 Command ID ASCII Q 01 1 BCC 00hex FFhex Status message Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table 9 7 Description of global com mands 9 Protocol ...

Page 53: ...ized leads to a CRC error Byte Length Command element Value range 00 1 Command ID ASCII Z 01 1 Start address ASCII high byte 0 9 0 9 06 1 Start address ASCII low byte 0 9 07 1 Number of bytes ASCII high byte 0 9 0 9 12 1 Number of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or N...

Page 54: ...SCII 01 1 Start address ASCII high byte 0 9 0 9 06 1 Start address ASCII low byte 0 9 07 1 Number of bytes ASCII high byte 0 9 0 9 12 1 Number of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows with the first data block 0...

Page 55: ...address ASCII high byte 0 9 0 9 06 1 Start address ASCII low byte 0 9 07 1 Number of bytes ASCII high byte 0 9 0 9 12 1 Number of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Val...

Page 56: ...e 0 9 07 1 Number of bytes ASCII high byte 0 9 0 9 12 1 Number of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK 01 1 Number of bytes ASCII high byte 0 9 0 9 03 1 Number of bytes ASCII low byte 0 9 04 1 Packet number ASCII high byte ASCII 0 9 0 9 06 1 Packet number ASCII low byte A...

Page 57: ...ata packet Byte Length Command element Value range 00 1 Status EOT 01 1 Number of bytes ASCII high byte 0 9 0 9 03 1 Number of bytes ASCII low byte 0 9 04 1 Packet number ASCII high byte ASCII 0 9 0 9 06 1 Packet number ASCII low byte ASCII 0 9 07 6 Number of bytes ASCII high byte 0 9 0 9 0 9 0 9 13 1 Data 00hex FFhex Data 00hex FFhex Last byte 1 BCC 00hex FFhex 9 Protocol ...

Page 58: ...e Length Command element Value range 00 1 Command ID ASCII P 01 1 Start address ASCII high byte 0 9 0 9 06 1 Start address ASCII low byte 0 9 07 1 Number of bytes ASCII high byte 0 9 0 9 12 1 Number of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Sta...

Page 59: ...Number of bytes ASCII high byte 0 9 0 9 12 1 Number of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows with the data block Byte Length Command element Value range 00 1 Control command STX 01 1 Number of bytes ...

Page 60: ...cks are sent until the required number of blocks has been reached Byte Length Command element Value range 00 1 Control command STX 01 1 Number of bytes ASCII high byte 0 9 0 9 06 1 Number of bytes ASCII low byte 0 9 07 1 Data 00hex FFhex 00hex FFhex Last byte 1 BCC 00hex FFhex 9 Protocol ...

Page 61: ...r of bytes ASCII low byte 0 9 13 1 Head number ASCII 1 4 14 1 Reserve ASCII R 15 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The constant value is then sent Byte Length Command element Value range 00 1 Control command STX 01 1 Value that is to be written to the data carrier 00hex FFhex 02 1 BCC 00hex FF...

Page 62: ...s ASCII low byte 0 9 06 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table 02 1 BCC 00hex FFhex After a successful acknowledgment the characters are sent until the required number of bytes has been reached Byte Length Command element Value range 00 1 Control command STX 01 1 Characters ASCII 00hex FFhex Charac...

Page 63: ...h byte 0 9 0 9 06 1 Source start address ASCII low byte 0 9 07 1 Target start address ASCII high byte 0 9 0 9 12 1 Target start address ASCII low byte 0 9 13 1 Number of bytes ASCII high byte 0 9 0 9 18 1 Number of bytes ASCII low byte 0 9 19 1 Source head number ASCII 1 4 20 1 Target head number ASCII 1 4 21 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK ...

Page 64: ...ts the selected read write head Byte Length Command element Value range 00 1 Command ID ASCII q 01 1 Head number ASCII 1 4 02 1 BCC 00hex FFhex Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table 02 1 BCC 00hex FFhex 9 Protocol ...

Page 65: ... Byte Length Command element Value range 00 1 Control command STX After errorless reading the data are sent Byte Length Command element Value range 00 1 Status ACK 01 1 Head number ASCII 1 4 02 1 Number of bytes ASCII high byte 0 9 03 1 Number of bytes ASCII low byte 0 9 4 1 Data 00hex FFhex 00hex FFhex Last byte 1 BCC 00hex FFhex Note The format of the returned data is described in Section 8 Para...

