Annex No.
PR110 PR510 USER MANUAL Rev 1.
Contents Contents .......................................................................................................................... 2 Revision Index .................................................................................................................. 4 About This Manual ........................................................................................................... 5 Service Information .........................................................................................
Set Data Length (13) .................................................................................................. 23 Get Tag Type (20) ....................................................................................................... 25 Get Bank (21) ............................................................................................................. 26 Get Start Address (22) ................................................................................................
Revision Index Revision Date Author Change Record 1.00 2009-11-02 Soemsak - New document 1.01 2010-01-19 Noppadol 1.
About This Manual PR110 PR510 User Manual provides general instruction for setup and operation Service Information If you have a problem with your equipment, please contact the Advanced ID Asia Co., LTD. Support. 116 M. 3 T.Maekhue, A.Doisaket, Chiangmai 50220, Thailand Tel: +66 53 387316-7 Fax: +66 53 387319 E-mail: service@aae.co.th, aae@aae.co.th Product Overview PR110 provides the best UHF RFID reading performance, reliability, and value available.
Getting Start Wake Up Reader Press “POWER” button to wake up the reader from the sleep mode. Change Reading/Writing Mode Press “MODE” button to change the reading/writing mode between “READ” and “WRITE”. Change Reading/Writing Memory Bank Press “DISPLAY” button to change the reading/writing memory bank. If the reading/write tags type is in “EPC Class1 Gen2”, user can select reading/writing memory bank as the list below: • EPC – to read/write the EPC number with anti-collision algorithm.
Change Settings Press “MENU” button to change the reader’s settings. In this mode user will find 4 submenus and bellow: • DATE TIME – user can set date time of the reader in this mode. • ERASE MEM – user can erase the flash memory of the reader in this mode • VERSION – This mode shows the firmware and the hardware version of the unit • BLUETOOTH – user can enable/disable and set the security key for Bluetooth connection in this mode.
Communication to PC Physical layer PR110 UHF RFID READER will be connected to the PC via USB Serial Port (FTDI chip http://www.ftdichip.com ). USB Serial Port provides the conversion of Universal Serial Bus (USB) to RS232 Serial Port. The configuration of the serial port will be as below: Baud Rate: 38400 Data Bits: 8 Rarity: None Stop Bits: 1 Flow Control: None Data Link Layer The data sent to the PC is originally an array of bytes with all possible HEX values.
Command structure The command structure is as shown below: Command Number (2 chars) Parameter (variable) Carriage return, (1char) Where: Command Number (2chars) defines which command the user wants to set, get or control the configuration in reader. Parameter defines the data using with the command number. Carriage Return is always 1 char of 0x0D (‘\r’ in C language).
Command Descriptions Error Message (FF) Description: Error Message will be sent from the PR110 UHF RFID READER to PC when PR110 UHF RFID READER receives any unknown command number. Type: Error command with reply.
Get Firmware Version (00) Description: Returns firmware version. Type: Management command with reply. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 00 - Where: “00” is the command number. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (4 chars) Carriage return, (1char) 00 Ex. 0D00 Where: “00” is the echo of the command number. “0D00” is the firmware version.
Get Hardware Version (01) Description: Returns hardware version. Type: Management command with reply. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 01 - Where: “01” is the command number. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (4 chars) Carriage return, (1char) 01 Ex. 0D00 Where: “01” is the echo of the command number. “0D00” is the hardware version.
Get Reader ID (02) Description: Returns Reader ID. Type: Management command with reply. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 02 - Where: “02” is the command number. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (16 chars) Carriage return, (1char) 02 Ex. 2008091100000001 Where: “01” is the echo of the command number. “2008091100000001” is the produced date and serial number.
Example: Get Reader Model (03) Description: Returns Reader Model. Type: Management command with reply. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 03 - Where: “03” is the command number. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (4 chars) Carriage return, (1char) 03 Ex. A100 Where: “03” is the echo of the command number. “A100” is the reader model.
Example: Get Reader Status (04) Description: Returns working status of the reader. Type: Management command with reply. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 04 - Where: “04” is the command number. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (2 chars) Carriage return, (1char) 04 Ex. 04 Where: “04” is the echo of the command number. “04” is the status.
