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VORTORQ prides itself on pioneering technologies that redefine pressure sensing capabilities, particularly through their innovative sputtering thin film pressure sensor technology utilized in the VTHP510 Ultra High Pressure Sensors. These sensors stand as a testament to VORTORQ’s commitment to excellence in engineering and performance, designed specifically to endure and excel in extreme conditions.
At the heart of VORTORQ’s VTHP510 Ultra High Pressure Sensors lies their proprietary sputtering thin film pressure sensor technology. This cutting-edge approach enables these sensors to withstand pressures reaching up to 10,000 psi without compromising accuracy or reliability. Unlike traditional methods, sputtering thin film pressure sensor technology allows for the creation of robust, corrosion-resistant sensor components that are integral to maintaining precise measurements under duress.
The design philosophy of these sensors revolves around maximizing sensitivity and accuracy while minimizing external interference. By employing advanced materials and manufacturing techniques, VORTORQ ensures that their sensors deliver consistent and reliable performance even in the harshest environments. This is achieved through meticulous engineering of a sensitive film type resistive pressure sensor arranged in a Wheatstone Bridge circuit, enhancing durability against vibrations, impacts, and corrosion. Such resilience guarantees operational integrity and longevity, crucial factors in demanding industrial applications.
Furthermore, VORTORQ’s VTHP510 Ultra High Pressure Sensors are engineered to seamlessly integrate into various control and monitoring systems. They feature a standard 4-20 mA current output that corresponds directly to the full scale pressure range of the sensor unit. This standardized output simplifies integration into control feedback loops and facilitates compatibility with a wide array of display instruments. Additionally, an alternative 0-10 mA current output is available, providing flexibility in system design and configuration.
Temperature stability is another hallmark of VORTORQ’s sensor technology. These sensors exhibit minimal temperature drift, ensuring accurate and consistent measurements across fluctuating environmental conditions. This thermal resilience is crucial in applications where precision is paramount, such as in aerospace, automotive, and industrial manufacturing sectors.
For more information, please contact us at oceana@vortorq.com
