BlueBox IDTRONIC HF Communication Protocol Manual
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BlueBox IDTRONIC HF Communication Protocol Manual

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HF
RFID System
BLUEBOX GEN 2
HF MR
COMMUNICATION PROTOCOL
Profibus
BLUEBOX Gen.2 HFM
Page 1 of 37

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Summary of Contents for BlueBox IDTRONIC HF

  • Page 1 RFID System BLUEBOX GEN 2 HF MR COMMUNICATION PROTOCOL Profibus BLUEBOX Gen.2 HFM Page 1 of 37...

  • Page 2: Preface

    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. BLUEBOX Gen.2 HFM Page 2 of 37...
  • Page 3 • When working on devices the valid safety regulations must be observed. Reference table of the devices object of this manual: Communication Code Antenna Interface 5233HM Profibus One External Channel BLUEBOX Gen.2 HFM Page 3 of 37...

  • Page 4: Table Of Contents

    Locking a Data Block of an ISO 15693 Transponder ...... 26 3.23 ISO 15963 Transponder ‘Get System Info’ Command ....26 3.24 ISO 15963 Transponder ‘General Protocol’ Command ....28 Supported Transponders ..............30 ‘.GSD’ File ..................32 BLUEBOX Gen.2 HFM Page 4 of 37...

  • Page 5: Introduction

    BLUEBOX can only be modified by the ‘slave’ that is the BLUEBOX. The aim of the cyclic communication is to keep up to date the corresponding buffers at the ‘master’ side and at the ‘slave’ side. At the application level, a specific protocol has been defined for enabling the...
  • Page 6 The is available with 1 external RF antenna (item 5233HM). Compared to the BLUEBOX GEN2 INDUSTRIAL HF SR device (item 5233H), BLUEBOX GEN2 INDUSTRIAL HF MR device (item 5233HM) differs for the following reasons: •...

  • Page 7: Operating Features

    If not required, the ‘continuous’ identification activity can be disabled through a flag defined in the general parameters. In this case, the BLUEBOX will only execute the ‘on request’ commands already defined above. BLUEBOX Gen.2 HFM Page 7 of 37...
  • Page 8 Disabled, enabled Disabled ‘Continuous mode’ Disabled, enabled Enabled List of configurable profibus network parameters: Parameters Range / Choice Default Profibus address 1 ... 126 Profibus buffer length 8, 12, 16, 20, 32, 64 BLUEBOX Gen.2 HFM Page 8 of 37...

  • Page 9: Communication Features

    BLUEBOX send a command or an answer to the • Incoming data packets to the ‘master’ (PLC) from the ‘slave’ (BLUEBOX) carrying for example the answer to a command In the following example, a buffer length of 16 bytes is supposed.
  • Page 10 If the length of the message is bigger than 14 bytes, the message will be composed of more than 1 data packet; in this case the header of all the transmitted data packets, apart the last one, will present at ‘1’ the flag ‘More’ BLUEBOX Gen.2 HFM Page 10 of 37...
  • Page 11 The bit 7 of the first byte of the header of the incoming buffer of the ‘master’ device will be indicate as ‘T’ (toggle) because we suppose that the ‘slave’ is running correctly. BLUEBOX Gen.2 HFM Page 11 of 37...
  • Page 12 (length) and the data bytes of the first 14 data bytes of the answer and then sets to ‘1’ the flag ‘More’ (another data packet will follow) and the flag ‘Req rx’ for the ‘master’. 2° 1° Byte Data Byte BLUEBOX Gen.2 HFM Page 12 of 37...

  • Page 13: Device Reset

    Byte Value Description Notes 0x30 Command code The answer to this command is given in short form through the ‘Reply Ack’ / ‘Reply Nak’ flags (this command don’t ‘produce’ data). BLUEBOX Gen.2 HFM Page 13 of 37...

  • Page 14: Device Serial Number Reading

    = 16 The 16 bytes (2 to 17) are a string of 16 ASCII chars that defines the firmware version. The general form is: ‘BB_TWO_HM y.yy ‘; y.yy gives the firmware version (example 1.16). BLUEBOX Gen.2 HFM Page 14 of 37...

