water meter
CASE STUDY

How do customized pressure transmitters for water meters improve quality and production efficiency?

Learn about the technology that is changing the rules of the game in water supply engineering. From this case study, you'll learn how customized pressure transmitters not only improve the quality of water meters, but also revolutionize manufacturing processes, enabling faster leak detection and minimizing losses. Learn about the challenges of mass production and innovative solutions that ensure the reliability and durability of the devices even in harsh environments. Read on to discover how precision engineering and component personalization can translate into real benefits for the water industry!

How do pressure sensors help detect leaks and irregularities in water supply networks?

In modern water management, every drop counts - literally. That's why reliable pressure data is so important. Water meters not only measure flow, but also record changes in pressure, which can reveal potential problems such as leaks, blockages or other irregularities in the water supply network. Without accurate sensors, it is difficult to respond quickly to such situations, leading to water losses and higher operating costs. Accurate pressure measurement is not just a matter of efficiency - it is also a way to minimize losses and increase the safety of the entire system.

How to meet the demands of mass production while maintaining the quality of pressure transmitters for water meters? The customer's challenge

Producing pressure transmitters for water meters on a large scale is a challenge that requires not only high productivity, but most importantly, maintaining rigorous calibration and certification standards. In the face of global demand, traditional production methods often fail, as each water supply system has unique pressure ranges, environmental conditions and specific monitoring requirements.

To meet these demands, manufacturers need to implement flexible manufacturing methods that guarantee calibration consistency even in large batches, ensure equipment durability in harsh environments, and keep costs competitive. A key aspect remains ensuring the reliability of transmitters throughout their lifetime, which requires continuous improvement of manufacturing processes and quality control systems.

How has personalization of pressure transmitters for water meters improved their performance? Our solution

Customization of the MIDAS S05 pressure transmitter is an important step in the development of modern water meters. By modifying standard components and developing a dedicated technical drawing, we have created a solution perfectly tailored to the specific requirements of the water meter industry.

The customization process included precise definition of technical specifications, optimization of sensor parameters for operation in a water environment, and implementation of advanced quality assurance protocols. Prototypes were extensively tested under real-world conditions to verify their durability and measurement accuracy.

Specialized calibration techniques ensured high precision over specific pressure ranges, while maintaining efficiency in mass production. The final design combines reliability and consistency of performance with the ability to maintain high quality measurements even under harsh operating conditions, meeting the requirements of large production runs.

Pressure transmitter JUMO MIDAS S05 (401010)

What benefits can manufacturers gain from customized pressure transmitters? Customer benefits

Customized pressure transmitters bring tangible benefits to water meter manufacturing. Implementing these specialized sensors provides three main advantages that improve overall operational efficiency.

  1. Increased precision and reliability is the most important advantage. Water meters equipped with customized pressure transducers provide extremely accurate data, enabling rapid detection of problems in the network. These sensors maintain their precision throughout their lifetime, largely due to rigorous quality testing during the development phase.
  2. Significant cost savings result from production scalability and increased durability. The improved manufacturing process, combined with the long-term performance of the sensors, reduces operating costs. These savings come from: streamlined manufacturing processes, extended sensor life and reduced maintenance requirements.
  3. The market advantage comes from the ability to offer water meters with precisely tailored pressure transducers, which differentiates companies in the competitive smart water meter market. This differentiation is particularly valuable as water utilities increasingly require specialized solutions for their unique network needs.

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About the author

My name is Ewelina Szmit and I have been working in content marketing for several years, combining my professional skills with my passion for writing. I am convinced that even the most technical topics can be presented in an interesting and accessible way for everyone. Outside of work, I unleash my creativity by creating newspaper collages. I like to spend my free time being active, walking my dog or running.



Ewelina Szmit

Author

Ewelina Szmit - Content Specialist +48 71 339 32 94 Ewelina.Szmit@jumo.net +48 71 339 32 94


Katarzyna Tracz

Technical specialist

Katarzyna Tracz - Inside Sales Engineer +48 71 339 32 86 Katarzyna.Tracz@JUMO.net +48 71 339 32 86

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