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Sabre 1555 RFID & Bar Code Reader Programmer’s Reference Manual

4-18

Example 1

(STX/ETX in the data, and TYPE = BFR)

before:

<STX> <TYPE> <CMD/RESP> <[PARM/DATA]> <FM> <CHK> <ETX>

0x7F 0x01 0x70, 0x5, 0x7F, 0x38 0xXX, 0xXX 0x7F

w/ DLE:

<STX> <TYPE> <CMD/RESP><[PARM/DATA] ><DLE> <CMD/RESP><[PARM/DATA]><FM> <CHK> <ETX>

0x7F 0x01 0x70, 0x5 0xEE 0x30*, 0x38 0x00, 0x00 0x7F

Note:

*CMD/RESP [PARM/DATA] (0x7F) is incremented by 1 to (0x80)

Example 2

(0xEE in the checksum, TYPE = BFR)

before:

<STX> <TYPE> byte1, byte2...byteN <CHK> <FM> <CHK> <ETX>

0x7F 0x01 0xXX, 0xXX...0xXX 0x05 0xEE 0x7F

with DLE:

<STX> <TYPE> byte1, byte2...byteN <FM> <CHK> DLE <CHK> <ETX>

0x7F 0x01 0xXX, 0xXX...0xXX 0x05 0xEE 0xEF* 0x7F

Note:

*CHK (0xEE) is incremented by 1 to 0xEF

Numerical ASCII Data (NAD = 0x02)

Compressed numerical ASCII data value (each byte has a numerical ASCII value).
This frame type has the same function as BFR.

Accepted PPP Command and Sending Information (ASI = 0x03)

This command indicates that the command has been accepted and is running or has
completed. Information concerning the command will be returned.

The second byte (i.e., after the ASI field) in the returned message indicates the initial
command request type (refer to ESA command in Table 4-15).

External Synchronization Attempt (ESA = 0x04)

This command is used to synchronize communication with a product and switch to the
Remote Control Protocol. The product can then be controlled by the host (IMC and
SMC commands). To return to the previous interface, the product must be restarted
with a PRC command (ESA is a volatile state).

By using the ESA command, the operator can use EasySet to set up the 1555 directly
without having to read a special bar code. EasySet sends a PRC to restart the 1555
when the user quits EasySet (the product reverts to its previous communication
parameters if they have not been modified in the EasySet session).

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Summary of Contents for Sabre 1555

Page 1: ...Sabre1555RFID P N 072414 Programmer s Reference Manual BarCodeReader ...

Page 2: ......

Page 3: ...Sabre1555RFID P N 072414 001 Programmer s Reference Manual BarCodeReader Sabre 1555 PDT Rev 2 15 RFID Board Rev 3 10 LCD Board Rev 1 4 ...

Page 4: ...ithout written permission of Intermec Information and specifications in this manual are subject to change without notice 2001 by Intermec Technologies Corporation All Rights Reserved The word Intermec the Intermec logo INCA under license MobileLAN JANUS IRL Trakker Antares EZBuilder TE 2000 Data Collection Browser dcBrowser Universal Access Point UAP Duratherm EasyCoder Precision Print PrintSet Vi...

Page 5: ...Contents ...

Page 6: ......

Page 7: ...s 2 3 Setting Up the 1555 2 3 PDT Version 2 4 Standard Version 2 4 Configuring Your Sabre 1555 2 4 Configuring the 1555 Using EasySet 2 5 Starting EasySet 2 5 Configuring the 1555 Using the Mode Button Trigger and LCD 2 5 Sabre 1555 Features 2 6 Trigger 2 6 Mode Button 2 6 Mode Button Trigger 2 6 Quick Mode Select 2 6 Using Quick Mode Select 2 7 Customizing Quick Mode Select 2 7 Interactive Config...

Page 8: ...mmunication 3 8 Reset 3 8 Data Buffer 3 8 Firmware Versions 3 9 Exit Setup 3 9 Main Communications Port Command Set 3 10 Command Types 3 10 Configuration Commands 3 11 Interactive Commands 3 11 Dialog with the Host System 3 11 Interactive Programming Mode 4 System Requirements 4 3 Communications Interface 4 3 RS 232 TTL Interface for PDT Version 4 3 RS TTL Interface for Standard Version 4 4 Baud R...

Page 9: ...ogram DAP 0x09 4 21 Interactive Mode Command IMC 0x0A 4 21 Setup Mode Command SMC 0x0D 4 21 Product Event PEV 0x0E 4 21 Not Accepted Command NAC 0x15 4 22 Product Version Identification PVI 0x16 4 22 Resend Last Message RLM 0x19 4 22 Product Resend Command PRC 0x3F 4 23 Application Examples 4 23 Typical Host Frame Communication Algorithms 4 24 Sample Algorithm for Command Transmission Procedure 4 ...

Page 10: ...D Auto Configuration Commands 4 46 Bar Code Decoding Commands 4 52 Data Decoding Security Commands 4 73 Data Transmission Setting Commands 4 74 Operating Setting Commands 4 77 Configuration Utility Commands 4 79 Examples of Interactive Mode and Setup Commands 4 81 Interactive Mode 4 81 Online Setup 4 83 ...

Page 11: ...ntents ix Acronyms and Glossary Command Value to Base 32 Conversion Table b6 1 Data Value to Base 64 Conversion Table Code 128 ASCII Character to Parameter Conversion Table System Specifications A B C D E ...

Page 12: ...I Characters in Write String 4 49 Figure E 1 Tag Read Patterns for 2450 MHz Version of Sabre 1555 E 7 Figure E 2 Tag Read Patterns for 915 MHz Version of Sabre 1555 E 7 List of Tables Table 1 1 Typographical Conventions 1 5 Table 3 1 Autonomous Mode Options 3 3 Table 3 2 Command Syntax 3 11 Table 4 1 RS TTL Interface Parameters for PDT Version 9 pin DIN Connector 4 3 Table 4 2 RS TTL Interface Par...

Page 13: ...logy 4 42 Table 4 29 Baud Rate 4 44 Table 4 30 RC_AccRequest 4 44 Table 4 31 RC_lowlevel_ACK_time out 4 44 Table 4 32 RC_highlevel_ACC_time out 4 45 Table 4 33 RFID Auto Configuration Commands 4 46 Table 4 34 Bar Code Decoding Commands 4 52 Table 4 35 Data Decoding Security Commands 4 73 Table 4 36 Data Transmission Setting Commands 4 74 Table 4 37 Operating Setting Commands 4 77 Table 4 38 Config...

Page 14: ...Sabre 1555 RFID Bar Code Reader Programmer s Reference Manual xii ...

Page 15: ...1 Before You Begin ...

Page 16: ......

Page 17: ...egin Describes the audience guide topics and related documentation and software Chapter 2 Getting Started Provides tips for getting started as well as an overview of the functions and features of the 1555 and system configuration Chapter 3 Operational Modes Presents information about the operating modes that the 1555 uses Chapter 4 Interactive Programming Mode Presents the basics for programming t...

Page 18: ...perform a command The command bar codes are in the Code 128 symbology You can also scan bar codes to enter data into your host application Those can be in any of the supported bar code symbologies Each bar code includes the name and human readable interpretation see Figure 1 1 Figure 1 1 UPC A Symbology Used with Sabre 1555 Handheld Unit Manual P N Sabre 1555 Laser Scanner RFID Reader Programmer G...

Page 19: ...g box as it appears on screen Function Start with the characters G4 and are in mixed case with no underscores and include parentheses after the name as in G4FunctionName Menu Item Appears on a menu Capitalization follows the interface Note Auxiliary information that further clarifies the current discussion These important points require the user s attention The paragraph is in italics and the word...

Page 20: ...Sabre 1555 RFID Bar Code Reader Programmer s Reference Manual 1 6 ...

Page 21: ...2 Getting Started ...

Page 22: ......

Page 23: ...on left and Standard Version right The PDT version is powered by a rechargeable battery pack Serial communications for the PDT version is accomplished via a communications cable The standard unit requires an external 7 5 0 5 VDC power supply Serial communications for the standard version is accomplished via a communications cable that branches off from the power cable Both versions are available i...

Page 24: ...he power cord into a standard power supply outlet or power strip and pull the trigger once The 1555 emits two audible beeps and displays the current operating mode on its liquid crystal display LCD The 1555 is ready to be configured Configuring Your Sabre 1555 Before using your Sabre 1555 you must configure it to read from and write to RFID tags and scan laser bar codes You can set up the 1555 in ...

Page 25: ...ng on the easyset exe file in the Windows File Manager EasySet starts in general configuration mode Once you ve started EasySet you re ready to configure your 1555 1 Move the mouse pointer to the product icon and click to select the 1555 product 2 Follow the EasySet instructions for printing bar codes or downloading the configuration commands to your 1555 Configuring the 1555 Using the Mode Button...

