Measurement Technology for Compressed Air and Industrial Gases
Your overview of our measuring and monitoring solutions – with expert guidance
SUTO iTEC products help leading companies worldwide measure and monitor compressed air systems and industrial gases. Almost all of our instruments are developed and manufactured in-house, combining German precision with Asian innovation to deliver state-of-the-art technology at attractive conditions.
On this page you will find our solutions for flow, volume flow, mass flow, consumption, dew point, humidity, temperature, oil content, particles, leakage, performance and more. If you do not see what you need, we will be happy to advise you personally.
Our Product Categories
Eight product groups, from a single measuring point to networked monitoring.
Flow Meters for Compressed Air & Gases
Dew Point Meters for Compressed Air & Gases
Compressed Air Quality Instruments
Flow Meters for Liquids & Steam
Displays, Data Loggers & IoT
Sensors & Accessories
Comprehensive Solutions For Compressed Air and Gas Monitoring
SUTO iTEC offers a comprehensive range of monitoring solutions tailored to the needs of different industries. Our product portfolio includes flow meters for accurate flow measurement, dew point meters for humidity control and compressed air quality meters for ISO 8573-1 compliance.
In addition, our data loggers enable continuous monitoring, while our monitoring software enables centralized data analysis and reporting.
With these integrated solutions, SUTO iTEC enables companies to optimize processes, ensure reliability and meet the stringent requirements of modern industries.
Generation
Compressors compress ambient air. This is where most of the cost arises, because over the lifetime of a compressor electricity is by far the largest item.
Measuring points
- Active power and energy consumption of the compressor
- Wet air volume flow directly after the compressor
- Pressure and temperature at the outlet
Your benefitDetermine the specific power in kW per m³/min, compare compressors and derive load profiles for control.
Treatment
Dryers and filters make the air dry and clean. If a dryer fails or a filter is saturated, humidity, oil and particles enter the network unhindered.
Measuring points
- Pressure dew point after the dryer
- Dry air volume flow
- Compressed air quality to ISO 8573-1: particles, oil, humidity
Your benefitDetect dryer faults within minutes, document quality classes and plan filter changes by condition instead of by calendar.
Distribution
The pipe network and receivers bring the compressed air to the consumers. In many networks a substantial share of the air generated is lost through leaks and pressure drops.
Measuring points
- Ultrasonic leak detection across the whole network
- Flow in sub-networks and departments
- Pressure profile between generation and consumer
Your benefit
Find leaks and quantify them in money, allocate losses by area and lower the network pressure without supply risk.
Point of Use
Machines and processes decide whether compressed air is used efficiently. Every consumer needs the right quantity, the right pressure and the right quality.
Measuring points
- Consumption per machine, line or cost center
- Pressure directly at the consumer
- Compressed air quality at the point of use, for example breathing air or food
Your benefit
Allocate costs to the consumer that causes them, remove excess pressure and prove quality where the product is made.
Not sure which product fits?
Tell us the medium, pipe size, pressure and what you want to know. We recommend the right measuring point, including installation, software integration and calibration. Or download the Product Overview Catalog (PDF).
Personal advice
Our team of experts helps you find the right measurement technology for your system.