SUTO S520
Portable Dew Point Meter
DEW POINT PREDICTION
The S520 offers a unique dew point end value prediction algorithm as a built-in technology.
Based on the dew point measurement curve our algorithm is able to predict the end value before actually reaching the end value.
This feature enables the user to predict the dew point end value in a minimum amount of time. It helps on-site engineers to save time and to perform faster dew point audits.
Dew point end value prediction is a part of the smart features. With the smart features option, users also get a 5 Megapixel camera and the snapshot function for quick measurement logging.
The S520 offers a unique dew point end value prediction algorithm as a built-in technology.
Based on the dew point measurement curve our algorithm is able to predict the end value before actually reaching the end value.
This feature enables the user to predict the dew point end value in a minimum amount of time. It helps on-site engineers to save time and to perform faster dew point audits.
Dew point end value prediction is a part of the smart features. With the smart features option, users also get a 5 Megapixel camera and the snapshot function for quick measurement logging.
Features
• Measures dew point, temperature and pressure in one device
• Sensor selection according to your needs:
-100 ... +20 °C Td with pressure sensor as standard version
-50 ... +50 °C Td without pressure sensor as economic version
• Easy to use, but powerful performance
• Optional smart features: End value prediction, camera and measurement snapshot
• Wireless printer for on-site reporting, perfect for audits
• Unique Measuring chamber with parking function as standard included
• Sensor selection according to your needs:
-100 ... +20 °C Td with pressure sensor as standard version
-50 ... +50 °C Td without pressure sensor as economic version
• Easy to use, but powerful performance
• Optional smart features: End value prediction, camera and measurement snapshot
• Wireless printer for on-site reporting, perfect for audits
• Unique Measuring chamber with parking function as standard included
Specification
Measuring range:
Standard: -100 ... +20 °C Td
Economic: -50 ... +50 °C Td
Pressure*：0 1.5 MPa(g)
Temperature：-30 +50 °C
Accuracy:
Dew point:+/- 1 °C Td (0 ... 20 °C Td)
+/- 2 °C Td (-60 ... 0 °C Td / +20 ... +50 °C Td)
+/- 3 °C Td (-100 ... -60 °C Td)
Measured units(selectable):
°C Td • g/m³ • mg/m³ • g/m³atm (@zero pressure) • mg/m³atm (@zero pressure) • ppmv • g/kg (@ reference pressure) •°C Tdatm (@ zero pressure) • % RH
Standard: -100 ... +20 °C Td
Economic: -50 ... +50 °C Td
Pressure*：0 1.5 MPa(g)
Temperature：-30 +50 °C
Accuracy:
Dew point:+/- 1 °C Td (0 ... 20 °C Td)
+/- 2 °C Td (-60 ... 0 °C Td / +20 ... +50 °C Td)
+/- 3 °C Td (-100 ... -60 °C Td)
Measured units(selectable):
°C Td • g/m³ • mg/m³ • g/m³atm (@zero pressure) • mg/m³atm (@zero pressure) • ppmv • g/kg (@ reference pressure) •°C Tdatm (@ zero pressure) • % RH
Other
Why should you focus on your ISO 8573-1 specifications?
The ISO 8573-1 defines the compressed air purity classes for particulates in a compressed air system by providing the limit values for each channel. Certain industries like the pharmaceutical and food industry requires high-quality compressed air. By meeting the ISO 8573-1 standard requirements you can:
1. Ensure Process and Product Safety:
Potential incidents, like contaminants meeting food via water and oil, can create safety concerns and unreliable processes.
2. Avoid Production Failures and Poor Quality Finishes:
Contaminants mixing with applications effect product results.
3. Prevent production downtime:
Processes and machines are stopped to find and eliminate the contamination issues.
The ISO 8573-1 defines the compressed air purity classes for particulates in a compressed air system by providing the limit values for each channel. Certain industries like the pharmaceutical and food industry requires high-quality compressed air. By meeting the ISO 8573-1 standard requirements you can:
1. Ensure Process and Product Safety:
Potential incidents, like contaminants meeting food via water and oil, can create safety concerns and unreliable processes.
2. Avoid Production Failures and Poor Quality Finishes:
Contaminants mixing with applications effect product results.
3. Prevent production downtime:
Processes and machines are stopped to find and eliminate the contamination issues.