Page 26: ...ds Exiting Setup mode Mode Button Trigger The mode button trigger combination is used to enter Setup mode Press and hold the mode button then press and hold the trigger for two seconds to enter Setup mode Note If you hold the trigger a second or two longer after releasing the mode button when you enter Setup mode you will access the Setup menu of the currently selected operating mode for example y...

Page 27: ... this page Customizing Quick Mode Select You can customize Quick Mode Select to include only the operating modes you want to use for your application this makes it quicker and easier to switch between operating modes 1 Press and hold the Mode button then press and hold the trigger for a second or two until Setup displays on the LCD The first Setup option is Quick Mode Select If you do not see this...

Page 28: ... commands pass directly from a host system through the main communications port to the 1555 s internal drivers The operator can control the 1555 remotely from a host system All generated responses pass directly from the 1555 to the main communications port This interactive mode controls the 1555 audiovisual A V indicators LCD laser bar code scanner and RFID reader programmer module Figure 2 3 show...

Page 29: ...3 Operational Modes ...

Page 30: ......

Page 31: ...area of the 1555 and their unique tag IDs are read and can be transmitted to the host system At any given interrogation point in the customer s RFID tracking process any single function or a combination of two or three functions may need to be employed Additionally the customer may need to employ a Filter or Mask with the primary RFID function in order to get the desired result The Filter instruct...

Page 32: ... Yes No Data format ASCII hex Contrast 090 Contrast 090 Exit Defines LCD screen options Communication RS 232 19200 8 N 2 Exit Displays the desired communication protocol Reset Factory defaults No Yes Exit Global reset of all parameter settings Data Buffer 000 Store in buffer No Yes Send buffer Clear buffer Exit Data buffer stores tag or bar code ID data in the Sabre 1555 Select enabling or disabli...

Page 33: ...Operational Modes 3 5 3 Figure 3 1 shows the options available with the Sabre 1555 reader Figure 3 1 Menu Selections Available Through Setup Mode and Quick Mode Select ...

Page 34: ...tags to be identified and writes specified data to those tags Tag Filter Read Write Tag FRW This option enables filter functions for tags to be identified and reads specified data from and writes specified data to those tags Tag Filter Settings This feature activates deactivates from 1 to 4 eight byte filter masks filter criteria to isolate the specific tags you want to identify read data from or ...

Page 35: ...ds if the Tag Read function is activated Use the Tag Filter Read function if you only want to read from tags that match certain criteria Use EasySet to define the read parameters for each field Start address position of the first character you want to read any position in the tag between 0 and 127 default is 24 for field 1 and 0 for the other fields Field length number of characters you want to re...

Page 36: ...firm that the reset has been applied Note The global reset is implemented immediately you cannot undo it by choosing No Save when you quit Setup mode Reset factory defaults resets the configuration settings to factory settings After a global reset you must use EasySet or a custom setup sheet created with EasySet to select the terminal used in your application and customize your setup parameters if...

Page 37: ...a Clear Buffer command is sent For demonstration or test purposes you can use the terminal window in EasySet to display the contents of the 1555 data buffer To display the data buffer contents 1 Connect the 1555 to your PC and set up for online setup see Configuring the 1555 Using Easy Set on page 2 5 2 In EasySet select Terminal in the Communication menu to start the Terminal window 3 Use the Sen...

Page 38: ...sue PRC 3F to exit Remote Control PPP Mode Interactive Commands Interactive Mode Command IMC Type Identifier 0A 1 Issue ESA 04 before entering IMC mode 2 Issue IMC Activate command 0A 00 01 prior to issuing IMC commands 3 Issue IMC Deactivate 0A 00 00 to exit IMC mode 4 Issue PRC 3F to exit Remote Control PPP Autonomous Mode Stand alone Button Operation Quick Mode Terminal Emulation Data Buffer RF...

Page 39: ...55 remotely by sending configuration commands and interactive commands through the main communications port These commands are used to control the basic functions of the internal peripherals LCD buzzer LED RAM and RFID module Dialog with the Host System Commands can be transmitted in different ways according to the context The point to point protocol PPP is an extension of the frame command format...

Page 40: ...ed in ASCII format and no other compression technique is employed then 1 byte of memory will store roughly one alpha numeric character Storing in hexadecimal format allows for a greater number of values to be stored since each hexadecimal code can be stored in a single byte In the majority of applications most of the data in the reserved locations including the unique 8 byte Tag ID is stored in he...

Page 41: ...4 Interactive Programming Mode ...

Page 42: ......

Page 43: ...ree hard disk space and 800 x 600 resolution display to use with EasySet Sabre 1555 unit standard or PDT with power supply RS 232 interface cable P N 3 634032 11 for PDT version P N 3 614032 00 for standard version Communications Interface The physical interface is the type of cabling used to connect the scanner to a host computer The interface connection depends on the scanner architecture RS TTL...

Page 44: ...t baud 6 CTS Input from host Clear to send 7 Cable detect 1 Input output Reserved for software download or cable family detection 8 Cable detect 2 Input output Reserved for software download or cable family detection 9 GND Ground Table 4 1 RS TTL Interface Parameters for PDT Version 9 pin DIN Connector continued Pin out Signal Direction Use Table 4 2 RS TTL Interface Parameters for Standard Versio...

Page 45: ...character by character The RTS CTS protocol can be enabled or disabled The factory default is disabled Point to Point Protocol This section defines the interface command structure or PPP which is used to communicate between Intermec products Frame Format The frame format is used with Intermec data capture products to communicate with PC applications e g EasySet or customer applications submodules ...

Page 46: ...EE 1 The proprietary DLE character 0xEE is inserted before the ambiguous character 2 The value of the ambiguous character is increased by 1 Note This method simplifies processing of delimiter localization as the ambiguous character can not be mistaken for a delimiter FRAME_MANAGEMENT 1 byte Bits 7 6 More indicates that the message is not finished another frame being sent Bits 5 4 and 3 are not use...

Page 47: ...ommand Table 4 5 Table 4 5 TYPE Frame Component value of 0 to 0x64 Note See TYPE Definitions on page 4 16 for settings CMD RESP PARM DATA Commands and optional parameters data depending on the associated command Table 4 6 before STX TYPE 0x70 0x5 0x7F 0x38 CHK ETX with DLE 0x7F BFD 0x70 0x5 DLE 0x80 0x38 CHK 0x7F before STX TYPE byte1 byte2 byteN Chk1 0x05 Chk2 0xEE ETX with DLE STX TYPE byte1 byt...

Page 48: ...or setup commands command parameters for IMCs data Table 4 7 FM Component FM byte More Size Description b7 b6 2 bits Used to indicate if more than one frame is expected Value 0 the message is encoded in a single frame Value 1 the frame is not the last frame in a multiframe message Value 2 the frame is the last frame of a multiframe message Note High level frame acknowledgment is only possible when...

Page 49: ...lly 0 This flag can also be used to inform the host of a restart in IMC for example any volatile commands may need to be resent FrameNumber Size Description b0 1 bit The value of this bit must alternate between 0 and 1 for different consecutive frames to detect incorrect frame transmission Probable causes of incorrect frame transmission are as follows Lost low level ACK ACK sent too late timing er...

Page 50: ...ermec data capture products based on Code 128 Set B and uses the Code 128 Stop character Table 4 10 lists the ETX components Table 4 10 End Transmission ETX Frame Component Value Size Description 0 0xFFFF 2 bytes First byte b15 b8 Second byte b7 b0 see explanation in Checksum Calculation on page 4 13 Delimiter Value Description ETX 0x7F This character is used as a frame delimiter ...

Page 51: ...ceived Acknowledgment Process Flowchart The frame is sent again if no ACK NAK character is received before the end of the time out 100 ms by default value can be modified by setup command or if a NAK character is received Note A maximum of two resend attempts are possible for each frame In the following example the host sends a deactivate power up beeps setup command to the reader Reader STX SMC P...

Page 52: ... is transmitted If no low level acknowledge is received from the product before the low level timeout expires the host can resend the same frame up to two more times with the same frame number To reduce collisions to a minimum it is necessary to check before transmission if a frame is being received In this case wait until the complete frame is received acknowledged and processed before starting t...

Page 53: ...ccur when data is transmitted or when it is written to disk One means of detecting such errors is the use of a checksum A value is calculated for a given block of data by sequentially combining all the bytes of data with a series of arithmetic or logical operations After the data is transmitted or stored a new checksum is calculated and compared with the original one If the checksums match the tra...

Page 54: ...mpStr as string tmpCMDStr as string Dim sCksum As String Dim sByte As String Dim nWeight As Integer Dim i As Integer Dim nLen As Integer Dim lSum As Long ChecksumCalc sIn the hex string that contains the complete command and TYPE character For example if you want to issue the IMC ON command sIn 0A00010102 Note the 02 is the frame management byte nLen Len sIn 2 nWeight nLen lSum 0 For i 0 To nLen 1...

