With the growing demands for production safety and efficiency in industries like chemical manufacturing and pharmaceuticals, traditional level measurement methods can no longer meet the high specifications required for modern chemical reactors. The Yigeqi Extended Insert Flange Level Transmitter has quickly gained prominence in reactor level measurement due to its features including non-shutdown installation, high-precision detection, and strong corrosion resistance, making it a preferred choice for numerous enterprises.
In chemical reactor operations involving high temperatures, pressures, and corrosive media, traditional level transmitters face multiple challenges: Installation requires reactor shutdown for venting, severely impacting production efficiency; frequent crystallization and adhesion of media often cause measurement inaccuracies or even system failure; and inadequate flange sealing poses leakage risks. To address these issues, the extended-insertion flanged level transmitter offers a comprehensive solution through innovative design. Its telescopic rod structure enables non-shutdown installation, significantly reducing time and costs. Constructed with 316L stainless steel and Hastelloy alloy, it ensures long-term stability in extreme acidic/alkaline environments and high-pressure conditions. The optimized probe features self-cleaning technology to minimize media adhesion. Additionally, supporting 420mA/HART output enables seamless integration with DCS/PLC systems, providing reliable and efficient technical assurance for reactor level monitoring.
The core advantage of the extended-insert flange level transmitter lies in its optimized lifecycle cost. Although requiring higher initial investment, it significantly reduces downtime losses, maintenance costs, and safety risks, making it a long-term cost-effective solution for reactor level monitoring. With continuous technological advancements, thi s device is poised to replace traditional measurement methods in increasingly demanding industrial environments, ultimately becoming the standard equipment for process industries.
