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6 Pack BMP280 Atmospheric Pressure Sensor Modules, 3.3V I2CSPI Barometric Sensors Compatible with Arduino
KES 1897
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Delivering industry-grade measurements: atmospheric pressure from 300–1100 hPa with ±1 hPa accuracy, and temperature from −40 °C to 85 °C with ±1 °C resolution.
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Product Details
| Item Weight | 0.5 lbs (230 grams) |
Who Should Buy?
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Arduino Enthusiasts
Ideal for hobbyists and developers looking to integrate atmospheric pressure sensors into Arduino projects easily.
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Weather Station Builders
Perfect for anyone constructing DIY weather stations to monitor atmospheric conditions and gather environmental data.
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STEM Educators
Useful for teachers incorporating hands-on projects involving environmental sciences and electronics in educational curricula.
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Beginners
Not suitable for those unfamiliar with electronics or programming, as it requires basic knowledge to operate effectively.
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Non-Arduino Users
Incompatible with platforms or microcontrollers other than Arduino, limiting use for users of alternative hardware.
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High-Precision Needs
May not meet the standards required for professional applications needing higher accuracy or reliability than offered.
Product Description
6 Pack BMP280 Atmospheric Pressure Sensor Modules, 3.3V I2CSPI Barometric Sensors Compatible with Arduino
Customer Questions & Answers
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Question:
What is the BME280 atmospheric pressure sensor used for?
Answer: The BME280 sensor measures atmospheric pressure, humidity, and temperature, making it ideal for weather stations, environmental monitoring, and smart home applications. Its high accuracy and reliability allow users to collect precise data, which can help in making informed decisions for projects that require environmental sensing. For example, in a DIY weather station project, the BME280 can provide real-time data to track weather changes. -
Question:
Are the BME280 modules compatible with Arduino?
Answer: Yes, the 6PCS 3.3V Sensor Modules for BME280 are designed to be fully compatible with Arduino platforms. With I2C and SPI communication protocols, these modules can be easily integrated into various Arduino projects, enabling users to harness their full potential. This compatibility provides flexibility, allowing makers and developers to create custom applications such as IoT devices or automated climate control systems. -
Question:
How can the BME280 sensor be connected to an Arduino?
Answer: To connect the BME280 sensor to an Arduino, you’ll need to use the I2C or SPI interface, which simplifies wiring and communication. Typically, connect the sensor's SDA and SCL pins to the Arduino's corresponding pins for I2C. For SPI, connect MISO, MOSI, SCK, and CS pins. This straightforward setup allows you to begin programming in the Arduino IDE right away to read the sensor data, great for projects involving weather monitoring or environmental data logging. -
Question:
What are the power requirements for the BME280 sensor?
Answer: The BME280 sensor operates at 3.3V, making it power-efficient for battery-operated projects. This low operating voltage is crucial for embedded systems and portable weather stations, ensuring minimal power consumption while delivering effective performance. By using this sensor in battery-powered applications, developers can create long-lasting devices without worrying about frequent battery changes. -
Question:
Can I use the BME280 sensor for high-altitude applications?
Answer: Absolutely! The BME280 sensor is well-suited for high-altitude applications due to its ability to measure barometric pressure accurately even at low pressure conditions. This capability is useful for drone enthusiasts monitoring altitude, or in scientific research exploring atmospheric changes. Using the BME280 in these scenarios can enhance the understanding of environmental factors at varying heights. -
Question:
What types of projects can I create with the BME280 sensor?
Answer: The BME280 sensor module is versatile and can be used in a variety of projects such as weather stations, HVAC systems, indoor environmental monitoring, and even wearable technology. For instance, in a smart greenhouse project, combining the BME280 with an Arduino allows you to create a system that can automatically adjust ventilation based on temperature and humidity levels, optimizing plant growth. -
Question:
What software libraries are recommended for using the BME280 sensor?
Answer: For seamless integration of the BME280 sensor with Arduino, libraries such as Adafruit's BME280 library or the SparkFun BME280 library are highly recommended. These libraries provide ready-made functions to easily access sensor data without extensive coding, streamlining the development process. This is particularly beneficial for beginners who want to quickly set up their projects and start experimenting with environmental data collection. -
Question:
How accurate is the BME280 sensor?
Answer: The BME280 sensor boasts high accuracy, with pressure measurements accurate to ±1 hPa and temperature within ±1 °C. This makes it suitable for both hobbyist projects and critical applications like meteorological studies. For example, if you're creating a weather balloon monitoring system, precision is key in ensuring the data collected is reliable, and the BME280 excels in providing that level of detail. -
Question:
Can multiple BME280 sensors be used in the same project?
Answer: Yes, multiple BME280 sensors can be used within the same project, especially when utilizing the I2C protocol. Each sensor can have a different address assigned, allowing you to interface with them simultaneously. This feature is handy in complex setups, such as multi-point environmental monitoring systems, where you wish to capture data from different locations and conditions within a single framework. -
Question:
Where can I buy the 6PCS 3.3V Sensor Module for BME280 Atmospheric Pressure Sensors in Kenya?
Answer: You can purchase the 6PCS 3.3V Sensor Module for BME280 Atmospheric Pressure Sensors from Ubuy. They offer a reliable platform with various shipping options to meet your needs. Ubuy provides a straightforward shopping experience, allowing you to focus on your projects while conveniently acquiring the necessary sensor modules.
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KES 1897
Order now and get it around Tuesday, July 21
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Features & Benefits
- High-precision atmospheric pressure and temperature sensing module.
- Measures barometric pressure (300–1100 hPa) with ±1 hPa accuracy.
- Temperature sensing from -40 °C to 85 °C with ±1 °C resolution.
- Easy plug-and-play integration with Arduino, Raspberry Pi, and ESP32.
- Compact design (32 x 14 x 7.3 mm) ideal for various applications.
- Factory-calibrated with responsive technical support.
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