Débitmètre Coriolis pour très hautes pressions : L-Cor 8500
Débitmètre Coriolis pour très hautes pressions : L-Cor 8500 - Anton Paar France
Débitmètre Coriolis pour très hautes pressions : L-Cor 8500 - Débitmètre Coriolis
Débitmètre Coriolis pour très hautes pressions : L-Cor 8500 - produit présenté par Anton Paar France
“ Accurately measure liquid and gas flow rates up to 1,200 bar with robust Coriolis technology, ideal for hydrogen and high-pressure applications. ”
The L-Cor 8500 is a high-pressure Coriolis mass flow meter designed for the most demanding process industry applications. Specifically developed for fluids under extreme pressure, it provides accurate and reliable mass flow measurement under conditions of up to 1,200 bar (120 MPa). This technology enables optimal process control while ensuring the safety and reliability of industrial installations.
Thanks to its Coriolis measurement principle, the L-Cor 8500 directly measures true mass flow, independently of variations in pressure, temperature, or fluid composition. It is particularly suitable for liquefied gases and high-pressure hydrogen applications, where conventional measurement technologies reach their limits. The instrument delivers excellent accuracy over a wide operating range, enabling rigorous control of critical processes.
Designed for harsh industrial environments, the L-Cor 8500 is manufactured using materials that are resistant to corrosion and hydrogen embrittlement. Its robust construction allows long-term operation in the energy, hydrogen, oil and gas, high-pressure chemical injection, and industrial test bench sectors. ATEX and IECEx certified versions are available for hazardous areas.
The flow meter features multiple industrial communication interfaces, including HART, Modbus RTU, Profibus PA, and Foundation Fieldbus, making it easy to integrate into existing process control systems. Its design without moving parts reduces maintenance requirements and ensures excellent long-term equipment availability.
The L-Cor 8500 is therefore a reference solution for very high-pressure flow measurement applications requiring accuracy, safety, and robustness, particularly in the development of hydrogen infrastructure and advanced industrial processes.
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