Page 55: ...l 0039 cmd 0A00010102 CheckSumVal check for special DLE characters in command string TmpStr tmpCMDStr For x 1 To Len cmd Step 2 TmpStr Mid cmd x 2 If TmpStr 7F Then tmpCMDStr tmpCMDStr EE80 If TmpStr EE Then tmpCMDStr tmpCMDStr EEEF If TmpStr 7F Or TmpStr EE Then tmpCMDStr tmpCMDStr TmpStr Next x cmd cmd tmpCMDStr cmd 7F cmd 7F the complete command with checksum and the start and end characters ad...

Page 56: ...b0 Table 4 13 TYPE Bit Value and Description In Table 4 14 frames 1 and 2 the message sent to the host is a Binary Frame Response BFR type where message data 357 bytes and MFS 229 Bit Value Description b7 0 Always set to 0 for TYPE commands b6 0 Always set to 0 for TYPE commands b5 b0 1 63 This value indicates the frame type Table 4 14 Binary Frame Data Examples Frame 1 STX Type e g BFR Size 1 Siz...

Page 57: ...delimiter localization processing because the ambiguous character cannot be mistaken for a delimiter Table 4 15 TYPE Definition Identifiers Identifier Value Description Page Locator BFR 0x01 Binary frame response command Page 4 17 NAD 0x02 Numerical ASCII data command Page 4 18 ASI 0x03 Accepted PPP command and sending information Page 4 18 ESA 0x04 External synchronization attempt Page 4 18 ACC 0...

Page 58: ...nction as BFR Accepted PPP Command and Sending Information ASI 0x03 This command indicates that the command has been accepted and is running or has completed Information concerning the command will be returned The second byte i e after the ASI field in the returned message indicates the initial command request type refer to ESA command in Table 4 15 External Synchronization Attempt ESA 0x04 This c...

Page 59: ...nown In that case the host can issue an ESA with those known communication parameters Two parameters must be set in the ESA command Hardware handshaking protocol if applicable default no CTS RTS and Desired baud rate for communication e g 57600 bauds Table 4 16 Order of ESA Communication Messages Baud Rate Bits Parity Stop Bit 57600 8 8 8 7 7 7 Even Odd None Even Odd None 2 2 2 2 2 2 38400 8 8 8 7...

Page 60: ...8400 57600 115200 230400 FM Frame Marker bit M 0 bit ACK 0 bit reset 1 frame number 0 The response is as follows ACK character ASI ESA HPC BRC CFG FM CHK ASI Accepted PPP Command and Sending Information 0x03 ESA External Synchronization Attempt 0x04 HPC Hardware Protocol Confirm 0 2 0 not used 1 Host CTS RTS 2 Product CTS RTS BRC Baud Rate Confirm 0 12 75 150 300 600 1200 2400 4800 9600 19200 3840...

Page 61: ...ror Command IEC 0x07 Indicates that the IMC is not active Download Application Program DAP 0x09 DAP programs are used to download user application programs from the host to the product and to upload user application programs from the product to the host Interactive Mode Command IMC 0x0A IMC is one of the remote control protocol command types that is used to control the product through the physical...

Page 62: ...r example Sabre 1555PDT 2 08C A space character 0x20 is used to separate each field If the peripheral number does not exist a NAC response is returned Resend Last Message RLM 0x19 RLM requests that the last message be resent Table 4 18 NAC Parameters and Descriptions Parameter Value Description 0 Command or message rejected 1 Setup command not recognized 2 Type parameter or setup parameter not rec...

Page 63: ...ACK STX ACC FM CHK ETX Application Examples Binary Frame Example Send binary frame STX BFR 6 1 5 3 9 CHK ETX Reply frame received ACK Reply STX ACC CHK ETX message data OK Send frame received ACK Multiple Frame Message Send 1st frame STX BFR Size 1 Size 2 D0 D1 D2 Dn More 1 CHK ETX Reply ACK character 2nd and last frame STX BFR Dn 1 Dn 2 Dn n More 0 CHK ETX Reply ACK character Reply STX ACC CHK ET...

Page 64: ...cters must not exceed the transmission duration of the character void Host_main byte Tx_buffer Tx_MAX byte Rx_buffer Rx_MAX byte MaxRetry 3 byte Retry_counter 0 RestartFlag set to one External_Synchronization attempt try to connect to the product DO IF There_is_data_to_send THEN IF Host_Txframe Tx_buffer Retry_counter THEN There_is_data_to_send is cleared TX_FrameNumber is incremented Retry_counte...

Page 65: ... STX character WHILE last_character_not_transmitted verify DLE mechanism SendChar current character calculate checksum on current character END WHILE transmit Frame Management character calculate checksum on current character transmit checksum transmit ETX character IF Host_Wait_ low level_Acknowledge RETURN TRUE ELSE Retry_counter is incremented END IF RETURN FALSE ...

Page 66: ...ata There_is_data_Received TRUE Process received data IF Current frame is BFD frame and AccRequest is required THEN Buffer High levelACC response Retry_counter is cleared DO IF Host_Txframe Buffer Retry_counter RETURN TRUE WHILE Retry_counter MaxRetry RestartFlag set to one RETURN TRUE END IF ELSE IF FrameNumber previous FrameNumber and Checksum previous Checksum SendChar low level ACK duplicate f...

Page 67: ...ACC frame or NAC frame when it receives a BFR frame Each frame sent by the submodule must then have the AccRequest bit in the FM field set to zero to indicate to the receiver of the message not the product in the example shown in this section that the ACC NAC response is not required For example The binary frame example Application Examples on page 4 23 would be reduced to sending the BFR frame an...

Page 68: ... acknowledge ACC NAC following execution of the command if requested by the host recommended However the results of successful barcode RFID actions will be sent to the host in unpacketed format without acknowledgment from the host The ESA command is used to auto connect to a product without knowing the current RS232 communication settings autodetect loop and switches temporarily to RC Protocol com...

Page 69: ...e product directly from the host Note You must send an ESA command and IMC Activation command before performing subsequent IMCs Setup Commands these commands are used to configure the product directly from the host application without using EasySet or reading configuration bar codes Note You must send an ESA command before performing a setup command ...

Page 70: ...rent consumption information is listed in Table E 3 Sabre 1555 Current Use with RF Power On on page E 4 of this manual Example The host sends an RF_Auto_Run command with a 10 s time out parameter if the product is in RFID Write Mode the tag write is performed using the write address and write string already programmed in the product see RFID Auto Configuration Commands on page 4 46 Table 4 21 list...

Page 71: ...01 nn nn in ms 1 1000 hex format e g Buzzer ON with time out of 100 ms 0A 01 01 00 64 Responses ACC command accepted and started NAC command not recognized or parameter out of range Function Name Red_RFID_LED TYPE CMD 0A 02 Prms Description This function activates deactivates the red RFID error LED ON OFF switch off after time out Parameters ON Timeout in milliseconds 01 nn nn Timeout in seconds 0...

Page 72: ...ameter out of range Function Name Green_BC_LED TYPE CMD 0A 04 Prms Description This function activates deactivates the green bar code good read LED ON OFF switch off after time out Parameters ON 01 nn nn ms 02 00 nn sec OFF 00 00 00 Time out 0A 04 01 nn nn in ms 1 1000 hex format Time out 0A 04 02 00 nn in seconds 1 60 hex format Responses IEC IMC not activated ACC command accepted and started NAC...

Page 73: ...the current LCD XY cursor position in the product display window Parameters Use ASCII characters to create the desired string for a single line If the string sent goes past the 20th character only the characters that fit on the line of the display can be displayed Responses IEC IMC not activated ACC command accepted and started NAC command not recognized Function Name LCD_Cursor TYPE CMD 0A 08 Prm...

Page 74: ...r 1 byte 1 1 RFID submodule Mode 0 1 1 byte 0 deactivate the submodule 1 activate the submodule Responses IEC IMC not activated ACC command accepted and started NAC command not recognized Note If the product is powered by battery and a low battery status is detected the product will send a PEV product event frame PEV frame PEV Event number with event number battery discharged 0x10 Table 4 24 RFID ...

Page 75: ...ess flag After each success a BFR frame is sent to the host n BFR frames corresponding to the tags identified during the session are sent with the following format BFR Preamble AIM_ID Read Write status Tag_ID Data Postamble When the time out expires a PEV frame Product EVent is sent PEV frame format PEV Event number with event number RF_Auto_Run_Timeout 0x20 Read status is represented by the low n...

Page 76: ...the Read Write status and the activated fields to see if the data is valid Note If the product is powered by battery and a low battery status is detected the product will send the following commands a PEV frame PEV frame PEV Event number with event number battery discharged 0x10 IEC IMC not activated Table 4 24 RFID Function Commands continued ...