  • Page 15: Temperature Reading

    It is also possible to get the firmware version of the HFM reader module mounted in the BLUEBOX. Byte Value Description Notes 0x34 Command code 0x01 Module number If command is not successfully executed, the answer is given in short form through the ‘Reply Ack’...

  • Page 16: Date/Time Reading

    Byte Value Description Notes 0x29 Command code 0x.. Year value thousands and hundereds. BCD encoded byte. 0x.. Year value tens and units. BCD encoded byte. 0x.. Month value tens and units. BLUEBOX Gen.2 HFM Page 16 of 37...

  • Page 17: Profibus Network Parameters Programming

    BLUEBOX (command ‘Device Reset’) in order to apply these new parameters. Profibus Network Parameters Reading This command is used to get the values of the Profibus communication parameters (address and length of buffers) of the BLUEBOX. Byte Value Description Notes BLUEBOX Gen.2 HFM...

  • Page 18: Operating Parameters Programming

    Description Notes 0x2F Command code 0xFF Don’t care value 0xFF suggested value 0x48 Don’t care value 0x48 suggested value 0x20 Don’t care value 0x20 suggested value 0x01 Don’t care value 0x01 suggested value BLUEBOX Gen.2 HFM Page 18 of 37...

  • Page 19: Operating Parameters Reading

    0x.. Don’t care value Filter time: • Decimal 0 … 99 for time in seconds (0 … 0x.. 99 seconds) • Decimal 100 … 199 for time in minutes (0 … 99 minutes) BLUEBOX Gen.2 HFM Page 19 of 37...

  • Page 20: Default Parameters Programming

    • Bit 5 … bit 1: not used • Bit 0: to disable ‘continuous’ mode 3.12 Default parameters programming This command is used to set the default values of the communication and operating parameters of the BLUEBOX. Byte Value Description...

  • Page 21: Rf Deactivation

    • Bit 1: Input 2 status (1=activated) • Bit 0: Input 1 status (1=activated) 3.15 RF Deactivation In ‘continuous’ mode, this command is used to suspend the activity of the RF antennas connected to the BLUEBOX; see also ‘RF activation’ command. Byte Value Description...

  • Page 22: Data Request

    Transponder type. See Annexe A for 0x.. type assigment table. 0x.. Transponder UID, 1 st byte 0x.. Transponder UID, i th byte i < n 0x.. Transponder UID, 8 th byte 8 = UID length BLUEBOX Gen.2 HFM Page 22 of 37...

  • Page 23: Iso 15963 Transponders 'Inventory' Command

    < 8 0x.. Transponder 1 UID, 8 th byte 0x.. Transponder n UID, 1 st byte 0x.. Transponder n UID, j nd byte j < 8 2+n*8 0x.. Transponder n UID, 8 th byte BLUEBOX Gen.2 HFM Page 23 of 37...

  • Page 24: Reading A Data Block Of An Iso 15693 Transponder

    0x.. Data of the block, 1 st byte i < n 0x.. Data of the block, i th byte n depends on the specific 0x.. Data of the block, n th byte transponder BLUEBOX Gen.2 HFM Page 24 of 37...

  • Page 25: Writing A Data Block Of An Iso 15693 Transponder

    Status block not supported or errors c) if the addressed transponder is present and the block has been correctly written: Byte Value Description Notes 0x12 Command code 0x00 Status ok block successfully written BLUEBOX Gen.2 HFM Page 25 of 37...

  • Page 26: Locking A Data Block Of An Iso 15693 Transponder

    This command is used to get the system info data block of a known (UID) ISO 15693 transponder. For more details see the specific transponder data sheet. Byte Value Description Notes 0x14 Command code BLUEBOX Gen.2 HFM Page 26 of 37...
  • Page 27 Transponder UID, i th byte i < 8 0x.. Transponder UID, 8 th byte Present only if bit 0 of Info 0x.. DSFID Flags is set Present only if bit 1 of Info 0x.. Flags is set BLUEBOX Gen.2 HFM Page 27 of 37...