Page 66: ...of the data carrier If the ID of the tag used is 8 bytes the UID is filled with zeros so that they come at the end If there is no tag or more than one tag at the corresponding head only 8 zeros are sent Byte Length Command element Value range 00 1 Command ID ASCII U 01 1 BCC After errorless reading the data are sent Byte Length Command element Value range 00 1 Data 01 1 Data Data Last byte 1 BCC 9...

Page 67: ... 1 tag ID 7 1 Head 2 status Status of the 2nd head 0 Tag there 1 No tag 9 No head 1 Head 2 type 1 C Type 2 L Type 3 M Type 4 U Type 1 Head 2 tag type 1 Head 2 tag ID 0 1 Head 2 tag ID 7 1 Head 3 status Status of the 3rd head 0 Tag there 1 No tag 9 No head 1 Head 3 type 1 C Type 2 L Type 3 M Type 4 U Type 1 Head 3 tag type 1 Head 3 tag ID 0 1 Head 3 tag ID 7 1 Head 4 status Status of the 4th head 0...

Page 68: ...d UID EPC TID of the data carrier If the ID of the tag used is 8 bytes the UID is filled with zeros so that they come at the end If there is no tag or more than one tag at the corresponding head only 8 zeros are sent Byte Length Command element Value range 00 1 Command ID ASCII u 01 1 BCC After errorless reading the data are sent Byte Length Command element Value range 00 1 Data 01 1 Data Data Las...

Page 69: ...SCII 1 Head 1 tag type high byte Tag type in ASCII Hyphen 1 Head 1 tag ID 0 Tag ID in ASCII 1 Head 1 tag ID 15 Tag ID in ASCII 1 CR 1 LF 1 Head 2 status Status of the 2nd head 0 Tag there 1 No tag 9 No head Hyphen 1 Head 2 type low byte 01 C Type 02 L Type 03 M Type 04 U Type 1 Head 2 type high byte Hyphen 1 Head 2 tag type low byte Tag type in ASCII 1 Head 2 tag type high byte Tag type in ASCII H...

Page 70: ...h byte Tag type in ASCII Hyphen 1 Head 3 tag ID 0 Tag ID in ASCII 1 Head 3 tag ID 15 Tag ID in ASCII 1 CR 1 LF 1 Head 4 status Status of the 4th head 0 Tag there 1 No tag 9 No head Hyphen 1 Head 4 type low byte 01 C Type 02 L Type 03 M Type 04 U Type 1 Head 4 type high byte Hyphen 1 Head 4 tag type low byte Tag type in ASCII 1 Head 4 tag type high byte Tag type in ASCII Hyphen 1 Head 4 tag ID 0 Ta...

Page 71: ...name firmware version hardware version and serial number Unconnected heads are indicated by no head Byte Length Command element Value range 00 1 Command ID ASCII V 01 1 BCC 00hex FFhex After errorless reading the data are sent Byte Length Command element Value range 00 1 Version data ASCII 00hex FFhex 01 1 Version data ASCII 00hex FFhex 00hex FFhex Last byte 1 BCC 00hex FFhex ...

Page 72: ...Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX After errorless reading the EPC data are sent Byte Length Command element Value range 00 1 Status ACK 01 1 Value ASCII 0 On 1 Off 02 1 BCC 00hex FFhex 9 8 Description of IO Link specific com...

Page 73: ...alue ASCII 0 On 1 Off 03 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX After errorless reading the EPC data are sent Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber ...

Page 74: ...b Index ASCII hex low byte 0 F 09 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX After errorless reading the data are sent Byte Length Command element Value range 00 1 Status ACK 01 1 Number of bytes ASCII high byte 0 9...

Page 75: ... 9 0 9 06 1 Number of bytes ASCII low byte 0 9 07 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX After errorless reading the data are sent Byte Length Command element Value range 00 1 Status ACK 01 1 Number of bytes ASC...

Page 76: ...ytes ASCII high byte 0 9 0 9 11 1 Number of bytes ASCII low byte 0 9 12 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows with the data block Length of the data block is the desired number of bytes n Byte Length Command element Value range 00 1 Control command STX 01 1 Data 00hex FFhex ...

Page 77: ...low byte 0 9 04 1 Number of bytes ASCII high byte 0 9 0 9 06 1 Number of bytes ASCII low byte 0 9 07 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows with the data block Length of the data block is the desired number of bytes n Byte Length Command element Value range 00 1 Control comma...

