The Omega MMV2.5V5P4D0T1A3 is a high accuracy vacuum transducer engineered for precise low-pressure measurement in demanding environments. Featuring a measurement range of 2.5 PSIV and a 0-5VDC analog output, this model is ideal for critical vacuum monitoring applications where stable and repeatable readings are essential.
Built with Omega’s advanced sensor technology, the MMV2.5V5P4D0T1A3 offers high linearity and low thermal drift, ensuring accurate performance even under fluctuating temperature and pressure conditions. Its high sensitivity and rapid response make it suitable for integration into systems requiring real-time vacuum feedback, such as laboratory test benches, vacuum furnaces, cleanroom environments, and semiconductor process equipment.
This transducer delivers reliable 0-5VDC output that interfaces easily with standard instrumentation, PLCs, or DAQ systems, supporting seamless integration into existing process control architectures. The robust construction and compact form factor enhance its adaptability for both fixed installations and portable systems, while ensuring protection against mechanical vibration and external environmental factors.
Omega’s MMV2.5V5P4D0T1A3 is designed for long-term stability and low maintenance, with tight manufacturing tolerances and factory calibration for precision out-of-the-box performance. It is an excellent choice for engineers and system designers who demand dependable, high-resolution vacuum sensing solutions across a range of industrial and scientific applications.
Whether used in research facilities or industrial automation systems, this vacuum transducer stands out for its durability, accuracy, and ease of use, reinforcing Omega’s reputation for precision-engineered measurement technologies.
