• Flow Rate:

  • 2,800 LPM (Liters Per Minute) - Indicates the maximum flow capacity.

• Pressure Rating:

  • 150 psi (10.3 bar, 1034 kPa) - Operating pressure capacity.

• Flange Size:

  • 4" - Specifies the flange connection size for piping compatibility.

• Material Construction:

  • Aluminum - The main body material, likely chosen for its lightweight and corrosion resistance.

• Seal Options:

  • Buna/Viton® - Specifies available seal materials, where:
    • Buna (Nitrile rubber) is resistant to petroleum-based oils and fuels.
    • Viton® (Fluoroelastomer) offers higher chemical and temperature resistance.

• Maximum Pressure:

  • 275 psi - Indicates the highest pressure rating for specific configurations (as noted in the catalog).

• Temperature Range:

  • -40° to 185° F - Suitable for extreme temperature applications.

M60P1

METER LESS REGISTER AND GEAR PLATE

M60S1

METER WITH POD (PULSE OUTPUT DEVICE)

M60A2

METER WITH REGISTER

*PROVIDED WITH 10 PPR DRY REED PULSER

**PROVIDED WITH 100 PPR SOLID STATE PULSER

***VITON® ELASTOMERS

M60P2 METER LESS REGISTER AND GEAR PLATE

M60S2 METER WITH POD (PULSE OUTPUT DEVICE)

To find the maximum meter flow rate in relation to the meter bearing material and product viscosity, use the chart below:

• Calculate the percentage of rated capacity that the meter must function at;
• Calculate the viscosity of the product at the operating temperature of the system.
• Plot the intersection of the two lines on the chart.
• Find the appropriate slope on the chart by identifying the meter-bearing material from the construction/application table above.

You are outside of the permitted pressure loss for the designated meter and bearing if the plotted point is higher than the bearing material slope. Either use a larger meter, lower the flow rate, or think about using other bearing materials.