E5052B For more than 30 years, Pepperl + Fuchs has been providing reliable RFID systems for industrial applications. In the field of factory automation, these systems are mainly used in conjunction with PLCS to ensure the safety and transparency of the production process.
The new IUR-F800-V1D-4A* UHF RFID read/write device expands Pepperl + Fuchres product range and helps achieve full transparency for post-production logistics applications. The IUR-F800-V1D-4A* is designed with proven, internationally standardized UHF technology (ISO 18000-63 or EPC Class 1 Gen 2) and can be connected to up to four external antennas, making it possible to cost-effectively build RFID logistics gates.
These RFID logistics gates can quickly and synchronouslE5052B y detect large numbers of tags during transportation, for example, in the automatic detection of packaging for incoming and outgoing goods, as well as during transportation between storage areas and production areas. The information obtained can be seamlessly integrated into existing
Back-end systems such as enterprise resource planning systems (ERP) and production execution systems (MES) enable maximum transparency across the value chain.
Many types of antennas provide optimal adaptability for specific applications. Powerful UHF code reader for remote reading and writing. In addition, the reader has additional inputs and outputs, such as for connecting sensors or external signal lights. Clearly visible LED lights provide additional information about the current operating status. The IUR-F800-V1D-4A* and related antennas are designed with a robust housing to meet demanding operating conditions.
Super powerful control to help the automatic production of smart phE5052B ones
The manufacturing of smartphones has always been a key area of automation. At this stage, with the gradual increase of smartphone functions, more and more SKUs, and faster and faster production iteration, the past automation solutions can not solve the technical pain points of some key processes, and can not be flexible enough and universal, so enterprises still use a lot of labor in these processes, and have to face the problem of difficult recruitment and high cost.
The removal of mobile phone glue wire is a typical scene. The smartphone with 2.5D/3D screen will have hot melt glue overflow in the process of gluing group screen. In order to ensure the exquisite and beautiful appearance of the mobile phone, it is necessary to wipe and polish the spilled glue to make it appear neat and shiny. Based on the industrial force control capability of the adaptive robot, the non-night mobile phone glue wire polishing scheme uses the robot to hold the workpiece, the use of external TCP, through real-time position and speed compensation, to achieve constant force control, and carry out fine and stable polishing operation
