instruction manual for fuel gas filter

MECHANICAL CONTRACT NUMBER :

TP.01.03/U.DEP.IP.SKG/1275/X/

2013

NO DOKUMEN

20 PAGES

PAKET 1 : JASA PERANCANGAN, PENGADAAN DAN KONSTRUKSI PEMBANGUNAN SKG RANTAU PANJANG DAN SKG PANGKALAN

BRANDAN

FUEL GAS FILTER INSTRUCTIONS FOR INSTALATION

A 21/08/14 Issued for Information my af IWK

Rev. Date Status Prep'd Checked Approved Checked Approved

PT. SURYA BESINDO SAKTI PT. WIKA PERTAGAS

PAKET 1 : JASA PERANCANGAN, PENGADAAN DAN KONSTRUKSI PEMBANGUNAN SKG RANTAU PANJANG DAN SKG PANGKALAN BRANDAN

Rev. 0 FUEL GAS FILTER INSTRUCTIONS

FOR INSTALATION

Date : 21 /08/14

of 20

REVISION SHEET

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PAKET 1 : JASA PERANCANGAN, PENGADAAN DAN KONSTRUKSI PEMBANGUNAN SKG RANTAU PANJANG DAN SKG PANGKALAN BRANDAN

Rev. 0 FUEL GAS FILTER INSTRUCTIONS

FOR INSTALATION

Date : 21 /08/14

of 20

REVISION SHEET

Rev. Code

Chapter Page Note Implementation

Comment (Yes/No) Remarks

This booklet explains how to use the filter housings correctly. It is imperative to read it before first use. Caution: This filter housing operates under pressure and therefore can be dangerous. It is necessary ensure that the user is aware of the method of operation of the filter housing and the security measures prescribed in this booklet. Pall is not liable for any accident or failure of the filter housing if the instructions and safety measures are not respected.

Instructions for Installation, Operation and

Maintenance of MCC Filter Housings

Doc No: Pall-MCC-IOM

Page 2 of 13

CONTENTS

ITEM PAGE

1 FOREWORD......................................................................................................................... 3

2 DESCRIPTION ..................................................................................................................... 4

2.1 Design................................................................................................................................ 4

2.2 Scope of supply.................................................................................................................. 4

3 SAFETY PRECAUTIONS .................................................................................................... 5

4 INSTALLATION .................................................................................................................. 6

4.1 Storage............................................................................................................................... 6

4.2 Pre-Installation................................................................................................................... 6

4.3 Location and Mounting ...................................................................................................... 7

4.4 Connection to System Pipework......................................................................................... 7

4.5 Installation of filter cartridges............................................................................................. 8

4.6 Commissioning of the Filter ............................................................................................... 9

5 OPERATION OF FILTER HOUSING & FILTER CARTRIDGES REPLACEMENT ........ 10

5.1 Operation of Filter Housing.............................................................................................. 10

5.2 Shut Down ....................................................................................................................... 10

5.3 Replacement of filter cartridges........................................................................................ 11

6 MAINTENANCE ................................................................................................................ 12

7 ACCESSORIES AND SPARE PARTS ............................................................................... 13


Page 3 of 13

1 FOREWORD

This manual is provided to serve as the installation, operation and maintenance guide for the

equipment supplied in accordance with the details given in the customer’s purchase order. The

contents should be read before attempting any phase of installation, operation and maintenance.

Symbols used throughout this manual are defined below:

THESE CALL ATTENTION TO A HAZARD WHICH MAY BE A THREAT TO THE HEALTH OR WELL BEING OF PERSONNEL.

These call attention to instructions which must be followed to avoid damaging the product, equipment or surroundings.

These call attention to information that will aid operation and/or installation of the equipment.

These call attention to an electrical hazard which may be a threat to the health or well being of personnel, or that may damage product,

equipment or surroundings.

Pall Corporation provides the recommendations present in this document with the understanding

that Pall will not be held liable for any unforeseen outcomes of the enclosed guidelines. This

information is the property of Pall Corporation, as is furnished for use of the assigned recipient

only.

!


Page 4 of 13

2 DESCRIPTION

2.1 Design

The filter housing comprises a cylindrical vessel closed at the lower end by a dished end and at the

upper end by a blind flange. For full details of components and materials used refer to the general

arrangement drawing.

Nozzles are provided in the vessel for inlet, outlet, drain and vent. For full details of nozzle sizes

and identification numbers, refer to appropriate GA drawing.

The housing is supported in its operating position on legs welded to the vessel exterior.

The filter housing is designed to hold multiple MCC style filter cartridges, with flow direction that

is outside to inside.

The filter housing is designed as per user’s requirements and specifications to ensure the

mechanical strength and optimum output.

The user is responsible to check if the nature of the fluids is compatible with the material of the

filter housing.

