MARKTRACE MR61XX UHF RFID Reader User Manual Ver 1 2
SHENZHEN MARKTRACE CO., LTD. UHF RFID Reader Ver 1 2
Users Manual
MR6100 Serial UHF Reader User Manual SHENZHEN MARKTRACE CO., LTD. Dear Customer Many thanks for bought Marktrace device. Go through precuts user manual carefully before you operate. To make sure Marktrace device work correct. Any questions, please contact us. We welcome your feedback and comments. SHENZHEN MARKTRACE CO., LTD. MR6100 Serial UHF reader User Manual (Ver1.2) Disclaimer Martkrace reserve the right to update and modify this user manual. For the new documents may has no further notice. Don’t tear up the warranty label or take reader apart to repair by yourself, we reject perform warranty duties if this happened. Shenzhen Marktrace Co.,Ltd have trademark right on the trademark which in this user manual and receive legal protection. DO NOT make free with theses trademarks. ® Customer Service Center Phone Fax 400-022-3382 0755-2655 3743 technical@ marktrace.com E-mail Website Post 0755-2654 6392/2654 4205 http://www.marktrace.com 518057 1 Matters need attention Dismantle and parts replace Marktrace has no warranty duties on those faults which caused by dismantle and parts replace by customer . Power supply please use the power adaptor which alone with precuts to get power. If not may harm the products. Falling damage Mind parts damage by device falling, if this happens, turn off power immediately and connect the distributor or Marktrace customer service center. Unusual condition Away from fire. If you find unusual odor when you use this products, or reader on overheating or emitting smog, please power off immediately and drop plug form the plug seat. You can connect the distributor or Marktrace customer service center for helps. If you continue to use this device, may cause the danger of fire or electronic shock. Place Don’t place device on the site which is not level, mind damage or personal injury on falling. 2 Reader instruction 2.1 MR6100 Serial UHF reader introduction Model Description Parameter MR6111E Long range integrated reader 12dBi Gain antenna inside MR6121E Mid-range integrated reader 9dBi Gain antenna inside Photo 2.2 Reader instruction This products has the features like multi protocol compatible, multi-tag identify, multi-tag multi area read and write, fast reader speed, can connect to four antennas etc. Accord with ISO18000-6B and ISO18000-6C(EPC-GEN2) standard Use unique anti-collision algorithm,has the super multi-tag identify ability Have tag identify function and data area read, write, lock and kill these functions. And supply the suit API to customer to do secondary development. Multi-tag identify ability The MAX reader range can reach 8 meters. working with 7dBi gain antennas ,can connect the different gain antennas like 9dBi 120km/h correctly. 12dBi etc,can identify the tag which moving speed is 5 Single tag 2000 times/minute , multi-tag Tag identify speed 200pcs/second Have RS232 RS485 Weigand TCP/IP Relay etc output interface Compatible with tag match function,Reader can identify the tag which match the condition or not identify these condition tags by setting the match conditions. 8 Compatible with data cache function, Using FRAM (ferroelectric memory) which can save data when power down,memory capacity is 32KBytes, Can save 2200 pcs tag data in 12 Bytes data length. 2.3 Reader applications This reader can used in items identification and data collecting project. As the best performance of this reader, the reader are widely use in various RFID system,reference application as below 1, Transportation management: highway management, railway management and container management etc. 2, Motor vehicle management: can control and manage motor vehicle in Ministry of Public Security or Ministry of Communications. 3, Rode and bridge charge management: As this reader have the ability of collecting tag data in long range distance, can used in rode and bridge ETC system. 4, Customs declare management: custom declare, goods transfer and vehicle management. 5, Logistics and warehouse Management: Goods flow, warehouse management, and the flowing management of mail, parcel, luggage. 6, Productive lines Management: Production process fixed Identify or technological process control. 