amiad Filtomat MCFM 12000 User manual

AMIAD Water Systems LTD.
6" Filtomat MCFM 12000
C/ST Filter
Serial number:
Order Number:
Catalog Number:
Filtration Degree:
Tested By:
Installation, Operation and
Maintenance Instructions
Ref. 6”-12,000/ 06.2020
Original Instructions

6” MCFM - 12000
01.2021
Page 2 of 61
AMIAD Water Systems LTD.
6” Filtomat MCFM 12000 Filter
Disclaimer:
Copyright © 2018 Amiad Water Systems Ltd. All rights reserved.
The contents of this document, including without limitation all information and materials, images, illustrations, data, drawings,
names and any other such materials that appear in this document are the sole property of Amiad Water Systems Ltd., including
any intellectual property rights, whether registered or not, and all know-how contained or embodied therein. Amiad may alter,
remove or change the Content without any further notice. You may not reproduce, copy, modify, create derivative works from,
sell or participate in any sale of, or exploit in any way, in whole or in part, any of this document or its content.
The confidential nature of and/or privilege in the file enclosed is not waived or lost as a result of a mistake or error in this file. If
you received this file in error, please notify Amiad immediately at i[email protected].
This document does not replace any certified drawing, procedure or information provided by Amiad in reference to a specific
customer, site or project.
Amiad assumes that all users understand risks involved within this file and/or its attached materials. This document is given in
good faith and is not intended to impose any obligation to Amiad. While every effort has been made to ensure the information
in this manual is accurate and complete, we would appreciate if you can bring any errors or omissions to the knowledge of Amiad
or consult Amiad experts or its authorized representatives if you have any questions.
Amiad Water Systems Ltd. D.N. Galil Elyon 1, 1233500, Israel Tel: [phone] | Fax: [phone] Email: [e-mail]

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01.2021
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TABLE OF CONTENTS
TECHNICAL SPECIFICATIONS.....................................................................................................................6
SAFETY INSTRUCTIONS .............................................................................................................................7
P&ID DRAWING ...................................................................................................................................... 10
DESCRIPTION AND FILTER OPERATION................................................................................................... 11
Filtering process .................................................................................................................................. 11
Self-cleaning process........................................................................................................................... 11
Different modes of filtration ............................................................................................................... 11
INSTALLATION......................................................................................................................................... 12
Installation instructions....................................................................................................................... 12
Important notes on drain pipe configuration!!................................................................................... 12
PREVENTION OF REVERSE FLOW............................................................................................................ 13
Preventing reverse flow ...................................................................................................................... 13
Air entrapment.................................................................................................................................... 13
Preventing air entrapment.................................................................................................................. 13
Technical solutions to remove trapped air.......................................................................................... 13
ELECTRIC WIRING.................................................................................................................................... 14
Electrical power source preparation ................................................................................................... 14
Control wiring...................................................................................................................................... 14
Air supply (Pneumatic control only).................................................................................................... 14
Hydraulic control................................................................................................................................. 14
START-UP AND FIRST OPERATION .......................................................................................................... 15
MAINTENANCE ....................................................................................................................................... 16
Schedule of inspections and preventivemaintenance and................................................................. 16
Routine maintenance.......................................................................................................................... 16
Schedule maintenance........................................................................................................................ 16
Dimensional Drawing.............................................................................................................................. 17
Parts Schedule - Section 1 Page 1........................................................................................................... 18
Parts Schedule - Section 1 Page 2........................................................................................................... 19
Parts Schedule - Section 1 Page 3........................................................................................................... 20
Parts Drawings - Section 1 page 1........................................................................................................... 21
Parts Drawings - Section 1 page 2........................................................................................................... 22
Parts Schedule - Section 2....................................................................................................................... 23
Parts Drawings - Section 2 ...................................................................................................................... 24
Parts Schedule - Section 3 page 1........................................................................................................... 25
Parts Schedule - Section 3 page 2........................................................................................................... 26
Parts Drawings - Section 3 ...................................................................................................................... 27
LUBRICATION....................................................................................................................................... 28
OEM Maintenance .............................................................................................................................. 28
Troubleshooting maintenance ............................................................................................................ 28

