Macnaught MX Series User manual

Page 1 of 31
INSTRUCTION MANUAL
MX SERIES
OVAL GEAR FLOWMETER
MXL-INST
Rev 12
12/2020
To the Owner
Please read and retain this instruction manual to
assist you in the operation and maintenance of this
product.
The manual contains operating and maintenance
instructions for the MX-Series Flow Meters. This
covers port sizes from 1/4” to 4”.
Refer to separate instruction manual for information
on operating modes and features of LCD displays.
Contact local representative or distributor for further
assistance.
This Flow Meter has incorporated the oval gear
principle into its design. Exceptional repeatability and
high accuracy over a wide range of fluid viscosities
and flow rates are features of the oval gear design.
With a low pressure drop and high pressure rating
oval gear flow meters are suitable for both gravity
and (in-line) pump applications.
Macnaught offers a comprehensive set of web based
support materials to complement this instruction
manual.
Access the Instruction manual by scanning below QR
code.
www.macnaught.com.au

Page 2 of 31
Index
Important Information Page 3 ………………………………………………………….
Operating Principle Page 3 ………………………………………………………….
Installation
Installation Procedure Page 4 ………………………………………………………….
Maintenance Procedure
Disassembly Page 4 ………………………………………………………….
Reassembly Page 5 ………………………………………………………….
Pictorial Representation Page 6 ………………………………………………………….
Flowmeter Specifications
Flow meter Specifications Page 7 ………………………………………………………….
Flow Meter Output Types Page 8 ………………………………………………………
Specification and Wiring - High Temp Sensor Page 16
…………………………………………..
Page 17 …………………………………………………………
Engraving / Data Plate Information
Installation of flanges Page 17 …………………………………………………………
Service
Exploded Diagrams Page 18 ………………………………………………………….
Troubleshooting Guide Page 19 ………………………………………………………….
Spare Parts Kits Page 20-21 ………………………………………………………….
Wetted Parts Page 22 ………………………………………………………….
General
Pressure Drop Graphs Page 23 ………………………………………………………….
Dimensional Diagrams Page 24-30 ………………………………………………………….
Page 15 ……………………………………………….
PCB Specifications Standard/Industrial/DIN
Page 15 ……………………………………………
PCB Circuit Diagram Standard/Industrial/DIN
Industrial Pulse Cap Details Page 11-12 …………………………………………………………
DIN Compact Pulse Module Page 13-14 …………………………………………………………
Standard pulser cap Details Page 9-10 …………………………………………………………

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IMPORTANT INFORMATION (READ CAREFULLY)
FLUID COMPATIBILITY: Before use, confirm the fluid (liquid) to be used is compatible with the meter. Refer to
industry fluid compatibility charts or consult your local representative or distributor for advice.
STRAINER: To prevent damage from dirt or foreign matter, it is recommended that a Y type or Basket type mesh
strainer be installed as close as possible to the inlet side of the meter.
 Meter 1/4” 74 micron / 200 mesh
 Meter 1/2”- 2” 250 micron / 60 mesh
 Meter 3”- 4” 420 micron / 40 mesh
When a strainer is installed it should be regularly inspected and cleaned. Failure to keep the strainer
clean will dramatically effect flow meter performance. Contact your local representative for advice.
AIR PURGE / LINE PRESSURE: To prevent damage caused by air purge, slowly fill the meter with fluid.
To reduce pressure build-up turn off the pump at the end of each day.
FLOWMETER USAGE: The flow meter shall be used exclusively with liquids. No gases permitted to flow.
Presence of gases could create severe hazard and damage
Fluid passing through the meter causes the rotors to turn, as shown below. One of the rotors (the active rotor) is
fitted with magnets.
The passing of the magnets are picked up by the electronic sensor. The excitation of this switch provides a „Raw
Pulse Output‟ which relates to the K-Factor. (e.g. KF 36 = 36 pulses per litre of fluid passed)
This Pulse Output Signal can either be fed to an external receiving element (e.g. Data Logger or PLC) or
alternatively to an LC Display which conditions the Pulse signal to display volume of fluid passed. (e.g. Display 1
Litre per for every 36 pulses received)
OPERATING PRINCIPLE

