I added these male headers for connecting to the external 5v power supply. I also added headers for the Analog pins and the remaining digital and PWM pins. I added female headers on the left and right sides of the Arduino Nano for the 5v and GND connections. ![]() These connections are the same for both the transmitter and receiver sides. I would appreciate your support in this way! NRF24L01 Interfacing with Arduino, Circuit Diagram: I may make a commission if you buy the components through these links. Without any further delay, let’s get started!!! I also explained different Arduino codes. Because in this tutorial, I covered the NRF24LO1 Pinout and technical specifications. If you are using the NRF24LO1 Transceiver modules for the first time, then I highly recommend reading my getting started tutorial on the NRF24LO1 and Arduino. This way you can make some advanced level projects. So, this is the wireless Industrial temperature monitoring system which is very easy to build, and if you watch this video from start to the very end, I am sure in the end you will be able to add multiple sensors on the transmitter side. If you are using the NRF transceiver modules for the first time then I recommend you should start with the smaller NRF24LO1 Transceiver modules. ![]() So it really doesn’t matter whether you are using the smaller NRF24LO1 modules or the bigger ones. You can also use the smaller NRF24L01 Transceiver module on the receiver side. Then you can go ahead and check your transmitter side. There is a timer that monitors the data, so if the data is not received for 1 second, the connection lost will be printed. If for any reason the transmitter is turned OFF or the transmitter is not in the range, then connection lost will be printed on the Oled display Module. In this tutorial, you will learn how to make a long-range Wireless industrial Temperature monitoring system using Arduino Nano, NRF24L01 Transceiver modules, Industrial temperature sensor capable of measuring the temperature up to 1000 Centigrade, and an I2C supported Oled display Module. The signup process hardly takes 1 minute and you are welcomed with a 5 dollars welcome bonus, what are you waiting for go and get your first prototype order for free. Besides this PCBWay also provides a great variety of services including Aluminum PCB, Rigid-Flex, Metal Core, flexible, High Frequency, High-TG, Thick-Copper, HDI, and LED PCBs. Only 5 dollars for 10 PCBs and 30 dollars in total for 20 PCBs Assembly. The PCB board used in this project is sponsored by the PCBWay Company. ![]() So in this tutorial, I am going to use the small NRF24L01module as the transmitter and I will use the NRF24L01 PA + LNA as the receiver. I was also able to control the speed of the Brushless DC motor. I was able to control the up-down and left-right movement of the RC plane. In my tutorial, I used a pair of the long-range NRF24LO1 PA+LNA transceiver modules for controlling the RC Jet Plane. You can also make a pair by using the NRF24L01 PA+LNA with the regular small size NRF24L01 transceiver module. You can either use a pair of the long-range NRF24L01 PA + LNA transceiver modules, or you can use a pair of the short-range NRF24L01 Transceiver modules. Using the NRF24L01 transceiver modules you can monitor and control different processes. NRF24L01 Arduino Transmitter side code:.NRF24L01 based Wireless Industrial Temperature Monitoring Arduino Programming:.NRF24L01 Interfacing with Arduino, Circuit Diagram:.
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