RS232 serial port AGV trolley landmark RFID sensor handling robot positioning RFID tag reader

Parameters:

Working voltage: 10-26V

Power: 1.2W

Current consumption: <0.2A

Circuit protection: with reverse polarity protection

Working frequency: 134.2KHZ, 125KHZ

Recognition speed: 2m/s

Card reading distance: 0-180mm

Supported label types: FDX-B, EMID

Communication interface: RS232 / RS485

Working humidity: 10-90% RH (non-condensing)

Working temperature: -25℃－+70℃

Protection class: IP54

Shell material: ABS Engineering plastics

Wiring method: terminal

Installation method: M4 screws, 4 installation holes

Details:

RS232 serial port communication AGV car landmark sensor positioning tag RF collector navigation card reader is an AGV landmark card reader specially designed for AGV unmanned guided cars based on radio frequency identification technology. It integrates antenna, amplifier and controller. Classic durable.

The card reader adopts a square appearance design, the working frequency supports 134.2KHZ, 125KHZ, supports the reading of FDX-B, EMID two protocol format tags, supports the standard industrial modbus RTU field bus protocol, and is convenient for networking communication. The rate can be configured up to 115200. The card reader integrates the radio frequency part of the communication protocol, which can be connected to PC/PLC/single chip microcomputer. The user only needs to receive data through the RS232 / RS485 communication interface to complete the reading operation of the tag without understanding the complex radio frequency communication protocol.

RS232 serial port communication AGV trolley landmark sensor positioning label RF collector navigation card reader CK-G06 power supply with 26V, 5000W TVS tube, anti-surge protection and polarity reverse connection protection; card reader comes with Auto-turning 16-level automatic tuning The circuit can automatically adjust circuit parameters when working in different environments, minimizing the impact of the external environment on the card reading distance, further enhancing its anti-interference ability, and has the characteristics of high receiving sensitivity, stable performance, and strong reliability.

Installation instructions and precautions

   1) It is not recommended to install the card reader directly on the metal surface. The distance to the metal surface can be adjusted through plastic spacers, long screws or custom-made brackets.

   2) The card reading surface of the card reader cannot be covered or surrounded by metal materials, and the distance between the side of the card reader and the metal structure should be greater than 20mm.

   3) The card reader should be kept as far away as possible from motors, power modules and other devices that are prone to electromagnetic interference.

   4) Electromagnetic radiation from other devices around the card reader may reduce the sensitivity of the card reader or cause card reading failure. Appropriate radiation shielding measures should be taken for devices that are prone to electromagnetic radiation.

   5) Install the card reading surface facing the label card, the label card can be in the center of the card reading surface, and keep the card reading surface and the label card in a horizontal position as much as possible to avoid tilting.

   6) The distance between the card reader and the tag is 10% to 70% of the maximum sensing distance. If high-speed card reading is required, it is recommended to control the distance between 10-20mm.

   7) The card reader can only read one tag card at a time, so do not place two tag cards within the card reading range, and the distance between the two tag cards should be greater than twice the length of the card reader.

   8) It is best to install the label card on a straight line, not at a turn or branch branch to avoid missing reading.

    9) Normal labels cannot be directly attached to the metal plate. If it is unavoidable, please use the T354AE anti-metal special label. The metal structure, wires and cables near the card will affect the sensitivity of the card reading or cause the failure of the card reading, so try to avoid installing the card in these places.

10) The label card contains precision induction coils. In order to maintain a long service life, please try to avoid stepping on or rolling over it.