RFID with CANopen or J1939 interface for mobile machines
One compact device: antenna, evaluation and interface
- Optimised for outdoor use with IP 67 and IP 69K
- Extended temperature range of -40...85 °C
- E1 type approval
- Shock and vibration resistant to EN60068
- Versions with CANopen or J1939 interface
RFID compact units suitable for mobile useThe robust RFID compact units with CANopen or J1939 interface have been developed for identification tasks in agricultural machines, municipal vehicles and construction machines. This guarantees a quick and safe change of the attachments. The machine operator knows which units are connected at any time. He also receives exact information on operating times and maintenance intervals. This allows new service scenarios.
Simple solution from ifmRFID antenna, evaluation and interface are integrated in one compact and robust M18 or M30 housing. In contrast to conventional solutions with separate antennas and evaluation systems the wiring complexity and required space are reduced.
ApplicationMobile machines are becoming ever more complex and complicated to use. Individual components assume more and more tasks.
With ifm's RFID system handling can be simplified and errors can be avoided: individual components or attachments are identified by means of an RFID tag and the corresponding set-up is set automatically in the controller.
Set-up times are minimised. Automatic identification simplifies the creation of user-specific system set-ups. Wrongly set process parameters are a matter of the past.
Higher productivityInformation on maintenance intervals and operating times can automatically be generated and stored since the controller detects when and how long a specific machine set-up runs. This increases productivity.
Perfectly suited for use in industrial applicationsThe RFID system is also suitable for industrial applications in which CANopen controllers are used. In this environment the DTM4xx RFID identification system is ideal thanks to its excellent price / performance ratio.