LONG ISLAND FOREVER MFR0111 Combo Reader User Manual

LONG ISLAND FOREVER MFR0111 Combo Reader User Manual

Overview

Introduction
LIF Combo Reader MFR0111 includes four functions of magnetic card reader, IBUTTON, RFID and fingerprint.

Function Characteristics

Magnetic Card Reader Part

1. Comply with iso7811 standard, compatible with protocols andstandards such as ibm, ansi, js2;
2. Card swipe speed: 10-120cm / s;
3. The head life is ≥50000 times;
4. Readable magnetic strip coercive force range: 300-4000 Oe;
5. Magnetic strip density: first rail 210bpi; second rail 75/210bpi; thirdrail 210bpi;
6. Start character, separator, terminator, track order areall programmable;
7. Optional configuration: 1 rail or 2 rail or 3 rail; 1, 2 rail; 2, 3 rail; 1, 2, 3 rail;
8. Provide magnetic card setting software to set the magnetic carddataformat;

Finger Print Part

1. Fingerprint comparison time speed: 1:n < 1s (n≤200)
2. Storage capacity: 96 fingerprint data standard
3. Sensor type: capacitive touch sensor
4. Resolution: 508dpi
5. Pixel: 160*160
6. FRR<1%
7. FAR<0.001%
8. 8-bit grayscale
9. Service life: one million times

RFID Part

1. Support Mifare One S50, S70 and its compatible TYPE A, B card
2. Antenna and circuit board integration
3. The farthest read and write distance is more than 5cm
4. Module series can be verified by UnionPay qpboc
5. Support cpu card, smart card

Software Operation

Setting Tools

MSR Part

Steps:

1. Connecting equipment;

2. Open the setup/test tool, select “MSR Device”, and click “OK”. If the device is connected properly, go directly to the following settings interface; if the deviceis not connected properly, it will prompt “Can not find MSR Device”;
   

3. . “ISO” setting tab:
   
   Emoticons:

4. Corresponding to one, two, three track data read or not switches.

5. Corresponds to the ss setting of one, two, and three magnetic cards.

6. Corresponds to the es setting of one, two, and three magnetic cards.

7. Corresponding to whether the one, two or three track data is followed by the return setting.

8. The data header returned when reading the is format magnetic card.

9. When reading the is format magnetic card, the data between the returned tracks is separated.

10. The end of the data returned when reading the is format magnetic card.

11. “Enable Beep” corresponds to whether the buzzer sounds when reading the card. Does the “Support IBM Card” support IBM format magnetic cards. Whether the “Output Data For Any Valid Track” verifies the track data format.”Reading Sequence” track order selection.

12. Language selection.

13. “iButton” settings tab:
    
    Emoticons:

14. Corresponds to the SS setting of the iButton.

15. Corresponds to the ES setting of the iButton.

16. How to send data in the “Attach” and “Remove” states of iButton.

17. The header of the returned data in the “Attach” stateof iButton.

18. The end of the data returned in the “Attach” stateof iButton.

19. The “Attach” status of iButton: The “Extract Form” starting offset. The length of the data returned by “Length”. The “Enable Beep” buzzer sounds or not.

20. The header of the returned data in the “Remove” stateof iButton.

21. The end of the data returned in the “Remove” stateof iButton.

22. The “Remove” status of iButton: The “Extract Form” starting offset. The length of the data returned by “Length”. The “Enable Beep” buzzer sounds or not

23. Function buttons, as well as function buttons for the main menu:
    
    Emoticons:

24. “Load” button: Read settings from MSR to DEMO.

25. “Normal Mode” button: Puts the MSR into test mode.

26. “Test Mode” button: Puts the MSR into test mode.

27. “Save” button: Save the DEMO settings to the MSR.

28. “Set Default” button: Set the MSR as the default parameter.

29. “Test Msr” button: Magnetic card swipe test.

30. Exit the demo.

31. Help function menu:
    
    Emoticons:

32. “Version” menu, get the current version number of MSR.

33. “About” menu for obtaining DEMO related information.

Appendix I:
Ascii way definition method When the user define “Header”, “Separator”, “Suffix” and “Prefix”, the ASCII modewill be selected to enter the following interface.

Emoticons:

1. The user enter the character directly in the edit box, and then clicks the “ok” buttonto define it successfully.
2. The definition of special function characters.

The current version of the ascii string definition, the maximum length is 20.

Appendix II:
Code method definition method When the user defines “Header”, “Separator”, “Suffix” and “Prefix”, the CODE modewill be selected to enter the following interface.

Emoticons:

1. Click the button in the keyboard picture in the picture or directly enter it withthe keyboard.
2. The current version of the code is defined by a maximum length of 20.

RFID Part

Steps:

1. Connecting equipment;

2. Open the test tool, such as “RFID Device” in the “Test Tool Startup Interface”diagram, click “OK” button, if the device is connected normally, it will enter thetest interface directly; if the device is not connected properly, it will prompt “Cannot find Rfid Device” “;
   

3. Place the test card near the antenna area, Click the open button, then click thesearchCard button,the information window prints the ID number of the test card, and the information window prompts “Search Card Successful”;
   

4. RFID read and write function of MifareOne card;
   

This module is mainly used to read and write the MifareOne card and modify thekey:

Reading card:
For example: read the second block in the 8th sector

1. Select the 8th sector from the “1” of the “rfid read/write module” picture, and select the 2nd block in the “2” in the figure;

2. Select a key from the “3” of the “rfid read/write module” picture;

3. Enter “ffffffffffff” 12 f in the “4” of the “rfid read/write module” picture. For all
   new cards, the default key is 12 f.

