turck TW-R10-M-B146, Instructions For Use Manual

Page 1: ...Your Global Automation Partner Instructions for Use RFID Tags with Password Function ...

Page 2: ...2 Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com ...

Page 3: ...nstalling the tags in metallic environments 11 5 2 Installing ferrite tags TW R M B146 13 5 2 1 Aligning tags to the read write head 13 5 2 2 Fastening tags to the object 14 6 Operation 15 7 Protecting the Sensor with a Password 16 7 1 Component and firmware version 16 7 2 BL 2RFID A module overview of the commands 18 7 2 1 Set Transceiver PWD command 19 7 2 2 Set Tag password command 20 7 2 3 Set...

Page 4: ...mple 34 7 4 2 Multiple tags with different passwords in an application example 36 7 4 3 Setting password protection via FDT DTM 37 7 5 Addressing password protected areas of a tag 41 8 Troubleshooting 42 9 Maintenance 43 10 Repair 43 10 1 Returning devices 43 11 Disposal 43 12 Technical Data 44 12 1 Technical data TW R M B146 44 12 2 Technical data TW B320 45 13 Turck Subsidiaries Contact Informat...

Page 5: ...tes a dangerous situation of medium risk which may result in minor or moderate injury if not avoided NOTICE NOTICE indicates a situation which may lead to property damage if not avoided NOTE NOTE indicates tips recommendations and useful information on specific actions and facts The notes simplify your work and help you to avoid additional work u CALL TO ACTION This symbol denotes actions that the...

Page 6: ...al requirements The device is subject to the following EU directive n 2014 53 EU RED Directive This directive stipulates the following requirements related to health and safety as well as elec tromagnetic compatibility n Health and safety Compliance with the objectives of safety requirements from directive 2014 35 EU Low Voltage Directive however without the application of the voltage limits n Ele...

Page 7: ...achievable read write distances may vary ac cording to factors such as component tolerances mounting locations ambient conditions and the effect of materials For this reason the application must be tested under real conditions particularly with read and write operations in motion The devices may only be used as described in these instructions Any other use is not in accord ance with the intended u...

Page 8: ... Turck handhelds Tags are available with 146 bytes or 320 bytes of EEPROM memory The round tags are available with a diameter of 10 50 mm The TW M types are suitable for direct mounting on or in metal 4 1 Device overview 4 5 ø 10 ø 9 9 ø 10 4 5 12 11 8 Fig 1 Dimensions TW R10 M B146 Fig 2 Dimensions TW R12 M B146 mm Inch 3 6 0 14 Ø 4 3 0 17 2 8 ø 20 Fig 3 Dimensions TW R4 3 M B320 Fig 4 Dimensions...

Page 9: ...ive BL ident HF tags can be written and read by HF read write heads at an operating frequency of 13 56 MHz The tags have an EEPROM memory of 146 bytes TW B146 or 320 bytes TW B320 Refer to the data sheets for the maximum achievable read write distances The memory areas of the tag can be password protected from write and read access 4 4 Technical accessories The tags can only be written or read wit...

Page 10: ...specific data sheets for the tags to find the mounting condi tions Install the tags according to application requirements The tags can be stuck on or moun ted with screws Use the plastic screws for screw mounting the tags 5 1 1 Aligning tags to the read write head Position the tags parallel to the active face of the read write head Fig 9 Parallel alignment of tag and read write head example ...

Page 11: ...ing The minimum dis tance a depends on the design of the tag a 10 mm serves as a guideline a Fig 10 Minimum distance a Fit a non metallic spacer between the metal environment and the tag The height h is at least 10 mm and depends on the combination of tag and read write head Carry out tests in application conditions NOTE Non metallic spacers enable mounting that does not interrupt the correct oper...

Page 12: ...ead affect the entire field The transmission zone is reduced metal core data carrier read write head non metallic spacer plate Fig 12 Interfering metal supports Position the tags and read write head in such a way that there are no metal supports in the transmission zone metal core data carrier read write head plate non metallic spacer Fig 13 Metal support outside of the transmission zone between t...

Page 13: ...ad as shown in the following figure A B C Fig 14 Aligning tags to the read write head example TNSLR Q42TWD H1147 Take read write distances into account Refer to the product data sheet for the values for recommended distance A maximum distance B and the length of the transmission zone C at the recommended distance Position the tag so that it moves past the edges of the read write head housing durin...