Page 77: ...ress must not exceed 128 For example 40 byte read 0x28 ID 00004A4E408C8005 address byte 24 0x18 0A 13 28 00 00 4A 4E 40 8C 80 05 18 0x7F 0x15 NAC Responses Successful Read ASI frame accept the function and sending information data frame after a success ASI IMC RF_Read function RF_Read_OK 0x03 0x0A 0x13 0x72 BFR Preamble AIM_ID Tag_ID Data Postamble Unsuccessful Read 03 0A 14 00 No response from RF...

Page 78: ...ess must not exceed 128 Data 1 32 in hexadecimal format For example 10 byte write 49 6E 63 0x0A ID 0510107F80AA0102 DLE must be applied start at 24 0x18 data Intermec 0A 14 0A 05 10 10 EE 80 80 AA 01 02 18 49 6E 74 65 72 6D 65 63 Responses Successful Write ASI frame Accept the function and sending information success status after a success ASI IMC RF_Write function RF_Write_OK 0x03 0x0A 0x14 0x75 ...

Page 79: ...C command accepted and started NAC command not recognized Function Name Transmit Data Buffer TYPE CMD 0A 0C Description This function transmits data that has been previously stored in the data buffer to a host application or terminal An ASI response is sent to the host with a word parameter Number_of_Frames to indicate the number of data frames that will be sent each frame corresponding to a succe...

Page 80: ...inuous Operation An ACC frame n BFR frame s ACC frame format ACC 0x06 After each success a BFR frame is sent to the host BFR frame format BFR Preamble AIM_ID barcode_data Postamble Decode OFF An ACC frame is sent after the function is stopped ACC frame format ACC Decode ON with Time out An ACC frame is sent Decode is turned off after a success BFR frame is sent to the host and time out PEV frame i...

Page 81: ...tus trigger status battery status current RFID operating mode status buffering mode status Trigger status 0 3 0x00 Trigger released 0x03 Trigger still pulled Battery status 0 or 10 0x00 battery discharged 0x10 battery OK Current operating mode status 1 byte See Operating Mode Selection setup command in RFID Operating Mode Selection on page 4 47 These codes are listed below 0x01 Tag Identify defaul...

Page 82: ... in Table 4 28 m represents the modifier character s as defined for the symbology in question Example A 0 identifies standard Code 39 without check digit refer to the official AIM documentation on symbology identifiers for full information on the different processing options supported Table 4 28 shows the AIM identifier symbology 1 UPC EAN standard lengths 8 13 15 add on 2 18 add on 5 characters 2...

Page 83: ...syntax is a subset of the PPP low level format For example STX SetupModeCommand SetupCommand Parameters CHK ETX 0x7F 0x0D 0x41 0x07 0xxx 0xXX 0x7F See the PPP low level definition for details about the STX ETX and CHK values See Frame Fields on page 4 7 for details regarding STX ETX and CHK values You can use the EasySet software to generate the desired setup parameter and then read the command va...

Page 84: ...RC_AccRequest Command Name RC_AccRequest TYPE CMD 0D 4D 43 Prms Description Selects whether high level frame acknowledgment is or is not required only for ACC NAC type this does not affect other responses This parameter is only applied to the AccRequest bit in BFR frames Parameters 0 1 0 deactivated 1 activated default Responses ACC command accepted NAC command not recognized Table 4 31 RC_lowleve...

Page 85: ...TYPE CMD 0D 4C 56 Prms Description The time out determines the wait time for a high level acknowledgment ACC NAC frame Parameters 10 2500 ms see Appendix C to determine the value The default value is 500 ms Values 10 msec 10 msec Values 2500 msec 2500 msec Responses ACC command accepted NAC command not recognized ...

Page 86: ...on Defines the display format for data displayed in the product display window Parameters Hex format 01 ASCII format 00 Responses ACC command accepted NAC command not recognized Command Name Activate RFID Read Fields TYPE CMD 0D 4C 57 Prms Description Activates deactivates 1 to 4 read fields in the tags Parameters Set bits to activate fields b7 b6 b5 b4 b3 b2 b1 b0 0 0 0 0 reserved 0 0 0 1 field 1...

Page 87: ...default 0x05 Tag Read 0x09 Tag Write 0x0D Tag Read Write 0x11 Tag Filter 0x15 Tag Filter Read 0x19 Tag Filter Write 0x1D Tag Filter Read Write Responses ACC command accepted NAC command not recognized Command Name Define RFID Auto Run Response TYPE CMD 0D 4D 42 Prms Description Defines whether the RFID Auto Run Response will contain complete or partial success status Example For an RFID Read opera...

Page 88: ... Defines the auto write parameters for the AutoRun command write field 0 3 1 byte hexadecimal start address 12 127 see Appendix C base 64 write size 1 32 see Appendix C base 64 Sum of start address and write size must not exceed 128 write string compressed with regard to the more limited Code 128 encoding scheme 0 127 where a single ASCII character can be encoded as up to 3 bytes see Appendix D Th...

Page 89: ...dicator is set to 1 b4 sign indicator is set to 0 if the delta must be added to the ASCII value of the previous character to obtain the ASCII value of the new character 1 if the delta must be subtracted from the ASCII value of the previous character to obtain the ASCII value of the new character b3 b2 b1 b0 contain the delta value 0 15 if not the new character is encoded like the first character s...

Page 90: ... b3 b2 b1 b0 0 0 0 0 reserved 0 0 0 1 mask 1 activated 0 0 0 0 reserved 0 0 1 0 mask 2 activated 0 0 0 0 reserved 0 1 0 0 mask 3 activated 0 0 0 0 reserved 1 0 0 0 mask 4 activated 0 0 0 0 reserved x x x x n masks x activated 0 0 0 0 reserved 1 1 1 1 all 4 masks activated Example 0x03 fields 1 and 2 activated 0x05 fields 1 and 3 activated Responses ACC command accepted NAC command not recognized T...

Page 91: ...sk wildcards 2 bytes 1st byte b7 b6 always set to 0 b5 b4 b3 b2 reserved and set to 0 b1 b0 represent the first 2 characters of mask 2nd byte b7 b6 always set to 0 b5 b0 represent the next 6 characters of the mask Table 4 33 RFID Auto Configuration Commands continued b7 b6 b5 b4 b3 b2 b1 b0 1st wildcard mask byte 0 0 0 0 0 0 filter 1 filter 2 2nd wildcard mask byte 0 0 filter 3 filter 4 filter 5 f...

Page 92: ... 4 34 Bar Code Decoding Commands Command Name Disable All Symbologies TYPE CMD 0D 41 4B Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 39 Active TYPE CMD 0D 41 4C Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 39 Inactive TYPE CMD 0D 41 4D Description Parameters None Responses ACC comm...

Page 93: ...ccepted NAC command not recognized Command Name Code 2 5 Standard Inactive TYPE CMD 0D 41 51 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Codabar Active TYPE CMD 0D 41 52 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Codabar Inactive TYPE CMD 0D 41 53 Description Parameters None Responses ACC...

Page 94: ...ACC command accepted NAC command not recognized Command Name Code MSI Active TYPE CMD 0D 41 58 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code MSI Inactive TYPE CMD 0D 41 59 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 128 Active TYPE CMD 0D 41 5A Description Parameters None Responses...

Page 95: ...d NAC command not recognized Command Name Code Plessey Inactive TYPE CMD 0D 41 5D Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 93 Active TYPE CMD 0D 41 5E Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 93 Inactive TYPE CMD 0D 41 5F Description Parameters None Responses ACC command ac...

Page 96: ...accepted NAC command not recognized Command Name Code Telepen Active TYPE CMD 0D 42 42 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code Telepen Inactive TYPE CMD 0D 42 43 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 39 Standard 43 Characters TYPE CMD 0D 42 4A Description Parameters Non...

Page 97: ...ommand Name Code 39 Start Stop Not Transmitted TYPE CMD 0D 42 4D Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 39 Start Stop Accepted Characters TYPE CMD 0D 42 4E Prms Description Parameters 1 3 1 2 3 OR accepted Responses ACC command accepted NAC command not recognized Command Name Code 39 Check Digit Not Used TYPE CMD 0D 42 4F Description...

Page 98: ...P Checked and Transmitted TYPE CMD 0D 42 52 Description Checksum for French pharmaceutical industry Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 39 Check CIP Checked but Not Transmitted TYPE CMD 0D 42 53 Description Checksum for French pharmaceutical industry Parameters None Responses ACC command accepted NAC command not recognized Command Name Code 3...

Page 99: ... value to accept any valid length 3 or more Responses ACC command accepted NAC command not recognized Command Name Code Interleaved 2 5 Check Mod 10 Checked and Transmitted TYPE CMD 0D 42 5F Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code Interleaved 2 5 Check Mod 10 Checked but Not Transmitted TYPE CMD 0D 43 40 Description Parameters None Re...