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PRIMARY DISASSEMBLY INSTRUCTIONS................................................................................................. 29
Removing the piston (C) ...................................................................................................................... 29
Removing the coarse screen (I), dirt collector (J), and Finescreen (K) ............................................... 29
For stainless steel coarse screens: ...................................................................................................... 29
Or - For plastic coarse screens:............................................................................................................ 29
Finally .................................................................................................................................................. 29
PRIMARY ASSEMBLY INSTRUCTIONS ...................................................................................................... 30
Insertion of dirt collector (J), fine screen (K), and coarsescreen (I).................................................... 30
For Stainless steel coarse screens: ...................................................................................................... 30
Or - For plastic coarse screens:............................................................................................................ 30
Continue with assembly (for both screens)......................................................................................... 30
Insertion of piston ............................................................................................................................... 30
PART 2 - MCFM PLC CONTROLLER.......................................................................................................... 31
INTRODUCTION ...................................................................................................................................... 37
GENERAL DESCRIPTION .......................................................................................................................... 37
OPERATOR TERMINAL ............................................................................................................................ 38
Programmable Controller – PLC ............................................................................................................. 38
Selecting Program Modes....................................................................................................................... 38
Time Triggered Flush Mode.................................................................................................................... 38
Continuous Flush Mode.......................................................................................................................... 38
Table 1 Program Sub Modes................................................................................................................... 39
Selecting Sub-Mode Default Values ....................................................................................................... 39
Definitions of Time Triggered Sub-Modes.............................................................................................. 40
Definitions of continuous flush sub-modes............................................................................................ 42
Program logic steps in continuous flush mode....................................................................................... 43
PROGRAMMING General Operations..................................................................................................... 44
Amiad Limited Warranty ........................................................................................................................ 59
With any inquiry please quote the Filter Serial Number, located on the filter housing.

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TECHNICAL SPECIFICATIONS
General
Flow rate range
150 m³/h
Consult supplier for optimum flow depending on
filtration degree & water quality.
Min. working pressure
1 bar
14.1 PSI
Max. working pressure
10 bar
150 psi
Inlet/Outlet diameter
150mm,100mm
6",4”
AS 4087 PN16
Max. working temperature
65ºC
150ºF
Weight (empty) range
465kg
Flush data
Flushing valve 2 x 50mm 2 x 2"
Flushing cycle time
Time triggered/DP /continuous flushing options
Flow for flushing 15m³/h
Control and electricity
Control voltage
24 V/DC
Electric motor
380V/1.1 Kw & 4 KW; 50 Hz
Rated operation Voltage
All standard 3 phase voltages acceptable.
Current consumption
Voltage and KW dependant
Construction materials
Filter Housing and Covers
ST/ST 316
Screens
Stainless Steel 316 wire cloth on plastic cylindrical body
Cleaning mechanism
Stainless Steel & Polypropylene
Flushing valve
ST/ST, Various
Seals
Natural Rubbers
Filter area
Screen type
12000
Flat screen
7273cm2
4-Layer screen
12126cm2
Filtration degrees available
Flat Screen
micron
3000
1500
800
400
200
150
120
100
80
50
Mm
3.0
1.5
0.8
0.4
0.2
0.15
0.12
0.1
0.08
0.05
4-Layer Screen
micron
1500
800
400
200
150
130
100
80
50
40
30
25
15
Mm
1.5
0.8
0.4
0.2
0.15
0.13
0.1
0.08
0.05
0.04
0.03
0.025
0.015

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01.2021
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SAFETY INSTRUCTIONS
General Safety Instructions
Amiad filtration products always operate as components in a larger system. It is essential for the system designers, installers and
operators to comply with all the relevant safety standards.
Prior to installation, operation, maintenance or any other type of action carried out on the filter, read carefully the safety,
installation and operation instructions.
During installation, operation or maintenance of the filter all conventional safety instructions should be observed in order to
avoid danger to the workers, the public or to property in the vicinity.
Please note: The filter enters into a flushing mode automatically, without prior warning.
No change or modification to the equipment is permitted without a written notification given in advance by the manufactureror
by its representative, on the manufacturer’s behalf.
Always observe standard safety instructions and good engineering practices whilst working in the filter’svicinity.
Use the filter only for its intended use as designed by Amiad, any misuse of the filter may lead to undesired damage and may
affect your warranty coverage. Please consult with Amiad prior to any non-regular use of thisequipment.
Installation
General
Install the filter according to the detailed Installation Instructions provided with the filter by the manufacturer and according to
the description given in this manual.
Make sure to leave enough clearance so as to enable easy access for future treatments and safe maintenanceoperations.
The user should arrange suitable lighting at the area of the filter to enable good visibility and safemaintenance.
The user should arrange suitable platforms, ladders and safety barriers to enable easy and safe access to the filter without
climbing on pipes and other equipment. The user should verify that any platform, barrier, ladder or other such equipment is built,
installed and used in accordance with the relevant local authorized standards.
Check and re-tighten all bolts during commissioning and after the first week of operation.
Use only appropriate standard tools and equipment operated by qualified operators when installing, operating and maintaining
the filter.
When installation is required in hazardous environment sites, underground or high above ground, make sure that the site design
and the auxiliary equipment are appropriate and that installation procedures are carried out in accordance with the relevant
standards and regulations.
Ensure walking areas about the installation are slip free when wet.
Shipment and transporting
Shipping and transporting the filter must be done in a safe and stable manner and in accordance with the relevant standards and
regulations.
For shipping, lifting and positioning the filter, use only approved lifting equipment and authorized employees andcontractors.
Electricity
Electric wiring should be performed by an authorized electrician only, using standardized and approvedcomponents.
Install a lockable main power cut-off switch close to the control panel.
If due to site constraints, the control panel is installed without a clear line-of sight of the filter, an additional lockable power
disconnect cut-off switch should be installed near each filter unit.
Installation of the filter should be performed so as to avoid direct water splashing on the electrical components or on the control
panel.