  • Page 28: Iso 15963 Transponder 'General Protocol' Command

    0x01 Status no transponder b) if some error is occurred during the transaction: Byte Value Description Notes 0x15 Command code 0x02 Status error c) if the transponder is present: Byte Value Description Notes BLUEBOX Gen.2 HFM Page 28 of 37...
  • Page 29 Data received from the tag, 1 st byte 0x.. Data received from the tag, i th byte i < n n depends on the specific 0x.. Data received from the tag, n th byte protocol command response BLUEBOX Gen.2 HFM Page 29 of 37...

  • Page 30: Supported Transponders

    Get system info Inventory Read block (4 bytes) INFINEON MY-D 02P 15693 SRF 55V02P Write block (4 bytes) Lock block Inventory INFINEON MY-D 10P 15693 SRF 55V10P Read block (4 bytes) Write block (4 bytes) BLUEBOX Gen.2 HFM Page 30 of 37...
  • Page 31 Generic ISO 15693 8 bytes 0x21 ICODE2 8 bytes 0x22 TAG-IT HF-I 8 bytes 0x23 EM 4035 8 bytes 0x24 LRI 64/512 8 bytes 0x25 MB89R118 8 bytes 0x26 MY-D 02P/10P 8 bytes BLUEBOX Gen.2 HFM Page 31 of 37...

  • Page 32: Gsd' File

    = 450 MaxTsdr_12M = 800 Redundancy Repeater_Ctrl_Sig 24V_Pins Freeze_Mode_supp Sync_Mode_supp Auto_Baud_supp Set_Slave_Add_supp Min_Slave_Intervall = 6 Modular_Station Max_Module = 24 Max_Input_Len = 244 Max_Output_Len = 244 Max_Data_Len = 488 Max_Diag_Data_Len = 244 Max_User_Prm_Data_Len = 5 BLUEBOX Gen.2 HFM Page 32 of 37...
  • Page 33 ExtUserPrmData = 1 "DPV1" Bit(7) 0 0-1 Prm_Text_Ref = 1 EndExtUserPrmData ExtUserPrmData = 2 "Fail Safe" Bit(6) 0 0-1 Prm_Text_Ref = 2 EndExtUserPrmData ExtUserPrmData = 3 "Pull Plug Alarm" Bit(7) 0 0-1 Prm_Text_Ref = 2 BLUEBOX Gen.2 HFM Page 33 of 37...
  • Page 34 Ext_User_Prm_Data_Ref(4) = 11 ;************************************************************************* ;*** blank space ;************************************************************************* Module = "blank space" 0x00 EndModule ;************************************************************************* ;*** 1 Byte Input/Output ;************************************************************************* Module = "1 Byte In" 0x90 EndModule Module = "1 Byte Out" 0xA0 EndModule BLUEBOX Gen.2 HFM Page 34 of 37...
  • Page 35 Module = "4 Bytes In" 0x93 EndModule Module = "4 Bytes Out" 0xA3 EndModule ;************************************************************************* ;*** 4 Word Input/Output ;************************************************************************* Module = "4 Words In" 0xD3 EndModule Module = "4 Words Out" 0xE3 EndModule ;************************************************************************* BLUEBOX Gen.2 HFM Page 35 of 37...
  • Page 36 EndModule Module = "16 Words Out" 0xEF EndModule ;************************************************************************* ;*** 20 Byte Input/Output ;************************************************************************* Module = "20 Bytes In" 0x40,0x93 EndModule Module = "20 Bytes Out" 0x80,0x93 EndModule ;************************************************************************* ;*** 20 Word Input/Output BLUEBOX Gen.2 HFM Page 36 of 37...
  • Page 37 Module = "64 Bytes In" 0x40,0xBF EndModule Module = "64 Bytes Out" 0x80,0xBF EndModule ;************************************************************************* ;*** 64 Word Input/Output ;************************************************************************* Module = "64 Words In" 0x40,0xFF EndModule Module = "64 Words Out" 0x80,0xFF EndModule BLUEBOX Gen.2 HFM Page 37 of 37...

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