Page 14: ...ty of adhesive material or potting material NOTE Turck can provide on request a recommendation for adhesives that meet FDA and EU requirements for accidental contact with food This recommendation does not release the user from an examination regarding the suitability of a particular adhes ive for the relevant application Push the tag correctly aligned in the hole The tags cannot be correctly align...

Page 15: ...nces may vary according to factors such as compon ent tolerances mounting locations ambient conditions and the effect of materials For this reason the application must be tested in all cases under real conditions par ticularly with read and write operations in motion ...

Page 16: ...ess protection The password function is not suitable for safety related applications 7 1 Component and firmware version In order to use the password function the RFID components used must have at least the fol lowing firmware versions The required firmware version of the read write heads depends on the chip type of the tag Read write heads firmware version Read write head ID Firmware status EM4233...

Page 17: ...H1147 7030522 7v85_SLR Q350_Q80L 7v97_Q350 TNSLR Q80WD H1147 7030418 7v85_SLR Q42_Q80 7v97_Q42_Q80 TNSLR Q80WD H1147 C53 100001312 7v85_SLR Q42_Q80 7v97_Q42_Q80 TNSLR Q42TWD H1147 7030424 7v85_SLR Q42_Q80 7v97_Q42_Q80 TNSLR Q42 H1147 C53 7030733 7v85_SLR Q42_Q80 7v97_Q42_Q80 TNSLR Q350 H1147 7030454 7v85_SLR Q350_Q80L 7v97_Q350 TN Q80 H1147 EX 7030302 1v85 7v97_TN_TNLR_Q80 TNLR Q80 H1147 EX 703030...

Page 18: ... turck com 7 2 BL 2RFID A module overview of the commands The commands required for the password function are sent to the BL 2RFID A module via a Get command For this the following entries must be made with all commands n CMDREF x CMD 0x62 n Refer to the descriptions of the individual commands for the values for CMDREF x length ...

Page 19: ...ode E1FE8100 The password set in the read write head must match the tag password Refer to the chapter Setting the password protection for the tag for the procedure in the application Execute command TXBUF 1 5 TXBUF 2 password TXBUF 5 Error Error Ready UIN0 true DONE true GET active DONE false BUSY true Waiting for next command Basic status no no GET successful yes yes yes ERROR true Ready and succ...

Page 20: ...t match the tag password Refer to the chapter Setting the password protection for the tag for the procedure in the application yes yes yes yes Basic status Waiting for next command Ready XIN0 true DONE true GET active DONE false BUSY true no no ERROR true Execute command TXBUF 1 4 TXBUF 2 password TXBUF 5 GET successful Tag present TP true no Ready and successful DONE true BUSY false Error no ERRO...

Page 21: ...P ICODE SLIX2 chip One page consists of 4 blocks of 4 bytes each EM4233 SLIC Page Block Status bit 0 0 3 0 15 1 4 7 16 31 2 8 11 32 47 3 12 15 48 63 4 16 19 64 79 5 20 23 80 95 6 24 27 96 111 7 28 31 112 127 NXP ICODE SLIX2 Page Block Status bit 0 0 3 0 15 1 4 7 16 31 2 8 11 32 47 3 12 15 48 63 4 16 19 64 79 5 20 23 80 95 6 24 27 96 111 7 28 31 112 127 8 32 35 128 143 9 36 39 144 159 10 40 43 160 ...

Page 22: ...Bit 6 Read Bit 6 7 Write Bit 7 Read Bit 7 NXP ICODE SLIX2 Page Block Status bit 0 Write Bit 0 Read Bit 0 1 Write Bit 1 Read Bit 1 2 Write Bit 2 Read Bit 2 3 Write Bit 3 Read Bit 3 4 Write Bit 4 Read Bit 4 5 Write Bit 5 Read Bit 5 6 Write Bit 6 Read Bit 6 7 Write Bit 7 Read Bit 7 8 Write Bit 8 Read Bit 8 9 Write Bit 9 Read Bit 9 10 Write Bit 10 Read Bit 10 11 Write Bit 11 Read Bit 11 12 Write Bit 1...

Page 23: ...d TXBUF 1 7 TXBUF 2 write bit 0 7 TXBUF 6 read bit 0 7 GET successful Tag present TP true no Ready and successful DONE true BUSY false Error no ERROR true Error Fig 20 Flow chart Get request TXBUF 1 7 TXBUF 2 EM4233 SLIC write Bit 0 7 NXP ICODE SLIX2 write Bit 0 19 TXBUF 3 5 0 TXBUF 6 EM4233 SLIC read Bit 0 7 NXP ICODE SLIX2 read Bit 0 19 Get response RXBUF 1 7 ...

