Board sensor ALLNET ALL-D-14

The ALLNET ALL-D-14 board sensor is a compact module developed for Arduino-compatible projects. Weighing approximately 25 g, this sensor board provides a small, lightweight form factor that facilitates integration into prototypes, hobby projects and embedded systems. It is intended to connect directly to Arduino development boards and compatible microcontroller platforms, enabling developers to add sensor functionality without extensive wiring or additional adapter modules.

Advantages

The board sensor offers a compact design and low weight, which simplifies mounting in tight spaces and mobile applications. Its compatibility with Arduino-style platforms reduces setup time and allows straightforward connection to common headers and power supplies. The module delivers reliable, repeatable sensor readings suitable for development, testing and educational use, while its simple mechanical and electrical interface supports rapid prototyping.

Suitable for

• Arduino prototyping and educational projects
• Embedded systems and small robotics applications
• Mobile and battery-powered devices requiring lightweight sensors
• Sensor integration and proof-of-concept development

Key specifications

• Lightweight board design (~25 g) for easy integration
• Form factor compatible with Arduino-style headers and wiring
• Standard operating voltage compatible with common microcontroller boards
• Reliable sensor output suitable for development and testing environments

How to use

Connect the ALLNET ALL-D-14 to an Arduino or compatible microcontroller by aligning the board’s pins with the corresponding headers or using jumper wires. Supply the module with the appropriate operating voltage from the host board and configure any required input/output pins in the microcontroller code. Read sensor data via the assigned analog or digital input, and process readings in your sketch or firmware to integrate the sensor measurements into control logic, data logging or display routines.

Usage recommendations

For stable readings, mount the sensor on a firm surface, avoid sources of electrical noise near signal lines, and provide a consistent power supply. Test sensor responses in controlled conditions before deploying in a final design and consult Arduino documentation for best practices when interfacing with microcontroller inputs.