RFH-1332-114B
Non-Contact Type
External (634)
Single
IEEE 1394
SIM Card
PBT
Information, Encrypt/Decrypt, Identification
RFID Card
Parallel
yuanben
Carton
Shanghai
9026100000
Product Description
High Frequency RFID Reader (13.56 MHz)
P/N: RFH-1332-114B
1.Overview
The RFID (Radio Frequency Identity) RFH-1332-114B 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 Comply with the ISO15693 Protocol.
Support reading and writing, without data misread.
RS232 with Cable(1.0M long), RS485 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
5. Dimension and picture
Installation location dimension:4-φ3mm*6mm
6. Wiring Diagram
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 bits, no odd check, stop bit is one bit.
Command format
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.
Respond
Where from 3 to 6 bytes are read data (4 bytes).
Where from 6 to 9 bytes are written data (4 bytes)
Respond (success)
Respond(success)
Where from 3 to 18 bytes are read data(16 bytes).
Where from 6 to 21 bytes are written data (16 bytes).
Respond(success)
Instruction:
P/N: RFH-1332-114B
1.Overview
The RFID (Radio Frequency Identity) RFH-1332-114B 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 Comply with the ISO15693 Protocol.
Support reading and writing, without data misread.
RS232 with Cable(1.0M long), RS485 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 | RS485; TCP/IP(option) |
| 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 option) |
| Color of Housing | Green Housing |
| Material of Housing | PBT+ABS |
| 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 | TX |
| 5 | Grey | RX |
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 bits, 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 |
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.
- Start to read tag
- Stop reading tag
- 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 |
| 01 | 04 | XX | XX | XX | XX | CAL | FD |
- Writing 15693 tag data
| 01 | 07 | 54 | 57 | Block number(0-1bit) | XX | XX | XX | XX | CAL | FD |
Respond (success)
| 01 | 04 | 53 | 55 | 43 | 43 | 32 | FD |
- Reading Mifare tag data(S70 card)
| 01 | 03 | 4D | 52 | Block number (00-3F) | CAL | FD |
| 01 | 10 | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | XX | CAL | FD |
- 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 |
Respond(success)
| 01 | 04 | 53 | 55 | 43 | 43 | 32 | FD |
- The RFID sensor automatically reads the card when it is turned on.
- The RFID sensor reads the data stored in the tag automatically when the tag is in reading area.
- The RFID sensor stops reading the card automatically after receiving the command to stop reading; and it can be restarted read the card after receiving the reading card command.
- when the mifare tag is used, block cannot be read and written with block numbers 3+4+n (n=0, 1, 2...), In other words, the blocks cannot be read and written with blocks numbers 3,7,11....