Page 24: ...the tag is password protected yes yes yes yes Basic status Waiting for next command Ready UIN0 true DONE true GET active DONE false BUSY true no no ERROR true Execute command TXBUF 1 8 GET successful TXBUF 2 write bit 0 7 TXBUF 6 read bit 0 7 Tag present TP true no Ready and successful DONE true BUSY false Error no ERROR true Error Fig 21 Flow chart Get request TXBUF 1 8 Get response RXBUF 1 8 RXB...

Page 25: ...d write head via a Get command yes yes yes yes Basic status Waiting for next command Ready XIN0 true DONE true GET active DONE false BUSY true no no ERROR true Execute command TXBUF 6 GET successful Tag present TP true no Ready and successful DONE true BUSY false Error no ERROR true Error Fig 22 Flow chart Get request TXBUF 1 6 Get response RXBUF 1 6 ...

Page 26: ...rck com 7 3 BL 2RFID S module overview of the commands 7 3 1 BL 2RFID S module process output data Byte no Bit 7 6 5 4 3 2 1 0 0 XCVR NEXT TAG_ID Read WRITE TAG_INFO XCVR _INFO RESET 1 GET Reserved DOMAIN_COUNT Reserved BYTE_ COUNT 2 BYTE_ COUNT 1 BYTE_ COUNT 0 2 MSB AddrHi LSB 3 MSB AddrLo LSB 4 8 Bytes WRITE_DATA 5 6 7 8 9 10 11 ...

Page 27: ... match the tag password Refer to the chapter Setting the password protection for the tag for the procedure in the application yes yes Ready for RFID communication Ready XCVR_ON true DONE true GET active DONE false BUSY true no no ERROR true yes GET command GET true false true false Preallocate values Address 5 WRITE DATA 0 3 password Tag present TP true no yes GET successful ERROR false DONE true ...

Page 28: ...n for the tag for the procedure in the application yes yes yes Ready for RFID communication Ready XCVR_ON true DONE true GET active DONE false BUSY true no no ERROR true yes GET command GET true false true false Preallocate values Byte Count 4 WRITE DATA 0 3 password Tag present TP true no GET successful ERROR false DONE true BUSY false no yes Command recessed GET false Data available in receive b...

Page 29: ...P ICODE SLIX2 chip One page consists of 4 blocks of 4 bytes each EM4233 SLIC Page Block Status bit 0 0 3 0 15 1 4 7 16 31 2 8 11 32 47 3 12 15 48 63 4 16 19 64 79 5 20 23 80 95 6 24 27 96 111 7 28 31 112 127 NXP ICODE SLIX2 Page Block Status bit 0 0 3 0 15 1 4 7 16 31 2 8 11 32 47 3 12 15 48 63 4 16 19 64 79 5 20 23 80 95 6 24 27 96 111 7 28 31 112 127 8 32 35 128 143 9 36 39 144 159 10 40 43 160 ...

Page 30: ...Bit 6 Read Bit 6 7 Write Bit 7 Read Bit 7 NXP ICODE SLIX2 Page Block Status bit 0 Write Bit 0 Read Bit 0 1 Write Bit 1 Read Bit 1 2 Write Bit 2 Read Bit 2 3 Write Bit 3 Read Bit 3 4 Write Bit 4 Read Bit 4 5 Write Bit 5 Read Bit 5 6 Write Bit 6 Read Bit 6 7 Write Bit 7 Read Bit 7 8 Write Bit 8 Read Bit 8 9 Write Bit 9 Read Bit 9 10 Write Bit 10 Read Bit 10 11 Write Bit 11 Read Bit 11 12 Write Bit 1...

Page 31: ... DATA 4 read bit 0 7 Tag present TP true no GET successful ERROR false DONE true BUSY false no yes Command recessed GET false Data available in receive buffer READ DATA 8 Byte Ready for RFID communication DONE true BUSY false XCVR_CON true XCVR_ON true Error Error Fig 25 Flow chart Get request TXBUF 1 7 TXBUF 2 EM4233 SLIC write Bit 0 7 NXP ICODE SLIX2 write Bit 0 19 TXBUF 3 5 0 TXBUF 6 EM4233 SLI...