2.4 Reader main functions Read tag data Can read multi-tag same area and same data length in a same time Write tag Can write the same data length in multi-tag’s same area. Tag match Can read match tag or dismatch tag via setting the match conditions Make data communicate and change with the connection between standard communication interface and controller or PC, 2.5 Reader technical parameter CompatibleISO18000-6B and ISO18000-6C(EPC-GEN2) protocol standard Working frequency America fixed-frequency can choose ISM 902~928MHz stepped frequency is 500KHz Trigger working mode modulation mode is ASK. Timer and I/O can trigger reader,Timer interval from 10-990ms I/O trigger MAX time is 255s Data pre-processing On trigger working mode,Tag data can store in cache or output directly. Data cache Trigger working mode data cache using FRAM (ferroelectric memory) which can save data when power down,memory capacity is 32KBytes,Can save 2200 pcs tag data in 12 Bytes data length Data output Data return by instant messaging,Can config RS232 RS485 Weigand TCP/IP Relay interface, Can config output data length and start address,Output data format in ASCII Compatible ISO18000-6C tag match function , match tag by setting conditions 8 For ISO18000-6B tag. Can do read, write, lock and identify operate to single tag one byte 9 Working voltage ,can read and write specific tag data with UID DC+9V~+15V 10 Working temperature -20℃~+60℃ 11 Storage temperature -40℃~+85℃ 3 Reader Structure and Interface Explanation 3.1 Reader Structure Explanation MR6111E MR6121E integrated reader structure explanation 3.2 Explanation on the reader communication interface 1. RS232: the Reader provides standard RS232 communication interface as the output port for data modulation. RS232 has 8 data bits format: 1 start bit and 1 stop bit, no parity bit. The default baud rate is 115200 bps. The interface supports the reader parameters configuration, software upgrading, demo program and all functions for series communication with development kit with functions package 2. RJ45 Ethernet Port 100M Ethernet,TCP Server Mode; It is main mode for connecting communication with PC,also can be data output main mode , The interface supports the reader parameters configuration, software upgrading, demo program and all functions for TCP/IP communication with development kit with functions package 3. Data Interface DB15 diagram and pin definition 4. RS485 Reader provide RS485 communication interface 10 11 pin , work as data main output mode,also can connect with PC via serial port, use RS232-RS485 converter,in this way,RS485 interface support RS232 all supported functions; 5. Programmable output interface Two sets TTL electrical level programmable output interface 1 2 pin ,works as Wiegand output interface,default is high level 5V one set relay interface 13 14 15 pin ,relay default status is OFF and COM short circuit 6. Input check port 2 team input check port 7 8 pin ,can configure as trigger read mode,default as Dangling status is high level 5V 7. Power supply port DC+9V~+15V==4A power port 8. Antenna port 4 sets TNC antenna port 9. Indicator light 6 indicator light,including COM port indicator light indicator light and 4 sets antenna indicator light power 4 Quick Start Guide Connect antenna to reader’s antenna port,connect power adapter to reader and then power on,connect reader to LAN or PC by network cable In PC open demo software“MR6100 Demo V1.0”,fill in reader IP address and click“Connect”to connect reader reader factory default IP address: 192.168.1.200 In“Gen2 EPC MultiTag” page,click bottom right corner“Identify”button will start EPC tag query operation,see below 5, Click “Stop” button to Stop identify operate. 5 Reader parameter configuration 5.1 Webpage configuration Reader connect to LAN through TCP/IP port,or directly connect PC,in PC IE browser input reader IP address reader factory default IP address: 192.168.1.200 ,after running then open WEB page as below Can be configure as below Basic Item configuration 1 User can configure IP address RF power frequency antenna port applied mode read card indicating etc., 2 Each antenna port RF power can be configurable, range: 0-31dBm 3 Frequency standard: China Frequency US Frequency EU Frequency three type standard hopping frequency selectable 4 Applied mode:“Favor speed” and“Favor quantity” two mode selectable“Favor speed” for single tag or small batch tags quick speed read mode “Favor quantity”for big batch tags read mode Operating mode configuration 1 In operating