Arduino Sensor Shield V5 0 Manual

Dedicated headers for I2C, UART (Bluetooth), and SPI communication.

Unlike generic 3‑pin headers, the shield groups several servo‑style connectors together, often labelled with numbers such as 0, 1, 2, … up to 13. Each of these is a direct extension of a digital pin (0 through 13). This arrangement is particularly tidy for multi‑servo projects like robot arms or walking robots, because you simply plug the servo’s signal, power, and ground wires straight into the matching header.

Locate any two adjacent digital SVG rows (e.g., and D12 ). Connect the VCC pin of the sensor to the V pin of D11. Connect the GND pin of the sensor to the G pin of D11. Connect the Trig pin of the sensor to the S pin of D11. Connect the Echo pin of the sensor to the S pin of D12. Example 2: Connecting a SG90 Micro Servo arduino sensor shield v5 0 manual

A dual-row header designed specifically for APC220 radio frequency modules.

Servo myServo; int servoPin = 9;

If your project is not behaving as expected while using the Sensor Shield V5.0, check the following common failure modes:

Because the shield is purely hardware, no special library is required. Standard Arduino code works perfectly. The benefit is in the organization of pins. Dedicated headers for I2C, UART (Bluetooth), and SPI

The shield’s reset button physically presses the Arduino’s reset button. If you stack an LCD shield on top, the button might get stuck. Fix: Use extended stackable headers (female to male) to create a gap.

Modules like the HC-SR04 often have 4 pins (VCC, Trig, Echo, GND). Connect the GND pin of the sensor to the G pin of D11