Page 32: ...N true DONE true GET active DONE false BUSY true no no ERROR true yes GET command GET true false true false Preallocate values Byte Count 8 Tag present TP true no GET successful ERROR false DONE true BUSY false no yes Command recessed GET false Data available in receive buffer READ DATA 0 write bit 0 7 READ DATA 4 read bit 0 7 Ready for RFID communication DONE true BUSY false XCVR_CON true XCVR_ON...

Page 33: ...e DONE true GET active DONE false BUSY true no no ERROR true yes GET command GET true false true false Preallocate values Byte Count 6 Tag present TP true no GET successful ERROR false DONE true BUSY false no yes Command recessed GET false Data available in receive buffer READ DATA 8 Byte Ready for RFID communication DONE true BUSY false XCVR_CON true XCVR_ON true Error Error Fig 27 Flow chart Get...

Page 34: ...ite desired data to data carrier Read write head connected XCVR_CON true Start Define password Cpmmand Set_transceiver_password with default passwort of data carrier 0x00000000 Command Set_transceiver_password with new password Command Set_tag_password with new password Error present ERROR True Command Set_tag_protection define password yes no yes yes no Error present ERROR True End Error message ...

Page 35: ...V02 00 2021 02 35 Command Set_transceiver_password with default passwort of data carrier 0x0000 Command Read Write Fig 29 Access in the application multiple tags with one password ...

Page 36: ...d Command Set_transceiver_password with default passwort of data carrier 0x0000 1 Define password 2 Link password and protection status read and or write protection with UID 3 Save data in control or database Command Set_tag_protection Fig 30 Programming tags multiple tags with different passwords Start Read UID Command Set_transceiver_password with the password stored in the database Command Read...

Page 37: ...TM for BL67 2RFID S n BL67 GW EN gateway n BL67 2RFID S RFID electronic module n TN Q80 H1147 read write head Connect the gateway with a PC Launch PACTware Define a password for the tag Start the Simulation function in PACTware Right click the RFID electronics module and select Simulation in the context menu Write the user data to the tag in the example 8 bytes data 1122334455667788 Fig 32 Writing...

Page 38: ...9 208 4952 0 F 49 208 4952 264 more turck com www turck com Set the password of the read write head to 0 default setting of the tag Fig 33 Setting the password of the read write head to 0 Set a new password in the tag Fig 34 Setting a new password in the tag example 11223344 ...

Page 39: ...V02 00 2021 02 39 Set a new password in the read write head Fig 35 Setting a new password in the read write head example 11223344 Set write or read protection Fig 36 Setting read write protection ...

Page 40: ...Setting Setting password protection for tags 40 Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com Fig 37 Setting read protection ...

Page 41: ...nt or the tag was too short in the detection range Remedy Execute the Get Tag Protection Status command Inventory scan UID Tag sends UID The UID can always be read irrespective of password protection Access read or write with a password in the read write head to an area not protected with a password Access is carried out and the DONE bit is set Access read with an incorrect password or without a p...

Page 42: ...f the device does not function as expected first check whether ambient interference is present If there is no ambient interference present check the connections of the device for faults If there are no faults there is a device malfunction In this case decommission the device and replace it with a new device of the same type ...

Page 43: ...to Turck 10 1 Returning devices Returns to Turck can only be accepted if the device has been equipped with a Decontamination declaration enclosed The decontamination declaration can be downloaded from https www turck de en retoure service 6079 php and must be completely filled in and affixed securely and weather proof to the outside of the packaging 11 Disposal The devices must be disposed of corr...

Page 44: ...B146 TW R12 M B146 ID 7030545 7030500 Data transmission Inductive coupling Operating frequency 13 56 MHz Memory type EEPROM Chip type EM4233SLIC Memory size 146 bytes Memory Read write Freely usable memory 128 bytes Number of read operations Unlimited Number of write operations 105 Typical read time 2 ms byte Typical write time 3 ms byte Wireless communication and protocol standards ISO 15693 NFC ...

Page 45: ...perations 105 Typical read time 2 ms byte Typical write time 3 ms byte Wireless communication and protocol standards ISO 15693 NFC Type 5 Technical data TW R20 B320 TW R30 B320 TW R34 M B320 TW R50 B320 ID 100005244 100005245 100005036 100005246 Data transmission Inductive coupling Operating frequency 13 56 MHz Memory type EEPROM Chip type NXP I Code SLIX2 Memory size 320 bytes Memory Read write F...

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