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  6. Liquid Controls M60 - 6" LC Meter (2800 LPM)

Liquid Controls M60 - 6" LC Meter (2800 LPM)

This M60 — 6" LC Meter is designed for measuring liquid flow rates up to 2800 liters per minute (LPM).

CATEGORY: Flow Meters
BRAND: Liquid Control
TYPE: Equipment

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Meter Classes Description Bearing Material
1  Refined petroleum products Carbon
2 Aviation and jet fuel Carbon

 

  • 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.

M60A1

METER WITH REGISTRATION

CATALOG NUMBER

FLOW

UNIT OF MEASURE

SEALS

TEMP. COMP.

SOFTWARE

W&M APPROVAL

LCR.iQ® REGISTRATION

M60A1-LCR.IQ-I#1

L-R

LITRES

BUNA

N/A

N/A

NIST

LCR®-II REGISTRATION

M60A1-LCR2-I#2

L-R

WH GAL

BUNA

N/A

SL200 ST202

NIST

MECHANICAL REGISTRATION

M60A1-MECH-NP#1

L-R

WH GAL

BUNA

N/A

N/A

NIST

  

M60A1-MECH-NP#2

L-R

DEKALITRES

BUNA

N/A

N/A

NIST

M60A1-MECH-NP#4

L-R

DEKALITRES

BUNA

N/A

N/A

OIML

M60AT1-MECH-NP#1

R-L

WH GAL

BUNA

YES

N/A

NIST

M60P1

METER LESS REGISTER AND GEAR PLATE

CATALOG NUMBER

FLOW

UNIT OF MEASURE

SEALS

W&M APPROVAL

LESS REGISTER AND GEAR PLATE

M60P1-LRG#1

L-R

DEKALITRES

VITON®

OIML

  

M60P1-LRG#2

L-R

WH GAL

VITON®

NIST

M60S1

METER WITH POD (PULSE OUTPUT DEVICE)

CATALOG NUMBER

FLOW

UNIT OF MEASURE

SEALS

W&M APPROVAL

POD (PULSE OUTPUT DEVICE)

M60S1-POD#1

L-R

WH GAL

VITON®

NIST

  

M60S1-POD#2

L-R

LITRES

VITON®

CAN

M60S1-POD#3

L-R

WH GAL

BUNA

NIST

 

M60A2

METER WITH REGISTER

CATALOG NUMBER

FLOW

PRESSURE

UNIT OF MEASURE

PORT

ORIENTATION

TEMP COMP.

SOFTWARE

W&M APPROVAL

LCR.iQ®REGISTRATION

M60A2-LCR.IQ#1

L-R

275

WH GAL

LOW

N

N/A

NIST

  

M60AT2-LCR.IQ#1

L-R

275

LITERS

LOW

Y

N/A

OIML

LCR®600 REGISTRATION

M60AT2-LCR600-I#1

L-R

275

WH GAL

LOW

Y

SL600 ST600

NIST

MECHANICAL REGISTRATION

M60A2-MECH-NP#1

L-R

275

WH GAL

LOW

N

N/A

NIST

  

M60A2-MECH-NP#2

L-R

275

DEKALITRES

LOW

N

N/A

OIML

M60AT2-MECH-NP#1

L-R

275

WH GAL

LOW

Y

N/A

NIST

M60AT2-MECH-NP#2

R-L

275

WH GAL

LOW

Y

N/A

NIST

M60AT2-MECH-NP#4

R-L

275

WH GAL

HIGH

Y

N/A

NIST

M60AT2-MECH-WP#2*

L-R

275

WH GAL

LOW

Y

N/A

NIST

M60AT2-MECH-WP#5**

L-R

275

WH GAL

LOW

Y

N/A

NIST

SETUP FOR ELECTRONIC REGISTRATION

M60A2-SUFE#1***

R-L

150

WH GAL

HIGH

N

N/A

NIST

  

*PROVIDED WITH 10 PPR DRY REED PULSER

**PROVIDED WITH 100 PPR SOLID STATE PULSER

***VITON® ELASTOMERS

M60P2 METER LESS REGISTER AND GEAR PLATE

CATALOG NUMBER

FLOW

PRESSURE

UNIT OF MEASURE

PORT

ORIENTATION

TEMP COMP.

W&M APPROVAL

LESS REGISTER AND GEAR PLATE

M60P2-LRG#1

L-R

150

DEKALITRES

LOW

N/A

OIML

  

M60P2-LRG#2

L-R

150

WH GAL

HIGH

N/A

NIST

M60S2 METER WITH POD (PULSE OUTPUT DEVICE)

CATALOG NUMBER

FLOW

PRESSURE

UNIT OF MEASURE

PORT

ORIENTATION

TEMP COMP.

W&M APPROVAL

POD (PULSE OUTPUT DEVICE)

M60S2-POD#1

L-R

150

DEKALITRES

LOW

N

NIST

  

M60S2-POD#2

L-R

150

LITRES

LOW

N

OIML

 

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.

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