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INSTALLATION PROCEDURE
1. It is recommended that a bypass line be included
in the design. This provides the facility for a
meter to be removed for maintenance without
interrupting production. (see figure)
2. Use a thread sealant on all pipe threads. Thread
tape must not enter flow meter as this could stop
flow meters operation.
3. For pump applications ensure pipe work and
meter have the appropriate working pressure
rating to match the pressure output of the pump.
Refer to meter specifications section for further
details. (Page 7)
4. Install a Y type or basket type mesh strainer as
close as possible to the inlet side of the meter.
Meter 1/4” 74 micron / 200 mesh
Meter 1/2”- 2” 250 micron / 60 mesh
Meter 3”- 4” 420 micron / 40 mesh
The flow meter can accept flow in any direction.
5. The meter can be installed in any orientation as
long as the meter shafts are in a horizontal
plane as per the picture.
Incorrect installation can cause premature wear of
meter components.
Do not over tighten meter connections.
7. It is important after initial installation to fill the line
slowly, high speed air purge could cause damage
to the rotors.
8. Test the system for leaks. Do not continue use if
meter is leaking.
9. Check the strainer for swarf or foreign material,
after the first 200 litres, check periodically,
particularly if the flow rate is noted to be
decreasing.
When maintenance to any part of the flow meter is required, it must be isolated and line pressure released. It
must be removed from the line if required. Use non sparking tools to accomplish the job.
It is advisable to mark all components with a marker pen before disassembly, to ensure all the components are
replaced to their correct position during the reassembly process.
1. Remove the meter cap by loosening the bolts on the underside of the meter body. (see FIG 1, Page 6)
2. Remove the O-Ring from the O-Ring groove. Clean it nicely and store in clean place.
3. Remove rotors from the cap and shaft assembly. The shafts are fixed to the cap for sizes 1/4” - 2” and to the
body for 3” and 4” sizes. No need to take them off.
Do not remove shafts from their location.
Inspection and maintenance should only be carried out by experienced personnel.
MAINTENANCE PROCEDURE
DIS-ASSEMBLY

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1. Before reassembling, check the condition of flow meter parts (rotors, body, cap, seal O-ring and shafts). Re
place if necessary. Contact Macnaught to check for spare parts availability.
2. One of the rotors is active (have magnets) and other one is neutral. The active rotor can be identified by
running a metal object over the face of the rotor. Placed both the rotors at 90° to each other onto the shafts.
Spin them to check if they move freely. If not, repeat the process.
 Active Rotor Placement into Flow meter:
MX06 - MX09 Meters:
The active rotor is positioned nearest to „dimple‟ on the meter cap (see FIG 2, Page 6)
The smooth side of rotor showing up, grub screw will face downwards.
The chamfered side of the rotor stays upward when placed on to the shaft (see FIG 6, Page 6)
MX12 - MX50 Meters:
The active rotor is positioned nearest to „dimple‟ on the meter cap (see FIG 2, Page 6)
Meter cap dimple must face towards the flow meter body dimple (see FIG 2 & 3, Page 6)
The magnet side face upward when placed on the cap
For MX75 - MX100 meters:
Active rotor is positioned on to the shaft away from the flow meter foot. (see FIG 7, Page 6)
The magnet side of the active rotor face upward when placed inside the flow meter body.
3. Smear the O-ring with light film of grease and placed into the Groove (see FIG 3, Page 6)
4. Place the meter Cap on the meter Body.
Meter cap dimple must face towards the flow meter body dimple (MX06-MX50 Meters) (see FIG 2 & 3, Page 6)
5. Insert the cap head screws and tighten in a diagonal sequence 1, 5, 7, 3, etc.
Bolts Torque Ratings:
MX06-MX12 (6.5 Nm)
MX19-MX25 (15 Nm)
MX40-MX100 (33 Nm)
6. Test the meter by turning the rotors with a finger or by applying very low air pressure (no more than a good
breath) to one end of the meter, before returning the meter to service.
RE-ASSEMBLY