Parameter: Parameter (2chars) Reader status (2 chars) 00 – Initializing, Reader is initializing itself from sleep mode. 01 – Standby, Reader is ready to work. 02 – Starting RF Power, Reader is starting the RF part. 03 – Stopping RF Power, Reader is stopping the RF part. 04 – Reading, Reader is trying to read RFID tags. 05 – Writing, Reader is trying to write data to a RFID tag. 06 – Locking, Reader is trying to lock a RFID tag.
Set Tag Type (10) Description: Defines the RFID protocol that the reader is going to read (ISO18000-6B or EPC Class1 Gen2). Type: RFID protocol configuration command with Parameter. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (2 char) Carriage return, (1char) 10 00 Where: “10” is the command number. “00” is tag type ISO18000-6B.
Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 chars) Carriage return, (1char) 10 - Where: “10” is the echo of the command number.
Set Bank (11) Description: Defines reading bank that the reader is going to read. Type: RFID protocol configuration command with Parameter. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (2 char) Carriage return, (1char) 11 04 Where: “10” is the command number. “04” is reading bank. Parameter Case 1: if the reader was set Tag Type to ISO18000-6B. Parameter (2 chars) Reading bank (2 chars) 00, 01, 02, 03 – Read block data from the specific address.
Parameter Case 2: if the reader was set Tag Type to ISO18000-6C(EPC Class1 Gen2). Parameter (2 chars) Reading bank (2 chars) 00 – Read Reserve bank at the specific address. 01– Read UII bank at the specific address. 02– Read TID bank at the specific address. 03 – Read User Memory bank at the specific address. 04 – Read Multi EPC number with anti-collision process.
Set Start Address (12) Description: Defines the start address where the reader will read out from the tag memory when the reader was set Read Bank to: • Read block data from the specific address • Read Reserve bank at the specific address • Read TID bank at the specific address • Read User Memory bank at the specific address • Read User Memory bank at the specific address Type: RFID protocol configuration command with Parameter.
Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 chars) Carriage return, (1char) 12 - Where: “12” is the echo of the command number.
Set Data Length (13) Description: Defines the data length that the reader will read out from the tag memory where starts at the Start Address (3.9 page 16) when the reader was set Read Bank to: • Read block data from the specific address • Read Reserve bank at the specific address • Read TID bank at the specific address • Read User Memory bank at the specific address • Read User Memory bank at the specific address Type: RFID protocol configuration command with Parameter.
Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 chars) Carriage return, (1char) 13 - Where: “13” is the echo of the command number.
Get Tag Type (20) Description: Get the configuration of the RFID protocol that the reader is going to read (ISO18000-6B or EPC Class1 Gen2). Type: RFID protocol configuration command with Parameter. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 20 - Where: “20” is the command number.
Example: Get Bank (21) Description: Get the configuration of the reading bank that the reader is going to read. Type: RFID protocol configuration command with Parameter. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 21 - Where: “21” is the command number. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (2chars) Carriage return, (1char) 21 04 Where: “21” is the echo of the command number.
Parameter Case 1: if the reader was set Tag Type to ISO18000-6B. Parameter (2 chars) Reading bank (2 chars) 00, 01, 02, 03 – Read block data from the specific address. 04 – Read 8 bytes UID (unique ID). Parameter Case 2: if the reader was set Tag Type to ISO18000-6C(EPC Class1 Gen2). Parameter (2 chars) Reading bank (2 chars) 00 – Read Reserve bank at the specific address. 01– Read UII bank at the specific address. 02– Read TID bank at the specific address.
Get Start Address (22) Description: Get the configuration of the start address where the reader will read out from the tag memory when the reader was set Read Bank to: • Read block data from the specific address • Read Reserve bank at the specific address • Read TID bank at the specific address • Read User Memory bank at the specific address • Read User Memory bank at the specific address Type: RFID protocol configuration command with Parameter.
