• High Pressure Hastelloy C Flowmeters for Hazardous Areas

Laboratory Products

High Pressure Hastelloy C Flowmeters for Hazardous Areas

Mar 09 2020

Based upon a proprietary oval gear design, Titan Enterprises OG Series flowmeters are designed to give reliable, high performance in a wide range of applications.

For more challenging applications, Hastelloy® Cis the material of choice for OG Series flowmeters. Inherently Hastelloy C has outstanding resistance to both highly oxidising and reducing agents, making it an ideal choice for moderate to severe corrosive fluid handling and environments. Titan Hastelloy C OG flowmeters can withstand high temperatures, high pressures and can be fitted with a suitable sensor for Hazardous areas.   The chamber sealing on these meters is designed for the required pressure rating and it can be a fluid compatible ‘O’ ring such as Kalrez.

When constructed from Hastelloy C and PEEK™ - Titan Enterprises compact OG flowmeters are perfect for measuring flow at pressures up to 700 Bar and 150°C. Designed to be IP-67 / NEMA 4 compliant, Titan's Hastelloy C OG Series high pressure flowmeters are available in standard and customer specified configurations.

Unlike other types of flowmeter, the measurement accuracy of these oval gear flowmeters improves as liquid viscosity increases, from a nominal one per cent towards 0.1% of flow rate at higher viscosities.

To operate, Titan OG Series flowmeters employ oval-shaped, gear-toothed rotors that rotate within a chamber of specified geometry. As these rotors turn, they sweep out and trap a very precise volume of fluid between the outer oval shape of the gears and the inner chamber walls, with none of the fluid actually passing through the gear teeth. Ceramic or Teflon® coated magnets are embedded in the rotors, which then actuate a reed switch, Hall effect sensor or ATEX approved sensor to provide a pulse output. Each pulse or switch closure then represents a precise liquid volume that passes through the meter. The result is highly accurate flow measurement almost immune from the effects of varying fluid viscosity, density and temperature.

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