Programmable logic controllers (PLCs) are irreplaceable in modern production environments. Due to their very compact size, programmable controllers require minimal space in the electrical cabinet and thus ensure efficient use of the limited space in machines and in electrical cabinets. All programmable logic controllers from Adwyno undergo intensive test routines in order to achieve a robust product design and thus a long service life. A guarantee of three years underlines the quality of the programmable logic controllers. All programmable logic controllers from can be programmed with one software! This software was one of the first to allow users to program in accordance with IEC 61131-3, and many of our function blocks have been there since the very beginning and are the best proof of the longevity of our products. The uniform programming of our PLCs makes it possible at any time to switch to a more compact or more extensively equipped model.
IoT Modules, Gateways and Modem Cards
Adwyno broad portfolio of IoT Modules, Gateways and Modem Cards enable always-on cellular communications for virtually any IoT or M2M application.The WiFi and Bluetooth integrated module consists in a single 2.4 GHz Wi-Fi and Bluetooth combo chip designed with the TSMC ultra-low-power 40 nm technology.
LoRa Node: A LoRa End device is used to send small amounts of data at low frequencies over long distances. It can be utilized in various applications such as smart city, smart building, factory automation, farm automation, and logistics.
LoRa Gateway: A LoRa gateway is a LoRa BTS receives packets from the end node via a radio link and then forwards them to the network server through the IP backhaul or 3G/4G broadband connections.
Network Server: Network server manages the entire network. When it receives packets, it removes the redundancy of packets and performs a security check and then determines the most suitable gateway to send back an acknowledgement message.
Application Server: A Application Server is the end server where all data sent by End Device is post processes and necessary action being taken.
The target of this project is to generate a Robot with Line following module and RFID technology integrated within. Servo motors and InfraRed sensors administer its Movement and Line following. Tags on the Items are read by the robot and they are identified thus. Items are then picked up and placed at their required locations. The storing and retrieval of Data is done with the help of RFID tags and Transponders.