Arduino

Unlock your creativity with the Arduino Plug and Make Kit! Perfect for beginners and experts alike, this kit includes everything you need to explore the Arduino ecosystem—from innovative hardware and software to powerful cloud technology. Dive into projects featuring the UNO R4 WiFi, seamless Arduino Cloud integration, and Modulino® nodes. Free online guide offers step-by-step instructions and seven exciting projects, such as: Eco Watch: Monitor temperature and humidity. Game Controller: Turn your UNO R4 WiFi into a keyboard and mouse. Sonic Synth: Create an 8-bit sound instrument. Smart Lights: Customise colors and control via the Arduino IoT remote app. Touchless Lamp: Adjust brightness with a wave. Weather Report: Build a personalized weather station. Hourglass: Set timers and visualise time. The Plug and Make Kit includes: Arduino® UNO R4 WiFi USB-C® cable with USB-A adapter Modulino® nodes (Distance, Pixels, Knob, Buzzer, Movement, Buttons, Thermo) Qwiic cables Modulino® base Spacers, screws, and nuts

Unlock the full potential of your Arduino Opta with the versatile Arduino Pro Opta Ext A0602. This powerful analog expansion module enhances your system with six programmable inputs for seamless integration with analog sensors, allowing you to monitor voltages (0 to 10 V), currents (0/4 to 20 mA), or temperatures via RTD PT100 sensors. It also offers two configurable analog outputs and four PWM digital outputs, all effortlessly managed through the Opta base unit. Whether you prefer the user-friendly Arduino ecosystem or the robust PLC IDE IEC 61131-3 programming environment, the Opta Ext A0602 is designed to extend your capabilities while maintaining programming ease and flexibility. Key Benefits Flexible Inputs: Six programmable analog inputs to handle 0-10 V, 0/4 to 20 mA, or temperature measurements from -25 °C to +400 °C using RTD PT100 sensors. Configurable Outputs: Two analog outputs programmable for 0-10 V or 0/4 to 20 mA and four PWM digital outputs. Seamless Integration: Manage up to five snap-on modules, integrating effortlessly with the Opta base unit. Enhanced Capabilities: Expand your hardware potential while enjoying the wide range of Arduino IDE resources, including sketches, tutorials, and libraries. PLC Compatibility: Utilise the PLC IDE for IEC 61131-3 languages, benefiting from its low-code approach and pre-mapped resources. Real-time Monitoring: Leverage Arduino Cloud dashboards for intuitive remote monitoring and secure communication with connected devices. Industrial Reliability: Built with industrial certifications and backed by Finder’s expertise in electronic devices. Easy Installation: Designed for simple DIN rail installation. Application Examples Chemical Manufacturing Control: Precisely regulate temperature, pressure, and reactant concentrations in processes like mixing, reaction control, and polymerisation. Utilise the STM32H7 microcontroller and Arduino Opta's connectivity for process control and data logging, with remote monitoring...

The Arduino Portenta Proto Kit VE integrates multiple Arduino Pro products, providing a comprehensive solution for developing functional prototypes that leverage advanced image processing and edge AI capabilities. Ideal for applications such as smart quality inspection, automated object detection and industrial vision systems, the kit enables real-time data collection and processing. With robust connectivity options, including seamless Cloud integration via the Arduino Pro 4G Module. It accelerates the transition from concept to deployment, enhancing efficiency and innovation in vision-based automation. Accelerated innovation Seamless integration Flexibility and scalability Comprehensive Toolkit