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Flow meter
FIG 1
Dimple
Shafts
Flow Meter Cap
FIG 2
Flow meter Body
FIG 3
Active
Rotor
Neutral
Rotor
Rotors (At 90°)
FIG 4
Groove
O-ring
FIG 5
PICTORIAL REPRESENTATION OF FLOWMETER AND DISASSEMBLED PARTS
Rotors Chamfer
Area
FIG 6
For MX06 and MX09 meters,
the flat side of rotors with
chamfer on edges face
upward when placed on cap
and shaft assembly of meter
MX75 - MX100 Meters
FIG 7
Flow Meter Foot
Dimple
Flow Meter Body
Shafts
Active Rotor
O-ring
Flow Meter Cap
Neutral Rotor

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Flow Meter Series Temperature Range
Temperature Range (MX06P - MX50P)-40°C - 150°C 1
Temperature Range (MX06S - MX100S)-40°C - 120°C 1
Temperature Range (MX06F - MX50F)-40°C - 80°C 2
Temperature Range (MX75F - MX100F)-40°C - 120°C 1
Accuracy (MX06 - MX100) ±0.5% of reading
Flow Meter
Series
Flow Range
(Viscosity < 5 cP)
Flow Range
(Viscosity > 5 cP)
Metric US Metric US
MX06 2 to 100 LPH 0.5 to 26 GPH 0.5 to 100 LPH 0.13 to 26.4 GPH
MX09 25 to 500 LPH 6.6 to 132 GPH 15 to 500 LPH 4 to 132 GPH
MX12 3 to 25 LPM 0.8 to 6.6 GPM 2 to 30 LPM 0.5 to 8 GPM
MX19 8 to 70 LPM 2 to 18.5 GPM 3 to 80 LPM 0.8 to 21 GPM
MX25 10 to 100 LPM 2.6 to 26 GPM 6 to 120 LPM 1.6 to 32 GPM
MX40 15 to 235 LPM 4 to 62 GPM 10 to 250 LPM 2.6 to 66 GPM
MX50 15 to 500 LPM 4 to 130 GPM 15 to 500 LPM 4 to 130 GPM
MX75 60 to 600 LPM 17 to 170 GPM 20 to 733 LPM 5 to 194 GPM
MX100 220 to 1000 LPM 60 to 250 GPM 120 to 1200 LPM 30 to 300 GPM
1Flow meter process temperature range may be limited to sensor temperature classification.
2Flow meter process temperature range is limited due to PPS rotors.
FLOWMETER SPECIFICATIONS
Ensure the Flow meter is fitted with ‘High Viscosity Rotors’ if the fluid being metered is 1000 cP or above.
Flow Meter
Series
Maximum
Operating Pressure*
(Flow meter Threaded)
Maximum
Operating Pressure*
(Flow meter Flanged**)
kPa psi kPa psi
MX06 6895 1000 - -
MX09 6895 1000 - -
MX12 13790 2000 - -
MX19 13790 2000 - -
MX25 13790 2000 1250 181
MX40 10342 1500 1250 181
MX50 8274 1200 1250 181
MX75 1200 175 1200 175
MX100 1200 175 1200 175
* Conforms to Directive 2014/68/EU
** Flanges Standard (ASME B16.5, Group 2-2.3 Materials)

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Flow meter Output Types
Pulse output
A1 x Hall Effect Switch & 1 x Reed Switch MXD-AS
IDual Reed Switches MXD-IS
JDual Hall Effect Switches - Quadrature Pulse MXD-JS
KHigh Resolution Sensor MXD-KS
THigh Temperature Sensor MXD-TS
Local Digital Display
DPR (LCD 12 mm Display) MXD-DS
EPRA * (LCD 12 mm Display) MXD-ES
FER (LCD 17 mm Display) MXD-FS
GERA * (LCD 17 mm Display) MXD-GS
HERB (LCD 17 mm Display) MXD-HS
MPRM * (LCD Blind 4 - 20 mA Display) MXD-MS
Display MXD-DS MXD-ES MXD-FS MXD-GS MXD-HS MXD-MS
Instruction Manual MXL-INSTPR MXL-INSTPRA MS574 MS476 MS392 MXL-INSTPRM
Instruction manual for local displays to be seen separately. Part numbers as under:
* Analogue outputs are available as an auxiliary display signal by including ERA, PRA and PRM with the flow
meter. PRA and ERA display also output scalable pulse.
Reed Switch: Reed Switch is a 2-wire device which
triggers by magnet inside the rotors as they spin. To
maximise the life of the reed switch, the pulse board
comes equipped with a 1k8Ω current limiting resistor
in series.
Hall Effect Switch: Hall Effect switch is a 3-wire
device which triggers by south pole of the magnet
inside the rotors as they spin. This switch is NPN
type. The switch circuit is equipped with a 4k7Ω pull
-up resistor between signal and supply.
Reed Switch
Hall Effect Switch