Page 100: ...t performance and security if your application has fixed lengths minimum length 2 Parameters 2 50 hexadecimal each parameter is separated by the value FNC4 0x64 e g two lengths 10 6 0D 43 44 0A 64 06 length values must be provided in descending order Responses ACC command accepted NAC command not recognized Command Name Code Interleaved 2 5 Minimum Length TYPE CMD 0D 43 45 Prms Description Choose ...

Page 101: ...ame Code Standard 2 5 Check Digit Checked and Transmitted TYPE CMD 0D 43 48 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code Standard 2 5 Check Digit Checked but Not Transmitted TYPE CMD 0D 43 49 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code Standard 2 5 Check Digit Not Active TYPE CMD ...

Page 102: ...nimum length in your application Parameters 0 3 50 hexadecimal zero is a special value to accept any valid length 3 or more Responses ACC command accepted NAC command not recognized Command Name Code 2 5 Matrix Minimum Length TYPE CMD 0D 46 59 Prms Description Choose a minimum length to optimize decoding performance and increase security select the same length as the minimum length in your applica...

Page 103: ...2 DC3 DC4 TYPE CMD 0D 43 51 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code Codabar CLSI Library System Active TYPE CMD 0D 43 52 Description Spaces inserted after char 1 5 10 in the 14 character label e g 39990000192148 is sent as 3 9990 00019 2148 Parameters None Responses ACC command accepted NAC command not recognized Command Name Code Cod...

Page 104: ...coding performance and increase security select the same length as the minimum length in your application Parameters 0 3 50 hexadecimal zero is a special value to accept any valid length 3 or more Responses ACC command accepted NAC command not recognized Command Name Check Digit Codabar Checked and Transmitted TYPE CMD 0D 46 54 Description AIM recommendation Parameters None Responses ACC command a...

Page 105: ... minimum length to optimize decoding performance and increase security select the same length as the minimum length in your application Parameters 0 1 50 hexadecimal zero is a special value to accept any valid length 1 or more Responses ACC command accepted NAC command not recognized Command Name Code EAN UPC All Code Selected TYPE CMD 0D 43 5C Description Parameters None Responses ACC command acc...

Page 106: ...ed TYPE CMD 0D 44 40 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code EAN UPC Add on Required and Transmitted TYPE CMD 0D 44 42 Description Transmit forces add ons to be decoded and transmitted for those add ons that are activated Parameters None Responses ACC command accepted NAC command not recognized Command Name Code EAN UPC Add on Not Req...

Page 107: ...nd not recognized Command Name Add on 5 Activated TYPE CMD 0D 46 45 Description Activate the decoding of EAN UPC add on 5 Parameters None Responses ACC command accepted NAC command not recognized Command Name Add on 5 Deactivated TYPE CMD 0D 46 46 Description Deactivate the decoding of EAN UPC add on 5 Parameters None Responses ACC command accepted NAC command not recognized Command Name Code UPC ...

Page 108: ...cepted NAC command not recognized Command Name Code UPC E Number System Transmitted TYPE CMD 0D 44 48 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code UPC E Number System Not Transmitted TYPE CMD 0D 44 49 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code UPC E Check Digit Transmitted TYPE C...

Page 109: ... command not recognized Command Name Code UPC E Transmitted as UPC A TYPE CMD 0D 44 4D Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code UPC A Transmitted as EAN 13 TYPE CMD 0D 44 4F Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code EAN 8 Transmitted as EAN 8 TYPE CMD 0D 44 50 Description Pa...

Page 110: ...and accepted NAC command not recognized Command Name Code EAN 128 FNC1 Separator Character TYPE CMD 0D 46 52 Prms Description Used as a separator when multiple identifiers and their fields are concatenated Default FNC1 character is GS function character ASCII 29 Parameters See Appendix D to convert the character Responses ACC command accepted NAC command not recognized Command Name Code Plessey Ch...

Page 111: ...0D 44 5A Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code MSI Check Digit DoubleMod 10 Checked and Transmitted TYPE CMD 0D 44 5B Description Parameters None Responses ACC command accepted NAC command not recognized Command Name Code MSI Check Digit Mod 10 Checked but Not Transmitted TYPE CMD 0D 44 5C Description Parameters None Responses ACC c...

Page 112: ...ding performance and increase security select the same length as the minimum length in your application Parameters 0 1 50 zero is a special value to accept any valid length 1 or more Responses ACC command accepted NAC command not recognized Command Name Check Digit EAN13 Transmitted TYPE CMD 0D 46 47 Description Parameters None Responses ACC command accepted NAC command not recognized Command Name...

Page 113: ...e the same result Parameters 1 10 0 is converted to 1 and if value is 10 the value is forced to 10 Responses ACC command accepted NAC command not recognized Command Name Time out Between Identical Consecutive Codes ICC TYPE CMD 0D 45 4C Prms Description This delay prevents reading the same bar code more than once Parameters 1 32 000 ms see Appendix C to determine the value Default value is 300 ms ...

Page 114: ... 4 35 Data Decoding Security Commands continued Table 4 36 Data Transmission Setting Commands Command Name Preamble TYPE CMD 0D 45 53 Prms Description This message is sent before the data to the host system Parameters No preamble 3E 00 default setting See Appendix D to choose another string Max 20 ASCII characters Responses ACC command accepted NAC command not recognized Command Name Postamble TYP...

Page 115: ... exists for each symbology This command modifies the default character Parameters 06 1 Character parameter see Appendix C e g Identifier for UPC E E 0D 45 59 09 25 symbology Symbology indicator Default Custom symbology_id Codabar Code 39 Code 93 Code 128 EAN 128 Interleaved 2 of 5 Matrix 2 of 5 Standard 2 of 5 MSI Code Plessey Code Telepen EAN 8 EAN 13 UPC A UPC E 0x04 0x01 0x0D 0x0B 0x02 0x0E 0x0...

Page 116: ...umentation on symbology identifiers in AIM Automatic Identification Manufacturer s Identifier on page 4 42 or EasySet for more information Parameters None Responses ACC command accepted NAC command not recognized Command Name AIM Symbology Identifier Not Transmitted TYPE CMD 0D 47 59 Description Deactivates AIM symbology identifier transmission for all symbologies Refer to the official AIM documen...

Page 117: ...ed Command Name Good Read Beep Duration TYPE CMD 0D 45 49 Prms Description Sets duration of good read beep in milliseconds Parameters Duration value in milliseconds Base 64 see Appendix C e g 80ms 0D 45 49 01 10 Default Responses ACC command accepted NAC command not recognized Command Name No Read Beep TYPE CMD 0D 45 49 Prms Description Configures the reader to inhibit the good read beep Parameter...

Page 118: ...recognized Command Name Beeper Tone Period TYPE CMD 0D 4B 46 Prms Description Beeper tone period in microseconds Parameters 200 µsec 03 08 to 10 000 µsec 02 1C 1G 100 Hz to 5000 Hz See Appendix C to calculate base 64 value Default is 312 µsec 3205 Hz 0D 4B 46 04 56 Example For 100 Hz T 10 000 µsec 02 1C 16 2 64 28 64 16 Responses ACC command accepted NAC command not recognized Command Name Beeps a...

Page 119: ...ers None Responses ACC command accepted NAC command not recognized Command Name Activate the Temporary Configuration mode TYPE CMD 0D 46 41 00 Description Test new setup without losing current setup Parameters None Responses ACC command accepted NAC command not recognized Command Name Restore the Current Setup Configuration TYPE CMD 0D 46 41 01 Description Ignores any temporary configuration actio...

Page 120: ...mand Name Get Version Info TYPE CMD 0D 46 43 Description Software version Parameters None Responses ACC command accepted NAC command not recognized Command Name Display Data String Mode TYPE CMD 0D 46 4E Description Displays ASCII equivalents of data string and checksum values on a terminal screen when you read configuration bar codes without implementing configuration bar code settings Remains ac...

Page 121: ...the EasySet setup software or IMC commands can be used to change the setup Cycle repeated until no configuration code read within 1 minute Parameters None Responses ACC command accepted NAC command not recognized Command Name Inhibit Setup on Product TYPE CMD 0D 4C 52 Prms Description Protect the product against unwanted setup modification in setup mode on the product but the Data buffer and Firmw...

Page 122: ...x0A 0x01 0x00 0xF5 0x7F 0x06 0x7F 0x06 0x01 0x00 0x6D 0x7F reply accepted command 0x06 BFR frame with bar code data 0x7F 0x01 E 0 4901780190737 CR LF 0x01 0x29 0xC7 0x7F 0x06 0x7F 0x06 0x01 0x00 0x0D 0x7F 0x06 0x7F 0x0E 0x21 0x00 0x00 0x6C 0x7F PEV Bar code time out 0x06 Write the bar code information to a tag at a specified address when user presses trigger do read trigger status 0x7F 0x0A 0x30 0...

