M80 — 6" LC Meter (2,800 LPM) - Liquid Control UAE

M80 — 6" LC Meter (2,800 LPM)

Rating:
(4″) – 2268 LPM, 275 psi (19 bar, 1900 kPa);
(6″) – 3,800 LPM, 275 psi (19 bar, 1900 kPa)
Flange: 4″, 6″
Meter Construction: Aluminum
Seals: Buna/Viton® as noted by catalog number
Maximum Pressure: 275 psi (as listed by catalog number)
Temperature: -40° to 185° F

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Features
Class 2 Meters
Dimension
Meter Flow Rates Vs. Viscosity

Meter Classes	Description	Bearing Material
2	Aviation fuels including jet A, jet A-1, avgas	Ni-Resist*

*(carbon bearings are standard on some meter sizes of this class, please consult factory)

M80A2 METER WITH REGISTER

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	HOUSING TYPE	PORT ORIENTATION	TEMP COMP.	W&M APPROVAL
LCR.iQ® REGISTRATION
M80A2-LCR.IQ-I#1	R-L	275	WH GAL	6-BOLT ELBOW HOUSING	HIGH	N	NIST
M80A2-LCR.IQ-I#2	L-R	275	WH GAL	VICTAULIC	LOW	N	NIST
M80A2-LCR.IQ-I#3	L-R	275	WH GAL	6-BOLT ELBOW HOUSING	LOW	N	NIST
M80A2-LCR.IQ-I#4*	L-R	275	LITRES	6-BOLT ELBOW HOUSING	HIGH	N	OIML
M80A2-LCR.IQ-I#5	L-R	275	LITRES	6-BOLT ELBOW HOUSING	LOW	N	CAN
M80AT2-LCR.IQ-I#1	L-R	275	WH GAL	6-BOLT ELBOW HOUSING	LOW	Y	NIST
SETUP FOR ELECTRONIC REGISTRATION
M80A2-SUFE#1	L-R	150	WH GAL	VICTAULIC	LOW	N	NIST
M80A2-SUFE#2	L-R	275	WH GAL	6-BOLT ELBOW HOUSING	HIGH	N	NIST

*VITON® ELASTOMERS

M80P2 METER LESS REGISTER AND GEAR PLATE

CATALOG NUMBER

FLOW

PRESSURE

UNIT OF MEASURE

HOUSING TYPE

PORT

ORIENTATION

TEMP COMP.

W&M APPROVAL

LESS REGISTER AND GEAR PLATE

M80P2-LRG#1

L-R

275

WH GAL

6-BOLT ELBOW HOUSING

HIGH

NIST

M80S2 METER WITH POD (PULSE OUTPUT DEVICE)

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	HOUSING TYPE	PORT ORIENTATION	TEMP COMP.	W&M APPROVAL
POD (PULSE OUTPUT DEVICE)
M80S2-POD#1	L-R	275	WH GAL	6-BOLT ELBOW HOUSING	LOW	N	NIST
M80S2-POD#2	R-L	275	LITRES	6-BOLT ELBOW HOUSING	LOW	N	OIML

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

Determine the percent of rated capacity at which the meter will be required to operate;
Determine product viscosity at system operating temperature;
Plot the point on the chart where the two lines intersect;
Determine the meter bearing material from construction/application table above and locate the corresponding slope on the chart.

If the plotted point is above the bearing material slope, you are outside the allowable pressure loss for the specified meter and bearing. You should either chose a larger meter, reduce flow rate, or consider alternative bearing materials.