2.2 Scope of supply

This filter housing is delivered ready to be installed. The user is responsible to provide and install

any other components necessary for its utilization, notably safety valves, taps, pressure gauges etc.

PRESSURE OVERLOAD MUST NOT UNDER ANY CIRCUMSTANCE

EXCEED THE AUTHORIZED MAXIMUM PRESSURE FOR THE

FILTER HOUSING. !


Page 5 of 13

3 SAFETY PRECAUTIONS

Even though the filter housing is designed to be used with fluids as per specified in datasheet, it is

necessary that the user ensures that the fluid does not contain under any circumstance substances

that, individually or mixed with others, may provoke an explosion or fire.

The products or mixture of products that may be used must under no circumstances contain

halogenous substances capable of provoking rapid, irreversible corrosion.

Any direct contact with ferrous elements is forbidden. The contamination by iron can provoke a

rapid acceleration in corrosion. Any accidental contamination must be eliminated immediately.

This equipment has been tested and quality controlled in accordance with Pall’s standard

procedures and in accordance with the tests specified in the contract. However, the equipment as

shipped may have been opened or disassembled for draining, cleaning, etc., after testing. The user

should ensure that all bolts, flanges, pipes, closures or other accessories have not worked loose

during shipment and should tighten them wherever necessary.

A nameplate has been permanently attached to this equipment. When requesting information,

service, and spare parts; please refer to information given on the nameplate.

NEVER OPEN FILTER HOUSING UNDER PRESSURE.

1. Before each start-up, ensure that seals are in good conditions, replace them

if necessary.

2. Removed contained air using the vent before start-up.

3. Use protective equipment if the nature of the fluid requires it.

4. Raise pressure progressively (to avoid water hammers).

5. Respect thoroughly the conditions of use indicated on the filter housing

(maximum temperature and maximum pressure).

6. Always depressurize the filter housing before opening it.

!


Page 6 of 13

4 INSTALLATION

IF THE PROCESS FLUID IS TOXIC OR HAZARDOUS, ALL SAFETY REGULATIONS AND

PROCEDURES ASSOCIATED WITH THE FLUID MUST BE OBSERVED WHEN

OPERATING OR SERVICING THE UNIT. FAILURE TO DO SO COULD RESULT IN

PERSONAL INJURY AND/ OR DAMAGE TO THE EQUIPMENT.

4.1 Storage

If the filter housing and filter cartridges are not to be installed immediately:

� Store in clean, dry conditions and wherever practical in the packaging

supplied.

� DO NOT remove from packaging until ready to install.

� To prevent accidental internal contamination retain the nozzle blanks in

position until ready to connect to the system.

4.2 Pre-Installation

It is the user’s responsibility to check actual operating conditions to ensure that the filter media,

housings and sealing materials are compatible with the application and are within local safety

codes.

Step # Description

1 � Prior to installation check that the housing pressure and flow

are compatible with the system specification.

2 � Remove all protective shipping framework, covers and

shipping packaging.

3

� It is recommended that all housing nozzle blanks are left in

place until connection is made to the system pipe work to

prevent the ingress of local contaminants.

4

� Inspect the filter housing on arrival for possible damage.

� If damage has occurred, immediately enter a claim with the

carrier, if necessary contact Pall Corporation.

5

� The filter housing will have been inspected and tested to the

required specifications prior to leaving the factory.

� Ensure that no nuts, bolts, flanges or other components have

come loose in transit.

6

� All components must be inspected by the customer before

putting the housing on stream to ensure that:

o all external and internal packaging has been removed

o no extraneous materials or undesirable contaminants

are present

o the filter housing internals are sufficiently clean for

use.

� Consult Pall Corporation if advice is required on cleaning

procedures relevant to the equipment supplied.

1

Check pressure and flow

are compatible with

system specifications.

2

Remove packaging and

shipping framework

3

Check nozzle blanks are

in place

4

Inspect housing for

damage

5

Ensure nuts, bolts and

flanges are secure

6

Inspect of extraneous

materials and cleanliness


Page 7 of 13

4.3 Location and Mounting

• Appropriate load rated lifting equipment must be used, and safe lifting procedures

observed during all movements of the skid package. Lifting gear must be safely

connected to the filter housing.

• Locate the filter housings in a position that allows adequate access to all components for

maintenance and servicing purposes. Secure in place using holding down bolts through

the holes in the leg assembly.

• Fit isolation valves at the inlet and outlet (not in scope of supply).

• Connect the inlet and outlet pipes to the positions marked on the vessel. The fluid should

always flow from the outside to the inside of the filter cartridges.

• A housing vent line must be connected to a flare or vent line to facilitate housing

depressurization. Installation of an inlet/outlet vent on the vent port is strongly

recommended. Depending on the fluid to be filtered, a security system should be

provided to avoid exposure to any projection fluid.

