Loading

Create entry
SORT BY
No matches for current filter settings …

0001

Features

Videos
"S401: Installtion of a flow meter under pressure"

0002

Features

0003

Features

Videos
"S418: product video"

0004

Features

0005

Features

Videos
"S401: Installtion of a flow meter under pressure"

0006

Features

0007

Features

Videos
"S430: Installation and configuration"

0012

Features

0013

Features

0014

Features

0015

Features

0016

Features

0017

Features

0018

Features

0019

Features

0020

Features

0021

Features

0022

Features

0023

Features

Videos
"S600 4G Version: Configuration & Installtion"

0024

Features

0025

Features

0026

Features

0027

Features

0028

Features

0029

Features

0030

Features

Videos
"S401: Installtion of a flow meter under pressure"

0031

Features

0033

Features

0034

Features

Videos
"S531: Instruction & Installtion"

0036

Features

0038

Features

0039

Features

Videos
"S462: Configuration & Installtion"

0040

Features

Videos
"LMS: Instruction & Installtion"

0041

Features

0042

Features

0043

Features

0045

Features

Videos
"S461: Configuration & Installtion"

0047

Features

0048

Features

0049

Features

Why measuring liquids and steam?

Reliable flow measurement of liquids and steam is an important task to optimize the production process and the efficient use of energy and raw materials in any application.

Steam flow meters are used to measure the consumption and volume flow rate of steam and are helping operators to understand their application process. With a steam flow meter users are able to identify the steam consumption of machines, this helps to understand how much steam is needed per machine and in total. In addition to that, a steam flow meter helps to identify steam losses throughout the plant, where the leakages can easily create high operating costs. Another important tasks of steam flow measurement is it to identify peak demands, so systems are never overloaded and always run in their optimum specification. SUTO steam flow meters measure the steam pressure with the integrated pressure sensor, so it is not needed to additionally compensate the pressure or temperature, as it's normally needed in turbine flow meters. 

Water flow meters, or in general flow meters for liquids, are often needed to monitor critical processes in factories. Liquids are mostly used to cool down processes or to provide a constant lubrication, so it is very important to monitor the flow and to guarantee a constant flow at an unchanged flow rate. But also for energy efficiency measurements, water flowmeters are needed to measure the energy regeneration gathered from heat exchange modules, as often used in compressors.

What types of flow meters SUTO is using?

The SUTO Ultrasonic clamp-on flowmeters for water and liquids are non-invasive and therefore will not come in contact with the medium to measure the volume flow. Liquids or water flowmeters are used in food/beverage applications as well as pharmaceutical applications to monitor the volume flow and consumption of liquids, and especially water flow. The flow meters also come as energy meters for heating and cooling applications. The easy installation outside of pipes, by simply clamping on the sensors to the pipe, paired with high accuracy makes them the best choice for water flow measurement and consumption measurement for liquids and water. 

SUTO vortex flow meters are used to measure the volume flow rate and consumption of saturated steam. The steam flow meters are easily installed between two flanges and integrate seamlessly into the process, there is no need of an additional pressure compensation. This provides plant managers insight into steam flow and consumption measurement to show where to save energy in an application and allows a system comparison in efficiency against other plants.

Where are Flow Meters for Water and Liquids used?

Water flow meters are widely used in industry for monitoring water consumption in processes. Many processes need a steady supply of water to operate without interruptions. Other processes and application require a constant and reliable cooling, it is crucial for such applications to measure the water flow to ensure a safe process. Users of liquid and water flow meters are often looking for easy installation, no process downtime, no pressure loss or leak and no contamination of the medium to be measured. At the same time, they are looking for the latest technology and high accuracy. SUTO is using clamp on water flow meters, based on ultrasonic as measurement technology. The so-called transducers (flow rate sensors) are placed on the outer pipe and are clamped on. This ensures an easy installation, no interrupts and a safe application.

Example: Modern compressors are often offering a heat regeneration system, where cold water is brought to the compressors and heated up using the waste heat of the compressor. By these, operators are enabled to use the thermal energy loss of the compressor to heat buildings and factory floors or use the heated water in another application. This means, to quantify the total energy efficiency of the compressor it's necessary to measure the water flow rate and therefore the energy regeneration in terms of hot water, which needs to be taken into account for the overall system and application efficiency.

How are ultrasonic water flow meters installed?

SUTO ultrasonic water flow meters are based on non-immersion technology, this means they are not inserted into the pipe and therefore do not require a specific process connection. This brings the advantage that the water flow meters are easily installed, do not interrupt any operations and can be used for almost any application.

The installation of the sensors is carried out by preparing the pipe, if it's a stainless steel pipe, it is enough to clean the outer surface of the pipe. For painted pipes, it's important to remove the paintings at the point of measurement, this is crucial for the best accuracy. After the installation point has been prepared, the coupling pads or coupling gels are applied to the clamp on sensors. Now the sensors of the water flow meter are clamped on the pipe by using the supplied spanners, for some models, the sensors are directly integrated into the liquid flow meter and the whole instrument is directly clamped on the pipe. 

The sensors are then adjusted according to the instruction, and the water flow meter is now ready to be configured. After some simple steps, setting up the pipe material, wall thickness and diameters, the water flow meter is ready and can be used to measure the water flow rate and consumption, providing a robust and reliable measurement at the best accuracy.

What measurement technology is used in SUTO ultrasonic flow meters for water and liquids?

SUTO flow meters for liquids and water are using ultrasonic transducers pairs which are clamped on the pipe. The transducers are sending an ultrasonic sound signal through the medium, which is then reflected by the inner pipe wall. The reflected signal is returned to the transducer. By knowing the sound of speed in the medium, the water flow meter is able to measure the transit time, which the signal needs to pass through the medium. 

If the liquids now starts moving, the transit time will change, this time change is in direct relation to the fluids velocity. Knowing the velocity, the pipe dimensions and physical properties of the liquid, the water flow meter is able to calculate the flow rate and consumption. There is no need to measure the temperature or the pressure, this makes the flowmeters best suited for any application, providing any easy installation and high accuracy.