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FDX-A/B Card Reader Module

High Speed AGV 134.2Khz FDX-B Tag Reader

  • Product ID:FDX-A/B Card Reader Module
  • Tel/WhatsApp: +086 17092556856
  • Email: 84441413@qq.com
  • Time: 2023-08-28 18:29:34
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Low frequency high-speed AGV RFID sensor,

Voltage:9 ~ 30V wide power input, over-voltage protection,

Read distance:>=15 cm,

Ultra-high speed reading card, ,resistance to metal design, can be mounted on the metal surface directly

100% Stable and reliable not leak reading card.Use for a long time not drift.Interface for full protection.

Industrial-grade, completely waterproof and dustproof design,

Full protection against surge in 232 and 485 double output.

Good low penetrability, card read distance is stable and reliable, the scope is clear, is not affected by the liquid, is an ideal solution to industrial robot RFID positioning navigation.

Product size: 80 X 75 X 45 MM

Weight: 180 g

Interface: RS232 and RS485 dual output.

1: the product specifications


Model

TAD-134A

Size

80*75*45 mm

Frequency

AM 125K, AM 134.2K

Support agreement

EMID FDX-B

The power supply voltage

9 ~ 30v

Power consumption

1W

Working temperature

- 40 ~ + 85°

Enclosure protection class

IP67

Read the card speed

30 ms

Card read distance

15 cm(related to labels and environment)


2: the pin definition


1 VCC

24v

2 GND

Power Supply Gnd

3 GND

Signal Gnd

4 TXD

RS232 serial data output (Single output)

5 RXD

RS232 serial data input

6 /INT

Interrupt output

7 RS485A

RS485 Data output A (Automatic bi-directional)

8 RS485B

RS485 Data output B (Automatic bi-directional)


3: The LED signal

Reader will start the automatic tuning when power on, the blue light is lit up, the led will go out when Tuning completion.

 

After the success of the reading card, blue lights flashing. At the same time, the data sent by RS232 serial port or RS485.

4: data format

Serial port baud rate, 9600, 8 N1, RS232 level; When the card into card read area, the reader will output card number twice, When send the command  $R#  can be read the card repeatedly, send the command  $S# output card number repeatedly.


Output data

$F9000026000969327C#$F9000026000969327C# (output twice)

The length of the data

1 bit

1 bit

15 bit

2 bit

1 bit

ASCII value

$

E or F

9000026000969327

7C

#

HEX value

24

46

39 30 30 30 30 32 36 30 30 30 39 36 39 33 32

37 43

23

Paraphrase

data head

EM or FDX-B

15bit Card Number printed on the  Tag

Check value

Data tail


Check value calculation: XOR 16Bit HEX from the start of “F” to the end of the card number.

 Example:

Card number:90000260009693

The module output:  $F9000026000969327C#

“$” Is the data first, ”F”means FDX-B tag

900002600096932 is the card number,7C For Check value; # is Data tail.

Check value calculation method:

46^39^30^30^30^30^32^36^30^30^30^39^36^39^33^32 = 0X7C

 

Note:EMID is 10bit data encoding format(In front of the national code and fill 00),FDX-B is 15bit data encoding format.

 

EMID Card printing 0002327100,The reader output data $E01700000232710076 #


Data segment

$

E

017

00

0002327100

76

#

Paraphrase

Data Head

EMID card

Client code

Fill the seats

card number

Check value

Data tail


FDX - B Tag printing 900002600096965 , The reader output data $F9000026000969657E #  


Data segment

$

F

900002600096965

7 e

#

Paraphrase

Data Head

FDX-B card

The card number

Check value

Data tail