Flomec OM Series Flow Meter Pulse Out | 3" - 4" (35 L/min - 2500 L/min)

Flomec OM Series Flow Meter Pulse Out | 3" - 4" (35 L/min - 2500 L/min)

Flomec GPI
TF: 002716-HW-FLOMEC-016
Overview

Introducing the Large Capacity OM Series Flow Meter Pulse Out – a rugged and reliable solution designed for precision liquid measurement in diverse applications. This robust meter excels in scenarios requiring exceptional accuracy, boasting a flow range from 35 L/min to 2500 L/min with an impressive ± 0.5% reading precision. Whether you're handling bulk diesel fuel transfers or lubricating oils and greases, the OM Series ensures consistent and reliable measurements, providing a solid foundation for decision-making.

  • Accuracy of ± 0.5% of reading
  • Repeatability typically ± 0.03% of reading
  • Flows from 35 L/min. – 1500L/min
  • Sizes 3” – 4” (80mm-100mm) Pipe Sizes
  • High accuracy and repeatability, direct volumetric reading
  • No requirement for flow conditioning (straight pipe runs)
  • Only two moving parts means less maintenance and better reliability
  • Factory calibrated
  • Technology: Oval Gear
  • Flow Range: 35 - 2500 L/min (Size Dependant)
  • Accuracy: ± 0.5%
  • Repeatability: ± 0.03%
  • Pressure Rating: 10 - 12 bar (145 - 175 psi) Size Depedant
  • Operating Temperature Range: -40° C - 150° C

Built for tough conditions, the OM Series Flow Meter stands out with its durability and adaptability. Its rugged design thrives in harsh environments, making it ideal for high-viscosity liquids while maintaining peak performance with minimal pressure drop. This versatility extends to various industrial liquid transfers and precise dispensing tasks, making it a dependable choice for a wide range of applications.

Our OM Series flow meters for fuels and oils are constructed with aluminium body material, PPS rotors, and Viton O-rings and are engineered to endure the rigors of industrial use, ensuring consistent and accurate measurements over time. This robust construction minimises downtime, instilling confidence in operations that demand precision and dependability.