Profinet Ethernet POE low frequency industrial RFID reader/writer encoder code carrier card reader

Profinet Ethernet IO triggered POE low-frequency industrial RFID Reader/writer encoder reader is a low-frequency RFID tag reader based on radio frequency identification technology. The reader operating frequency is 134.2KHZ and supports the standard protocol for FDX-B Reading of format tags.

The card reader also supports the standard industrial communication protocol ProfiNet, making it easy for users to integrate into control systems such as PLC. The card reader integrates the radio frequency communication protocol. Users only need to receive data through the Ethernet interface to complete the tag reading operation without having to understand complex radio frequency communication protocols.

Profinet Ethernet IO triggered POE low-frequency industrial RFID reader, encoder, and card reader. It can directly communicate with the Siemens PROFINET master station without missing cards, and supports POE and DC 24V input at the same time.

1. Physical and environmental characteristics

Technical Parameters

Operating temperature: -25℃~70℃

Storage temperature: -40℃~85℃

Humidity: 10%~95% non-condensing state

Weight: 300g

Drop test: 1.2 meters free fall

ESD performance: air discharge ±15KV, contact discharge ±8KV

Sealing standard: IP67

2. Electrical parameter indicators

Technical Parameters

Power supply method: POE power supply (Power over Ethernet 46-54V)

DC:24V

Power consumption: 2.5W

Circuit protection: with reverse polarity protection

Working frequency: 134.2KHZ

Protocol standard: ISO11784/85

Card reading time: Read Time: 35ms each 8Bytes; Write Time: 240ms each 8Bytes

Card reading distance: 0-200mm

Communication interface: Ethernet

Communication protocol:ProfiNet

IO: one input IO and one output IO

3. IO electrical parameters

Technical Parameters

Maximum carrying voltage: DC 30V

Maximum output current: 100mA

Output circuit protection: resettable fuse

Output shutdown leakage current: 12v/2ma, 24v/4.6ma

Input high level potential: ≥3.0v

Input high level current: 24v/4.6ma