RHM 02 Flow Sensor

RHM 02 Flow Sensor: Precision Unleashed in Low Flow Applications with Unmatched Pressure and Temperature Ratings**

The RHM 02 is a beacon of excellence in low-flow applications, offering a vast array of wetted materials and boasting the highest pressure and temperature ratings in the market. When high accuracy is a non-negotiable requirement, the RHM 02 steps up to the plate.

With a flow range spanning from 0.01 kg/min to 2.7 kg/min, the RHM 02 is the go-to solution for applications where precision is paramount. Whether in pharmaceuticals, research, or other industries requiring exacting measurements, this meter delivers.

The most distinctive feature of the RHM 02 is its exceptional capacity to withstand extreme pressures, reaching an astonishing 1436 bar (20827 psi). This high-pressure resilience allows it to shine in processes where maintaining accuracy under immense pressure is critical.

Temperature extremes are no match for the RHM 02 Flow Sensor, as it operates flawlessly across conditions ranging from a frigid -196°C (-321°F) to a scorching +210°C (410°F). Regardless of the environment, it maintains its precision and reliability.

Precision is at the core of the RHM 02, with an accuracy rate of 0.1% of the rate, ensuring the data it provides is consistently dependable. This level of precision is essential in applications where even the slightest deviation can lead to significant consequences.

Constructed with robust materials, including SS 316L, SS 316Ti, and Super Duplex – 1.4410, the RHM 02 is compatible with a wide range of liquids and is highly resistant to corrosion.

The meter's adaptability is further heightened by its process connections, ranging from ¼" to 1", allowing for seamless integration into existing systems and configurations.

In summary, the RHM 02 embodies precision and reliability in low flow applications. With its remarkable pressure and temperature ratings, accuracy, and a variety of wetted materials, it stands as the top choice for industries where maintaining precision under challenging conditions is a necessity.