DFROBOT

Fermion: BMV080 - A Small Fanless Air Quality Sensor (PM1, PM2.5, and PM10)

Name: Fermion: BMV080 - A Small Fanless Air Quality Sensor (PM1, PM2.5, and PM10)
Brand: DFROBOT
SKU: 0728bcb71310fab9eacba84b881ed124
Price: 35.46 GBP
Availability: InStock

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Description

Amazon Fanless Architecture: Conventional particulate matter detectors rely on built-in fans to draw in air samples, a design that inevitably leads to dust accumulation on optical components, audible noise, and a reduced lifespan of typically 1-2 years. The Fermion BMV080 employs a physics-based optical counting method that measures freely diffusing particles directly. This fanless approach ensures completely silent operation and significantly enhances reliability, extending the operational service life to over a decade while removing the maintenance burden associated with mechanical air ducts. Unmatched Compactness for IoT Integration: With a physical volume over 450 times smaller than standard comparable devices, this environmental sensing component redefines the possibilities for embedded design. The compact breakout board exposes all necessary pins, supporting both I2C and SPI communication protocols for flexible system architecture. Despite the diminutive size, full native functionality of the Bosch sensor is retained, ensuring that developers do not have to compromise on performance to achieve a small form factor. Precision Multi-Parameter Monitoring: Data reliability is paramount in air quality analysis. The laser scattering technology embedded within this air quality monitoring module ensures stable and consistent measurement across a broad range of 0-1000μg/m³. It provides real-time data on PM1, PM2.5, and PM10 concentrations simultaneously. This multi-parameter capability allows for a comprehensive analysis of air quality conditions, from daily indoor environments to severe pollution scenarios, with a high resolution of 1 μg/m³. Ultra-Low Power Consumption: Designed with portable and battery-operated systems in mind, the unit excels in energy efficiency. The advanced power management of the core chip allows for a sleep current as low as 6μA. This specification is critical for continuous monitoring applications where battery life is a primary constraint, such as wearable environmental trackers or remote, solar-powered sensing stations.

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£ 35.46

Description (1)

Fanless Architecture: Conventional particulate matter detectors rely on built-in fans to draw in air samples, a design that inevitably leads to dust accumulation on optical components, audible noise, and a reduced lifespan of typically 1-2 years. The Fermion BMV080 employs a physics-based optical counting method that measures freely diffusing particles directly. This fanless approach ensures completely silent operation and significantly enhances reliability, extending the operational service life to over a decade while removing the maintenance burden associated with mechanical air ducts. Unmatched Compactness for IoT Integration: With a physical volume over 450 times smaller than standard comparable devices, this environmental sensing component redefines the possibilities for embedded design. The compact breakout board exposes all necessary pins, supporting both I2C and SPI communication protocols for flexible system architecture. Despite the diminutive size, full native functionality of the Bosch sensor is retained, ensuring that developers do not have to compromise on performance to achieve a small form factor. Precision Multi-Parameter Monitoring: Data reliability is paramount in air quality analysis. The laser scattering technology embedded within this air quality monitoring module ensures stable and consistent measurement across a broad range of 0-1000μg/m³. It provides real-time data on PM1, PM2.5, and PM10 concentrations simultaneously. This multi-parameter capability allows for a comprehensive analysis of air quality conditions, from daily indoor environments to severe pollution scenarios, with a high resolution of 1 μg/m³. Ultra-Low Power Consumption: Designed with portable and battery-operated systems in mind, the unit excels in energy efficiency. The advanced power management of the core chip allows for a sleep current as low as 6μA. This specification is critical for continuous monitoring applications where battery life is a primary constraint, such as wearable environmental trackers or remote, solar-powered sensing stations.