PREMIUM-MFS
5Pages

PREMIUM-MFS RFID card reader PREMIUM-MFS 13.56 MHz secure MIFARE sector card reader The PREMIUM-MFS is a Mifare reader that is user configurable to read data from a designated sector using a designated key. As this data cannot be copied from the Mifare card, it provides a secure card reader. Card readers are supplied in a factory reset state and are programmed using a configuration card. On first time power-up the reader LED’s indicate that the reader needs to be configured. The configuration card is prepared using the Secure Card Software and the MFPROG Mifare Card programmer. The configuration card specifies the key and sector that contain the card data. It also specifies the reader output format. A reader can be reconfigured at a future date to have a different sector / key but only if the initial configuration permits this feature. In this way malevolent reconfiguration of the reader can be prevented. To ensure security, there is no back-door to reset the reader and if the sector / key are lost the reader can only be reset to the factory default setting by reloading the reader firmware. User cards may be created using the Secure Card programming software. The reader has Wiegand, Magstripe and RS232 outputs and supports a number of formats. The reader can be set to control the LED’s and sounder. They can always be externally controlled. Power supply : Power consumption : Transmitting Radio Frequency : Card types supported : Mifare Application directory : Contactless Interface : Typ. read range : Indications : Data Output format : Connections : Weight : Operating Temperature : Mounting : Dimensions : ProxTech International bvba DC +5,0V to 13,8V Typ. 120mA 13,56 MHz Mifare® Classic 1K/4K, Ultralight, Plus S, Plus X Mifare application directory (MAD1 and MAD2) supported Contactless interface as per specification ISO/IEC 14443 Type A 20mm to 50mm, dependant upon transponder type 3 LEDs (Greed/Red/Yellow) + Buzzer ( 4kHz tone ) Wiegand, Magstripe, RS232 (2400- 57600 baud) The card’s UID can be output when in RS232 mode 10-wire cable ( 1 m length ) 90g -20°C ~ +60°C Mullion or wall mount ( Extra mounting plate is supplied with each reader ) 89 x 45 x 16 mm ( dimensions mounting plate : 89 x 45 x 7 mm ) Zakstraat 104, 9112 Sinaai ( Belgium ) Info @ proxtech.com

PREMIUM-MFS RFID card reader Physical dimensions and mounting details : Centred cable exit hole All measurements in mm Drawing not to scale If the mounting plate is used the reader cable may be brought out of one of four exit points on the mounting plate: top, bottom, left or right. This enables the cable to be run on the surface of the wall. If no mounting plate is used, a minimum hole size of 6,5 mm must be drilled in the wall at the cable exit position as shown above to allow the cable to exit perpendicular to the reader. The optional mounting plate may also be used when mounting the...

Proxi rech International PREM1UM-MFS RFID card readerConnections : Colour Notes : 1 Baud rate is configurable 2 LED and BUZZER inputs are active low. The input is internally pulled high and may be pulled low by an open collector transistor or driven low by the output of a 5 V CMOS or TTL gate. 3 Open collector has a 10k internal pullup to 5 V

PREMIUM-MFS RFID card reader Operation : Normal Operation Once configured, the reader will read specific data stored on a MIFARE card and output this data in a chosen format. The choice of transponder type, which sector and block to read, which authentication KEY to use, and which output format to use, is decided by the user. Using the MFPROG Mifare card programmer, a configuration card may be made using the parameters the user has chosen. This card must be presented to the PREMIUM-MFS reader when it is in the factory reset state. Presenting this card to the reader will load these settings...

PREMIUM-MFS RFID card reader Configuration Card Configuration cards can be programmed using the MFPROG Mifare card programmer. A MIFARE Std 1k card is used as a configuration card. The reader uses a factory defined KEY to read the configuration card. To prevent unauthorised re-configuring of readers in the future, the user can do one of two things : 1. Disallow future re-configuration of the reader. Choose a new key to be used for re-configuring the reader. If you disallow future re-configuration, the reader configuration can only be set back to the factory reset state by reloading the...