Parameter: Parameter (2 chars) Start address (2 chars) 00 to FF Example: 29
Set Data Length (23) Description: Get the configuration of the data length that the reader will read out from the tag memory where starts at the Start Address (3.9 page 16) when the reader was set Read Bank to: • Read block data from the specific address • Read Reserve bank at the specific address • Read TID bank at the specific address • Read User Memory bank at the specific address • Read User Memory bank at the specific address Type: RFID protocol configuration command with Parameter.
Parameter: Parameter (2 chars) Data length (2 chars) 00 to FF Example: 31
Stop operation (30) Description: Stops or cancels all of operations working with the RF part (reading, writing, locking and killing). After sending this command, the reader status will be “Stopping RF Power” and then “Standby” (3.6, page 10). Type: Reader operation command. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 30 - Where: “30” is the command number.
Start Auto-Reading (31) Description: Starts reading RFID tags and continuously sends data read from tags to the PC. After sending this command, the reader status will be “Starting RF Power” and then “Reading” (3.6, page 10). Type: Reader operation command. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 31 - Where: “31” is the command number.
Returns the tag data to PC: Parameter (variable) Carriage return, (1char) Ex. 001122334455667788991122 Or, E0045BA51A010000 Where: “001122334455667788991122” is the 12 bytes EPC number from an EPC C1 Gen2 tag. “E0045BA51A010000” is the 8 bytes UID from an ISO18000-6B tag. Example: First the PC sent “31” to start reading. Then, the reader read and returned the EPC number “350646766781206510000011” read from an EPC C1 Gen2 tag. Then the PC sent “30” to stop reading.
Polling Read (32) Description: Polling reading a single tag until success. After sending this command, the reader status will be “Starting RF Power” and then “Reading” (3.6, page 10). Type: Reader operation command. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 char) Carriage return, (1char) 32 - Where: “32” is the command number. Returns from PR110 UHF RFID READER: Parameter (variable) Carriage return, (1char) Ex.
Example: First, the PC sent “30” to stop any running operations. Then, the PC sent “32” to read the data from a tag. Then, the Reader can get data from a tag in the read range and the reader returned the EPC number “350646766781206510000011” from the tag. Then, the PC sent again “32” to read the data from a tag but this time there is no tag in read range. The reader had no response. Then, the PC sent “30” to stop reading.
Write Data or ID (40) Description: Writes data or ID to a tag at the specific bank (3.8, page 14) and the specific address (3.9, page 16). After sending this command, the reader status will be “Starting RF Power” and then “Writing” (3.6, page 10). Type: Reader operation command. Transmits from PC to PR110 UHF RFID READER: Command Number (2 chars) Parameter (2 – 64 chars) Carriage return, (1char) 40 1122AABB Or 11 Where: “40” is the command number.
Note3: Write Data Mode When the reader is set Reading Bank (3.8, page 14) to any others from “Read Multi EPC number with anti-collision process”, the reader will be in “Writing Data Mode”. In this mode the reader will write the data into the bank that was set in Reading Bank (3.8, page 14) and start at the address that was set in Start Address (3.9, page 16).
Then, PC sent “1104” to set the reading bank to “Read Multi EPC number with anticollision process” The PC sent “401122334455667788” to write the EPC number into the tag. The reader succeeded to write the ID to the tag and returned “4001” The PC sent “32” to read and verify the data. The reader could get the EPC number returned from the tag “1122334455667788”. Example2: Write Data into the EPC C1 Gen2 tag. First, PC sent “30” to stop running operation.
The PC sent “408877665544332211” to write the data into the tag. The reader succeeded to write the data to the tag and returned “4001” The PC sent “32” to read and verify the data. The reader could get the EPC number returned from the tag “8877665544332211”. Lock (50) Description: Permanently Locks a tag at the specific bank or the specific address. After sending this command, the reader status will be “Starting RF Power” and then “Locking” (3.6, page 10). Type: Reader operation command.
Parameter case 2: the tag type is ISO18000-6C (EPC Class1 Gen2). Parameter (2 chars) Bank (2 chars) 00 – Reserve 01 – UII 02 – TID 03 - Data Where: “00” to “03” is the bank you want to lock. Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 chars) Carriage return, (1char) 50 01 Where: “50” is the command number.
