Casos de estudio
Completado
Success story: Fortaps production line monitoring with M-Duino PLCs
6992 Vistas •Case study: RFID car park access control with an M-Duino PLC
7975 Vistas •Case study: vehicle tracking with GPS, GPRS and Bluetooth on an M-Duino PLC
7016 Vistas •Case study: conveyor belt speed control with a frequency inverter and an M-Duino 42+
11601 Vistas •Success story: hydrometric station on the Ucayali river with an M-Duino 19R
232 Vistas •Case study: greenhouse automation with Arduino PLCs and a Raspberry Pi Panel PC
9588 Vistas •Case study: HVAC control for oil immersion cooling with an Arduino PLC
10007 Vistas •Case study: bottle labelling conveyor with an Arduino PLC, an encoder and two stepper motors
10042 Vistas •Case study: water treatment with an ESP32 PLC 42 and a Raspberry Pi Panel PC
7304 Vistas •Success story: weather station in the Yaqui Valley with an M-Duino 42
7175 Vistas •Case study: automatic car wash with an Arduino PLC
11446 Vistas •Case study: electrical network analysis with a current analyzer, an M-Duino PLC and a Panel PC
7283 Vistas •Greenhouse Monitoring and Control using Open Mote
7232 Vistas •Case study: animal feeding automation with load cells, an M-Duino PLC and a Raspberry Pi Panel PC
9727 Vistas •Case Study Smart Current Metering
5266 Vistas •Case study: geothermal heat pump monitoring with an M-Duino PLC
172 Vistas •Case Study - Hospital Alarm System
4954 Vistas •Case study: automotive production line with an M-Duino PLC and a Panel PC
9967 Vistas •Case Study - Restaurant Order System
8227 Vistas •Case study: intrusion, fire and gas monitoring with an Arduino PLC, Panel PCs and MQTT
8030 Vistas •Case study: conveyor belt speed control with a frequency inverter and an M-Duino 42+
11601 Vistas •Case study: automatic car wash with an Arduino PLC
11446 Vistas •Case study: bottle labelling conveyor with an Arduino PLC, an encoder and two stepper motors
10042 Vistas •Case study: HVAC control for oil immersion cooling with an Arduino PLC
10007 Vistas •Case study: automotive production line with an M-Duino PLC and a Panel PC
9967 Vistas •Case study: animal feeding automation with load cells, an M-Duino PLC and a Raspberry Pi Panel PC
9727 Vistas •Case study: greenhouse automation with Arduino PLCs and a Raspberry Pi Panel PC
9588 Vistas •Case Study - Restaurant Order System
8227 Vistas •Case study: intrusion, fire and gas monitoring with an Arduino PLC, Panel PCs and MQTT
8030 Vistas •Case study: RFID car park access control with an M-Duino PLC
7975 Vistas •Case study: water treatment with an ESP32 PLC 42 and a Raspberry Pi Panel PC
7304 Vistas •Case study: electrical network analysis with a current analyzer, an M-Duino PLC and a Panel PC
7283 Vistas •Greenhouse Monitoring and Control using Open Mote
7232 Vistas •Case study: automated warehouse with an Arduino PLC
7178 Vistas •Success story: weather station in the Yaqui Valley with an M-Duino 42
7175 Vistas •Case Study (ENG) - Temperature and humidity
7080 Vistas •Case study: vehicle tracking with GPS, GPRS and Bluetooth on an M-Duino PLC
7016 Vistas •Success story: Fortaps production line monitoring with M-Duino PLCs
6992 Vistas •CASE STUDY (ENG) - Modbus Communication Protocols
6651 Vistas •Case study: steam boiler automation with a WiFi relay PLC and a Panel PC
6425 Vistas •Success story: gate access control on Wi-Fi at Dinokeng Game Reserve with ESP32 PLC 19R
Success story of Dinokeng Game Reserve, South Africa. Gañar Group upgraded the gate access control: the old wired RS485 system at 5 entrance gates had become too costly to maintain. The new system uses a Wi-Fi network, a central gate controller software with a cloud database, barcode and QR tickets on the existing Star TSP700II slip printers, and ESP32 PLC 19R units at the entrance and exit gates. The PLC reads the No Touch sensor and the Ticket Taken signal, opens the boom and shows the result on a 2-line LCD. On bare ESP32 chips, electromagnetic noise caused hang-ups; on the ESP32 PLC 19R the shielding was a vast improvement, and an external antenna typically raised the RSSI from -80 dB to -50 dB.
The PDF covers the challenge, the three loops (entrance, check, radio link), the system architecture with the signal list, real photos from the gates and the hardware used. Interactive version: gate access control success story online.
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