Page 78: ...ment Value range 00 1 Command ID ASCII N 01 1 Head number ASCII 1 4 02 1 Data carrier selection 0 All 1 Selected 03 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX The reply then follows with the first data block Byte Le...

Page 79: ...Command ID ASCII M 01 1 Head number ASCII 1 4 02 1 Type EPC or TID ASCII E EPC T TID 03 1 Max number of data carriers ASCII high byte 0 9 0 9 05 1 Max number of data carriers ASCII low byte 0 9 06 1 Data carrier select ASCII 0 All 1 Selected 07 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK 01 1 Head number ASCII 1 4 02 1 Type EPC or TID ASCII E EPC T TID ...

Page 80: ...ith a length of 66 bytes the data block is structured as follows Byte Length Command element Value range 0 1 Antenna Port 1st data carrier 01hex 1 1 Reserved 00hex 2 1 EPC TID 1st byte Tag 1 00hex FFhex 3 1 EPC TID 2nd byte Tag 1 00hex FFhex 00hex FFhex 65 1 EPC TID 64th byte Tag 1 00hex FFhex 66 1 EPC TID 1st byte Tag 2 00hex FFhex 67 1 EPC TID 2nd byte Tag 2 00hex FFhex 00hex FFhex Last byte 1 B...

Page 81: ...x 00hex 00hex 00hex 00hex 00hex 00hex Leading zeros EPC1 54 65 12hex 11hex 10hex 09hex 08hex 07hex 06hex 05hex 04hex 03hex 02hex 01hex EPC 1 01 02 03 04 05 06 07 08 09 10 11 12 66 01hex Antenna Port EPC 2 67 00hex Reserved 68 0Chex Length EPC 2 69 00hex Reserved 70 119 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00he...

Page 82: ...lid via a check byte at the end of the data block and transmitted to the controller Data blocks marked as valid in their check bytes can be used without restrictions A maximum of 255 bytes from 255 data carriers can be read at a time Byte Length Command element Value range 00 1 Command ID ASCII I 01 1 Head number ASCII 1 4 02 1 Start address ASCII high byte 0 9 0 9 07 1 Start address ASCII low byt...

Page 83: ...nt Byte Length Command element Value range 00 1 Status ACK or EOT 01 1 Head number ASCII 1 4 02 1 Number of bytes high byte ASCII 0 9 0 9 04 1 Number of bytes low byte ASCII 0 9 05 1 Packet number ASCII high byte 0 9 0 9 07 1 Packet number ASCII low byte 0 9 08 1 Data length ASCII high byte 0 9 0 9 11 1 Data length ASCII low byte 0 9 12 1 Data 00hex FFhex 00hex FFhex Last byte 1 BCC 00hex FFhex ...

Page 84: ... byte that was read from the 2nd data carrier 1 Data Tag 2 1 Transmission of the 2nd byte that was read from the 2nd data carrier Data 2 Additional data from the 2nd data carrier 1 Check byte Tag 2 A check byte is transmitted in the last byte from the second data carrier which indicates whether the data read is valid 00hex Data valid FFhex Data invalid 1 Data Tag n 0 Transmission of the 1st byte t...

Page 85: ...ated in front of the antenna Byte Length Command element Value range 00 1 Command ID ASCII O 01 1 Head number ASCII 1 4 Last byte 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows and the command is carried out Byte Length Command element Value range 00 1 Control command STX After error...

Page 86: ...t is located in front of the antenna Byte Length Command element Value range 00 1 Command ID ASCII y 01 1 Head number ASCII 1 4 Last byte 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX After errorless reading the TID da...

Page 87: ... 1 Selected 15 1 Maximum number of data carriers ASCII high byte 0 9 0 9 07 1 Maximum number of data carriers ASCII low byte 0 9 07 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows with the first data block Byte Length Command element Value range 00 1 Control command STX 01 1 Number of...

Page 88: ...tion is successful the number of written data carriers is sent in the following format Byte Length Command element Value range 00 1 Status ACK 01 1 Head number ASCII 1 4 02 1 Number of data carriers ASCII high byte 0 9 0 9 04 1 Number of data carriers ASCII low byte 0 9 05 1 Number of written data carriers ASCII high byte 0 9 0 9 07 1 Number of written data carriers ASCII low byte 0 9 08 1 Status ...

Page 89: ... Note The EPC can have a length of 2 62 bytes the number of bytes must be even Byte Length Command element Value range 00 1 Command ID ASCII v 01 1 Head number ASCII 1 4 02 1 Number of bytes ASCII high byte 0 9 03 1 Number of bytes ASCII low byte 0 9 04 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The re...