Example: First, PC sent “30” to stop running operation. The PC sent “1000” to set the tag type to ISO18000-6B. The PC sent “5060” to lock the tag at the address 0x60 The reader returns “5001” when succeeded. Kill (51) Description: Permanently kill an EPC C1 Gen2 tag. After sending this command, the reader status will be “Starting RF Power” and then “Killing” (3.6, page 10). Type: Reader operation command.
Returns from PR110 UHF RFID READER: Command Number (2 chars) Parameter (0 chars) Carriage return, (1char) 51 01 Or returns nothing Where: “51” is the command number.
Support Software for PR110 and PR510 This chapter describes how to use PC software “ST-PR Demo Software” to control and download data from PR110 and PR510 Software requirement Below are programs required to install on your PC before setup ST-PR Demo Software, if these programs already installed you can skip this step and go to next section. - Microsoft Dot Net Framework 2.0 or above - Windows Installer 3.1 ST-PR Demo Software 1.
2. Using ST-PR Demo Software To start “ST-PR Demo Software”, - Connect your RFID Reader with PC - Switch on the Reader - Double click ST-PR Demo Software 1.x desktop shortcut or in Start menu shortcut.
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5. Write data to a tag using Writing tab This tab uses for control writing function. You can write data in each bank of tag, read check, lock and kill tag.
6. Download data from Reader’s memory using Download tab There are functions to download data from reader memory in this tab. Downloaded data is able to export in the XLS format using save menu and this tab also provides user to erase all data in reader memory. Download data Save Clear log Erase all data from reader memory Log of data from reader memory To download data from reader memory - Click Download button, data will be downloaded to log table.
To save downloaded data - Click Save button. Save dialog will appear.
FCC Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
FCC Radiation Exposure Statement: (if mobile device (generally 20 cm distance) is applicable, MPE calculation) “This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be colocated or operating in conjunction with any other antenna or transmitter”.
For Canada the following text has to be included in the user manual: (See RSS-210 clause 5.11) Operation is subject to the following two conditions: 1) This device may not cause interference and 2) This device must accept any interference, including interference that may cause undesired operation of the device If the antenna is detachable the following sentences according to RSS-210 clause 5.5/5.11 need to be included: “This device has been designed to operate with an antenna having a maximum gain of .. dB.
ST110 ST510 User Manual and Communication Protocol REV 1.
Advanced ID Asia Engineering Co., Ltd Page |2 Contents Contents ................................................................................................................................................................ 2 Revision Index ........................................................................................................................................................ 4 About Advanced ID Asia Engineering Co., Ltd. ....................................................................
Advanced ID Asia Engineering Co., Ltd Page |3 5.4.13 Inventory-Cyclic (50-02)...................................................................................................................... 18 5.4.14 Read-From-Tag (50-03) ....................................................................................................................... 19 5.4.15 Write-To-Tag (50-04) .......................................................................................................................... 20 5.4.
Advanced ID Asia Engineering Co., Ltd Revision Index Revision Date Author Change Record 1.00 1.01 2009-11-28 2010-01-12 Soemsak Noppadol - New document - Added (6) Using ST110 Reader Tool 1.
Advanced ID Asia Engineering Co., Ltd Page |5 About Advanced ID Asia Engineering Co., Ltd. Advanced ID Asia Engineering Co., Ltd. is a provider of RFID reader hardware solution in the LF, HF, UHF segments of the RFID marketplace. Advanced ID Asia Engineering Co., Ltd. 116 Moo 3 T.Maekhue, A.Doisaket, Chiangmai 50220, Thailand. Tel. +66 53 387316‐7, Fax. +66 53 387319 Website: http://www.aae.co.th Email: sales@aae.co.
Advanced ID Asia Engineering Co., Ltd Page |6 3 PACKET STRUCTURE All exchanged packets follow the same structure as shown below: Start Byte 1 Byte Command 2 Byte Length Start Byte 1 Byte Length 1 Byte Payload Start Byte 1 Byte Payload Variable Checksum Start Byte 1 Byte Checksum 1 Byte Start Byte: The start bytes are used to signalize the start of a new packet. They are always 0x52, 0x46, 0x45 (ASCII: R, F, E). Command1-2: The two command fields describe which command should be executed.