• Ensure that drain ports are easily accessible.

• Installations of pressure gauges at the inlet and outlet of the filter housing are strongly

recommended or alternatively, a differential pressure gauge may be used. This is to

allow for monitoring of system pressure and differential pressure across the filter

cartridges.

4.4 Connection to System Pipework

Remove all housing nozzle blanks before connecting the flanges to the system pipework.

ENSURE THAT THE CONNECTIONS OF THE SYSTEM PIPEWORK ARE

COMPATIBLE WITH THE FILTER HOUSING CONNECTIONS. USE OF

INCORRECT CONNECTIONS CAN CAUSE FAILURE RESULTING IN

PERSONAL INJURY, LOSS OF PRESSURE AND POSSIBLE SYSTEM

FAILURE.

All pipework must be connected in accordance with current good engineering practice, ensuring

that the correct process fluid flow is obtained.

Note: Piping supports should be provided as close as is practicable to the nozzle connections in

order to minimise external loads.

It is recommended that pressure gauges or sensing devices are installed in the

system to allow the monitoring of the system pressure and the differential

pressure across the cartridges.


Page 8 of 13

IF THE PROCESS FLOW IS TOXIC OR HAZARDOUS, ALL DRAINS AND

VENTS MUST BE PIPED TO SAFE OUTLETS USING SUITABLE

EQUIPMENT

4.5 Installation of filter cartridges

No special tools are necessary for filter cartridges installation. The filter cartridge is fixed to the

tubesheet by means of o-ring.

ENSURE THAT THE FILTER HOUSING IS DEPRESSURISED BEFORE

ATTEMPTING TO REMOVE THE BLIND FLANGE.

Step # Description

1 � Open the top blind flange.

2 � Verify that the filter cartridge part number corresponds to

the application.

3 � Cut open the protective bag. DO NOT open by pushing

the filter cartridges through the bag.

4 � Remove the filter hold down plate.

5

� It is recommended that the o-ring is lubricated with

compatible lubricant. (eg. Silicon grease)

� Carefully install Pall filter cartridge into the tubesheet,

ensuring it seals firmly.

� Push down firmly.

� No special tools are required for filter cartridge

installation

6

� Upon completion of the installation of the filter cartridge,

ensure all tools are removed from the housing interior.

� Replace filter hold down plate.

7 � Close the top blind flange.

1

Open top blind flange

2 Verify filter cartridge part

number

3 Remove filter cartridge

from bag.

4

Remove hold down plate.

5

Install Filter cartridges

6 Remove all tools

7 Close top blind flange


Page 9 of 13

4.6 Commissioning of the Filter

In order to protect the filter cartridges from damage during re-pressurisation after maintenance or

filter cartridge replacement, pressure indicators must be installed into the system to allow for

monitoring of system pressure and differential pressure across the filter cartridges. The operator

must avoid sudden high-pressure differentials across the filter cartridges during start-up, and ensure

they are not subject to excessive differential pressure exceeding 1 bar.

A FULL HAZARD OPERATION PERFORMANCE STUDY SHOULD BE

CARRIED OUT BY THE END USER PRIOR TO THE OPERATION OF THE

EQUIPMENT.

A housing vent line must be connected to a flare or vent line to facilitate housing depressurization.

Refer to general arrangement drawing for installation dimensions and connections.

Following installation of the filter cartridges it is essential to check the operation and integrity of the

vessel prior to start up. The filter housings must be commissioned and tested for any leakage, in

accordance with the following procedures:

Step # Description

1 � Isolate filter housing by closing the main

inlet valve and the main outlet valve)

2 � Open vent valve.

3 � Slowly open the inlet valve so the housing

can be pressurized gradually.

4 � Close vent valve when liquid starts to flow

through the vent (avoid discharge).

5

� Check the housing for leaks.

� If any leaks are apparent, shut down the

housing following the instructions in the

shut down section

6 � If no leaks are apparent, fully open the inlet

valve

7 � Slowly open the full flow outlet valve in

order to prevent flow surges.

8

� Once full process flow is achieved through

the housing, note the differential pressure

and flow rate. This is the initial clean

pressure drop.

Irrespective of the housing pressure or flowrate, the differential pressure

across the filter cartridges during start up should not exceed 1 bar. Exceeding

this will cause damage to the filter cartridges. !

1

Isolate filter housing

2 Open vent valve

3

Open Inlet Valve

4

Close vent valve

5

Check for leaks

No

6 Open full flow inlet

valve

7 Open full flow outlet

valve

8 Note initial clean &

dry dP and flow rate

Leaks

detected?

