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Summary of Contents for Promag DF7 Series
- Page 1 ™ ™ Mifare /DESFire Reader User’s Manual (For DF7XX Series) REV.G May 26, 2017...
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Page 2: Table Of Contents
DF7XX PROMAG REV.H Table of Contents Introduction ..........................4 1. 1 General ..........................4 1. 2 Product Description ......................5 1.2.1 Reader Description....................5 1.2.2 Reader Appearance ..................... 5 ™ 1. 3 Mifare Application Directory (MAD) Support ............6 1. 4 User-Data Format ......................7 Specification .......................... - Page 3 DF7XX PROMAG REV.H ANNEX B. ABA-TK2 Interface .................... 37 ANNEX C. RS232 Interface ....................39 ANNEX D. External LED/Buzzer Control ................. 40 ANNEX E. History ........................41...
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Page 4: Introduction
9. RS232 output packet can be set with header, reader ID and trailer. ™ 10. Serves as a versatile configurable reader bundled with a utility developed by Promag engineering teams which is easy to set up for buzz or LED color indication. -
Page 5: Product Description
DF7XX PROMAG REV.H 1. 2 Product Description 1.2.1 Reader Description DF7XX series are available for user’s end configuration by applying Mifare sector and Mifare DESFire technology. They can be configured to read Mifare or Mifare DESFire card with MAD1/MAD2 or MAD3 standard in a Mifare application open system, or can be configured to read the user-defined sector data (Non-MAD) in a user defined closed system. -
Page 6: Mifare ™ Application Directory (Mad) Support
DF7XX PROMAG REV.H ™ 1. 3 Mifare Application Directory (MAD) Support DF7XX supports the MAD format card, the MAD (Mifare application directory) standard proposes the introduction of common data structures for card application directory entries. DF7XX should take advantage of this feature using those sector pointers instead of physical sector number. -
Page 7: User-Data Format
DF7XX PROMAG REV.H 1. 4 User-Data Format DF7XX will send out the data following the format as below, the user data length defined by the data-info. At Wiegand output format, the data output length is fixed (defined by number of bits), so the user data would be cut if longer than number of bits, or the user data would be appended with zero “0”... -
Page 8: Specification
DF7XX PROMAG REV.H 2. Specification 2.1 Hardware Specification DF7XX reader ™ ™ Major Feature Mifare /DESFire Application Directory Reader Access Control & Security ™ Card Type ISO14443A, Mifare Classic 1K/4K for MAD1/MAD2, ™ Mifare Pro, ™ Mifare DESFire 2k/4K/8K RF Frequency 13.56MHz... -
Page 9: Preparation
DF7XX PROMAG REV.H 3. Preparation 3.1 Wires Assignment Color Symbol Description Power Input : DC 7.5V~24V Black Power Ground White DATA 1 Wiegand Data 1 Signal / ABA TK2 Clock (Strobe) Green DATA 0 Wiegand Data 0 Signal / ABA TK2 Data... - Page 10 The following is the example of using USB485A-00 with DF710/DF760(K). Connect the reader’s yellow wire (T+) and blue wire (T-) to RS485 converter. Connect RS485 converter to PC. ™ (Using Promag USB485A-00 is recommended.) Note: Reader-kit and USB485A-00 are connection tool kit. They are optional items for purchasing.