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Pneumatics
Install a lockable main cut-off switch, featured with a pressure release mechanism, on the compressed air supply line close to
the control panel.
If the control panel is installed far away and there is no eye contact with the filter, a lockable compressed air cut-off switch,
featured with a pressure release mechanism, should be installed near each filter unit.
The user should make sure that the compressed air supplied to the filter never exceeds the maximum designated pressure for
this filter. An air-pressure reduction valve should be installed on the compressed air supply line upstream of the filter’s pneumatic
inlet port.
Hydraulics
Extra safety devices should be installed on hot water applications to avoid skin burndanger.
The user should install a manual Water Cut-off Valve next to the filter’s inlet port.
In cases where the downstream piping network downstream of the filter is pressurized an additional manual Water Cut-off Valve
should be installed next to the filter outlet port.
The user should make sure that the system includes a Pressure Release / Drainage Valve to enable release of residual pressure
prior to any maintenance procedure performed on the filter.
The user should make sure that the filter is never exposed to water pressure exceeding the maximum designated pressure for this
filter, if needed a Pressure Reduction Valve should be installed upstream of the filter’s water inletport.
Please note that the maximum working pressure indicated at the filter’s specifications table includes the pressure caused by fluid
hammer and pressure surge effects.
Civil Engineering
Make sure that the filter installation is done by Amiad qualified technicians.
Make sure that any civil engineering work at the installation site such as construction, lifting, welding, etc. is done by qualified
workers / technicians / contractors and in accordance with the relevant localstandards.
While using lifting equipment, make sure that the filter or the lifted part is chained securely and in
a safe manner.
Do not leave lifted equipment if there is no necessity. Avoid working below lifted equipment.
Wear a safety helmet while using lifting equipment.
Make sure that the flooring is sloped for drainage and to avoid accumulation ofliquids.
Commissioning
Read carefully the Commissioning and the First Start-up Operation instructions prior to any attempt to operate the filter.
In order to achieve maximum performance and smooth operation of the filter it is crucial to perform the Startup and First
Operation procedures exactly as described in this manual.
Commissioning the filter should be done by an authorized Amiad technician, do not attempt to commission the filter
unaccompanied since this may lead to undesired damage and may affect your warrantycoverage.
Operation and Control
Do not operate the filter before reading carefully and being familiar with its operationinstructions.
Observe the safety stickers on the filter and never perform any operation contradicting the instructionsgiven.
Never operate or use the filter for purposes other than its original design and operational envelope.

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01.2021
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Maintenance
Before any maintenance or non-regular operation please read the following:
Servicing the filter should be done only by technicians authorized by Amiad.
Disconnect the filter from the power supply and lock the Main Power Switch.
Disconnect the compressed air supply, release the residual pressure and lock the Pneumatics Main Valve.
Disconnect the filter from the water system by closing and securing the Manual Inlet Valve. In cases where the downstream
piping network is pressurized, close and secure the Manual Outlet Valve also.
Release the residual water pressure by opening the Pressure Release / DrainageValve.
Empty the filter by opening the Drainage Valve.
In hot water systems wait till the filter components cool off to a safetemperature.
Place warning signs around the work area as required by the local standards andprocedures.
Inspect the filter’s safety stickers and replace any damaged or faded sticker.
Mechanical
When working on the filter use only appropriate standard tools.
Always open and close valves slowly and gradually.
Remove grease and fat material residues in order to avoid slipping.
Before disconnecting the filter from the water supply, electricity and pneumatics and before releasing the filter’sresidual
pressure do NOT:
o loosen or unscrew bolts
o remove any protection cover
o open any service port flange
Avoid splashing and water leakage so as to minimize slippage, electrification or damage to the equipment, caused by moisture.
While using lifting equipment, make sure that the filter or the lifted part is chained securely and in
a safe manner.
Do not leave lifted equipment if there is no necessity. Avoid working below lifted equipment.
Wear a safety helmet, goggles, gloves, and any other personal safety equipment required by the local standards andregulations.
Human entry into a filter must be done in accordance with the relevant local safety instructions, standards and regulations for
working in hazardous environment.
Manual cleaning of filter media using high water pressure or steam should be performed in accordance with the cleaning system
instructions, the local standards and regulations and without endangering the operator or thevicinity
Manual cleaning of filter element using acid or other chemical agents should be performed in accordance with the relevant
material safety instructions, the local standards and regulations and without endangering the operator or hisvicinity.
Before returning to regular operation
Re-assemble any protection covers or protection mechanisms removed during service or maintenanceoperations.
Make sure that all the tools, ladders, lifting devices, etc. used during the maintenance procedures are taken away from the filter
area and stored
In order to return the filter to regular operation, follow the First Start-up Operation instructions as detailed in your usermanual.
For filters used in potable water systems it is required to disinfect the filter according to the local water authority standards and
regulations before putting it back to service.