mode configuration, user can configure reader to be timming working mode or pin trigger working mode,timer’s timing interval can be configure between 10-990ms When in trigger working mod, reading maximum lasting time can be configure as 255s 2 Read tag type can be 18000-6B or EPC G2,also can be configure read both at same time expand function 3 When read EPC tag,read area can select as EPC TID or USER memory 6B tag cannot select area 4 User can select read tag’s start address and read data length,EPC tag data use word as unit,6B tag data use byte as unit; 5 User filter repeat tag,Filter set one slide time window,only new data which not show in box can be buffer or direct output 6 Read tag data can be select buffer or directly output,data buffer adapt with power down save ferroelectric memory,storage capacity 32KBytes,when read data length is 12Bytes,can store more than 2200pcs tag data output configuration 1 In working mode configure, when select data output as directly output mode, user can configure output port 2 Reader data output port have RS232 RS485 Wiegand Ethernet and relay output 3 Wiegand protocol support Wiegand26 and Wiegand34 4 Relay close delay time configurable between 0-99s 5 For above mentioned port, user can select one type or multiple type to output data 6 Data output can in ASCII code and Hex format ASCII Code Format Hex Format data format see below All above configuration will be valid only after click left bottom button“set” button 5.2 Demo software Configuration 5.2.1 Reader connection Click MR6100Demo.exe software, input reader’s IP into the IP input box (Default IP: 192.168.1.200, Port: 100 which is fixed), then click ‘connect’ ICON, software information display box will display the reader’s parameter on the success connection. Below image demonstrate the success connection. 5.2.2 Antenna & RF Power setting 1 On MR6100Demo.exe software’s Setting interface, query and set Antenna’s RF Power on Power setting; Query and set Antenna on Antennas Setting. Take below image for the reference. 2 Set the 4 antenna ports RF power separately from the range of 0 to 31dBm. 3 On the reader connection, the antenna port will begin self detection, and the connecting Antenna port is on GREEN ICON, Disconnecting Antenna port is on RED ICON. Only the selected GREEN ICON port’s antenna works. On Integrated RFID reader and Desktop RFID reader, config and set one antenna port for the reader to work. 5.2.3 Frequency Setting On MR6100Demo.exe software's Setting interface, Query Reader’s Frequency on Frequency setting menu, North America Frequency (902-928MHz). Take below images for the reference. 5.2.4 Working Mode Setting. 1 On setting interface’s Working Mode Setting, there are two working mode, Favor speed and Favor quantity for the query and setting, take below image for the reference. 2 Favor speed is for single tag or few tags reading with the high speed tag reading rate. Favor Speed working mode is configurated for the applications require high speed tag reading rate (e.g. Not-stop Highway toll) Favor Quantity is for the multi and tense tags reading, Favor Speed working mode is configurated for the applications (e.g. warehouse, logistic) 3 If the reader is configurated into Favor speed working mode, it’s invalid for the Matched EPC tag reading. 5.2.5 Buzzer & LED Setting 1 On Setting interface’s Buzzer & LED Setting menu for Querying and Setting Buzzer & LED ON/OFF. Take below image for the reference. 2 After setting Buzzer & LED ON/OFF, Reader automatically reset, and need to reconnect the reader. 5.2.6 IP Address Setting 1 On setting interface’s TCP Parameter Setting menu for querying and setting reader’s IP, take below image for the reference. Reader automatically reset when set a new IP address, and need to reconnect the reader with new IP address 5.2.7 GPIO Setting On Setting interface’s Set Out Port menu for the reader output port setting. The reader has two sets output port and one set Relay port. IO Port0 and IO Port1 are output port with default High level voltage (5V) and Low level voltage (0V) configurable. IO port2 is Relay output port with default OFF setting. take below image for the reference. 