Page 123: ...a bar code 0x7F 0x0A 0x00 0x01 0x01 0x00 0x2B 0x7F 0x06 0x7F 0x06 0x01 0x00 0x0D 0x7F 0x06 Online Setup Enter setup mode without scanning a bar code Define a read address and length Example with address 24 and length 10 Define read parameters field 1 24 L10 0x7F 0x0D 0x4C 0x58 0x00 0x00 0x18 0x00 0x0A 0x00 0x05 0xB1 0x7F 0x06 0x7F 0x06 0x00 0x00 0x0C 0x7F 0x06 The reader will send the Tag_ID and d...

Page 124: ...Sabre 1555 RFID Bar Code Reader Programmer s Reference Manual 4 84 ...

Page 125: ...A Acronyms and Glossary ...

Page 126: ......

Page 127: ...lent to the International ISO 7 bit code ASCII is the most commonly used code for non IBM equipment ASI Accepted PPP command and sending information B bar code An automatic identification technology that encodes information into an array of adjacent parallel rectangular bars and spaces of varying widths baud The number of discreet conditions or signal events per second In RS 232 and RS 422 485 sys...

Page 128: ...mmunications protocol A set of rules or standards designed to enable computers to connect with each other and exchange data An example of a communications protocol is Point to Point protocol configuration command A configuration command changes the way the terminal or reader operates You can enter a configuration command by typing on the keypad by scanning a bar code label or by sending a command ...

Page 129: ...ight It can be reprogrammed after it is erased ESA external synchronization attempt ESD electrostatic discharge F F degrees Fahrenheit FCC Federal Communications Commission U S federal government agency responsible for setting and enforcing regulations associated with telecommunications FM Frame_Management frame Consecutive bits of data in memory that are read and written as a group frequency band...

Page 130: ...rror command IMC interactive mode command in inch es interactive A computer session that provides immediate feedback to input or two way communications between two devices interface connection point for communication with another device ISO International Organization for Standardization IT500 Intellitag 500 series of products manufactured by Intermec K k kilo 103 L LCD liquid crystal display LSB l...

Page 131: ...s MSB most significant byte mW milliwatt s N NAC high level negative acknowledge command command not recognized or executed NAD numerical ASCII data NAK low level negative acknowledge character command not recognized or executed nibble sequence of four adjacent bits treated as a unit NiCAD nickel cadmium NiMH nickel metal hydride NVM nonvolatile memory NVRAM nonvolatile RAM used to hold data over ...

Page 132: ... access memory read Process of acquiring data from a device for example from a tag or from computer memory reader Controlled interrogating device capable of acquiring data from a device for example acquiring and interrupting data from a tag read zone physical area in which a tag can be read by the reader system RF radio frequency RFID radio frequency identification RLM Resend last message ROM read...

Page 133: ...haracter is normally at the right end of a horizontally oriented symbol For Code 39 the asterisk character is used Depending on the software used the users may not have to enter the start and stop codes when they create their own bar code labels system A reader RF module antenna and tag all described by their general application and their interfaces with each other and any connected devices that a...

Page 134: ...ducts may not include these protocol characters Newer generation online reader products implement these protocol acronyms XON Enables or disables XON XOFF flow control and defines a character that reenables transmission when the device can receive data again after an XOFF Older Intermec products may not include these protocol characters Newer generation online reader products implement these proto...

Page 135: ...B Command Value to Base 32 Conversion Table b6 1 ...

Page 136: ......

Page 137: ...alue base 32 value decimal b6 1 command hex b6 1 00 0x00 64 0x40 01 0x01 65 0x41 02 0x02 66 0x42 03 0x03 67 0x43 04 0x04 68 0x44 05 0x05 69 0x45 06 0x06 70 0x46 07 0x07 71 0x47 08 0x08 72 0x48 09 0x09 73 0x49 10 0x0A 74 0x4A 11 0x0B 75 0x4B 12 0x0C 76 0x4C 13 0x0D 77 0x4D 14 0x0E 78 0x4E 15 0x0F 79 0x4F 16 0x10 80 0x50 17 0x11 81 0x51 18 0x12 82 0x52 19 0x13 83 0x53 20 0x14 84 0x54 21 0x15 85 0x55...

Page 138: ...69 0x41 0x45 38 0x26 65 70 0x41 0x46 39 0x27 65 71 0x41 0x47 40 0x28 65 72 0x41 0x48 41 0x29 65 73 0x41 0x49 42 0x2A 65 74 0x41 0x4A 43 0x2B 65 75 0x41 0x4B 44 0x2C 65 76 0x41 0x4C 45 0x2D 65 77 0x41 0x4D 46 0x2E 65 78 0x41 0x4E 47 0x2F 65 79 0x41 0x4F 48 0x30 65 80 0x41 0x50 49 0x31 65 81 0x41 0x51 50 0x32 65 82 0x41 0x52 51 0x33 65 83 0x41 0x53 52 0x34 65 84 0x41 0x54 Table B 1 Base 10 to Base 3...

Page 139: ... 0x42 0x40 65 0x41 66 65 0x42 0x41 66 0x42 66 66 0x42 0x42 67 0x43 66 67 0x42 0x43 68 0x44 66 68 0x42 0x44 69 0x45 66 69 0x42 0x45 70 0x46 66 70 0x42 0x46 71 0x47 66 71 0x42 0x47 72 0x48 66 72 0x42 0x48 73 0x49 66 73 0x42 0x49 74 0x4A 66 74 0x42 0x4A 75 0x4B 66 75 0x42 0x4B 76 0x4C 66 76 0x42 0x4C 77 0x4D 66 77 0x42 0x4D 78 0x4E 66 78 0x42 0x4E 79 0x4F 66 79 0x42 0x4F 80 0x50 66 80 0x42 0x50 Table...

Page 140: ...92 0x42 0x5C 93 0x5D 66 93 0x42 0x5D 94 0x5E 66 94 0x42 0x5E 95 0x5F 66 95 0x42 0x5F 96 0x60 67 64 0x43 0x40 97 0x61 67 65 0x43 0x41 98 0x62 67 66 0x43 0x42 99 0x63 67 67 0x43 0x43 100 0x64 67 68 0x43 0x44 101 0x65 67 69 0x43 0x45 102 0x66 67 70 0x43 0x46 103 0x67 67 71 0x43 0x47 104 0x68 67 72 0x43 0x48 105 0x69 67 73 0x43 0x49 106 0x6A 67 74 0x43 0x4A 107 0x6B 67 75 0x43 0x4B 108 0x6C 67 76 0x43...

Page 141: ...x43 0x58 121 0x79 67 89 0x43 0x59 122 0x7A 67 90 0x43 0x5A 123 0x7B 67 91 0x43 0x5B 124 0x7C 67 92 0x43 0x5C 125 0x7D 67 93 0x43 0x5D 126 0x7E 67 94 0x43 0x5E 127 0x7F 67 95 0x43 0x5F 128 0x80 68 64 0x44 0x40 129 0x81 68 65 0x44 0x41 130 0x82 68 66 0x44 0x42 131 0x83 68 67 0x44 0x43 132 0x84 68 68 0x44 0x44 133 0x85 68 69 0x44 0x45 134 0x86 68 70 0x44 0x46 135 0x87 68 71 0x44 0x47 136 0x88 68 72 0...

Page 142: ...8 84 0x44 0x54 149 0x95 68 85 0x44 0x55 150 0x96 68 86 0x44 0x56 151 0x97 68 87 0x44 0x57 152 0x98 68 88 0x44 0x58 153 0x99 68 89 0x44 0x59 154 0x9A 68 90 0x44 0x5A 155 0x9B 68 91 0x44 0x5B 156 0x9C 68 92 0x44 0x5C 157 0x9D 68 93 0x44 0x5D 158 0x9E 68 94 0x44 0x5E 159 0x9F 68 95 0x44 0x5F 160 0xA0 69 64 0x45 0x40 161 0xA1 69 65 0x45 0x41 162 0xA2 69 66 0x45 0x42 163 0xA3 69 67 0x45 0x43 164 0xA4 6...

Page 143: ...x45 0x50 177 0xB1 69 81 0x45 0x51 178 0xB2 69 82 0x45 0x52 179 0xB3 69 83 0x45 0x53 180 0xB4 69 84 0x45 0x54 181 0xB5 69 85 0x45 0x55 182 0xB6 69 86 0x45 0x56 183 0xB7 69 87 0x45 0x57 184 0xB8 69 88 0x45 0x58 185 0xB9 69 89 0x45 0x59 186 0xBA 69 90 0x45 0x5A 187 0xBB 69 91 0x45 0x5B 188 0xBC 69 92 0x45 0x5C 189 0xBD 69 93 0x45 0x5D 190 0xBE 69 94 0x45 0x5E 191 0xBF 69 95 0x45 0x5F 192 0xC0 70 64 0...