8” MCFM -
Page 10 of 61
P&ID DRAWING
1
-
)

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DESCRIPTION AND FILTER OPERATION
Filtering process
The MCFM is an automatic, continuous, self-cleaning filter for high flow rates and high dirt loads driven by electrical
control combined with pneumatic or hydraulic operation. The MCFM is designed to work with various types of screens
in filtration degrees from 3000 to 15 micron, and is available in 4", 6", 8", 10" and 12" inlet/outlet diameters.
Self-cleaning process
The PLC controls the self-cleaning modes required according to type of dirt and dirt loads or other application variables.
The MCFM will start the self-cleaning process when the pressure differential across the screen reaches a pre-set value or
a pre-determined lapse of time. The MCFM can also run in a continuous mode.
The water flows through inlet, passing through the coarse screen. The dirt is stopped on the inner face of the cylindrical
fine screen. The filtered water flows to the outlet.
A central dirt collector is equipped with suction nozzles and injection nozzles.
A back-flush stream removes the dirt from the inner cylindrical fine screen face through the back-flush nozzles to the
drain chamber and via the flush valve. The injection stream passes through the injection nozzles and cleans the back side
of the fine screen.
While back-flushing, the collector's movement is both rotational as well as longitudinal. The combination of these
movements ensures full coverage of the screen area by suction and injection streams.
Rotational motion is achieved by an electrical drive unit. Longitudinal motion of the piston is achieved in one of two
ways:
Pneumatically (pneumatic piston)
Hydraulically (hydraulic piston—optional)
Different modes of filtration
The filtration system may be found in one of the following modes:
Triggered mode: In this mode, the back-flush cycle is operated at pre-determined time intervals or differential
pressure inputs.
Continuous mode: In this mode, the back-flush cycle operates continuously.
The Triggered and Continuous Modes are divided into sub-modes:
Flush sub-mode: The flush valve, pump and piston are active. The MCFM is filtering and self-cleaning at the same
time.
Rest sub-mode: No self-cleaning activity. The MCFM is only filtering the fluid. This sub-mode is only available in the
triggered mode.
Super-flush sub-mode: This sub-mode of flushing is used to create a greater suction pressure than that in the triggered
and continuous modes, in order to remove stubborn particles from the fine screen which cannot be removed by the
normal flush sub-mode suction pressure. In this sub-mode, back-flush suction pressure is increased for a short period
of time.
Reduced flow sub-mode: In this sub-mode, the MCFM outlet valve will close. This will increase the filter internal
pressure which will create a higher suction pressure. This sub-mode occurs only under high differential pressure input.

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INSTALLATION
Installation instructions
1. Select a convenient location for the installation of the filter where operation and maintenance will be optimum. A
lifting auxiliary is recommended for installation.
2. Ensure that the distance between inlet and outlet flanges complies with the data sheet.
3. Ensure that the diameters and flange dimensions of the inlet and outlet pipes comply with the datasheet.
4. If possible, prior to installing the filter, flush the main line at the connection point thoroughly, to remove large
objects that may damage the filter's internal mechanism.
5. Prepare appropriate hardware to join the inlet and outlet flanges to the filter inlet and outlet flanges (bolts, nuts
and gaskets).
6. Install the filter horizontally. Please note that a minimum clearance as shown on the installation drawing is required
in order to allow disassembly of the unit.
7. Ensure the direction of flow according to the arrows marked on the filter housing.
8. The user should arrange suitable lighting at the area of the filter to enable good visibility and safemaintenance.
9. The user should arrange suitable platforms and safety barriers to enable easy access to the filter without climbing
on pipes and other equipment.
10. Ensure adequate size drain piping is available for connecting two BSP/NPT 2” drain valves for continuous flush and
super-flush.
Important notes on drain pipe configuration!!
 Connect the drain piping system to allow free flow.
 Depending on application, a minimum differential pressure between 0.2 bar and 0.6 bar should be maintained
between filter inlet and drain port. Installation of pump in the drain pipe should be considered, in case of back
pressure in drain system.

