CR08 刷卡设备

Thank you for using the CR08 card reader. Reading this document carefully will help you understand the device functions and features, and quickly master its use and installation.

Product Introduction The CR08 is a card reader developed for access-control card reading, with both Wiegand and RS485 outputs and support for Wiegand 26/34 protocol switching.

Product Features 1, Wiegand/RS485 dual output. 2, PSAM card verification. 3, 86-box mounting.

Appearance

Dimension Drawing

General: interface RS485; indicator red/green/white/blue LED and buzzer; embedded mounting; size 100.60×100.60×16.85mm. Reading: ISO 14443A/B, ID card (physical number only); UID read / M1 sector R/W / PSAM auth; 13.56MHz; read distance <5cm. Electrical: power DC 5–15V; current 150mA (12V typ.); power 1800mW (5V typ.). Environment: ESD ±8kV air/contact; -20 to 70°C operation, -40 to 80°C storage; 5–95% RH.

Wiegand connector; 485 connector; Wiegand+485 connector. Pinout: VCC power+, GND ground, D0 Wiegand0, D1 Wiegand1, 485A, 485B, WG protocol-select (floating=W26, low=W34).

The RFID antenna is under the front panel; keep metal and magnetic material at least 10cm away or swipe performance drops sharply.

The reader uses a binary command/response protocol (header 0x55 0xAA; command, flag, length, data, XOR checksum). Key commands: 0x01 status query, 0x02 get device ID, 0x04 LED/buzzer control, 0x51 read M1 block, 0x52 write M1 block, 0xA0 read multiple blocks in a sector, 0xA1 write multiple blocks, 0xA6 send APDU (CPU cards), 0x53 card-number report on/off. Configuration items cover baudrate (default 115200-8-N-1), device number, LED/buzzer, output format (hex/dec/string, protocol or passive mode) and report interval. Refer to the device protocol manual for full byte-level details.

Same 0x55 0xAA framing as above. Card-number reporting supports type-agnostic (0x30) and type-aware (0x33) modes; the host polls or the reader pushes passively. NFC operations support Mifare One block R/W and CPU-card APDU; use START/FINISH task flags around multi-step card operations.