Today's gas engine control systems require advanced, precise components to ensure reliability and optimum performance under a wide range of operating conditions. Our customer, a leading supplier of control systems and accessories for gas engines, as well as original engine components - relies on JUMO products to guarantee high quality and precise measurements in the critical processes involved in gas engine operation. One of the key components the company uses in its solutions are JUMO pressure transmitters, including models such as the Midas C08, MIDAS DP 10 and MIDAS S06. Read on to find out more about this collaboration!
Precise pressure transducers are crucial in gas systems, as even the smallest deviation from the set values can lead to serious consequences such as a decrease in efficiency, damage to components or an increase in the risk of failure. In gas engines, accurate pressure measurement allows optimisation of the combustion process, resulting in improved energy efficiency and reduced emissions. In addition, the stability of pressure parameters is essential to ensure the safety of both the system itself and the environment in which it operates. Precision transducers not only enable accurate real-time pressure monitoring, but also rapid response to changes, minimising the risk of overloading or fluctuations in system operation. This is why their use is fundamental in modern gas engine control systems.
JUMO Midas C08 pressure transmitter for the OEM sector is an advanced device used, among other things, for precise pressure measurement in gas engines. It is characterised by its robust design and high accuracy, making it ideal for demanding operating conditions. Thanks to its wide measuring range, the Midas C08 is able to effectively monitor the pressure in gas engines to optimise their operation and minimise the risk of failure. Depending on the specific application, the customer also benefits from other JUMO pressure transmitter models, such as the MIDAS DP 10 differential pressure transmitter and MIDAS S06 pressure transmitter for low pressure ranges, which offer even wider measurement capabilities. These models feature high resistance to temperature changes and aggressive operating environments, making them ideal for gas engine applications.
From left: pressure transmitter for the OEM sector zJUMO MIDAS C08 (401002), differential pressure transmitter JUMO MIDAS DP10 (401050), pressure transmitter for low pressure ranges JUMO MIDAS S06 (401011).
One of the key aspects when selecting JUMO pressure transmitters for gas engines is their measuring range. Our customer uses pressure transmitters with different ranges such as:
Such a wide range allows precise pressure monitoring at various points in the gas engine control system, which is essential for optimising its operation. Depending on the operating pressure in the system, the choice of the appropriate transmitter ensures the accuracy and stability of the measurement, and thus the safety and efficiency of the engine.
The use of JUMO pressure transmitters allows our business partner to offer customers solutions based on the precise measurement of key parameters such as pressure and temperature. This makes it possible to significantly increase the efficiency of gas engines and ensure their reliability and safety. Precise measurements provide the foundation for stable engine operation, minimising the risk of failure while improving overall system performance.
JUMO devices, including the Midas C08, MIDAS DP 10, MIDAS S06 and the screw-in resistance thermometer, perfectly meet the needs of modern gas engine control systems. They are characterised by reliability, durability and the highest precision, meeting the requirements of even the most demanding applications.
Using JUMO products, the control system supplier provides its customers with solutions that not only optimise the operation of the motors, but also guarantee their safe and efficient operation. Advanced technologies such as Midas C08, MIDAS DP 10, MIDAS S06 pressure transmitters and resistance thermometers enable accurate parameter monitoring, which is crucial for any industry using gas engines.
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