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PREVENTION OF REVERSE FLOW
Fine screen collapse is caused by hydraulic pressure acting externally upon the screen. The hydraulic back pressure
results from a differential pressure across the screen, where the external pressure is greater than the internal pressure.
The process conditions leading to this screen failure have been identified through failure studies of actual installed
filters.
The major process conditions are:
 Process media backflow through the screen.
 Air entrapment in the fine screen compartment of the filter house.
The four-layer screen is very sensitive to back pressure; small differential back pressure acting upon a blocked screen
shall cause collapse.
Preventing reverse flow
Reverse flow can be avoided in these ways:
1. Install a check (non-return) valve downstream of the filter. The check valve shall be of the quick acting
type, and the disc's return should be spring loaded. The valve manufacturer's installation
recommendations must be conformed, to prevent any back flow through the valve.
2. Avoid additional pressure sources between the filter and the process. When this cannot be avoided,
isolate the filter before introducing these pressure sources.
3. Close the filter manual outlet valve, and then the inlet valve before stopping the process pump.
Start the pump before opening the filter inlet and outlet valves.
4. Avoid situations of automatic process pump starts and stops where back flow may result.
Air entrapment
Air entrapment must be minimized in the fine screen chamber. This is not only to protect the screen from collapse, but
to allow the entire fine screen to be submerged in the media and participate in the filtration. This is more important in
low pressure applications.
When air entrapment is present, any sudden release of hydraulic pressure shall allow the air pocket to expand and
push media in a backflow direction through the fine screen.
Preventing air entrapment
Air entrapment damage can be avoided in these and other ways:
1. Vent entrapped air from the fine screen chamber.
2. Do not isolate the filter from the pressure source until the flush valves areclosed.
3. Do not open the flush valves after the filter has been isolated from the pressure source and until the filter has been
depressurized.
4. To depressurize, and when opening the filter for maintenance, release the internal pressure slowly. This can be
achieved by a ¼" valve.
5. When draining the filter, ensure that the filter has been depressurized first.
Technical solutions to remove trapped air
The MCFM filter housings are provided with a connection port for an optional air release valve.

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ELECTRIC WIRING
If the control board is not mounted on the MCFM, install the control board in a dry and protected place.
Electrical power source preparation
1. Prepare a three-phase (R, S, T, N, G) power supply. The power source parameters are determined by the local main
power network voltage and pump size.
2. Connect the motors to the suitable terminals on the control board. Use cables of adequate cross section approved
by local regulations.
Control wiring
1. Connect the proximity switch wires to the correct terminals.
2. Check that all factory wiring is intact and not damaged.
Air supply (Pneumatic control only)
1. Connect a 6 bar air supply to the manifold supplied on the MCFM.
2. Select an industrial air mist lubricator for proper solenoid functioning.
3. Fill the absorber tank and piston with an ethylene glycol/water mixture or hydraulic oil. Fillings should be to the
overflow level of the side port on the tank with the piston at switch 2.
Hydraulic control
Installation connections for Hydraulic controls are subject to special configurations which are provided by the factory
per application.

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START-UP AND FIRST OPERATION
Prior to operation, completely understand controller settings. Make sure the electric wiring is correct, according to the
enclosed drawings.
1. Open the continuous flush valve completely.
2. Open the booster pump vent valve to bleed air.
3. Apply water to the filter. If inlet valve is installed, open valve.
4. Open all manual valves on the outlet tubing system of the booster pump.
5. Check the system for leakage.
6. Turn on the booster pump by pressing the pump switch at overload protection switch box.
7. Verify that the pump is turning in the proper direction according to the arrow marked on the pumpbody.
8. Verify that the outlet valve is open.
9. At this time, air is bled through the booster pump vent valve. When the vent valve water flow is free of air
bubbles, close vent valve.
10. Turn on the gear unit by pressing the gear unit switch at overload protection switch box.
11. Check that the piston is turning in the appropriate direction (CCW—viewed from piston freeend).
12. Check that the drain collector and suction/injection nozzles are turning in the appropriate direction (CW). The
rotation direction may be viewed through a sight glass, when supplied.
13. Visually check that the piston is operating normally and reaches its maximum forward and rearpositions.
14. Adjust continuous flush valve by carefully closing valve manually to obtain 0.5 bar differential pressure between the
outlet chamber and the drain chamber. At this state (0.5 bar), the drain valve is properly adjusted. Do not disturb
valve after adjustment.
15. Run forced super-flush. Adjust manual super-flush valve for 1 bar differential pressure between the outlet
chamber and the drain chamber.

