High frequency RFID reader (13.56 MHz)

P/N:RFH-1332-114B

1. Overview

RFID (Radio Frequency Identification) RH-1332-114B is a non-contact high-frequency RFID reader specifically designed for embedded applications such as AGV address reading or proximity control and other industrial applications. It can work in various harsh environments. The RFID reader has anti-collision function and operates at a frequency of 13.56MHz.

2. Main features

Compliant with ISO 15693 protocol and ISO/IEC 18000-3 protocol; ISO 14443A protocol.

Support NXP I. The code SLI and other tags comply with the ISO15693 protocol.

Supports reading and writing, with no data misreading.

RS232 with cable (1.0 meter long), RS485, and Ethernet (TCP/IP) can be selected.

Built in RFID antenna (integrated design of reader/writer and antenna)

Read and write distance 70-90mm (industrial environment), read and write time less than 20ms/8-bit.

Good packaging IP65, PBT engineering material suitable for industrial environment applications

3. Application

AGV、 Address reading or proximity control for forklift and industrial production line material identification applications.

4. Technical Data Sheet

6. Wiring Diagram

7. RFID sensors in host communication packet format

This data message format is used for communication between RFID (HF) sensors and hosts (controllers). The host sends commands (downstream), and the RFID sensor responds (upstream). The baud rate of the communication port is 9600, the data is 8 bits, there is no odd parity, and the stop bit is 1 bit.

command format

Data length: the length of data 1 to data N (=N);

Checksum (CAL): From the length of the data to the sum of N (N+1 numbers), take the lower 8 bits.

Note: The data is hexadecimal numbers in the table

1Starttoreadtag

2Stop reading tag

3Reading 15693 tag data

Respond

Where from3 to 6 bytes are read data (4 bytes).

4Writing 15693 tag data

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

Respond (success)

5Reading Mifare tag data（S70 card）

Respond(success)

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

6Writingmifare tag data（S70 card）

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

Respond（success）

Instructions：

1. The RFID sensor automatically reads the card when it is opened.

2. When the tag is in the reading area, the RFID sensor automatically reads the data stored in the tag.

3. The RFID sensor automatically stops reading the card after receiving the stop reading command, and can restart the card reading after receiving the read command.

4. When using the Mifare tag, blocks cannot be read or written using block numbers 3+4+n (n=0, 1, 2...), in other words, blocks cannot be read or written using block numbers 3, 7, 11....