Decentralized control of intelligent container with integrated RFID transponder
A solution from Pepperl+Fuchs
Modular track switch detects the topology via a connection to the IDENTControl interface
In conveyor and production systems, work steps and conveyor routes are often centrally controlled. The F61 RFID reading head from Pepperl+Fuchs forms the basis for the track switch reading point that helps you optimize your processes. Logistics processes, like congested conveyor belt sections, can continue without disruptions.
The F61 reading head even allows the decentralized control of intelligent containers with integrated, writeable RFID transponders directly at the scene. The transponders in the containers integrate all the required information, which is present throughout the entire conveyor process.
The “Internet of things” principle should be transferred to warehouse, conveyor, and production systems. All goods are accompanied by a transponder that carries information on the origin, quality assurance, and other processes and transport destinations. Write operations can be used to update this data at any time. A decision is made to select the next process step and the best conveyor route. A large antenna fitted to the track switches and work stations makes the transponder position noncritical. As a result, time-critical adjustments in combination with a central database are rendered superfluous, and data communication to the higher level is reduced. Due to the modular structure of the conveyor modules and automatic topology detection, the conveyor route operates almost fully automatically and transports goods to their destination.
Featuring an extremely slim design, the F61 reading head is ideal for integrating in machines or installing in locations with limited space.
Decentralized control of intelligent container with integrated RFID transponder
A solution from Pepperl+Fuchs
In conveyor and production systems, work steps and conveyor routes are often centrally controlled. The F61 RFID reading head from Pepperl+Fuchs forms the basis for the track switch reading point that helps you optimize your processes. Logistics processes, like congested conveyor belt sections, can continue without disruptions.
The F61 reading head even allows the decentralized control of intelligent containers with integrated, writeable RFID transponders directly at the scene. The transponders in the containers integrate all the required information, which is present throughout the entire conveyor process.
The “Internet of things” principle should be transferred to warehouse, conveyor, and production systems. All goods are accompanied by a transponder that carries information on the origin, quality assurance, and other processes and transport destinations. Write operations can be used to update this data at any time. A decision is made to select the next process step and the best conveyor route. A large antenna fitted to the track switches and work stations makes the transponder position noncritical. As a result, time-critical adjustments in combination with a central database are rendered superfluous, and data communication to the higher level is reduced. Due to the modular structure of the conveyor modules and automatic topology detection, the conveyor route operates almost fully automatically and transports goods to their destination.
Featuring an extremely slim design, the F61 reading head is ideal for integrating in machines or installing in locations with limited space.
Tri-Phase Automation is a distributor of Pepperl+Fuchs in Wisconsin.
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