6 Demo software demonstration 6.1 EPC Gen2 tag Demonstration 6.1.1 Multi tag Identify 1 On Gen2 EPC Multi Tag interface’s Identify menu for the Multi tag identify, and click Identify ICON to start the reading. EPC code, antenna number and tag reading times displayed on the interface info. box. On the interface bottom displays tag number, Peak reading rate, Read times, total reads, Average reading rate, and duration reading time. Take below image for the reference. 2 Click ‘Stop’ ICON for stopping tag identify. 3 Click ‘ Once’ ICON for sending once tag detect command, and returns the tag number, take below image for the reference. 6.1.2 Multi Tag Read & Write 1 On Gen2 EPC Multi Tag interface’s Multi Tag Read menu for the Multi tag read, Multi tag reader is read tag’s RESERVE Membank, EPC Membank, TID Membank & USER Membank at the same time. The steps are: 1) select the reading Membanks, 2) select the start reading address and the reading word count (EPC tag’s unit is word), and then click ‘Read’ ICON to start the Multi-tag reading. Take below image for the reference. 2 Click ‘Stop’ ICON to stop Multi-tag reading, at the bottom of the demo software interface display the tag number, and the reading duration time. 3 On Gen2 EPC Multi Tag interface’s Multi Tag Write menu for Multi tag encoding. Multi-Tag Write is to encode the tag’s Reserve Membank, EPC Membank, and USER Membank at the same time. The steps are: 1) select the encoding Membank, 2) select the tag start encoding address and the encoding word count (EPC tag’s unit is word), 3) input the encoding value, then click ‘Write’ ICON to encoding the multi-tag. Take below image for the reference. 4 Click ‘Stop’ ICON to stop the Multi-Tag encoding, at the bottom of the demo software display the Success encoding tag number, and tag encoding duration time. 5 In accordance with the EPC Protocol, On Multi Tag Read & Multi Tag Write, EPC Membank’s Start reading address and Start encoding address is from the EPC Membank’s Second word address. 6.1.3 Tag Filter On Gen2 EPC Single Tag interface’s Gen2 Select Config menu for the Tag Filter rule setting. Tag Filter setting rule is based on the EPC Membank, TID Membank or USER Membank value for the setting condition. In accordance with the EPC Gen2 Protocol, RESERVE Membank’s data is invalid for the tag filter rule setting. Please 1) select the EPC tag Membank, 2) the word addr. 3) Word Length, 4) Input the value, then Click ‘Config’ ICON for the Tag filter rule setting. 1 Only on Favor quantity working mode, the Tag filter setting is valid, on Favor speed working mode, tag filter setting is invalid. 2 Match setting, reader reads and displays only the condition matched tag. 3 Mismatch setting, Reader doesn’t read and display the condition matched tag. 4 Empty the input value for cancel the Tag filter rule. 5 If setting EPC Membank as the Tag filter rule, the valid Word Addr is 2. 6 After set the EPC tag filter rule, this rule is valid for all EPC tag detect. 7 After set the EPC tag filter rule, this rule is valid for all the time unless the reader is power off or reset. 6.1.4 EPC Gen2 Tag Lock 1 On Gen2 EPC Single Tag interface’s Gen2 Secured Lock menu for the EPC Gen2 Tag Lock setting. With Access Password, it can lock Reserve Membank, EPC Membank, and USER Membank in different lock level. Take below image for the reference. 2 EPC Gen2 Tag Lock level are unlock, unlock forever, and secure lock, lock forever 1 Unlock means the tag is not to encrypted the tag 2 Unlock forever means the tag will not be locked forever 3 On Secure Lock, RESERVE Membank only can be read and write with Access Password, EPC Memban and USER Membank can be encoded with Access Password. 4 Lock forever, if the tag is set to lock forever, it can’t be unlock again. 6.1.5 EPC Gen2 Tag Read and write with Access Password 1 n Gen2 EPC Single Tag interface’s Gen2 Secured Read and Gen2 Secured Write menu for the EPC tag reader and write with Access password. Take below image for the reference. 1 Gen2 Secured Read with Access password 2 Gen2 Secured Write with Access password. 2 EPC Gen2 Secured Read with Access password need to input the Select Read tag’s Word Addr, and the WordCnt. 3 EPC Gen2 Secured Write with Access password need to input the Select Write tag’s Word Addr, and the WordCnt 4 Secure locked Reserve Membank can only be read & write with Access Password, Secure Locked EPC Membank and Secure Locked USER Membank can be encoded with Access Password, while can read without the Access Password. In accordance with the EPC Protocol, TID Membank can’t be locked, Access Password is invalid for TID Membank. 