RHM 30 Flow Sensor

The RHM 30 Flow Sensor is a versatile Coriolis sensor with a wide range of material options, accommodating both benign and aggressive applications. It includes heavy-duty variants to meet high-pressure and high-temperature requirements, all while delivering exceptional accuracy.

With a substantial flow range spanning from 10 kg/min up to 900 kg/min, the RHM 30 ensures precision and reliability across a diverse array of applications. It caters to a broad spectrum of fluid types, making it a valuable asset for industries dealing with various materials.

In terms of pressure tolerance, the RHM 30 shines with capabilities reaching up to 405 bar (5874 psi), making it an ideal choice for high-pressure process environments. Its temperature range is equally impressive, extending from -196°C (-321°F) to an astounding +350°C (662°F), enabling it to operate efficiently in conditions with extreme temperature fluctuations.

The RHM 30 is distinguished by its remarkable accuracy, boasting an accuracy level of 0.1% of the rate. This precision is crucial for industries that rely on accurate measurements for quality control and operational optimization.

One of the standout features of the RHM 30 Flow Sensor is its extensive range of material options. These options include SS 316L, SS 316Ti, Alloy C22 – 2.4602, Super Duplex – 1.4410, and even Tantalum – UNS R05200. This diversity ensures compatibility with a wide range of fluids and enhances the sensor's resistance to corrosive or abrasive substances.

The sensor's process connection is available in sizes ranging from 1 ¼" up to 3", providing flexibility in installation and integration into various system configurations.

In Conclusion, the RHM 30 Coriolis sensor is a versatile and high-performance solution designed to meet the demands of industries with diverse and challenging applications. Its impressive flow range, high-pressure and temperature tolerance, accuracy, and wide selection of material options make it a reliable choice for applications in a variety of environments, from benign to highly aggressive.