Applications S605 Portable Breathing Air Quality Analyzer By connecting a 4G/LTE modem to the designated USB port, S605 can be monitored remotely through S4A software. Operators of breathing air systems are required to fill respiratory air in line with international standards such as EN 12021 or CFR 1910.134(d). Potential hazards due to impurities in the breathing air can have consequences which endanger health or which are even life-threatening. Regular checks with the Breathing Air Quality Analyzer S605 is an indispensable part for a safe operation. Remote Connection H2O CO CO2 OIL O2 Humidity Measurement Carbon Monoxide Measurement Carbon Dioxide Measurement Oil Vapor Measurement Oxygen Measurement High humidity can cause corrosion and in severe cases lead to bursting air containers. In cold environment, it can freeze and block the air supply. The integrated dew point sensor is crucial to check the proper water removal of the dryers and filters. The compressor intake air may be contaminated with CO due to nearby combustion engines or heating systems. Carbon monoxide is a toxic and life-threatening gas which will be monitored accurately by an electrochemical sensor. The intake air may also be exposed to increased concentration of carbon dioxide. Filter material used in compressed air can adsorb, but also release CO2. The gas is measured by the NDIR sensor to avoid extreme concentrations above 1000 ppm. Atmospheric oil vapor contained in industrial air environment can get into the system through the compressor intake. Compressed into the breathing air, the oil contaminants can cause health issues. The state-of-the-art sensor technology detects the oil contaminants immediately. For safety reasons, it is recommended to measure the oxygen level in the breathing air. The optical oxygen sensor monitors the O2 content and indicates deviations from the standard concentration. 7 in 1 Measurement Device Pressure Measurement Integrated Data Logger The pressure sensor provides additional pressure data about the compressed air system using state of the art sensor technology. The integrated data logger records all channels in parallel for later analysis. The 5’’ touchscreen allows you to interact with the device on site. There is no need for a PC to manage the device. 40 % Remaining Time: 4 hour Remaining Power: 27 W Create Breathing Air Quality Reports The S605 enables users to create powerful PDF reports directly on site. Customer related data as well as service provider details can be entered on-screen, making it even easier to perform audits and to create meaningful reports. PDF reports can be created from any recordings on the device and are copied on the fly to a connected USB drive for direct print-outs. Breathing Air Quality Report S605 Portable Breathing Air Analyzer Measurement device Model: S605-I Manufacturer: SUTO iTEC Last calibration: *A 22. June.2022 Serial number: 6892 5378 Location Information Service provider Customer: Customer GmbH Company: SUTO iTEC GmbH Tester name: Max Mustermann Phone: 0049 7634 504 88 00 Measurement Location: Prod. Line 1 Email: info@suto-itec.com Measurement Point: Machine 1 Measurement results System / Measurement conditions Measurement information Medium Temperature [°C]: 31.0 Measurement started: 11:52:00 12. August 2022 Medium Pressure [bar]: 5.62 Measurement stopped: 13:26:00 12. August 2022 Measurement duration: 01:34:00 Declared content of O2 in % Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≥ 20 20.8 passed Declared content of CO2 in ppm Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≤ 500 117 passed Declared content of CO in ppm Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≤ 5 2 passed Declared content of H2O in mg/m3 Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa < 25 16 passed Declared content of Oil vapour in mg/m3 Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≤ 0.5 0.005 passed Measurement equipment O2 Sensor: Optical Oxygen sensor Accuracy: ±(0.05% O2 + 1% o.R.) Range:0 … 25% CO2 Sensor: NDIR sensor Accuracy:±(1ppm CO + 5% o.R.) Range:0 … 1000 ppm CO Sensor: Electrochemical sensor Accuracy:±(1ppm CO + 5% o.R.) Range:0 … 20 ppm Dew Point: Polymer + QCM sensor Accuracy: +/- 2 °C Td Range:-100 … +20 °C Td / 0 … 17458.6 mg/m³ Oil vapour: PID Sensor Accuracy: +/- 5% of reading +/- 0.003 mg/m3 Range: 0.001… 5.000 mg/m3 Approval Signature Tester: __________________ Signature Customer: __________________ Place / Date: __________________ Notes / Comments: *A: For further details, please check the calibration certificate. Breathing Air Quality Report S605 Portable Breathing Air Analyzer Measurement device Model: S605-I Manufacturer: SUTO iTEC Last calibration: *A 22. June.2022 Serial number: 6892 5378 Location Information Service provider Customer: Customer GmbH Company: SUTO iTEC GmbH Tester name: Max Mustermann Phone: 0049 7634 504 88 00 Measurement Location: Prod. Line 1 Email: info@suto-itec.com Measurement Point: Machine 1 Measurement results System / Measurement conditions Measurement information Medium Temperature [°C]: 31.0 Measurement started: 11:52:00 12. August 2022 Medium Pressure [bar]: 5.62 Measurement stopped: 13:26:00 12. August 2022 Measurement duration: 01:34:00 Declared content of O2 in % Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≥ 20 20.8 passed Declared content of CO2 in ppm Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≤ 500 117 passed Declared content of CO in ppm Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≤ 5 2 passed Declared content of H2O in mg/m3 Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa < 25 16 passed Declared content of Oil vapour in mg/m3 Reference condition Limit value (according EN 12021) Measured value Evaluation (according EN 12021) 20°C; 101.3 kPa ≤ 0.5 0.005 passed Measurement equipment O2 Sensor: Optical Oxygen sensor Accuracy: ±(0.05% O2 + 1% o.R.) Range:0 … 25% CO2 Sensor: NDIR sensor Accuracy:±(1ppm CO + 5% o.R.) Range:0 … 1000 ppm CO Sensor: Electrochemical sensor Accuracy:±(1ppm CO + 5% o.R.) Range:0 … 20 ppm Dew Point: Polymer + QCM sensor Accuracy: +/- 2 °C Td Range:-100 … +20 °C Td / 0 … 17458.6 mg/m³ Oil vapour: PID Sensor Accuracy: +/- 5% of reading +/- 0.003 mg/m3 Range: 0.001… 5.000 mg/m3 Approval Signature Tester: __________________ Signature Customer: __________________ Place / Date: __________________ Notes / Comments: 3/6
RkJQdWJsaXNoZXIy MjgzNzA=