FCM Series

FCM Series

Flow Controls Positive Displacement Flow Meter FCM-Series meters are the most accurate and reliable meters for the purpose of custody transfer of fuels (refined and alternative). With the advantage of simple design language and durable construction, together with consistently time-proven record accuracy, is why clients choose Flow Controls for the purpose of fluid custody transfer

FCM Series Flow Meter For Oil Custody Transfer

FCM Series Features

Immaculate Accuracy

No metal to metal connection which means that the measuring chamber suffers little to none deterioration

Wide Viscosity

Meters can accurately calculate liquid products from less than 30 SSU up to 1500000 SSU

Maximum Adaptability

Equipped with easily modifiable NPT Connection, FCM Series provides unrivalled adaptability to suit your needs

Meters Conformed

Meters conformed to PEI and CE accuracy requirements

Temperature Range

Products can be calculated correctly from -40 °C Up to 71 °C

High Pressure Rating

High Pressure Rating – Up to 10.5 Bar Max Pressure Rating

M-Series Specifications

Flow Meter Specifications In Detail For Different Sizes

Accessories

Accuracy

Repeatability: Achieves 0.02% or better accuracy across the entire flow range.

5:1 range:
10:1 range:
40:1 range:

FCM Series By Model

  • FCM-40
  • FCM-50
  • FCM-80
  • FCM-100
  • FCM-150

FCM-40® Meters are designed for accurately measuring refined petroleum products, including leaded and unleaded gasoline, aviation fuels, fuel oils, diesel fuel, kerosene, and ethylene glycol (antifreeze), all at their rated capacity.

FCM-40 Series Spec

  • Flow Rate: 225 LPM Max 150 psi (10.3 bar, 1034 kPa)
  • Flange: 1-1/2″, 2″
  • Meter Construction: Aluminum
  • Seals: Viton®
  • Maximum Pressure: 150psi (as listed by catalog number)
  • Temperature: -40º C to 71º C

FCM-50® Meters are designed for accurately measuring refined petroleum products, including leaded and unleaded gasoline, aviation fuels, fuel oils, diesel fuel, kerosene, and ethylene glycol (antifreeze), all at their rated capacity.

FCM-50 Series Spec

  • Flow Rate: 550 LPM Max 150 psi (10.3 bar, 1034 kPa)
  • Flange: 2″
  • Meter Construction: Aluminum , Full SS316 (Type FCM-50-NX-1)
  • Seals: Viton®
  • Maximum Pressure: 150psi (as listed by catalog number)
  • Temperature: -40º C to 71º C

FCM-80® Meters are designed for accurately measuring refined petroleum products, including leaded and unleaded gasoline, aviation fuels, fuel oils, diesel fuel, kerosene, and ethylene glycol (antifreeze), all at their rated capacity.

FCM-80 Series Spec

  • Flow Rate: 1100 LPM Max 150 psi (10.3 bar, 1034 kPa)
  • Flange: 3”
  • Meter Construction: Aluminum
  • Seals: Viton®
  • Maximum Pressure: 150psi (as listed by catalog number)
  • Temperature: -40º C to 71º C

FCM-100® Meters are designed for accurately measuring refined petroleum products, including leaded and unleaded gasoline, aviation fuels, fuel oils, diesel fuel, kerosene, and ethylene glycol (antifreeze), all at their rated capacity.

FCM-100 Series Spec

  • Flow Rate: 1700 LPM Max 150 psi (10.3 bar, 1034 kPa)
  • Flange: 4”
  • Meter Construction: Aluminum
  • Seals: Viton®
  • Maximum Pressure: 150psi (as listed by catalog number)
  • Temperature: -40º C to 71º C

FCM-150® Meters are designed for accurately measuring refined petroleum products, including leaded and unleaded gasoline, aviation fuels, fuel oils, diesel fuel, kerosene, and ethylene glycol (antifreeze), all at their rated capacity.

FCM-150 Series Spec

  • Flow Rate: 3000 LPM Max 150 psi (10.3 bar, 1034 kPa)
  • Flange: 4”, 6”
  • Meter Construction: Aluminum
  • Seals: Viton®
  • Maximum Pressure: 150psi (as listed by catalog number)
  • Temperature: -40º C to 71º C

Use the chart below to determine the maximum meter flow rate based on meter bearing material and product viscosity:

  1. Identify the percentage of the rated capacity at which the meter will operate.
  2. Determine the product’s viscosity at the operating temperature.
  3. Plot the intersection of these two points on the chart.
  4. Compare this point with the slope corresponding to the meter bearing material.

If the point is above the slope, the pressure loss exceeds allowable limits. Consider using a larger meter, reducing the flow rate, or selecting different bearing materials.

Different Levels of Viscosity For Oil

Flow Meter Flow Rates vs Viscosity

Request your custom flow meter solution

Every industry has unique needs, and we understand that one-size-fits-all solutions simply won’t do.