Fine Dust (PM2.5) And its effect on learning environments Fine Dust (PM2.5) Micro-particulates can travel into children’s lungs, triggering health problems that also impact on attendance and performance. The Learnometer can measure from 0 to 1,000μg/m³ ±15μg/m³ or 15%...
Chemicals (TVOCs) And their effect on learning environments Chemicals (TVOCs) Beyond the impact on wellbeing, research confirms that airborne pollution significantly damages learners’ academic progress. Volatile Organic Compounds, otherwise known as VOCs are a...
Noise levels And their effect on learning environments Ambient Noise (dBA) Noisy rooms obstruct children’s ability to concentrate and perform, wherever they are. The Learnometer has an ambient noise sensor measuring between 40 abd 95dB, A-weighted, slow-response....
Lighting And its effect on learning environments Light levels Children learn less well when light levels are low, and behaviour also suffers. There is an equity issue too, when light levels are uneven across a room. The Learnometer will measure light levels between 0...
Carbon Dioxide And its effect on learning environments CO2 Exposure to excessive indoor carbon dioxide will impair learning, engagement and performance. The damaging levels are surprisingly low. The Learnometer sensor can detect levels between 400-5,000ppm ±75ppm or...
Learnometer
£350.00 Ex VAT
