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Keyes

KE4032 Keyes DIY Electronic Brick GUVA-S12SD UV Sensor

KE4032 Keyes DIY Electronic Brick GUVA-S12SD UV Sensor

SKU:E31010-001

Regular price $7.10 AUD
Regular price Sale price $7.10 AUD
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1. Introduction 

The Keyes 2021 new DIY electronic building block GUVA-S12SD ultraviolet sensor module is a high-sensitivity UV (ultraviolet) sensor capable of detecting the intensity of ultraviolet radiation in the environment. Suitable for sunlight intensity monitoring and lighting system adjustment, it is ideal for outdoor and smart home applications.

2. Features 

  • Environmentally friendly materials : The modules are made of black environmentally friendly materials that meet modern safety standards.

  • High sensitivity : It can accurately measure UV radiation and provide real-time feedback.

  • Anti-reverse insertion interface : Equipped with green anti-reverse insertion terminals to provide a stable connection.

  • Wide compatibility : Compatible with various control boards such as Arduino and Raspberry Pi, making it convenient for various project applications.

  • Easy to install : Simplified wiring design, suitable for beginners and DIY projects.

3. Specifications 

parameter

describe

model

KE4032

Sensor type

GUVA-S12SD Ultraviolet Sensor

Wire length

200mm

Operating voltage

DC 3.3V to 5V

Interface type

Anti-reverse interface with a spacing of 2.54mm

Response wavelength

240-370nm

Power consumption

Approximately 20mA (when operating at 5V)

4. Working Principle 

The GUVA-S12SD ultraviolet sensor measures the ultraviolet intensity per unit area and outputs a corresponding voltage signal. Its workflow is as follows:

  • Power connection : Connect to the power supply via VCC and GND, supporting DC 3.3V to 5V.

  • Signal output : The sensor's output voltage changes with the intensity of ultraviolet light, outputting an analog signal.

5. Foot position description 

Pin Name

describe

VCC

Connect to the positive power supply; supports DC 3.3V to 5V.

GND

negative power connection

S

The analog output signal represents the change in ultraviolet radiation intensity.