Enhance your Arduino Opta® micro PLC with Arduino Opta® Digital Expansions, adding 16 programmable inputs for digital sensors and 8 additional relays for machine operation. Developed in partnership with Finder®, a leading relay manufacturer, these expansions enable professionals to scale up industrial and building automation projects seamlessly within the Arduino ecosystem. Available in two variants: Opta Ext D1608E (Electromechanical Relays) and Opta Ext D1608S (Solid State Relays). This variant is Opta Ext D1608E (with Electromechanical Relays). Key Benefits Expanded Capabilities: Adds 16 programmable inputs and 8 relays to your Opta® micro PLC. Professional-Grade: Developed with Finder® for reliable industrial performance. Scalable Automation: Perfect for scaling up industrial and building automation projects. Versatile Options: Choose between Electromechanical (D1608E) and Solid State (D1608S) relay variants. Arduino Ecosystem Integration: Seamlessly integrates with Arduino hardware and software. Application Examples Automated Production Line Management: Control the flow of goods in manufacturing with integrated load cells or vision systems. Quality Control: Automatically discard faulty parts and ensure correct quantities in packaging. Enhanced Interaction: Interface with production line printers and add timestamp information via Network Time Protocol (NTP). Local and Remote Visualisation: Display production data locally via an HMI or remotely through the Arduino Cloud. Bluetooth® Connectivity: Connect via Bluetooth® Low Energy for convenient data access. Custom Dashboards: Use Arduino Cloud or other major providers to create tailored dashboards for monitoring. Machine Learning Integration: Deploy ML algorithms to detect deviations in processes. Prevent Equipment Damage: Activate or deactivate processes to protect equipment from potential damage. Specifications Supply Voltage: 12...24 V Antipolarity protection: Yes Overvoltage protection: Yes (+20%) Inputs: 1...

Enhance your home automation and building management projects with the compact and powerful Arduino Nano Matter. Featuring the high-performance MGM240S microcontroller from Silicon Labs, this board brings the advanced Matter standard for IoT connectivity to both hobbyists and professionals. Its compact size (18 mm x 45 mm) is ideal for projects demanding energy efficiency and versatile connectivity options like Bluetooth® Low Energy and OpenThread. Seamlessly interface with any Matter® compatible devices and leverage the extensive Arduino ecosystem to elevate your device connectivity and project capabilities. Key Features Seamless IoT Connectivity: Integrates the Matter standard, making complex technology accessible. Powerful Performance: Driven by the MGM240S multi-protocol wireless module from Silicon Labs. Compact Design: Measures just 18 mm x 45 mm, perfect for space-constrained projects. Versatile Connectivity: Supports Bluetooth® Low Energy and OpenThread. User-Friendly: Equipped with peripherals like a push button and an RGB LED. Application Examples Voice-Controlled Home Automation: Integrate with voice assistants like Amazon Alexa or Google Assistant to control lights, thermostats, and switches with voice commands. Smart Lighting: Automate lighting based on occupancy, time of day, or ambient light levels for energy savings and optimal lighting conditions. Automated Shades: Adjust motorised shades based on sunlight exposure, occupancy, or specific times to enhance ambiance and energy efficiency. Home Health Monitoring: Connect with environmental sensors to monitor indoor conditions and maintain a healthy living environment. HVAC Control and Monitoring: Connect and control HVAC systems across building zones for optimal comfort and energy efficiency. Energy Management: Monitor and manage energy consumption through smart meters and appliances, implementing automatic energy-saving measures. Occupancy Sensing: Use Matter-enabled sensors for insights into build...

The Arduino Pro 4G Module Antennas Kit includes three antennas two cellular antennas suitable for 4G/3G/2G applications and one active GNSS L1 ceramic antenna suitable for geolocalization and asset tracking applications. The cellular antennas feature integrated cables and connectors designed for easy mounting on the 4G Modules, ensuring ground plane independence. In addition to supporting 4G/LTE applications, these antennas are compatible with worldwide 3G/2G frequency bands, making them ideal for a wide range of IoT projects. The GNSS antenna features an integrated LNA with a 16 dB gain. It is specifically designed to be compatible with the Arduino Pro 4G Module GNSS L1 radio technology. Frequency bands MHz 698 to 960 1700 to 2700 for cellular antennas Technology LTE 4G Connector Type IPEX I for cellular antennas Frequency bands MHz 1575 to 1602 for GNSS antenna Technology GNSS L1 active Connector Type IPEX MHF I for GNSS antenna Applications Fleet management Navigation RTK Various asset tracking purposes

The DFRobot Arduino zero to hero E-learning kit comes complete with an online course. DFRduino UNO R3 Microcontroller is used