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Standard Pulse Cap Output types A, I, J, K WIRING INSTRUCTIONS
Standard Pulse Cap incorporates the M-LOCK (1/4” turn) mounting system. The housing is made up of
polypropylene with PCB fitted inside.
Standard Pulse Cap PCB

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Standard Pulse Cap Output types A, I, J, K
Illustration
Standard Pulse Cap fitted to 1” meter
* MXD-JS generate Quadrature Pulse Output
** MXD-KS has one hall effect high resolution sensor.
Assembly/Disassembly
1. Rotate the pulse cap 90° anticlockwise to disassemble
2. Pull the cap away from body
1
No Tool required to assemble/dissemble
3. Place pulse cap onto the body and rotate 90° clockwise to reassemble
2

Page 11 of 31
Illustration
Industrial Pulse Cap Output Type (MXD-xCx-xx) WIRING INSTRUCTIONS
Cable Specifications for Standard/Industrial Pulse Cap
Minimal cable specification recommended for wire:
 5 core, 24 AWG each
 drain wire AND shielding/ copper braiding
 Temperature rating: -20 - 80 °C
 Voltage rating: 300 V
- Maximum cable length should not exceed 60 metres.
- If cable is extended and/or longer than 10m, it is highly recommended to use 24V power supply for Hall
Switch and reed switch.
PCB
* MXD-xCx-HH generate Quadrature Pulse Output
- Industrial Pulse Cap Temperature (-25 °C -120 °C)
- IP 67
Industrial Pulse Cap is fixed to the flow meter and
does not incorporate M-lock feature. It comes with
Conduit Entry to facilitate customers for own wiring.

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Industrial Pulse Cap Output Type (MXD-xCx-xx)
Pulser Cap Screws
Pulser Cap
Pulser Cap Gasket
PCB screws
PCB Circlip
Base Plate
Flowmeter
The Industrial Pulse Cap comprises of 3 major
components.
1. Industrial Pulse Cap
2. PCB (sensor board)
3. Secure Base Plate
In order to access the PCB, or for the removal/
replacement of the complete Pulser Module, the
Following procedure applies.
Disassembly/Reassembly
 Remove the 4 socket head cap screws holding
the Industrial Pulse Cap to the Base Plate.
Take care not to lose the gasket.
 Lift the Pulse Cap to expose the terminal block
for the connection/disconnection of the signal
cables.
 The PCB can be removed by loosening the
two screws securing it to the Base Plate.
Note: It is not necessary to remove the PCB if
the objective is to remove the complete base
plate (see next step)
 To separate the Base Plate from the Flow
meter body, remove the stainless steel Cir-
clip.
Reassemble by reversing the above sequence.
* Industrial Pulse Cap Housing material “Aluminium” to be fitted to flow meter having Aluminium Body
* Industrial Pulse Cap Housing material “SS 316” to be fitted to flow meter having SS 316 Body
Illustration
Industrial Pulse Cap fitted to 1” meter

