M40 — 4" LC Meter (2,300 LPM) - Liquid Control UAE

M40 — 4" LC Meter (2,300 LPM)

Rating: 2,300 LPM, 150 psi (10.3 bar, 1034 kPa)
Flange: 4″
Meter Construction: Aluminum
Seals: Buna/Viton® as noted by catalog number
Maximum Pressure: 150psi (as listed by catalog number)
Temperature: -40° to 185° F

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Features
Class 1 Meters
Class 2 Meters
Dimension
Meter Flow Rates Vs. Viscosity

Meter Classes	Description	Bearing Material
1	Refined petroleum products	Ni-Resist*
2	Aviation and jet fuel	Ni-Resist*

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

M40A1

METER WITH REGISTERATION

CATALOG NUMBER	FLOW	UNIT OF MEASURE	SEALS	TEMP. COMP.	W&M APPROVAL
MECHANICAL REGISTRATION
M40AT1-MECH-NP#3	R-L	WH GAL	BUNA	YES	NIST

M40C1

METER WITH REGISTER + STRAINER + AIR ELIMINATOR

CATALOG NUMBER	FLOW	UNIT OF MEASURE	SEALS	STRAINER TYPE	MESH	AIR ELIMINATOR	SOFTWARE	W&M APPROVAL
LCR.iQ® REGISTRATION
M40C1-LCR.iQ-I#1	L-R	LITRES	BUNA	STD	40	MECH	N/A	OIML
M40C1-LCR.iQ-I#2	L-R	LITRES	BUNA	STD	40	MECH	N/A	NIST
LCR®600 REGISTRATION
M40C1-LCR600-I#1	L-R	LITRES	BUNA	STD	40	MECH	SL600 ST600	NIST
M40C1-LCR600-I#2	L-R	LITRES	BUNA	STD	40	MECH	SL600 ST600	OIML
MECHANICAL REGISTRATION
M40C1-MECH-NP#1	L-R	DEKALITRES	VITON®	STD	40	MECH	N/A	NIST
M40C1-MECH-NP#4	L-R	DEKALITRES	VITON®	STD	40	MECH	N/A	OIML
M40C1-MECH-NP#6	L-R	IMP GAL	BUNA	STD	40	MECH	N/A	OIML
POD (PULSE OUTPUT DEVICE)
M40C1-POD#1	L-R	WH GAL	BUNA	STD	40	MECH	N/A	NIST
M40C1-POD#4	R-L	WH GAL	BUNA	STD	40	MECH	N/A	NIST

*CLASS 1, DIVISION 1 LCR®-II REGISTRATION.

M40K1 METER WITH REGISTER + STRAINER + AIR ELIMINATOR + PRESET VALVE

CATALOG NUMBER

FLOW

UNIT OF MEASURE

SEALS

PRESET TYPE

MICRO SWITCH

VALVE TYPE

VALVE OUTLET

STRAINER TYPE

MESH

AIR ELIM.

W&M APPROVAL

MECHANICAL REGISTRATION

M40K1-MECH-NP#2

L-R

DEKALITRES

BUNA

5-DIGIT

N/A

MECH

DOWN

STD

MECH

OIML

M40K1-MECH-NP#3

L-R

LITRES

VITON®

5-DIGIT

N/A

MECH

FRONT

STD

MECH

OIML

M40K1-MECH-NP#6

L-R

DEKALITRES

VITON®

5-DIGIT

N/A

MECH

DOWN

STD

MECH

OIML

M40N1

METER WITH REGISTRATION + PRESET VALVE + PRESET + STRAINER + AIR ELIMINATOR + PRINTER

CATALOG NUMBER

FLOW

UNIT OF MEASURE

SEALS

PRESET TYPE

VALVE TYPE

VALVE OUTLET

STRAINER TYPE

MESH

AIR ELIM.

PRINTER TYPE

W&M APPROVAL

MECHANICAL REGISTRATION

M40N1-MECH-NP#1

L-R

WH GAL

BUNA

5-DIGIT

MECH

DOWN

STD

MECH

FACE DOWN

NIST

M40N1-MECH-NP#2

L-R

DEKALITRES

BUNA

5-DIGIT

MECH

DOWN

STD

MECH

FACE DOWN

NIST

M40P1

METER LESS REGISTER AND GEAR PLATE

CATALOG NUMBER	FLOW	UNIT OF MEASURE	SEALS	W&M APPROVAL
LESS REGISTER AND GEAR PLATE
M40P1-LRG#1	L-R	WH GAL	BUNA	NIST

M40S1

METER WITH POD (PULSE OUTPUT DEVICE)

CATALOG NUMBER	FLOW	UNIT OF MEASURE	SEALS	W&M APPROVAL
POD (PULSE OUTPUT DEVICE)
M40S1-POD#1	L-R	WH GAL	BUNA	NIST
M40S1-POD#2	L-R	LITERS	BUNA	CAN

M40A2

METER WITH REGISTERATION

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	TEMP COMP.	W&M APPROVAL
LCR.iQ® REGISTRATION
M40A2-LCR.IQ-I#1	L-R	150	WH GAL	N	NIST
M40A2-LCR.IQ-E#1*	L-R	150	LITRES	N	OIML
M40AT2-LCR.IQ-I#1	L-R	150	WH GAL	Y	NIST
MECHANICAL REGISTRATION
M40A2-MECH-NP#1	L-R	150	WH GAL	N	NIST
M40AT2-MECH-NP#1	L-R	150	WH GAL	Y	NIST
SETUP FOR ELECTRONIC REGISTRATION
M40A2-SUFE#1	L-R	150	WH GAL	N	NIST

M40C2 METER WITH REGISTER + STRAINER + AIR ELIMINATOR

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	STRAINER TYPE	MESH	W&M APPROVAL
MECHANICAL REGISTRATION
M40C2-MECH-NP#1	L-R	150	WH GAL	STD	40	NIST

M40E2 METER WITH REGISTER + PRINTER

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	MESH	W&M APPROVAL
MECHANICAL REGISTRATION
M40E2-MECH-NP#1	L-R	150	WH GAL	N	NIST

M40P2 METER LESS REGISTER AND GEAR PLATE

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	W&M APPROVAL
LESS REGISTER AND GEAR PLATE
M40P2-LRG#2	L-R	150	WH GAL	NIST

M40S2 METER WITH POD (PULSE OUTPUT DEVICE)

CATALOG NUMBER	FLOW	PRESSURE	UNIT OF MEASURE	W&M APPROVAL
POD (PULSE OUTPUT DEVICE)
M40S2-POD#1	L-R	150	WH GAL	NIST

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.