Page 144: ...70 76 0x46 0x4C 205 0xCD 70 77 0x46 0x4D 206 0xCE 70 78 0x46 0x4E 207 0xCF 70 79 0x46 0x4F 208 0xD0 70 80 0x46 0x50 209 0xD1 70 81 0x46 0x51 210 0xD2 70 82 0x46 0x52 211 0xD3 70 83 0x46 0x53 212 0xD4 70 84 0x46 0x54 213 0xD5 70 85 0x46 0x55 214 0xD6 70 86 0x46 0x56 215 0xD7 70 87 0x46 0x57 216 0xD8 70 88 0x46 0x58 217 0xD9 70 89 0x46 0x59 218 0xDA 70 90 0x46 0x5A 219 0xDB 70 91 0x46 0x5B 220 0xDC ...

Page 145: ...x47 0x48 233 0xE9 71 73 0x47 0x49 234 0xEA 71 74 0x47 0x4A 235 0xEB 71 75 0x47 0x4B 236 0xEC 71 76 0x47 0x4C 237 0xED 71 77 0x47 0x4D 238 0xEE 71 78 0x47 0x4E 239 0xEF 71 79 0x47 0x4F 240 0xF0 71 80 0x47 0x50 241 0xF1 71 81 0x47 0x51 242 0xF2 71 82 0x47 0x52 243 0xF3 71 83 0x47 0x53 244 0xF4 71 84 0x47 0x54 245 0xF5 71 85 0x47 0x55 246 0xF6 71 86 0x47 0x56 247 0xF7 71 87 0x47 0x57 248 0xF8 71 88 0...

Page 146: ...0x48 0x44 261 0x105 72 69 0x48 0x45 262 0x106 72 70 0x48 0x46 263 0x107 72 71 0x48 0x47 264 0x108 72 72 0x48 0x48 265 0x109 72 73 0x48 0x49 266 0x10A 72 74 0x48 0x4A 267 0x10B 72 75 0x48 0x4B 268 0x10C 72 76 0x48 0x4C 269 0x10D 72 77 0x48 0x4D 270 0x10E 72 78 0x48 0x4E 271 0x10F 72 79 0x48 0x4F 272 0x110 72 80 0x48 0x50 273 0x111 72 81 0x48 0x51 274 0x112 72 82 0x48 0x52 275 0x113 72 83 0x48 0x53 ...

Page 147: ...118 72 88 0x48 0x58 281 0x119 72 89 0x48 0x59 282 0x11A 72 90 0x48 0x5A 283 0x11B 72 91 0x48 0x5B 284 0x11C 72 92 0x48 0x5C 285 0x11D 72 93 0x48 0x5D 286 0x11E 72 94 0x48 0x5E 287 0x11F 72 95 0x48 0x5F Table B 1 Base 10 to Base 32 Conversion Values b6 1 continued base 10 value decimal hex value base 32 value decimal b6 1 command hex b6 1 ...

Page 148: ...Sabre 1555 RFID Bar Code Reader Programmer s Reference Manual B 14 ...

Page 149: ...C Data Value to Base 64 Conversion Table ...

Page 150: ......

Page 151: ...value base 64 value decimal base 64 value hex 00 0x00 00 0x00 01 0x01 01 0x01 02 0x02 02 0x02 03 0x03 03 0x03 04 0x04 04 0x04 05 0x05 05 0x05 06 0x06 06 0x06 07 0x07 07 0x07 08 0x08 08 0x08 09 0x09 09 0x09 10 0x0A 10 0x0A 11 0x0B 11 0x0B 12 0x0C 12 0x0C 13 0x0D 13 0x0D 14 0x0E 14 0x0E 15 0x0F 15 0x0F 16 0x10 16 0x10 17 0x11 17 0x11 18 0x12 18 0x12 19 0x13 19 0x13 20 0x14 20 0x14 21 0x15 21 0x15 22...

Page 152: ...x21 33 0x21 34 0x22 34 0x22 35 0x23 35 0x23 36 0x24 36 0x24 37 0x25 37 0x25 38 0x26 38 0x26 39 0x27 39 0x27 40 0x28 40 0x28 41 0x29 41 0x29 42 0x2A 42 0x2A 43 0x2B 43 0x2B 44 0x2C 44 0x2C 45 0x2D 45 0x2D 46 0x2E 46 0x2E 47 0x2F 47 0x2F 48 0x30 48 0x30 49 0x31 49 0x31 50 0x32 50 0x32 Table C 1 Data Value to Base 64 Conversion Values continued base 10 value decimal hex value base 64 value decimal ba...

Page 153: ...0 01 00 0x01 0x00 65 0x41 01 01 0x01 0x01 66 0x42 01 02 0x01 0x02 67 0x43 01 03 0x01 0x03 68 0x44 01 04 0x01 0x04 69 0x45 01 05 0x01 0x05 70 0x46 01 06 0x01 0x06 71 0x47 01 07 0x01 0x07 72 0x48 01 08 0x01 0x08 73 0x49 01 09 0x01 0x09 74 0x4A 01 10 0x01 0x0A 75 0x4B 01 11 0x01 0x0B 76 0x4C 01 12 0x01 0x0C 77 0x4D 01 13 0x01 0x0D Table C 1 Data Value to Base 64 Conversion Values continued base 10 va...

Page 154: ... 0x18 89 0x59 01 25 0x01 0x19 90 0x5A 01 26 0x01 0x1A 91 0x5B 01 27 0x01 0x1B 92 0x5C 01 28 0x01 0x1C 93 0x5D 01 29 0x01 0x1C 94 0x5E 01 30 0x01 0x1D 95 0x5F 01 31 0x01 0x1F 96 0x60 01 32 0x01 0x20 97 0x61 01 33 0x01 0x21 98 0x62 01 34 0x01 0x22 99 0x63 01 35 0x01 0x23 100 0x64 01 36 0x01 0x24 101 0x65 01 37 0x01 0x25 102 0x66 01 38 0x01 0x26 103 0x67 01 39 0x01 0x27 104 0x68 01 40 0x01 0x28 Table...

Page 155: ...x74 01 52 0x01 0x34 117 0x75 01 53 0x01 0x35 118 0x76 01 54 0x01 0x36 119 0x77 01 55 0x01 0x37 120 0x78 01 56 0x01 0x38 121 0x79 01 57 0x01 0x39 122 0x7A 01 58 0x01 0x3A 123 0x7B 01 59 0x01 0x3B 124 0x7C 01 60 0x01 0x3C 125 0x7D 01 61 0x01 0x3C 126 0x7E 01 62 0x01 0x3D 127 0x7F 01 63 0x01 0x3F 128 0x80 02 00 0x02 0x00 129 0x81 02 01 0x02 0x01 130 0x82 02 02 0x02 0x02 131 0x83 02 03 0x02 0x03 Table...

Page 156: ... 0x0E 143 0x8F 02 15 0x02 0x0F 144 0x90 02 16 0x02 0x10 145 0x91 02 17 0x02 0x11 146 0x92 02 18 0x02 0x12 147 0x93 02 19 0x02 0x13 148 0x94 02 20 0x02 0x14 149 0x95 02 21 0x02 0x15 150 0x96 02 22 0x02 0x16 151 0x97 02 23 0x02 0x17 152 0x98 02 24 0x02 0x18 153 0x99 02 25 0x02 0x19 154 0x9A 02 26 0x02 0x1A 155 0x9B 02 27 0x02 0x1B 156 0x9C 02 28 0x02 0x1C 157 0x9D 02 29 0x02 0x1C 158 0x9E 02 30 0x02...

Page 157: ...xAA 02 42 0x02 0x2A 171 0xAB 02 43 0x02 0x2B 172 0xAC 02 44 0x02 0x2C 173 0xAD 02 45 0x02 0x2C 174 0xAE 02 46 0x02 0x2D 175 0xAF 02 47 0x02 0x2F 176 0xB0 02 48 0x02 0x30 177 0xB1 02 49 0x02 0x31 178 0xB2 02 50 0x02 0x32 179 0xB3 02 51 0x02 0x33 180 0xB4 02 52 0x02 0x34 181 0xB5 02 53 0x02 0x35 182 0xB6 02 54 0x02 0x36 183 0xB7 02 55 0x02 0x37 184 0xB8 02 56 0x02 0x38 185 0xB9 02 57 0x02 0x39 Table...