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DIN Compact Pulse Module Output Type (MXD-xx)
DIN Compact Pulse Module incorporates the M-LOCK (¼ turn) mounting system. It provides a locking facility for
added security against unauthorised removal. A locking screw is supplied with DIN compact pulse cap to accom-
plish the job by fitting module to the flow meter using M-lock feature and replacing the existing screw with locking
screw.
During initial installation of the locking screw, the screw will need to pierce the bottom of the pulser.
This will enable the screw to „lock‟ into the plastic cam that is fixed to the flow meter.
The available options are:
 DIN Module with 1 x Reed and 1 x Hall effect sensor (MXD-RH)
 DIN Module with Dual Hall Effect sensors (MXD-HH)
 DIN Module with Dual Reed Switches (MXD-RR)
The DIN Compact Pulse Modules accommodates the choice of either a field mountable connector facility, or a
fixed (M12) connection cable.
 M12 DIN plug and socket complete with 5 core cable.
 Field attachable socket with 5 position screw terminals
M12 DIN cable Field attachable socket/connector
Part number: MXD-CF
Cable Length Part Number
1.5 Meters MXD-C1.5
5 Meters MXD-C5
10 Meters MXD-C10
Illustration

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DIN Compact Pulse Module Output Type (MXD-xx)
Cable Colour Dual Reed Module Dual Hall Module Reed / Hall Module
1Brown N/A HE Supply (VCC)HE Supply (VCC)
2White Reed Signal 1 HE Signal 1 (V out)HE Signal (V out)
3Blue Reed Ground 1 HE GroundHE Ground
4Black Reed Signal 2 HE Signal 2 (V out)Reed (Signal)
5Green-Yellow Reed Ground 2 N/AReed (Ground)
General
Connector M12
Standards / regulations IEC 61076-2-101
Technical Specifications
Number of positions 5
Protection IP67
Conductor cross section 0.25mm² - 0.75mm²
Material of body PTB
Sealing material NBR (nitrile rubber)
Ambient temperature -25°C - 85°C (plug and socket)
Rated voltage / current 60v / 4A
M12 Field Connector
M12 DIN Female Cable Connector
General
Connector M12 (right angle)
Standards / regulations IEC 61076-2-101
Technical Specifications (Plug and socket)
Number of positions 5
Protection IP67
Material of body TPU (thermoplastic polyurethane)
Rated voltage / current 60v / 4A
Contact resistance Max 5 mΩ
Ambient temperature (plug and socket) -25°C - 90°C
Technical Specifications (cable)
Core Number 5 core
Core colours brown, white, blue, black, green-yellow
Cable material PUR (polyurethane)
Conductor cross section 5 x 0.34mm² (signal lines)
Rated voltage / current 60v / 4A
Ambient Temperature (operation) -25°C - 80°C (cable, fixed installation)
Cable resistant to acids, alkaline solutions and salt water
M12 male connector M12 Female Cable Connector M12 Field Connector

Page 15 of 31
PCB Specifications Standard / Industrial Pulse Caps / DIN Compact Pulse Module
Output Signals Standard Pulse Meter 2 x Digital (Square Wave)
Reed Switch
(Mechanical Sensor)
Current Maximum 500mA
Voltage Maximum 30V DC
Contact Rating Maximum110W
Hall Effect Switch
(Electronic Sensor)
Maximum Supply Current 7.5mA
Maximum Output Current 25mA
Operating Voltage 4.5V to 24V DC
Output Type Open-Collector NPN
1.Contact rating maximum is 10W. Neither current nor voltage maximums should be exceeded in achieving this.
Reed/ Hall
Reed/ Reed
Hall/ Hall

Page 16 of 31
Output Type “T” High Temperature SPECIFICATIONS & WIRING
SENSOR TYPE OMNI POLAR NPN with internal 3 k-Ohm pull-up resistor
SPECIFICATIONS
Construction Stainless Steel Housing (Barrel)
Connector Cable Length 2 meters
Operating Voltage 4.5 to 30V DC
Maximum Supply Current 18mA
Temperature Range
-40 - 150°C
-40 - 302°F
Illustration
Sensor fitted to meter
Illustration
Cable Connector