Page 90: ...e EPCglobal standard is available online at www gs1 org standards Byte Length Command element Value range 00 1 Command ID ASCII k 01 1 Head number ASCII 1 4 02 1 Password 1 ASCII high byte 0 F 03 1 Password 1 ASCII low byte 0 F 04 1 Password 2 ASCII high byte 0 F 05 1 Password 2 ASCII low byte 0 F 06 1 Password 3 ASCII high byte 0 F 07 1 Password 3 ASCII low byte 0 F 08 1 Password 4 ASCII high byt...

Page 91: ... with respect to its Lock Status 0 Memory area is not affected by the Action field 1 Memory area is affected by the Action field Action Bit Mask 16 Bit used to determine how the Lock Status of the respective memory areas should be changed The Lock Status can be set for individual memory areas by setting or resetting the Lock and Permalock bits Bit No 7 6 5 4 3 2 1 0 Memory area Access PW Access PW...

Page 92: ...ment Value range 00 1 Command ID ASCII l 01 1 Head number ASCII 1 4 02 1 Mask ASCII high byte 0 F 03 1 Mask ASCII low byte 0 F 04 1 Action ASCII high byte 0 F 05 1 Action ASCII low byte 0 F 06 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1...

Page 93: ...alue range 00 1 Command ID ASCII G 01 1 Head number ASCII 1 4 02 1 Parameter ASCII Hex high byte 0 F 0 F 05 1 Parameter ASCII Hex low byte 0 F 06 1 BCC 00hex FFhex After errorless reading the data are sent Byte Length Command element Value range 00 1 Status ACK 01 1 Reserved 0 02 1 Head number ASCII 1 4 03 1 Number of bytes ASCII high byte 0 9 04 1 Number of bytes ASCII low byte 0 9 05 1 Parameter...

Page 94: ... for the BIS VU read write head Byte Length Command element Value range 00 1 Command ID ASCII E 01 1 Head number ASCII 1 4 02 1 Number of bytes ASCII high byte 0 9 03 1 Number of bytes ASCII low byte 0 9 04 1 Parameter ASCII Hex high byte 0 F 0 F 07 1 Parameter ASCII Hex low byte 0 F 08 1 Data 00hex FFhex 00hex FFhex Last byte 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value rang...

Page 95: ...ed res ponse signal from the data carrier Byte Length Command element Value range 00 1 Command ID ASCII r 01 1 Head number ASCII 1 4 02 1 RSSI Type ASCII 0 Real Time RSSI 1 Pilot Tone RSSI 2 Data RSSI 03 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value...

Page 96: ...reverse order with leading zeros Byte Length Command element Value range 00 1 Command ID ASCII z 01 1 Head number ASCII 1 4 02 1 Type EPC TID and USER data ASCII E EPC T TID U USER 03 1 1st byte of data carrier detection 00hex FFhex 00hex FFhex 67 Last byte of data carrier detection 00hex FFhex 68 1 Number of bytes ASCII high byte 0 9 0 9 73 1 Number of bytes ASCII low byte 0 9 74 1 USER data 00he...

Page 97: ...00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex Leading zeros EPC 1 52 63 12hex 11hex 10hex 09hex 08hex 07hex 06hex 05hex 04hex 03hex 02hex 01hex EPC 1 01 02 03 04 05 06 07 08 09 10 11 12 Acknowledgment...

Page 98: ...e 00 1 Command ID ASCII o 01 1 Head number ASCII 1 4 04 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte Length Command element Value range 00 1 Control command STX After errorless reading the data are sent Byte Length Command element Value range 00 1 Status ACK 01 1 Head number A...

Page 99: ...t to the stored standard value when starting up the reader Byte Length Command element Value range 00 1 Command ID ASCII p 01 1 Head number ASCII 1 4 02 1 Beam power ASCII hex high byte 0 F 03 1 Beam power ASCII Hex low byte 0 F 04 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table The reply then follows Byte ...

Page 100: ...hat was carried out with the Select command If a selection is not active the status will remain unchanged Byte Length Command element Value range 00 1 Command ID ASCII n 01 1 Head number ASCII 1 4 Last byte 1 BCC 00hex FFhex Acknowledgment Byte Length Command element Value range 00 1 Status ACK or NAK 01 1 Status number See Status Num ber table 9 Protocol ...

