Identification
Read/Write Devices HF/UHF
construction_size_PSF: 150 x 150 x 61.7 mmNetwork protocol: EtherCAT
Product NewsIdentification, Read/Write Devices HF/UHF, Track and Trace
Compact UHF RFID reader with EtherCAT
As the world's only UHF reader with an EtherCAT interface, the Q150 reduces hardware complexity — for example, in logistics systems
Benefits
High platform diversity, the Q150 is available for networks with four different Ethernet protocols
Cost-effective, as no additional interface is required
Quick commissioning, supported by visualization and simulation apps in TAS
Easy to install thanks to PoE (Q150-EN only)
TURCK introduces the Q150 compact UHF RFID reader with a multiprotocol Ethernet interface. The IP67 reader communicates directly with PC or PLC systems in Industrial Ethernet networks using the four most important protocols without the need for an additional interface: The Q150-EC is the only reader worldwide with an EtherCAT interface, while the Q150-EN multiprotocol variant works in Profinet , Ethernet/IP and Modbus TCP and, thanks to Power- over Ethernet ( PoE ), requires no additional power supply. No function block needs to be programmed for integration into the control environment; instead, the reader provides a simple data interface ex works in the form of the U interface. RFID apps for visualization in the TURCK Automation Suite (TAS) make it easy to select the best parameters.
Cost-effective solution for individual read points
The Q150 is particularly suitable for reliable identification at individual read points. With a maximum output power of up to 500 mW, the reader is a cost-effective solution for short to medium ranges. The Q150 offers an additional antenna port for connecting external UHF RFID antennas — for example, to establish a reading range on both sides of a conveyor belt.
Decentralized data preprocessing on board
Despite its compact design, the reader has sufficient computing power for read/write processes and decentralized data preprocessing. The integrated antenna achieves a sensitivity of -80 dBm . Its polarization can be switched (RHCP, LHCP) to avoid potential read holes caused by reflections and other physical effects. The device can be used at ambient temperatures of -30…+50 degrees Celsius. Following the EU version, versions for North America and China will also be approved in the course of the year.
