High Frequency RFID Reader Writer for Industrial Use

• Customization: Available
• Read-Write Method: Non-Contact Type
• Installation: External (634)
• Model NO.: RFH-1332-114D
• Interface: IEEE 1394
• Type: RFID Card
• Material: PBT
• Function: Information, Encrypt/Decrypt, Identification
• Structure: RFID Card
• Data Transmission Mode: Parallel
• Application Field: Non-Fiscard
• Transport Package: Standard Export Package
• Trademark: Yuanben
• Origin: Shanghai
• Production Capacity: 50, 000 PCS/Year

Product Description

High Frequency RFID Reader (13.56 MHz)

P/N: RFH-1332-114D

1. Overview

The RFID (Radio Frequency Identity) RFH-1332-114D is a non-contact high frequency RFID reader, specially designed for use in embedded applications such as address reading or proximity control of AGV and other industrial application. It can be worked in a variety of harsh environments. The RFID reader has anti-collision function, its operating frequency is 13.56MHz.

2. Key Features
Comply with ISO 15693 Protocol and ISO/IEC 18000-3 Protocol; ISO14443A protocol.
Support NXP I. CODE SLI and other tags in line with the ISO15693 Protocol.
Support reading and writing, no data missed reading.
RS 485 with Cable(1.0M long), RS 232 and Ethernet (TCP/IP) can be selectable.
Built in RFID antenna (Integration Design of Reader and Antenna)
Read / write distance 70-90mm (industry Environment), reading time is less 20ms /8bit.
Good package IP65, PBT engineering material suit industry environment application
3. Applications
Address reading or proximity control of AGV,forklift and industrial production line material identification application.

4. Technical Data sheet

Operating Frequency	13.56MHz
Working Voltage	10-30Vdc
Working current	<0.2A
Standard Interface	ISO/IEC 15693 and 14443A
Compliance interface	ISO18000-3 mode
Maximum Reading distance	70-90mm
Reading time	20ms/8 bit
Radiation Power	2W
Interface	RS232;RS485 and TCP/IP(opinion)
Indication	2 Led ( red led for power, Green led for working )
Working Temperature	-20ºC~+70ºC
Storage temperature	-20ºC~+85ºC
Working humidity	<95%
Cable	5 core shield (800mm) or (M12 opinion)
Color of Housing	Green Housing
Material of Housing	PBT
Dimension	As attached drawing
IP class	IP65 Industry Environment

5. Dimension and picture                          

 


Installation location dimension:4-φ3mm*6mm

6. Wiring Diagram
 

Cable number	color	Pin configure
2	Brown	Vin   9-30vdc
4	Blue	GND
1	White	A
5	Grey	B

 7. RFID Sensor with Host Computer Communication Data Packet Format

This data message format is used for communication between the RFID (HF) sensor and the host computer (controller). The host computer sends commands (downstream) and the RFID sensor responds (upstream). The communication port baud rate is 9600, data is 8 bit, no odd check, stop bit is one bit.
Command format
 

Frame header 01

Data length

Data1

Data2

…

Data N

Checksum (CAL)

End of frame FD

Data length:The length of the Data1~Data N(=N);
Checksum(CAL):From the data length to Data N (N+1 number) sum, take the lower 8 bits.
Note:The data is a hexadecimal number in the table.

1. Start to read tag
2. Stop reading tag
3. Reading 15693 tag data

01

02

42

47

8B

FD

01

02

45

44

8B

FD

01

03

54

52

Block number(0-1bit)

CAL

FD

Respond

01

04

XX

XX

XX

XX

CAL

FD

Where from 3 to 6 bytes are read data (4 bytes).

1. Writing 15693 tag data

01

07

54

57

Block number (0-1B)

XX

XX

XX

XX

CAL

FD

Where from 6 to 9 bytes are written data (4 bytes)
Respond (success)

01

04

53

55

43

43

32

FD

1.  Reading mifare tag data(S70 card)

01

03

4D

52

Block number(0-3F)

CAL

FD

Respond(success)

01

10

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

CAL

FD

Where from 3to 18 bytes are read data(16 bytes).

1. Writing mifare tag data(S70 card)

01

13

4D

57

Block number (00-3F)

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

XX

CAL

FD

Where from 6  to 21  bytes are written data (16 bytes).
Respond(success)

01

04

53

55

43

43

32

FD

Instruction:

1. The RFID sensor automatically reads the tag when it is turned on.
2. The RFID sensor reads the data stored in the tag automatically when the tag is in reading area.
3. The RFID sensor stops reading the tag automatically after receiving the command to stop reading; and it can be restarted read the card after receiving the reading tag command.
4. when the mifare tag is used, block cannot be read and written with block numbers 3+4n (n=0, 1, 2...), In other words, the blocks cannot be read and written with blocks numbers 3,7,11....