Page 101: ...ach additional 16 byte block started 30 ms ISO 15693 Read times Data carrier with 16 bytes per block Data carrier detection 20 ms Read bytes 0 to 15 25 ms For each additional 16 byte block started 10 ms Write times Data carrier with 16 bytes per block FRAM BIS M 1_ _ 02 20 EEPROM BIS M 1_ _ 03 07 08 Data carrier detection 20 ms 20 ms Write bytes 0 to 15 60 ms 80 ms For each additional 16 byte bloc...

Page 102: ...r BIS L 2_ _ Writing not possible Read times in static mode Data carrier with 32 byte blocks No of bytes Read time ms 0 to 31 110 For each additional 32 byte block started 120 Data carrier with 64 byte blocks No of bytes Read time ms 0 to 63 220 For each additional 64 byte block started 230 Write times in static mode Data carrier with 32 byte blocks No of bytes Read time ms 0 to 31 110 n 10 32 byt...

Page 103: ...a carrier with 64 byte blocks No of bytes Read time ms 0 to 3 14 For each additional byte 3 5 0 to 63 224 m Highest address to read Formula t m 1 3 5 ms Example Read 11 bytes starting at address 9 This means that the largest address to be read is 19 This yields 70 ms Dynamic operation with BIS C The times indicated apply after the data carrier has been detected Otherwise 45 ms must be added for po...

Page 104: ...ier expanded ACK data STX ACK data STX EOT data Telegram example Control system H 0 0 0 0 0 0 0 0 2 4 5 6 1 R BCC 48hex 30hex 30hex 30hex 30hex 30hex 30hex 30hex 30hex 32hex 34hex 35hex 36hex 31hex 52hex 2ehex Command designator Address of the first byte to be read Number of bytes to be read Read write head No 1 Reserved Example 1 Read data carrier expanded 9 Protocol ...

Page 105: ... 0 1 0 2 4 Data BCC No of packets Packet number No of bytes Control system STX Processor unit ACK 0 0 3 0 0 2 0 0 1 2 4 Data BCC No of packets Packet number No of bytes Control system STX Processor unit EOT 0 0 3 0 0 3 0 0 0 4 0 8 Data BCC No of packets Packet number No of bytes 9 Protocol ...

Page 106: ...ation BIS V Command Write to data carrier ACK STX data ACK Telegram example Control system P 0 0 0 0 5 0 0 0 0 0 0 5 1 R BCC 50hex 30hex 30hex 30hex 30hex 35hex 30hex 30hex 30hex 30hex 30hex 30hex 35hex 31hex 52hex 33hex Command designa tor Address of the bytes to be written Number of bytes to be written Read write head No 1 Reserved Example 2 Write to data carrier 9 Protocol ...

Page 107: ... BIS V 6107 TCP IP USB Processor unit 107 Processor unit ACK 0 Confirm Status number Control system STX 01hex 02hex 03hex 04hex 05hex 33hex Start command Data BCC Processor unit ACK 0 Confirm Status number 9 Protocol ...

Page 108: ...hex Application BIS V Command Write to data carrier ACK Command Cancel ACK Telegram example Control system P 0 0 0 0 5 0 0 0 0 0 0 5 1 R BCC 50hex 30hex 30hex 30hex 30hex 35hex 30hex 30hex 30hex 30hex 30hex 30hex 35hex 31hex 52hex 33hex Command designa tor Address of the bytes to be written Number of bytes to be written Read write head No 1 Reserved Example 3 Write to data carrier with cancel 9 Pr...

Page 109: ...www balluff com BIS V 6107 TCP IP USB Processor unit 109 Processor unit ACK 0 Confirm Status number Control system Q Q Command designator BCC Processor unit ACK 0 Confirm Status number 9 Protocol ...

Page 110: ...n BIS V Command Detect data carriers ACK result STX EOT data Telegram example Control system M 3 E 2 5 5 0 BCC 4Dhex 33hex 45hex 32hex 35hex 35hex 30hex 39hex Command designator Read write head No 3 EPC format Max number of data carriers Data carrier selection All Example 4 Read data carrier only BIS VU 9 Protocol ...

Page 111: ...enna number of the selected R W head 01 00hex Reserved 02 0Chex EPC length 03 00hex Reserved 04 53 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex L...

Page 112: ...ite head No 1 EPC format Start address No of bytes Data Byte Data Description 00 0Chex EPC length 01 00hex Reserved 02 51 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00hex 00...