Page 17 of 31
MX06-MX50: Serial number, Model number, k-factor,
flow rate range and temperature details are en-
graved on meter body. See below FIG
Flow meter Specs / Data Plate
MX75-MX100: Serial number, Model number, k-
factor, flow rate range and temperature details are
engraved on data plate. See below FIG
Pulse Cap / Display to
rotate anticlockwise
by 90 °
Flow Meter
Details
Meter Lock Nut Torque ANSI / ASTM DIN JIS End to End
MX25 20 Nm 1" 150 LB B16.5 DN25 PN 16 EN1092-125A 10K JIS B 2220 240 mm
MX40 30 Nm 1.5" 150 LB B16.5 DN40 PN 16 EN1092-140A 10K JIS B 2220 240 mm
MX50 40 Nm 2" 150 LB B16.5 DN50 PN 16 EN1092-150A 10K JIS B 2220 264 mm
1. The locknut, gasket, O-ring and retaining ring to be fitted as shown in the below picture. (Make sure that
the O-rings and gaskets must not have any damages)
2. Both flanges to be equally screwed to the meter body meeting end to end dimensions and bolt pattern on
the flange face
3. The lock nuts to be tightened to a specified torque as mentioned in the below table
Use a good quality grease for Gasket & O-ring and a good quality anti-cease on flange threads
INSTALLATION OF FLANGES ON MX25, MX40 AND MX50 METERS
Flow Meter Details

Page 18 of 31
METER COMPONENTS ITEM NO
CIRCLIP 1
CAM 2
METER BODY 3
METER CAP O-RING 4
MAGNET HOUSING 5
MAGNETS 6
ROTOR SHAFTS 7
LOCATING PIN 8
METER CAP 9
METER CAP SCREWS 10
METER COMPONENTS ITEM NO METER COMPONENTS ITEM NO
METER BODY 1CIRCLIP 7
ROTOR SHAFTS 2METER CAP BOLTS 8
ROTORS 3FLANGE SEALS 9
METER CAP O-RING 4PROCESS CONNECTION (FLANGED OR THREADED) 10
METER CAP 5FLANGE WASHERS 11
CAM 6FLANGE BOLTS 12
EXPLODED DIAGRAM models MX06-MX50
EXPLODED DIAGRAM models MX75-MX100

Page 19 of 31
TROUBLESHOOTING GUIDE
Problem Cause Remedy
Fluid will not flow
through meter
a) Foreign matter blocking rotors
b) Line strainer blocked
c) Damaged rotors
d) Meter connections over tightened
e) Fluid is too viscous
a) Dismantle meter, clean rotors (strainer must be fitted in line)
b) Clean strainer
c) Replace rotors (Strainer must be fitted in line)
d) Re-adjust connections
e) See specifications for maximum viscosity
Reduced flow
through meter
a) Strainer is partially blocked
b) Fluid is too viscous
a) Clean strainer
b) See specifications for maximum viscosity
Meter reading
inaccurate
a) Fluid flow rate is too high or too low
b) Air in fluid
c) Excess wear caused by incorrect
installation
a) See specifications for minimum and maximum flow rates
b) Bleed air from system
c) Check meter body and rotors. Replace as required. Refer to
installation instructions
Meter not giving a
pulse signal
a) Faulty hall effect switch
b) Faulty reed switch
c) Magnets failed
a) Replace PCB Board
b) Replace PCB Board
c) Replace magnets
LCD register not
working
a) Battery not connected properly
b) Battery flat
c) Faulty wiring connections
d) Faulty LC Display
e) Faulty connection from LC Display
a) Check battery connections
b) Replace battery
c) Check wiring for loose or faulty connections
d) Replace LC Display
e) Check wiring connections
Macnaught provides an comprehensive set of „Maintenance Videos‟ to assist the end user in
all aspects of service and / or repair of the flow meter range.
This web based resource can be accessed by scanning the QR.
MAINTAINENCE VIDEOS
TESTING REED / HALL SWITCHES
Testing of Reed Switch requires
Neodymium magnet (at least 220
Gauss) and Macnaught display/PLC/
FMS/Ohmmeter/Multimeter. If changes
in reading are seen by waiving magnet
near the reed switch, means it is
working fine. Otherwise, the reed switch
is faulty.
Testing Hall Effect Switch requires
Neodymium magnet (at least 220
Gauss), Power Supply/Battery (4.5 - 24
V DC) and Multimeter/Voltmeter.
Correct wiring is shown in the picture.
Check if only one of the magnet poles
changes the signal reading on the volt-
meter. It is a clear indication that the
switch is working perfectively. If hall
switch signal is not changing then Hall
switch is faulty.

