SUTO S130/132
Laser Particle Counter
S130 ECO (0.3 < d ≤ 5.0 µm)
S132 PRO (0.1 < d ≤ 5.0 µm)
The SUTO S130 / S132 Laser Particle Counters are optimized for 24/7 compressed air quality monitoring. Unlike its competition, the SUTO laser particle counters are coming with integrated pressure diffusers to reduce the line pressure inside the instrument. Users are enabled to use the laser particle counters directly at the compressed air system, without installing pressure reducers and therefore being in compliance with the ISO 8573-4 standard.
Applications:
Particle free compressed air is not an easy task to be achieved. Monitoring is a must in many industries and applications to avoid contamination in products and health risks for humans.
• Medical air
• Pharmaceuticals
• Breathable air for rescue workers and divers
• Food and beverage
• Semiconductor fabs
• Conveyance of hygroscopic food
• High tech processes
S132 PRO (0.1 < d ≤ 5.0 µm)
The SUTO S130 / S132 Laser Particle Counters are optimized for 24/7 compressed air quality monitoring. Unlike its competition, the SUTO laser particle counters are coming with integrated pressure diffusers to reduce the line pressure inside the instrument. Users are enabled to use the laser particle counters directly at the compressed air system, without installing pressure reducers and therefore being in compliance with the ISO 8573-4 standard.
Applications:
Particle free compressed air is not an easy task to be achieved. Monitoring is a must in many industries and applications to avoid contamination in products and health risks for humans.
• Medical air
• Pharmaceuticals
• Breathable air for rescue workers and divers
• Food and beverage
• Semiconductor fabs
• Conveyance of hygroscopic food
• High tech processes
Features
• Accurate compressed air quality measurements and monitoring with particle size ranges:
0.1 < d ≤ 0.5 µm / 0.5 < d ≤ 1.0 µm / 1.0 < d ≤ 5.0 µm / d > 5.0 µm
• Classify the compressed air systems according to ISO 8573-1 while being in compliance with the ISO 8573-4
• Easy connection to compressed air system through a 6 mm hose with quick connectors
• Integrated pressure diffuser suitable for inlet pressure ranges of 3 ... 15 bar(g)
• Optional 5” touch screen integrated for live data readings and data logging functions
• Designed to be used in stationary monitoring solutions, as well as in portable audit measurements
0.1 < d ≤ 0.5 µm / 0.5 < d ≤ 1.0 µm / 1.0 < d ≤ 5.0 µm / d > 5.0 µm
• Classify the compressed air systems according to ISO 8573-1 while being in compliance with the ISO 8573-4
• Easy connection to compressed air system through a 6 mm hose with quick connectors
• Integrated pressure diffuser suitable for inlet pressure ranges of 3 ... 15 bar(g)
• Optional 5” touch screen integrated for live data readings and data logging functions
• Designed to be used in stationary monitoring solutions, as well as in portable audit measurements
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.