Page 158: ... 0x04 197 0xC5 03 05 0x03 0x05 198 0xC6 03 06 0x03 0x06 199 0xC7 03 07 0x03 0x07 200 0xC8 03 08 0x03 0x08 201 0xC9 03 09 0x03 0x09 202 0xCA 03 10 0x03 0x0A 203 0xCB 03 11 0x03 0x0B 204 0xCC 03 12 0x03 0x0C 205 0xCD 03 13 0x03 0x0D 206 0xCE 03 14 0x03 0x0E 207 0xCF 03 15 0x03 0x0F 208 0xD0 03 16 0x03 0x10 209 0xD1 03 17 0x03 0x11 210 0xD2 03 18 0x03 0x12 211 0xD3 03 19 0x03 0x13 212 0xD4 03 20 0x03...

Page 159: ...0xE0 03 32 0x03 0x20 225 0xE1 03 33 0x03 0x21 226 0xE2 03 34 0x03 0x22 227 0xE3 03 35 0x03 0x23 228 0xE4 03 36 0x03 0x24 229 0xE5 03 37 0x03 0x25 230 0xE6 03 38 0x03 0x26 231 0xE7 03 39 0x03 0x27 232 0xE8 03 40 0x03 0x28 233 0xE9 03 41 0x03 0x29 234 0xEA 03 42 0x03 0x2A 235 0xEB 03 43 0x03 0x2B 236 0xEC 03 44 0x03 0x2C 237 0xED 03 45 0x03 0x2C 238 0xEE 03 46 0x03 0x2D 239 0xEF 03 47 0x03 0x2E Tabl...

Page 160: ... 03 55 0x03 0x37 248 0xF8 03 56 0x03 0x38 249 0xF9 03 57 0x03 0x39 250 0xFA 03 58 0x03 0x3A 251 0xFB 03 59 0x03 0x3B 252 0xFC 03 60 0x03 0x3C 253 0xFD 03 61 0x03 0x3C 254 0xFE 03 62 0x03 0x3D 255 0xFF 03 63 0x03 0x3F 256 0x100 04 00 0x04 0x00 257 0x101 04 01 0x04 0x01 258 0x102 04 02 0x04 0x02 259 0x103 04 03 0x04 0x03 Table C 1 Data Value to Base 64 Conversion Values continued base 10 value decim...

Page 161: ...D Code 128 ASCII Character to Parameter Conversion Table ...

Page 162: ......

Page 163: ...II Character Parameter Decimal ASCII Code 128 set B Hex 0 NUL SP 0x3E 0x00 1 SOH 0x3E 0x01 2 STX 0x3E 0x02 3 ETX 0x3E 0x03 4 EOT 0x3E 0x04 5 ENQ 0x3E 0x05 6 ACK 0x3E 0x06 7 BEL 0x3E 0x07 8 BS 0x3E 0x08 9 HT 0x3E 0x09 10 LF 0x3E 0x0A 11 VT 0x3E 0x0B 12 FF 0x3E 0x0C 13 CR 0x3E 0x0D 14 SO 0x3E 0x0E 15 SI 0x3E 0x0F 16 DLE 0 0x3E 0x10 17 DC1 1 0x3E 0x11 18 DC2 2 0x3E 0x12 19 DC3 3 0x3E 0x13 20 DC4 4 0x...

Page 164: ...S 0x3E 0x1D 30 RS 0x3E 0x1E 31 US 0x3E 0x1F 32 SP SP 0x00 33 0x01 34 0x02 35 0x03 36 0x04 0x04 37 0x05 38 0x06 39 0x07 40 0x08 41 0x09 42 0x0A 43 0x0B 44 0x0C 45 0x0D 46 0x0E 47 0x0F 0x0F 48 0 0 0x10 49 1 1 0x11 50 2 2 0x12 Table D 1 Code 128 ASCII Character to Parameter Conversion Values continued ASCII Character Parameter Decimal ASCII Code 128 set B Hex ...

Page 165: ... 0x1A 59 0x1B 60 0x1C 61 0x1D 62 0x1E 63 0x1F 64 0x20 0x20 65 A A 0x21 66 B B 0x22 67 C C 0x23 68 D D 0x24 69 E E 0x25 70 F F 0x26 71 G G 0x27 72 H H 0x28 73 I I 0x29 74 J J 0x2A 75 K K 0x2B 76 L L 0x2C 77 M M 0x2D Table D 1 Code 128 ASCII Character to Parameter Conversion Values continued ASCII Character Parameter Decimal ASCII Code 128 set B Hex ...

Page 166: ...6 87 W W 0x37 88 X X 0x38 89 Y Y 0x39 90 Z Z 0x3A 91 0x3B 92 0x3C 93 0x3D 94 0x3E 0x3E 95 _ _ 0x3F 96 0x4 0x01 0x20 97 a A 0x20 0x21 98 b B 0x20 0x22 99 c C 0x20 0x23 100 d D 0x20 0x24 101 e E 0x20 0x25 102 f F 0x20 0x26 103 g G 0x20 0x27 Table D 1 Code 128 ASCII Character to Parameter Conversion Values continued ASCII Character Parameter Decimal ASCII Code 128 set B Hex ...

Page 167: ...12 p P 0x20 0x30 113 q Q 0x20 0x31 114 r R 0x20 0x32 115 s S 0x20 0x33 116 t T 0x20 0x34 117 u U 0x20 0x35 118 v V 0x20 0x36 119 w W 0x20 0x37 120 x X 0x20 0x38 121 y Y 0x20 0x39 122 z Z 0x20 0x3A 123 0x20 0x3B 124 0x20 0x3C 125 0x20 0x3D 126 0x20 0x3E 127 DEL _ 0x20 0x3F Table D 1 Code 128 ASCII Character to Parameter Conversion Values continued ASCII Character Parameter Decimal ASCII Code 128 se...

Page 168: ...Sabre 1555 RFID Bar Code Reader Programmer s Reference Manual D 8 ...

Page 169: ...E System Specifications ...

Page 170: ......

Page 171: ...60Hz lithium ion with integral charger and 4 hour charge time Physical Specifications Table E 1 lists the physical specifications of the Sabre 1555 Table E 1 Sabre 1555 Physical Specifications Environmental Specifications The Sabre 1555 can withstand the environmental tolerances shown in Table E 2 Specification Value Scanner length 14 61 cm 5 75 in Scanner height 22 23 cm 8 75 in Scanner width 8 8...

Page 172: ...umidity 0 95 noncondensing Shock Twenty six 1 22 m 4 ft drops to concrete Vibration Class 3 SAE off road vehicle specification Environmental Scanner sealed against windblown rain and dust IEC 529 rated at IP54 ESD Conforms to 6 KV rating per IEC 801 2 EMI Emissions Conforms to Class A FCC Part 15 RSS 210 and CISPR 22 Class B Approvals UL cUL listed C22 2 No 950 UL 1950 TÜV Hheinland GS Licensed EN...

Page 173: ...ia EasySet configuration software for Windows Print and scan a bar code menu or download a configuration via online or IMC setup Data Rate The Sabre 1555 can read 8 bytes of data from a tag in less than 12 ms and can write a single byte of data to a tag in less than 25 ms 2450 MHz IMC deactivated 1555 in sleep mode no LCD 1 IMC activated 100 Bar code decode ON 200 IMC activated RF submodule ON no ...

Page 174: ... FCC unlicensed operation reader and free space dipole tag For both the 2450 and 915 MHz units the partial read zone is most affected by environmental conditions i e obstructions metal structures equipment factors i e type of tag number of tags and variation from unit to unit The RFID tag read ranges for the 2450 MHz unit are shown in Figure E 1 Table E 4 Read Range Examples Frequency MHz Specific...

Page 175: ...ations E 7 E Figure E 1 Tag Read Patterns for 2450 MHz Version of Sabre 1555 An example of RFID tag read range for the 915 MHz unit is shown in Figure E 2 Figure E 2 Tag Read Patterns for 915 MHz Version of Sabre 1555 ...

Page 176: ...A Canada Class II International Class 2 Scan rate 36 3 scans per second Optical Parameters Pitch 65 from normal Skew 55 from normal Note Depth of field measured using Code 39 ANSI Grade A Table E 5 Depth of Field Long Range 1555 1555Exx02040201 Specification Value 10 mil 27 9 98 3 cm 11 19 in 15 mil 20 3 83 8 cm 8 33 in 20 mil 20 3 96 5 cm 8 38 in 40 mil 22 9 190 5 cm 9 75 in 55 mil 22 9 203 cm 9 ...

Page 177: ...ectance difference long range and 25 reflectance difference high visibility Ambient Light Immunity The Sabre 1555 is immune to direct exposure from office level lighting and sunlight 20 mil 22 9 190 5 cm 9 75 in 40 mil 22 9 203 cm 9 80 in 55 mil 190 5 408 9 cm 75 161 in Table E 6 Depth of Field High Visibility 1555Exx01xx0001 continued ...

Page 178: ...Sabre 1555 RFID Bar Code Reader Programmer s Reference Manual E 10 ...

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