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MAINTENANCE
Schedule of inspections and preventive maintenance.
The following schedule of inspections and preventive maintenance is based on continues filtration duty, and therefore should be
used as a guideline only.
It is recommended having a periodic inspection to see if there is no increase in grease leakage. This indicates wear of the bearings
and they need to be replaced in order to prevent damage to the Rod Connection Type6 (Part No46)
The user should compile his or her own schedule of maintenance and inspection based on experience gained from
using the filter and learning its operation in service.
* However the minimum schedule for replacement of cretin parts should not exceed 6 months.
Routine maintenance
 Make sure that the automatic lubrication unit is operating and contains enough grease.
 Visually inspect all the external parts for leakage, excess corrosion, tightness of fasteners, etc. Take corrective actions if required.
 Check valve settings and pressures before and during the flush. Pressure pointsare:
Before fine screen/coarse screen
After fine screen
Drain chamber
Injection pressure after booster pump
 Check conditions of process water, air supply.
 Check integrity of the process and air supply equipment.
 Clean any spill on or around the filter.
Schedule maintenance
 Open the filter and inspect all internal parts for leakage, excess corrosion, wear, tightness of fasteners. Take corrective action if
required.
 Remove and manually clean the coarse screen.
 Remove, clean and inspect the fine screen. Inspection is visual. Determine that the fine screen is not blocked nor torn or
otherwise damaged.
 Check fine-screen O-rings.
 Replace all dynamic U-rings, bearings, wipers, (Every 6 Months Min.)
Peek Bearing.
U-ring.
Wiper Seal.
Delrin bearings.
 Check all dynamic parts.
Pin Shaft Anti Rotation.
Rod Connection Type6.
Rod Drive.
 Replace worn dynamic parts if required.
 Check dirt collector nozzles for excessive wear.
Take corrective action if required.
 Check integrity of pressure hoses and tubes.
 Check internal filter housing paint. Repair damaged areas.
 After assembly carry out a routine maintenance program

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Dimensional Drawing

8” MCFM - 12000
06.2020
Page 28 of 61
PARTS SCHEDULE
ITEM NO.
CAT. NO.
DESCRIPTION
QTY.
MATERIAL
1
710105-005943
MCFM-12000 HOUSING 6" BSTE PKPK 5010 ST.37-2 POLYESTER
1
ST 37-2
2
750103-001719
SPOOL MANIFOLD 2" AS4087 S/ST316L 10 BAR
2
S/ST 316
3
710103-003369
GUIDE PIPE MCFM OKOLON F/DIRT COLLECTOR
1
Akulon
4
710103-003147
RING RETAINING MCFM-12000 NBR F/DIRT COLLECTOR
1
Rubber
5
700190-002802
D.C. ASSY (16 NOZZ) MCFM 12 A 316
1
VARIOUS
6
760104-000118
STUD BOLT 3/8" UNC 43MM S/ST316
12
S/ST 316
7
770102-000147
PARKER O-RING 2-335 NBR 70 SHORE
1
NBR
8
760102-000116
HEX NUT 3/8"UNC S/ST316 B18.2.2
8
S/ST 316
9
710103-003203
MCFM EXTENSION ROD S/ST316L PASSIVATION
1
S/ST 316
10
710103-003037
PIN 95MM MCFM-8000 S/ST316 PISTON SHAFT CONNECTOR
1
S/ST 316
11
760105-000025
PIN COTTER 2.5X25MM S/ST316 DIN94
2
S/ST 316
12
770104-000153
SHAPED SEAL COVER MX14-16(P)(SP.C 30)NAT
1
NBR
13
760104-000127
Stud Bolt 1/2"UNCx50 Long 20/12 S/ST316
12
S/ST 316L
14
760103-000115
Flat Washer 1/2" B18.22.1 St.St 316
68
S/ST 316L
15
760102-000117
HEX NUT 1/2"UNC S/ST316 B18.2.2
28
S/ST 316
16
710105-001966
MCFM-XXXX EXTENSION S/ST316 ELECTROPOLISH
1
S/ST 316L
17
770102-000145
PARKER O-RING 2-331 NBR 70 SHORE NO FLASH
1
NBR
18
700190-002848
GUIDE D.C. SHAFT (A) S/ST+OKOLON ASSY
1
VARIOUS
19
710103-003172
COVER 1" MCFM-12000 S/ST316 GUIDE SHAFT
1
S/ST 316
20
770105-000053
U-CUP EPDM OD50 ID34 H9.5 80SH YELLOW.D
1
EPDM
21
710105-000357
M104/6LP COVER SERVICE PKPK 5010 ST.37-2 POLYESTER PRESSURE GAUGE COATED
1
ST.37-2
22
770102-000167
PARKER O-RING 2-430 NBR 70 SHORE
2
NBR
23
760101-000574
HEX BOLT PARTIAL THRD 1/2"UNCX2" 316
8
S/ST 316
24
710105-000352
M104/6LP COVER SERVICE PKPK 5010 ST.37-2 POLYESTER FOR SERVICE
1
ST.37-2
25
780101-000861
ELBOW STREET 2" BSP M/BSP F S/ST316
2
S/ST 316
26
780101-000818
NIPPLE 2"X85MM BSPT M S/ST316
6
S/ST 316
27
760103-000113
Flat Washer 5/16"x1mm Thick
24
S/ST 316
28
700101-000753
COARSE SCREEN PVC MCFM12000
1
PVC
29
720401-000945
CENTRIFUGAL PUMP LOWARA 10SV11F040T 4.0KW 6M3H 120M 415V S/ST316 3PH
50HZ 2900RPM 1.5"X1.5" PN10/16 WEG MOTOR
1
S/ST 316
30
900103-000018
NAMEPLATE ENGLISH S/ST316 FILTOMAT SELF-CLEANING FILTERS CE 125X114X1MM
1
S/ST 316
31
760105-000036
RIVET BLIND 3X6 DIN 7337 S/ST316
4
S/ST 316
32
710105-005868
MCFM BRACKET PKPK 5010 ST.37-2 POLYESTER
1
ST 37-2
33
760101-000572
HEX BOLT FULL TH 1/2"UNCX1" S/ST316
4
S/St-316
34
710103-010188
BRACKET F/SOLENOID CABINET MCFM S/ST304 F/BURKERT
1
S/ST 316
35
720103-000704
SOLENOID+LED BURKERT 0330 3WAY 3/2 NC 8W 24VDC 50/60HZ 1/4" 2MM S/ST
NPT NBR SEALS IP65
1
S/ST 316

