3/5 S120 Oil Vapor Monitor The S120 Oil Vapor Monitor includes a Guided Measurement feature that simplifies the process of monitoring and reporting oil vapor levels in compressed air systems. This intuitive feature guides users step-by-step through the measurement process, allowing them to generate and export detailed compressed air purity reports, available as a PDF file, without the need for external software. The reports comply with ISO 8573-1 reporting guidelines, the international standard for air quality classification, ensuring that your compressed air system meets the required purity levels for your applications. With the S120, maintaining air quality standards is efficient, accurate and straightforward. Compressed Air Purity Reports A cosmetic skincare manufacturer faced challenges meeting new air quality standards due to oil vapor contamination from their aging compressor system. Using the SUTO S120 Oil Vapor Monitor, an air quality audit revealed the issue, leading to filtration upgrades. Further monitoring identified persistent contamination in the piping, prompting the installation of additional point-of-use filters. These measures successfully reduced oil vapor levels, ensuring compliance with regulations and maintaining product quality Use Case in the Cosmetic Production Industry The oil vapor monitoring system is equipped with the latest photoionization detector (PID) with automatic zero point calibration and offers a measuring range in accordance with ISO 8573-1 Class 1 to Class 4 with high precision and an accuracy of 5% of the reading ± 0.003 mg/m³. Oil Vapor Measurement Pressure Measurement The pressure measurement system utilizes state-of-the-art sensor technology to provide additional quality data about the compressed air system. Data Logger and Guided Measurement The integrated data logger records all channels in parallel for later analysis, enabling guided measurements and comprehensive data assessment. Advanced multiple sensor technology enables large measurement ranges, ensuring long-term stability with wellproven methods, and delivers high precision with an accuracy of ±2°C Td. Dew Point Measurement (Optional)
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