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Page 11: Webisp - Firmware Update Utility
DF7XX PROMAG REV.H 3.2 WebISP - Firmware Update Utility DF7XX also supports the ISP (In-System Program) function to upgrade the reader’s firmware. Install WebISP (included in CD-ROM) in your Windows System first and follow the steps below. (You need to connect the reader to PC and power on the reader.) -
Page 12: Setting Reader
DF7XX PROMAG REV.H 3.3 Setting Reader Install Mifare/DesFire Reader Utility software (included in CD-ROM) in your PC, and connect the reader to PC. Please check the connection of PC-to-reader is correctly. 1. Connection Method 1 Click [Auto Scan] to search all COM ports and to find the available device. -
Page 13: Mifare Settings
DF7XX PROMAG REV.H 2. Instruction Mifare Settings MAD-AID (default=4703) ™ upon the customer’s MAD Application Identifier number is authorized and assigned by Mifare.net request for registered Application Identifier in a Mifare application open system (AID:0000h~FFFFh).Or it is also possible for the user to define the AID himself for the application in user defined closed system without registering into MAD group. -
Page 14: Desfire Settings
PROMAG REV.H Used Card (Not issued by PROMAG Card Issuer) You have to indicate the data position in the card, when the card is not issued by "Mifare Card Issuer" software. And you must set the "Offset" (Max 255, and base from zero) from the beginning of sector and set your data "Length"... -
Page 15: Reader Settings
DF7XX PROMAG REV.H application in user defined closed system without registering into MAD group. According to the AID, DF7XX can find and read the corresponding application on the card. File ID (default=0) File ID is 0~15. There are three file types. Data file, Value file and Record file. DF7XX will auto detect the type and output the data. -
Page 16: Input Settings - Input Mode And Key Pad Settings
DF7XX PROMAG REV.H Reader ID (default=0) DF7XX ID for multi link application. (ID: 0~63) Interface (default=Wiegand) DF7XX can be set as Wiegand, RS232 or ABA-TK2 output. Read Modes (default=Card Data Only) Card Data Only Read card sector data only. If any error occurs (ex: App. key incorrect.), the reader will represent "Card Invalid"... - Page 17 DF7XX PROMAG REV.H Input Mode Select how user will present his/her ID. Default User can use Card, Enter PIN number or both to present his/her ID. PIN Only User can only Enter PIN number to present his/her ID.
- Page 18 DF7XX PROMAG REV.H any package settings, such as header, trailer etc.) that the Facility Code is set to 12 (0x0C). Once the Facility is set, the output length of PIN data will fixed to 10. Always read card with passcode selection box When you select the Input Mode to Default, you can choose to access the card with passcode registered or not.
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Page 19: Led / Buzzer Settings
DF7XX PROMAG REV.H LED / Buzzer Settings DF7XX supports LED/Alarm configure. Set the LED/Buzzer to indicate the system status for end-user. Enable RS232 Command Set Control Enable this setting if you need to control LED/Buzzer by software command set. - Page 20 9 (39h) All LED ON (Orange) ™ Enable Two Wires Control LED (Only for Promag reader of baud rate=19200, n, 8, 1) Set up the "Brown Wire Active Level", and Brown wire and Orange wire will follow the setting. Example: "Brown Wire Active Level"=High; Green light on when brown wire level was high. The red LED light on when orange wire level high.
- Page 21 DF7XX PROMAG REV.H Read Idle Show LED color after power on or idle state. Brown Wire = PULSE (Internal: Card is Valid) Show LED color and beeps to indicate the end-user when brown wire inputted pulse signal, or card was passed by reader.
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Page 22: Wiegand Settings
DF7XX PROMAG REV.H Wiegand Settings Add Reader ID (default=Disable) Set Wiegand output data to include the Reader ID when it is checked. Custom Premable (default=Disable) Set the Wiegand output data to include premable code when it is enabled. This code only combines with CSN output. -
Page 23: Aba-Tk2 Settings
DF7XX PROMAG REV.H Byte Order (default=High Byte First) Set the Wiegand output data byte order, and it can be high byte first or low byte first. Alive Event is reserved. ABA-TK2 Settings Number of Digital (default=10) Set the number of digital codes for TK2 output. -
Page 24: Rs232/485 Output Settings
DF7XX PROMAG REV.H Data Conversion (default=BIN to DEC) Select card data format to convert. BIN to DEC (the card is issued by Mifare Card Issuer.) Decimal String (ex. "123456") BCD Direct (Memory Map) Byte to DEC ... - Page 25 DF7XX PROMAG REV.H Example Header Device Serial Number ‘E’ ‘H’ ‘C’ ‘B’ ‘4’ ‘E’ ‘5’ ‘B’ ‘4’ ‘2’ If you want an end character in the end of the heart beat data, for example CR, then you can select CR box in Package group then update to reader.
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Page 26: Configured Card
DF7XX PROMAG REV.H (3) ABA-TK2 with Reader ID MSB First Reader ID (MSB) Digital Code (LSB) LSB First Reader ID (LSB) Digital Code (MSB) Remark: The reader’s all configuration items are write only, so any user cannot read the configuration items from the reader to get the App Key, this is very important to protect your App Key and all configuration items. -
Page 27: Make A Configured Card
DF7XX PROMAG REV.H 3.4 Make a Configured Card DF7XX supports updating the reader by reading Configured Card. This function is specially using when stand alone system. The following steps guide you how to make a configured card. Step 1: Configure the reader. - Page 28 DF7XX PROMAG REV.H Remark: The corresponding series are “DF700/DF750 Series” and “DF750K Series”. Step 3: Configure all settings as normal. Click [Configure Card].