Page 20 of 31
Category
“F”
ROTOR KIT
SEAL KIT
Standard High Viscosity
(Standard) PEEK
MX06F MXS-06F-ROTOR - - MXS-06F-SEAL
MX09F MXS-09F-ROTOR MXS-09F-HVPROTOR - MXS-09F-SEAL
MX12F MXS-12F-ROTOR MXS-12F-HVPROTOR - MXS-12F-SEAL
MX19F MXS-19F-ROTOR MXS-19F-HVPROTOR MXS-19F-PROTOR MXS-19F-SEAL
MX25F MXS-25F-ROTOR MXS-25F-HVPROTOR MXS-25F-PROTOR MXS-25F-SEAL
MX40F MXS-40F-ROTOR MXS-40F-HVPROTOR MXS-40F-PROTOR MXS-40F-SEAL
MX50F MXS-50F-ROTOR MXS-50F-HVPROTOR MXS-50F-PROTOR MXS-50F-SEAL
MX75F MXS-75F-ROTOR - - MXS-75F-SEAL
MX100F MXS-100F-ROTOR - - MXS-100F-SEAL
SPARE PARTS KITS
 Rotor Kit (Rotor assembly (includes Meter Cap bolts and O-Ring)
 Seal Kit (O-Rings seal (includes Meter Cap Bolts)
SPARE PARTS KITS
Category
“S”
ROTOR KIT
SEAL KIT
Standard High Viscosity
(Standard) PEEK
MX06S MXS-06S-ROTOR - - MXS-06S-SEAL
MX09S MXS-09S-ROTOR MXS-09S-HVROTOR - MXS-09S-SEAL
MX12S MXS-12S-ROTOR MXS-12S-HVROTOR - MXS-12S-SEAL
MX19S MXS-19S-ROTOR MXS-19S-HVROTOR MXS-19S-PROTOR MXS-19S-SEAL
MX25S MXS-25S-ROTOR MXS-25S-HVROTOR MXS-25S-PROTOR MXS-25S-SEAL
MX40S MXS-40S-ROTOR MXS-40S-HVROTOR MXS-40S-PROTOR MXS-40S-SEAL
MX50S MXS-50S-ROTOR MXS-50S-HVROTOR MXS-50S-PROTOR MXS-50S-SEAL
MX75S MXS-75S-ROTOR MXS-75S-HVROTOR - MXS-75S-SEAL
MX100S MXS-100S-ROTOR MXS-100S-HVROTOR - MXS-100S-SEAL
Category
“P”
ROTOR KIT
SEAL KIT
Standard
PPS
High Viscosity
(Standard)
PPS
High Temperature
(SS 316)
High Viscosity
(High Temp)
SS 316
PEEK
MX06P MXS-06P-ROTOR - MXS-06P-HTROTOR - - MXS-06P-SEAL
MX09P MXS-09P-ROTOR MXS-09P-HVPROTOR MXS-09P-HTROTOR MXS-09P-HVROTOR - MXS-09P-SEAL
MX12P MXS-12P-ROTOR MXS-12P-HVPROTOR MXS-12P-HTROTOR MXS-12P-HVROTOR - MXS-12P-SEAL
MX19P MXS-19P-ROTOR MXS-19P-HVPROTOR MXS-19P-HTROTOR MXS-19P-HVROTOR MXS-19P-PROTOR MXS-19P-SEAL
MX25P MXS-25P-ROTOR MXS-25P-HVPROTOR MXS-25P-HTROTOR MXS-25P-HVROTOR MXS-25P-PROTOR MXS-25P-SEAL
MX40P MXS-40P-ROTOR MXS-40P-HVPROTOR MXS-40P-HTROTOR MXS-40P-HVROTOR MXS-40P-PROTOR MXS-40P-SEAL
MX50P MXS-50P-ROTOR MXS-50P-HVPROTOR MXS-50P-HTROTOR MXS-50P-HVROTOR MXS-50P-PROTOR MXS-50P-SEAL
MX75P - - - - - -
MX100P - - - - - -