Product Announcements: Positive Displacement Flow Meters

100% reliable for bearing lubrication. The oval gear meter measures the oil flow accurately under all conditions, including start-up. Temperature and viscosity do not affect flow readings. 24/7/365 alarming for minute, low and high oil flows. "On the run cleaning", no down time. 5 year warranty. Customer experience is first maintenance typically after 15 - 20 years in operation. (read more)

100% reliable for bearing lubrication. The oval gear meter measures the oil flow accurately under all conditions, including start-up. Temperature and viscosity do not affect flow readings. 24/7/365 alarming for minute, low and high oil flows. "On the run cleaning", no down time. 5 year warranty. Customer experience is first maintenance typically after 15 - 20 years in operation. (read more)

The 6210 is designed for viscous chemicals, such as flocculates and surfactants and can be used in applications such as polymer or chemical injection. Measurement results are precise (read more)

Positive displacement flowmeter with 316 stainless steel body, providing a pulse output. Nitronic SS, brass or carbon graphite rotor dependent on pressure and flow rate range. Hazardous area approved as standard. (read more)

The RCDL Disc Meter combines the accuracy of positive displacement design with the reliability and economy of nutating disc technology. Well suited for measuring the flow of water and other fluids, hot or cold. (read more)

The Flow Technology TrickleMeter® is ideal for measuring very low flows of low- to high-viscosity liquids. Its positive displacement design provides rugged, reliable operation for a variety of industrial applications. (read more)

Designed for industrial use, this flowmeter series is constructed of 316 stainless steel. Available with a variety of end connections including the standard NPT, this product has a high temperature range of up to 850°F, is pressure rated up to 3000 psi standard, and has been independently tested at +.25% or better accuracy on viscous applications above 100 CSTKS. (read more)