- Page 29 DF7XX PROMAG REV.H Step 4: Put a Mifare card in the PCR310 cassette. Enter “MAD Admin Key” and “Configured Key” (which has been updated to the corresponding reader). Click [Create]. Step 5: Remark: If the reader you use is the one with the keypad,...
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Page 30: Data Output
DF7XX PROMAG REV.H 4. Data Output 4.1 Reader Test After reader’s configurations have been updated success, you can use [Test] function to check reader’s configurations have been correctly stored. Use to “decode with parity” when Wiegand interface not with parity. -
Page 31: Test Read Card After Updating
DF7XX PROMAG REV.H 4.2 Test Read Card After Updating The following steps guide you how to test read card. After set configurations in the Reader Utility software, you can click [Update Reader] to update the currently configurations to the reader. -
Page 32: Test Key Pad After Updating
DF7XX PROMAG REV.H 4.3 Test Key Pad After Updating 4.3.1 Simply Output “1234” – RS232 Interface RS232 interface – Settings RS232 interface – Output: Press “1234” + “#” Result=1234... -
Page 33: Simply Output "1234" - Aba-Tk2 Interface
DF7XX PROMAG REV.H 4.3.2 Simply Output “1234” – ABA-TK2 Interface ABA-TK2 interface – Settings ABA-TK2 interface – Output: Press “1234” + “#” Result=1234... -
Page 34: Simply Output "1234" -Wiegand Interface
DF7XX PROMAG REV.H 4.3.2 Simply Output “1234” –Wiegand Interface Wiegand interface – Settings Wiegand interface – Output: Press “1234” + “#” Result=1234... -
Page 35: Appendix
DF7XX PROMAG REV.H Appendix ANNEX A. Wiegand Interface The Data 1 and Data 0 signals are held at a logic high level unit, the reader is ready to send a data stream. The reader places data as asynchronous low-going pulses on the Data 1 or Data 0 lines to transmit the data stream to Host. - Page 36 DF7XX PROMAG REV.H Example of connecting Wiegand wires (the pull high resister must >= 10K Ohm) HOST/Terminal 5VDC Pull high resistor 7.5~24VDC >=10K Ohm Reader (Red) Data 1 (White) Data 0 (Green) (Black) Optional: External LED/Buzzer Control (Brown)
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Page 37: Annex B. Aba-Tk2 Interface
DF7XX PROMAG REV.H ANNEX B. ABA-TK2 Interface Example of the timing for card present, clock (strobe) and data /CARD PRESENT Leading Zero Data Trailing Zero /DATA /STROBE (CLOCK) 0 . . . 0 1 . . . STROBE Width Approximately 25~50% Of Bit Time... - Page 38 DF7XX PROMAG REV.H Example of connecting ABA TK2 wires HOST/Terminal 7.5~24VDC (Red) Reader Card Present (Orange) Clock (White) Data (Green) (Black) Optional: External LED/Buzzer Control (Brown)
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Page 39: Annex C. Rs232 Interface
DF7XX PROMAG REV.H ANNEX C. RS232 Interface Example of connecting RS232 wires HOST/Terminal 7.5~24VDC (Red) Reader TXD (Yellow) GND (Black) Optional: External LED/Buzzer Control (Brown) -
Page 40: Annex D. External Led/Buzzer Control
DF7XX PROMAG REV.H ANNEX D. External LED/Buzzer Control DF7XX supports the external LED/Buzzer control for Terminal (or Host) to prompt end-user the card data is invalid or valid. Use Brown wire to control the LED/Buzzer of DF7XX. Examples (Active High) -
Page 41: Annex E. History
DF7XX PROMAG REV.H ANNEX E. History Rev G: June 24, 2017 Added note for [Enable RS232 Command Set Control]. Rev G: May 26, 2017 Added Heart beat data format Rev F: January 18, 2017 Added input mode selection for DF750K reader... - Page 42 DF7XX PROMAG REV.H ® PROMAG GIGA-TMS INC. http://www.gigatms.com.tw mailto:promag@gigatms.com.tw TEL : +886-2-26954214 FAX : +886-2-26954213 Office: 8F, No. 31,Lane 169, Kang-Ning St.,Hsi-Chih, Taipei, Taiwan...
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