Page 113: ...r configuring the IP settings and for setting parameters for devices head and IO Link For opening a connection with the Web server Enter IP address of the module in the address line of the browser Please use Internet Explorer 10 or higher Clicking on the icons in the navigation bar in the upper section of the web server allows the various pages of the web server to be opened 10 1 Navigation 10 Web...

Page 114: ...he animated LEDs correspond to the current device status If an RFID R W head or an IO Link device is connected to the respective ports then additional information on the connected module will be displayed alongside the status information Clicking on this text or the device port acts as a link that takes you to RFID 10 2 Home 10 Webserver ...

Page 115: ...ED Legend opens a window with a short explanation of the individual LEDs The parameter settings of the selected module R W heads are shown on this page Each module can be selected separately IO Link modules can also be configured using this page 10 3 RFID 10 Webserver ...

Page 116: ...cted to the IO Link port is shown entered The IO Link device can be parameterized on this page The setup is divided into three parts network modules and RFID This function can only be used after a successful login Password BISVTCP IO Link I O port 10 4 Setup 10 Webserver ...

Page 117: ...P address to the factory default setting 192 168 72 223 Clicking on the Save Configuration button saves the setting in the device This set configuration takes effect with the next restart To restart the device click on the Restart button On this page you can edit the module description and module position You can also set devices and IO Link master parameters Network Modules 10 Webserver ...

Page 118: ... 6107 TCP IP USB Processor Unit 118 On this page you can set the parameters for the selected head Exit the expanded functions Setup Click on the Logout button in the navigation line RFID Logout 10 Webserver ...

Page 119: ...www balluff com BIS V 6107 TCP IP USB Processor unit 119 Display of the contact data for Balluff and legend for the navigation elements in the menu line Info 10 Webserver ...

Page 120: ... A coded 4 heads VL VM and future systems Flanged female connector M12 internal thread 5 pin A coded A coded C105 As for C005 also supports BIS C read write heads adapter required C006 Power supply 4 pin flanged male connector with 7 8 external thread IO Link Master Flanged female connector with M12 thread 5 pin A coded TCP IP Port Flanged male connector with external M12 thread 5 pin D coded USB ...

Page 121: ... 60 3C 103 67 g 18 12 Ctrl R DC2 61 3D 104 68 h 19 13 Ctrl S DC3 62 3E 105 69 i 20 14 Ctrl T DC4 63 3F 106 6A j 21 15 Ctrl U NAK 64 40 107 6B k 22 16 Ctrl V SYN 65 41 A 108 6C l 23 17 Ctrl W ETB 66 42 B 109 6D m 24 18 Ctrl X CAN 67 43 C 110 6E n 25 19 Ctrl Y EM 68 44 D 111 6F o 26 1A Ctrl Z SUB 69 45 E 112 70 p 27 1B Ctrl ESC 70 46 F 113 71 q 28 1C Ctrl FS 71 47 G 114 72 r 29 1D Ctrl GS 72 48 H 11...

Page 122: ...net TCP IP 12 F Functional principle 9 H Actions 5 Head LEDs off 35 Head Parameter 31 Auto Read Length 31 Auto Read Start address 31 CP Status 31 Custom Parameter 31 Cyclic Redundancy Check 32 Dynamic mode 33 Head LEDs off 35 Low power antenna 35 Slow tag detection 35 Type and Serial number 33 UID compare count 35 Home 105 I Commissioning TCP IP 27 USB 25 Info 110 Input Length 37 IO Link Commands ...

Page 123: ...and accessories 10 Power supply 25 Standard Gateway 29 Status BIS V 22 IO Link 23 Read write head 22 Status numbers 45 Control function 10 Control characters 40 Subnet mask 29 Symbols 5 T Open TCP IP connection 28 Technical data Dimensions 18 Electrical data 18 Mechanical data 18 Driver installation 25 Type and Serial number 33 Type code 111 U UID compare count 35 Environmental conditions 20 USB 1...

Page 124: ...bH Schurwaldstrasse 9 73765 Neuhausen a d F Phone 49 7158 173 370 Fax 49 7158 173 691 service balluff de US Service Center USA Balluff Inc 8125 Holton Drive Florence KY 41042 Phone 859 727 2200 Toll free 1 800 543 8390 Fax 859 727 4823 technicalsupport balluff com CN Service Center China Balluff Shanghai Trading Co Ltd Room 1006 Pujian Rd 145 Shanghai 200127 P R China Phone 86 21 5089 9970 Fax 86 ...

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