Sensors Kit

Out of Stock

Price: KSH 5000.00

Introduction to the 37 Sensors Kit

The **37 Sensors Kit** is an ideal kit for electronics enthusiasts, hobbyists, and students looking to learn about different sensors and their applications. This kit contains a wide variety of sensors that can be easily interfaced with microcontrollers like Arduino, Raspberry Pi, or ESP32. The sensors in the kit are designed for various purposes such as temperature sensing, motion detection, light sensing, and more, enabling you to build a wide range of projects.

List of Sensors in the Kit

The 37 Sensors Kit includes a variety of sensors. Below is a list of sensors available in the kit along with a brief description of each:

1. Temperature and Humidity Sensor (DHT11)

Measures temperature and humidity in the air. Useful for weather stations and climate control systems.
2. Ultrasonic Distance Sensor (HC-SR04)

Used for measuring distances using ultrasonic waves. Ideal for projects involving object detection and range measurement.
3. Motion Sensor (PIR)

Detects motion in a specified area. Commonly used for security systems and occupancy sensing.
4. Light Sensor (LDR)

Detects the intensity of light. Can be used in projects that require automatic lighting control based on ambient light.
5. Gas Sensor (MQ2)

Detects the presence of various gases such as smoke, propane, and methane. Ideal for gas leakage detection.
6. Soil Moisture Sensor

Measures the moisture level in soil. Useful for automatic watering systems in gardening and agriculture projects.
7. Flame Sensor

Detects the presence of a flame. Used in fire safety systems and automatic fire alarms.
8. Heartbeat Sensor

Monitors the pulse rate. Used in health-related projects, such as fitness monitoring systems.

How the Sensors Work

Each sensor in the 37 Sensors Kit is designed to interact with microcontrollers via standard communication protocols like digital pins, analog pins, and I2C. Depending on the sensor type, you may need to interface with it using specific libraries in Arduino or other platforms. The sensors either output digital or analog signals that can be processed by the microcontroller to take actions based on sensor readings, such as controlling LEDs, motors, or other components.