4. Click the “Read Card” button in the “RFID Read/Write Module” picture toreadthe card.
   Note: The third block of each sector, 16 bytes are divided into 3 parts, thefirst 6 bytes are “a key”, and the middle 4 bytes are The 6 bytes following the “key control word” are “b key”.

Write card:
For example, write 16 bytes “0123456789abcdeffedcba9876543210” to the second block in the 8th sector.

1. Select the 8th sector from the “1” of the “rfid read/write module” picture, and select the 2nd block in the “2” in the figure;
2. Select a key from the “3” of the “rfid read/write module” picture;
3. Enter “ffffffffffff” 12 f in the “4” of the “rfid read/write module” picture. For all new cards, the default key is 12 f.
4. Enter “0123456789abcdeffedcba9876543210” in the third edit box of “5” inthe “rfid read/write module” picture.
5. Click the “Write Card” button in the “RFID Read/Write Module” picturetoread the card.
   Note: It is important to note that the third block of each sector is written. Thethird block holds the key for each sector. Once the block is written, the sector key will be modified.

Modify the key:
For example: change the key of the 8th sector from the original “ffffffffffff” to”888888888888″

1. Select the 8th sector from the “1” of the “rfid read/write module” picture, and select the 3rd block in the “2” in the figure;

2. Select a key from the “3” of the “rfid read/write module” picture;

3. Enter “ffffffffffff” 12 f in “4” of the “rfid read/write module” picture.

4. Click the “Read Card” button in the “RFID Read/Write Module” picture toreadthe card. If the card is successfully read, “000000000000FF078069FFFFFFFFFFFF” will be displayed in the fourth edit box of “5” in the “RFID Read/Write Module” diagram. “000000000000 ff078069 ffffffffffff” (the first 6 bytes a key is displayed as 12“0”, but actually 12 internal “f”, it is displayed as 0 for confidentiality, andthenext 6 bytes b key is displayed. Show 12 “f”, because the default b key in the factory card is not used for
   authentication, so it can be read).

5. Change the first 6 bytes of “000000000000” in the fourth edit box to
   “888888888888”.

6. Click the “Write Card” button in the “RFID Read/Write Module” picture toread the card.After the prompt is successful, the key of the 8th sector of thecard is modified to 12 “8” or “888888888888” Note: Pay special attention when changing the password. First, remember thenew password. Second, do not change the control word easily.Otherwise, thesector card may not be read or written.
   

This module is mainly used to use a piece of MifareOne card as an electronic wallet. For example: use the 0th block of the 1st sector of the MifareOne card as an electronic wallet, and perform the following operations on the wallet: initializing, refilling, debiting, and checking the balance operation.

1. Select the first sector from the “1” of the “rfid wallet function” picture, and select the 0th block in the “2” in the figure;
2. Select a key from “3” in the “rfid wallet function” picture;
3. In the “4” of the “rfid wallet function” picture, enter “ffffffffffff” 12 f, for all new cards, the default key is 12 f.
4. Enter the amount in the “5” of the “rfid’s wallet function” picture. At this time, the value of the amount entered in “5” will be automatically displayed in the “6” in the figure.
5. Initialize the wallet of the 0th block of the 1st sector to 88 yuan: Enter 88in the “5” of the “RFID Wallet Function” picture, and then click the “Initialize” button.
6. Recharge 12 dollars into the wallet: Enter 12 in the “5” of the “RFIDWallet Function” picture, and then click the “Increase” button.
7. Deduct 2 yuan from the wallet: Enter 2 in the “5” of the “RFID wallet function” picture, and then click the “Decrease” button.
8. Check the balance: Click the “Balance” button, and 98 will be displayedin“5” of the “RFID Wallet Function” picture.

Fingerprint Section

Steps:

1. Connecting device

2. Open the test tool, such as “Fingerprint Device” in the “Test Tool LaunchInterface” diagram, click the “OK” button to enter the fingerprint interface interfacetest interface.
   

3. Turn the fingerprint device on and off:
   

Emoticons:

1. Click on the “①Open device” button in the figure, you will try to open the fingerprint device. If it is successfully opened, it will prompt“Open the device successfully”.

2. Click the “②Close device” button in the figure to turn off the fingerprint device.

3. Click the “③Quit” button in the figure to exit the fingerprint test interface

4. Enter and verify fingerprint functions:
   
   Emoticons:

5. Click the “①Enroll fingerprint” button and the fingerprint will start to be entered. Note that the value entered in the edit box below the “Enter the IDof enroll finger” is <0 to 95>. If you enter the fingerprint, you need to put the finger 4 times. If you enter the fingerprint, To exit the entry, click on the “③Cancel operation” button.

6. Click the “②Verify fingerprint” button to verify the user’s fingerprint.Comparethe current fingerprint of the user with the fingerprint in the fingerprint database. If successful, it will return the ID number in the fingerprint database where the current fingerprint is located.

7. Fingerprint library related operations:
   
   Emoticons:

8. Click the “①Refresh user ID table” button, the fingerprint ID number that already exists will be read from the fingerprint database of the fingerprint reader andsaved in the fingerprint library list on the left.

9. In the fingerprint library list on the left, select any ID and click the “②Deletespecified ID” button to delete the corresponding ID from the fingerprint library.

10. Click the “③Clear all IDs” button to clear the fingerprint library in the fingerprint reader

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

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.
• Consult the dealer or an experienced radio/TV technician for help.

Warning: changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment

The devices has been evaluated to meet general RF exposure requirement， the device can be used in portable exposure condition without restriction.

References

• Shen Zhen Long Island Forever Tech – One-Stop Solution POS Hardware Supplier Since 2007

Read User Manual Online (PDF format)

Download This Manual (PDF format)

Download this manual  >>