RHM 160 Flow Sensor

The RHM 160 Flow Sensor: Unleashing Precision in Cargo and Pipeline Flow

The RHM 160 stands as the quintessential choice for cargo and pipeline applications, redefining precision and efficiency. Its remarkable combination of high accuracy and low pressure drop makes it the ultimate solution for swiftly transferring substantial fluid quantities with unwavering confidence.

This meter boasts an impressive flow range, spanning from 250 kg/min to 30,000 kg/min, catering to the demands of industries requiring the rapid transfer of large fluid volumes. It is the go-to choice for applications where speed, accuracy, and capacity matter most.

Even in high-pressure scenarios, the RHM 160 excels, with the capability to withstand pressures of up to 52 bar (754 psi). This robustness ensures that it can operate seamlessly in environments where the fluid transfer process demands precision and reliability.

The meter's ability to function across extreme temperature ranges is equally remarkable. Operating effectively in conditions ranging from a frigid -196°C (-321°F) to a scorching +120°C (248°F), it maintains its accuracy and reliability, regardless of the environmental conditions.

Precision is at the core of the RHM 160, with an accuracy rate of 0.1% of the rate, ensuring that the data it provides is consistently dependable. This level of accuracy is indispensable in cargo and pipeline applications where even the slightest deviation can result in significant consequences.

Constructed with a selection of robust materials, including SS 316L, SS 316Ti, and Alloy C22 – 2.4602, the RHM 160 is compatible with a wide range of fluids and stands strong against corrosion.

The meter's adaptability is further heightened by its process connections, ranging from 12" to 12", allowing for seamless integration into existing systems and configurations.

In summary, the RHM 160 Flow Sensor is the embodiment of precision, efficiency, and reliability in cargo and pipeline applications. Its high accuracy, capacity, and resilience to extreme conditions make it the top choice for industries seeking confidence and excellence in the rapid transfer of large fluid quantities.