4 RETURN CODES The return codes of execute functions are listed below: RFE_SUCCESS RFE_ERR_OP_NOT_SUPPORTED RFE_ERR_UNKOWN_ERR RFE_ERR_ON_EXEC_OP RFE_ERR_COULD_NOT_WRITE RFE_ERR_WRONG_PARAM_COUNT RFE_ERR_WRONG_PARAM 0x00 0x50 0x51 0x52 0x53 0x54 0x55 This table should be used as an enum with the name RFE_RET_VALUE. This type is used in the following description. It is used as an unsigned char.
5 VARIABLE DICTIONARIES 5.
Advanced ID Asia Engineering Co., Ltd 5.4 Detailed Description 5.4.1 Get-Serial-Number (01-01) This command returns the serial number of the reader. Field-Value: String with variable length Example: PC -> Reader: 52 46 45 01 0101 02 00 04 cs Reader->PC: 52 46 45 01 0101 02 04 03 03000015 04 cs dataLength = 0x04 -> 4 Bytes serialNumber = 0x03 0x00 0x00 0x15 -> “03-00-00-15” 5.4.2 Get-Reader-Type (01-02) This command returns the reader type of the reader.
5.4.3 Get-Hardware-Revision (01-03) This command returns the hardware revision of the reader. The version number is split into blocks of 4 bit. One of these blocks represents a decimal character. There are always two characters in front of the point and two after the point. So the first two bytes of the hardware revision are not used.
5.4.5 Get-Bootloader-Revision (01-05) This command returns the bootloader revision of the reader. The version number is split into blocks of 4 bit. One of these blocks represents a decimal character. There are always two characters in front of the point and two after the point. So the first two bytes of the bootloader revision are not used.
5.4.7 Get-Frequency (02-02) This command returns the current frequency and the maximum count of frequencies that can be set.
5.4.8 Reboot (03-01) This function can be used to reboot the reader. Parameters: None Return Values: None; the reader is rebooted immediately. Example: PC -> Reader 52 46 45 01 0301 02 00 04 cs 5.4.9 Set-Antenna-Power (03-03) This function can be used to set the antenna power on and off.
Advanced ID Asia Engineering Co., Ltd P a g e | 14 5.4.10 Set-Attenuation (03-04) This command can be used to set the attenuation of the reader in dBm. The maximal attenuation value can be found in the documentation of the reader or can be read from the reader using the “Get-Attenuation” command.
5.4.11 Set-Frequency (03-05) This command can be used to set frequency at which the reader should operate. It is also possible to specify more than one frequency. This makes only sense with passive reader. The reader will then be hopping from one to another frequency. The mode how the reader should hop through the frequencies can also be specified. These modes are available: enum HOPPING_MODE (unsigned char) STATIC_UP 0x00 STATIC_DOWN 0x01 RANDOM 0x02 Every frequency is transferred in three bytes.
Advanced ID Asia Engineering Co., Ltd P a g e | 16 5.4.12 Inventory-Single (50-01) This function can be used to make a single inventory round. The reader then returns a list of tags that are in its field. With some interfaces the data length for transmission is limited, so if the return packet would be too large, it is separated into more packets. Therefore two counters are transmitted; one that indicates how many tags were found and one that indicates how many tag ids are transmitted in this packet.
Example: Do a single inventory. The reader sends the TagInfo with only the TagId.
5.4.13 Inventory-Cyclic (50-02) This function can be used to start and stop a cyclic inventory. With a cyclic inventory the reader does inventories autonomous in a specified cycle. The timeout between such cycles can be found in the manual of the reader. This function can be activated and deactivated: enum INVENTORY_MODE (unsigned char) INVENTORY_OFF 0x00 INVENTORY_ON 0x01 After an activation packet was sent from the PC to the reader, the reader sends an answer with the status of the operation.
5.4.14 Read-From-Tag (50-03) With this function data can be read from the memory of a tag. The meaning of the data, that can be written, can be found in the manual of the tag. On some tags a memory bank must be specified. The memory banks are specified in the manual of the reader dependent of the type of tag.
