The Omega PX329-002GV stainless steel pressure transducer is a highly sensitive device engineered for ultra-low-pressure measurement with a full-scale range of 002 psi. Featuring a stable voltage output, this transducer is ideal for precision applications in clean room environments, HVAC systems, biomedical instrumentation, and laboratory research where even minute pressure changes must be detected and controlled accurately.
Constructed with an all-welded stainless steel housing, the PX329-002GV provides exceptional resistance to corrosion, mechanical stress, and environmental exposure. The hermetically sealed design ensures internal components are protected from dust, moisture, and other contaminants, making the transducer highly reliable even in challenging industrial or laboratory settings. Its compact form and standard mounting features allow for easy installation in confined or critical system spaces.
The PX329-002GV uses a piezoresistive sensing element that delivers excellent repeatability and fast response times, essential for maintaining precise control in sensitive low-pressure applications. Its voltage output provides a linear and noise-resistant signal, ensuring smooth integration with control systems, data acquisition units, and monitoring instruments. With built-in protections against electrical faults such as reverse polarity and short circuits, this transducer is designed for safe, long-term operation.
This pressure transducer is ideal for applications requiring extremely low-pressure sensing, including air flow monitoring, gas sampling systems, and sensitive ventilation control. Its ability to detect very small pressure variations ensures accurate feedback and consistent system performance where precision is critical.
The Omega PX329-002GV combines rugged construction, high-accuracy performance, and dependable output, making it a trusted solution for ultra-low-pressure sensing. Its robust design and precision engineering offer long-term reliability and seamless integration into a broad range of sensitive monitoring and control systems.
