686-52 Proximity Read Write Module

General:

The 686-52 Read Write Module is a fully encapsulated device for reading and writing to a range of contactless read/write identification devices or TAGS operating at a frequency of 125kHz. Correctly formatted cards will have a unique 40 bit ID and a user data area capable of storing 100 bits of data without password protection, or 80 bits of data with password protection.
Since the 10-digit (HEX) ID Code is fully compatible with the EM H 4001/4002/4102 RFID Chip Family, the device can easily be integrated into existing access control or Time & Attendance Systems that are based on this chip family without having to change the existing card readers.

Properties:

  • Fully potted for improved weather resistance.
  • Variable operating voltage - regulated 5V dc or unregulated 7 -12V dc.
  • Read write tags supported: TEMIC e5551/4/5/7 series, Sokymat Q5, and equivalent devices.
  • Control via full duplex RS232 (TTL levels) port at 19200 baud.
  • Secure data encryption and decryption optional
  • Support for password mode and answer-on-request.
  • 1 open collector output for connecting a piezzo sounder (3.9 kHz)
  • Data coding and decoding are completely handled within the 686-52 Module

Applications:

  • Ticketing Systems
  • Parking Systems
  • Security Systems i.e. access control
  • Ski lifts
  • Combined Systems i.e. for leisure parks
  • Membership cards for clubs
  • Control of photocopiers or sunbeds by RFID debit or credit card

Technical Data:

• Frequency:

125 kHz

• Data Format:

64 bit Manchester Code

• Interface:

RS232 (TTL levels) port at 19200 baud.

• ID-Number:

10-digit in Hex -Wiegand-Code Format

• Dimensions:

46 x 30 x 11mm

• Weight:

< 30 grams

• Operating Temperature:

0 - +50°C

• Humidity:

10 - 90%, non-condensing

• Operating Voltage:

regulated 5V dc or unregulated 7 -12V dc. Current consumption is 75mA typical.

• Transponder Chip:

TEMIC e5551/4/5/7 series, Sokymat Q5, and equivalent devices.
Read-only: 10-digit ID-Code (HEX), compatible with EM H 4001/2, 4102 Format
Read AND Write: 4 or 5 blocks of 20bit in the Data Pages
Optional password and data encryption

Data sheet