6” MCFM - 12000
01.2021
Page 29 of 61
ITEM NO.
CAT. NO.
DESCRIPTION
QTY.
MATERIAL
36
720103-000703
SOLENOID+LED BURKERT 0330 3WAY 3/2 NO 8W 24VDC 50/60HZ 1/4" 2MM S/ST
NPT NBR SEALS 0-16BAR IP65
2
S/ST 316
37
720501-001180
ELBOW CONNECTOR 1/4"M X8MM NPT S/ST316 AIGNEP
17
S/ST 316
38
760101-000841
HEX BOLT FULL THRD M5 10MM S/ST316 DIN933
2
S/ST 316
39
760103-000093
FLAT WASHER M5 DIN125 S/ST304
4
S/ST 304
40
730108-000110
AIR RELEASE VALVE A.R.I SEGEV S-050-P 1/2" BSPT NYLON3 16BAR
2
PP
41
720290-000137
S/ST SURFACE FINNISH CODE 55X50
1
S/ST 316
42
780101-000840
PLUG 1" BSP S/ST316
1
S/ST 316
43
720301-000036
PRESSURE GAUGE 0-16 BAR/PSI NUOVA FIMA S/ST316 1/4" BSP BOTTOM 2"
W/GLYCERINE
1
S/ST 316
44
760101-000676
PHIL FLAT MCHINE SCRW 1/4"UNCX1/2" 316
2
S/ST 316
45
760103-000005
FLAT WASHER 1/4" SPECIAL S/ST304
4
S/ST 304
46
770103-000039
FLAT SEAL 1 1/2" ISO PN16 KLINGERIT FILTOMAT
3
Polyurethane
47
770102-000118
PARKER O-RING 2-228 NBR 70 SHORE
1
NBR
48
760101-000454
HEX BOLT FULL THRD M8 40MM S/ST316 DIN933
6
S/ST 316
49
720501-000455
PLUG 1/4"M BSP S/ST316
4
S/ST 316
50
760103-000092
FLAT WASHER M4 DIN125 S/ST304
12
S/ST 304
51
760101-000510
PHILLIPS PAN MACHINE SCREW M4X15 304
12
S/ST 304
52
720302-000282
PRESSURE TRANSMITTER SIEMENS P310 S/ST316 1/2" BSP 0.16-10 BAR 0-16BAR 4-
20MA IP66
2
VARIOUS
53
760101-000173
HEX BOLT FULL TH M10X30 S/ST304 DIN933
9
S/ST 304
54
760103-000028
Flat Washer M10 DIN125 S/ST304
18
S/ST 304
55
760102-000011
HEX NUT M10 S/ST304 DIN934
9
S/ST 304
56
900101-001444
WOOD+TRI-WALL CARTON PALLET+COVER+BRIDGE H.S.C FOR 4"-8" MCFM-12000
1
Various
57
700190-005781
PISTON 95MM TYPE 8 MCFM 8000/12000 (10 NOZZ/16 NOZZ)
1
VARIOUS
58
700190-005789
VALVE QUICK ASSY 2"NO 90 B/B OIL HP S/ST316 NIT.R
2
VARIOUS
59
730104-000263
2-WAY BALL VALVE 2" F/F S/ST316 MANUAL
4
S/ST 316
60
730104-000213
2-WAY BALL VALVE 1/2" MBSPT/FBSPT S/ST316 MANUAL
2
S/ST 316L
61
720501-000467
ADAPTOR 3/8"M X1/8"F BSP S/ST316
1
S/ST 316
62
720501-000272
L-CONNECTOR 1/4"F X1/4"M NPT S/ST316 HAM-LET
2
S/ST 316
63
720501-000307
T-CONNECTOR 1/4"FX1/4"F X1/4"F NPT S/ST316 HAM-LET
1
S/ST316
64
730104-000193
2-WAY BALL VALVE 1/4" MBSPT/FBSPT S/ST316 MANUAL TAIWAN VALVE
3
S/ST 316
65
720501-000468
ADAPTOR 1/2"F X1/4"M BSP S/ST316
1
S/ST 316L
66
710103-003317
FITTING ADAPTOR 1 1/2" MCFM S/ST316L BSP KIT HOSE
1
S/ST 316
67
730104-000249
2-WAY BALL VALVE 1 1/2" F/F S/ST316 MANUAL
1
S/ST 316
68
790207-000130
1 1/2" S/ST316 PRESSURE HOSE BSP 790MM
1
S/ST316
69
710105-000587
M300-3000A COVER PKPK 5010 ST.37-2 POLYESTER
1
ST.37-2
70
760103-000117
Flat Washer 5/8" B18.22.1
32
S/ST 316