6.1.6 EPC Gen2 Tag Kill. On Gen2 EPC Single Tag interface’s Gen2 Kill menu for the Tag Kill password to kill the tag, Take below image for the reference. 2 EPC Gen2 tag can’t be read and write if the tag is killed. 6.2 ISO18000-6B Protocol tag Demonstration 6.2.1 ISO18000-6B tag Identify On ISO 6B interface for the ISO18000-6B tag Identify. Click ‘Identify’ ICON for the tags Identify, and the software interface displays the ISO18000-6B tag’s UID code, Antenna No., and the read times. Click ‘Stop’ ICON for stoping the tag Identify. Take below image for the reference. 6.2.2 Multi-tag user data reading Put several 6B tags in the radiation range of antenna,in the ISO 6B operation interface,choose Multi Tag Read to enter into multi-tag data reading interface , choose the start address of data that you want to read,then click“Read”button to operate multi-tag data reading,the interface will indicate 8 bytes data from start address antennas numbers and times to be read,like following picture indicates,click“Stop”button to stop user data reading 6.2.3 Single tag data reading and read with UID 1 In the ISO 6B operation interface,choose Single Tag to enter into single tag operation interface,choose the start address of data you want to read in the ISO Read menu item,click“Read”button to start reading data,the interface will indicate the tags data that is read,the data length is 8 bytes data from start address 2 When data read with UID,it needs to know the UID of the tag first,you can set the start address to 0 when query UID,the reading data is tag UID,after inputting UID,choose the start address of reading data,click“Read With UID”button to operate data reading 6.2.4 Single tag writing and write with UID 1 Single Tag operation interface,choose the data address you want to write in the ISO Write menu item,click“Write”button to write data 2 When operate writing data with UID,except for inputting the single byte data that needs to write,it also needs to put the UID number of tag,choose the start address that want to write,click“Write With UID”button to write data 6.2.5 Single tag data lock 1 Single Tag operation interface,choose the data address you want to lock in the ISO Lock menu item,click“Lock”button to lock data,if return “ISO Lock tag success” in “Result”column,it means lock successfully 2 It is unable to rewrite data in the address that is successfully locked 6.2.6 Single tag lock and query Single Tag operation interface,choose the data address you want to query in the ISO Query Lock menu item,click “Query”button to lock and query,it will return query result in “Result” column,like“Had locked”and“Not lock” 7 Reader struction and installation sketch map MR6111E MR6121E integrated reader installation sketch map 8 Secondary development User can make secondary development for reader application software if needing. We provide SDK,which supports VC++ C# JAVA and so on,the use of SDK,please refer to MR6100 serial reader SDK instruction 9 Common faults and exclusion methods Failure Description Simple exclusion methods ■make sure the power adapter indicator light is on Unable to start reader ■make sure the reader power interface is connected well Unable to connect ■make sure the reader IP address is correct reader ■make sure the network environment is good Reader is unable to ■make sure antenna ports are connected correctly identify tag ■make sure antenna power is not to be 0 No sound when ■make sure the buzzer is open reading tag ■make sure that when tag operates with password,the Tag with password radiation range of antenna is single tag or small amount operation failed of tags Invalid tag filter ■make sure the reading mode for reader is multi-tag read settings Unable to refresh the ■Clear CGI in the web address or re-enter the IP address page in the web of the reader and refresh configuration warnings 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. Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment . This equipment should be installed and operated with minimum distance 20cm between the radiator& your body. Note: 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. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: —Reorient or relocate the receiving antenna. —Increase the separation between the equipment and receiver. —Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
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