Vacuum Sensor | Vacuum Capacitance Manometer

For accurate measurement of low vacuum pressure ranges critical to photovoltaic, semiconductor, and industrial processes, look no further than our advanced vacuum sensor Model 730. These sensors, including the Capacitance Diaphragm Gauge (CDG), are engineered to deliver unparalleled precision and reliability, setting them apart from the competition.

With a wide measurement range starting as low as 0-10 torr, and the flexibility to customize pressure ranges to match your exact requirements, our vacuum sensors are designed to cater to your specific needs. Featuring an exceptional reading accuracy of 0.5% and high resolution, these sensors, such as the Setra Model 730, are the preferred choice for accurate vacuum pressure measurement.

Crafted using Inconel® wetted material, our vacuum sensors are well-suited for use with aggressive media in semiconductor processes. The direct measurement design guarantees precise readings regardless of the gas mixture composition in your application. Elevate your vacuum pressure measurement processes with the reliability and accuracy of our cutting-edge vacuum sensor solutions.

High Performance for Demanding Applications - The Model 730 capacitance manometer uses a single diaphragm variable capacitance sensing element for demanding semiconductor and industrial vacuum applications. Its percent of reading accuracy, high resolution and wide dynamic range, make the 730 an idea fit for critical manufacturing processes.

Versatile Compatibility with Inconel® Design - The 730 is designed using Inconel® for all its wetted parts. Inconel® is highly resistive to the corrosive media used in semiconductor and industrial vacuum processes. Their material, along with the all welded construction, ensures long life within the application.

Direct Pressure Measurement - The Model 730 is designed with a diaphragm that measures pressure changes directly at the point of use. Unlike other capacitance manometers in the industry, the 730 measures direct pressure; it is independent of the gas mixture being measured. This enables the 730 to have higher accuracy than a manometer that can only measure indirect pressure