6” MCFM - 12000
01.2021
Page 30 of 61
ITEM NO.
CAT. NO.
DESCRIPTION
QTY.
MATERIAL
71
760101-000585
HEX BOLT PARTIAL TH 5/8"UNCX2 3/4" 316
12
S/ST 316
72
760102-000118
HEX NUT 5/8"UNC S/ST316 B18.2.2
12
S/ST 316
73
760101-000576
Hex Bolt Partial Thread 1/2"UNCX2 3/4" 316
4
S/ST 316
74
720501-001178
STRAIGHT CONNECTOR 1/4"M X8MM NPT S/ST316 AIGNEP
5
S/ST 316
75
760104-000153
STUD BOLT 5/16" UNC 37MM S/ST316
6
S/ST 316
76
760102-000115
HEX NUT 5/16"UNC S/ST316 B18.2.2
6
S/ST 316
77
790207-000134
1 1/2" S/ST316L PRESSURE HOSE ISO16 850MM
1
S/ST 316L
78
720501-000316
T-CONNECTOR 1/4"FX1/4"F X1/4"M NPT S/ST316 HAM-LET
1
S/ST 316L
79
710103-003098
PRESSURE POINT 1/4" MCFM-8000 S/ST303 BSP
2
S/ST 303
80
730104-000289
5-WAY BALL VALVE 1/8" NPT MINI S/ST316 MANUAL SWAGELOK
1
S/ST 316
81
720501-000262
NIPPLE 1/4"M X1/8"M NPT S/ST316 HAM-LET
2
S/ST 316
82
720301-000033
PRESSURE GAUGE 0-10 BAR/PSI NUOVA FIMA S/ST316 1/4" NPT BOTTOM 2.5" W/GLYCERINE
1
S/ST 316
83
720501-001181
ELBOW CONNECTOR 1/8"M X8MM NPT S/ST316 AIGNEP
2
S/ST 316
84
720501-001179
STRAIGHT CONNECTOR 1/8"M X8MM NPT S/ST316 AIGNEP
3
S/ST 316
85
730108-000112
3-WAY MINI 3X1/8" NPT S/ST316 CONTROL
1
S/ST 316
86
720501-000461
L-CONNECTOR 3/8"M X12MM NPT S/ST316
1
S/ST316
87
760102-000201
NYLON INSERT LOCKNUT 1/2"UNC S/ST316 B18.16
4
S/ST 316
88
760102-000086
HEX NUT M8 S/ST316 DIN934
4
S/ST 316
89
720501-000252
NIPPLE 1/4"M X1/4"M NPT S/ST316 HAM-LET
1
S/ST 316
90
710105-005702
MCFM COVER S/ST316 ELECTROPOLISH F/CONTROL BRACKET
1
S/ST 316
91
720501-000248
L-CONNECTOR 1/8"M X8MM NPT S/ST316 HAM-LET
1
S/ST 316
92
720501-000414
BUSHING 3/8"M X1/4"F NPT S/ST316 HAM-LET
1
S/ST 316
93
720502-000021
CONTROL TUBE 12MM LDPE 200MM LONG
1
S/ST 316
94
710105-005869
MCFM SCREEN S/ST316 ELECTROPOLISH
1
S/ST
95
760103-000096
FLAT WASHER M8 DIN125 S/ST316
8
S/ST 316
96
760101-000609
HEX BLT FUL TH M8 20MM S/ST316 DIN933
4
S/ST 316
97
730104-000233
2-WAY BALL VALVE 1" MBSPT/FBSPT S/ST316 MANUAL
1
S/ST 316
98
700101-001095
FLAT SCREEN PVC+S/ST316L 12000SQ.CM 100MIC MCFMXXXX
1
PVS+S/ST
99
720501-000458
BUSHING 1/2"M X1/4"F BSP S/ST316
2
S/ST 316
100
720501-001180
ELBOW CONNECTOR 1/4"M X8MM NPT S/ST316 AIGNEP
17
S/ST 316
101
730105-000971
DN150 ELECTRIC BUTTERFLY VALVE GRL AS4087LUGGED BLUE F02 250 LV F WP CI BODY,316
DISC,431 STEM,EPDM KEYSTONE
1
Varrious

6” MCFM - 12000
01.2021
Page 31 of 61
Explosion Drawings