RHM 03 Flow Sensor

The RHM 03 Flow Sensor: Precision in Low Flow Applications with Unrivaled Pressure and Temperature Ratings**

The RHM 03 stands as a pinnacle of excellence in the realm of low-flow applications. Designed to deliver precision and accuracy, this meter offers a wide selection of wetted materials and boasts the highest pressure and temperature ratings available in the market.

With a flow range from 0.03 kg/min to 7.5 kg/min, the RHM 03 is ideally suited for applications where maintaining high accuracy is of paramount importance. It excels in industries where even the slightest deviation can result in significant consequences.

What truly sets the RHM 03 apart is its exceptional capability to withstand extreme pressures, reaching up to a remarkable 1311 bar (19014 psi). This high-pressure resilience makes it the go-to choice for processes where maintaining accuracy under immense pressure is vital.

Temperature extremes are no challenge for the RHM 03, as it functions seamlessly in conditions ranging from a chilling -196°C (-321°F) to a scorching +210°C (410°F). Regardless of the environmental conditions, it maintains its precision and reliability.

Precision is the heart of the RHM 03 Flow Sensor, with an accuracy rate of 0.1% of the rate, ensuring that the data it provides is consistently dependable. It's this level of precision that makes it indispensable in applications where accuracy is non-negotiable.

Constructed with a selection of durable materials, including SS 316L, SS 316Ti, and Super Duplex – 1.4410, the RHM 03 is compatible with a wide range of liquids and stands strong against corrosion.

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

In summary, the RHM 03 is the epitome of precision and reliability in low flow applications. With its exceptional pressure and temperature ratings, accuracy, and a variety of wetted materials, it's a top choice for industries where maintaining accuracy under challenging conditions is imperative.