Advanced ID Asia Engineering Co., Ltd P a g e | 20 5.4.15 Write-To-Tag (50-04) With this function data can be written to the memory of a tag. The meaning of the data, that can be written, can be found in the manual of the tag. On some tags a memory bank must be specified. The memory banks are specified in the manual of the reader dependent of the type of tag.
Advanced ID Asia Engineering Co., Ltd P a g e | 21 5.4.16 Lock-Tag (50-05) With this function the tag can be locked. The meaning of the mode and the memory space can be found in the documentation of the reader.
5.4.17 Special Customer Requests (70-01) 5.4.17.1 Read and Clear (payload mode 00 and 01) With this function the tag can be read and immediately over-written by “00 00 00 00 00 00 00 00 00 00 00 00”.
5.4.17.2 Write 12 bytes EPC with Password (payload mode 00 and 01) With this function the tag can be written 12bytes EPC number which was protected by 4 bytes Access Code.
5.4.17.2 Set Buzzer Status (payload mode 02) With this function the reader can enable and disable the buzzer.
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6 Using ST110 Reader Tool Below is a general overview of ST110 Reader Tool with instructions for installing and operating the ST110 Reader Tool. This tool is provided with no implied warranties. 6.1 Driver Installation The ST110 UHF RFID READER uses USB port which provides a virtual COM port to communicate with a PC. You can install USB driver provided in the ST110 support CD. 6.2 Microsoft Dot Net Framework Installation ST110 Reader Tool runs under Microsoft Dot Net Framework 3.5 environment.
Advanced ID Asia Engineering Co., Ltd Now you can start ST110 Reader Tool by double click a shortcut icon on Desktop.
6.4 Software Instruction 6.4.
6.4.2 Detect RFID Readers To detect RFID Readers, after the reader is plugged to PC, click Scan for readers Picture 6.4.1 Scan reader Then click ‘Connect’ button to start communicate with the reader. Picture 6.4.
6.4.3 Start/Stop reading data in EPC bank from RFID tags After the reader is connected, the tab will be automatically switched to ‘Read’ tab. To start inventory-cyclic reading tags, click ‘Read’ button then put RFID tags on the reader range. Picture 6.4.3 Read tab To stop inventory-cyclic reading data, click ‘Stop’ button. Picture 6.4.
Advanced ID Asia Engineering Co., Ltd P a g e | 31 6.4.4 Read/Write data to a tag form Tag functions tab In the ‘Tag Functions’ tab, there are functions to read and write a single tag data. User is able to read or write data in each bank of the RFID tag (Reserved, UII/EPC, TID and User) Read and write setting Read mode Write mode Read or write status To read HEX from a single tag Click ‘Read Tag’ button, then put a tag in reader range.
Advanced ID Asia Engineering Co., Ltd P a g e | 32 To write HEX to a single tag Enter heximal data in text box. Click ‘Write’ button, then put a tag in reader range. Write function will be stop after finish writing a tag or you can click ‘Stop’ button to stop writing. Picture 6.4.6 Reader try to write data to a tag Picture 6.4.
To write HEX data in EPC bank Enter heximal data 12 bytes in the HEX in EPC Number text box. Click ‘Write EPC Number’ button then put a tag in reader range. Write EPC Number function will be stop after finish writing a tag or you can click ‘Stop’ button to stop writing. Note: Read and write function is set to HEX mode by default. To read or write in ASCII mode, select ‘ASCII’ radio button before click Read or Write tag Read and write functions Setting 1 2 3 1.
6.4.5 Reader Setting Reader Attenuation Setting This function uses for setting the attenuation power of the reader. To set to long read range change setting to minimum attenuation, 0 dbm, and to set to short read range change setting to maximum attenuation, 15 dbm. Frequency Region Setting There are 2 regions setting for ST110, frequencies for EU and US. For US, Frequencies range is 902.5 MHz plus by 0.5 MHz until 927 MHz (50 frequencies) and frequencies for EU are 867.5 MHz and 868.5 MHz.
Advanced ID Asia Engineering Co., Ltd P a g e | 35 FCC Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
Advanced ID Asia Engineering Co., Ltd P a g e | 36 Declaration of Conformity for USA This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.