Go to

Shutdown

procedure

Yes


Page 10 of 13

5 OPERATION OF FILTER HOUSING & FILTER CARTRIDGES

REPLACEMENT

5.1 Operation of Filter Housing

Retention of particles by filter housing will progressively plug the filter and increase the pressure

drop. The differential pressure should be checked and recorded regularly.

At ambient temperatures, Pall recommends replacement of the filter cartridges, as appropriate,

when the pressure drop exceeds 1 bar. Frequent replacement of seals is also advisable.

FOR OPTIMUM FILTRATION

USE EXCLUSIVELY PALL FILTER CARTRIDGES

During normal operation process fluid enters the filter housing through the inlet nozzle. The flow

of the fluid is outside to inside of filter cartridges.

The condition of filter cartridges must be monitored by a differential pressure gauge or pressure

sensing device showing the differential pressure between the inlet and outlet pressures of the

housing.

The fluid then exits the housing via the outlet nozzle.

The filter cartridges should be cleaned or replaced before the limiting differential pressure for the

process and the filter cartridge is reached. Maximum dP recommended is 1 bar. Exceeding this

dP will damage the filter cartridges.

5.2 Shut Down

Step # Description

1 � Close the full flow inlet valve. 2 � Close the full flow outlet valve.

3

� Open the vent valve and gradually depressurize the

housing.

Note: The Filter cartridges must not be subject

to reverse flow during venting of the housing,

as they will be damaged

4 � Open the drain valve and allow the filter housing to fully

drain.

5 � Open the housing.

1 Close inlet valve

2 Close outlet valve

3 Open vent valve to

depressurise housing

4

Open drain valve

5

Open the housing


Page 11 of 13

5.3 Replacement of filter cartridges

BEFORE PROCEEDING ANY FURTHER ENSURE THAT NO RESIDUAL

PRESSURE EXISTS IN THE FILTER HOUSING AS INDICATED BY THE

PRESSURE GAUGES OR SENSING DEVICES INSTALLED IN THE

SYSTEM. OPENING THE VESSEL WHILE UNDER PRESSURE COULD

RESULT IN PERSONAL INJURY AND/OR DAMAGE TO THE

EQUIPMENT.

The new filter cartridges and o-rings must not be soiled or damaged during

the replacement.

Step # Description

1 � Ensure that the housing is isolated and depressurized

2 � Remove used filter cartridges

3 � Check that the housing gasket is in good condition,

replace if necessary.

4 � Reinstall new filter cartridges as detailed in Section

4.5.

5 � Re-commission the housing as detailed in Section 4.6.

!

2

Remove filter cartridges

1 Ensure housing isolated

and depressurised

3 Ensure housing gasket is

in good condition.

4 Re-install new filter

cartridges.

5

Recommission housing


Page 12 of 13

6 MAINTENANCE

Pall filtration equipment should give long and trouble free service if reasonable preventive

maintenance procedure is followed.

For spare parts, required for maintenance or repair, refer to General

Arrangement Drawings.

BEFORE ATTEMPTING TO REMOVE FILTER CARTRIDGES OR

ASSOCIATED PIPING ENSURE THAT THE FILTER HOUSING IS

ISOLATED AND DEPRESSURISED. FAILURE TO DO SO COULD

RESULT IN PERSONAL INJURY AND/OR DAMAGE TO THE

EQUIPMENT.

Step # Description

1

� Monitor the differential pressure across the housings.

� When the maximum differential pressure allowed

across the housing of 1 bar is reached, shut down,

isolate and depressurise the housing.

� Replace the filter cartridges in accordance with

section 4.5.

2

� Check for any leakage.

� If a leak develops, shutdown, isolate and

depressurise the housing and replace the seal at the

leak.

3

� Replace the filter cartridge:

o When the maximum differential pressure of 1

bar across the filter cartridge is reached.

o As required by the customer’s own

procedures, but not exceeding filter cartridge

specifications.

4

� Clean the housing interior:

o At filter cartridge removal.

o As required by the customers own laid down

procedures.

1 Monitor dP across

housings

2

Check for leaks

3

Replace filter cartridges.

4

Clean housing interior


Page 13 of 13

7 ACCESSORIES AND SPARE PARTS

Only original Pall spare parts should be used with this product.

Spares can be ordered from Pall Corporation or local representative.

When ordering these spare parts, please specify Pall Filter Cartridge part number.

DescriptionThe MCC1401 filter cartridge is available in two basictypes of media; Epocel® – which is a resin impregnatedcellulose, and Ultipor® – a resin bonded glass fiber. Theseabsolute rated media, specifically engineered, are availablein varying grades with defined removal efficiencies and canprovide up to 54 square feet of effective filtering surfacearea assuring long service life. See Table 1 for removalratings of each medium type.

Operating CharacteristicsMCC1401 cartridges are of pleated design, supportedinternally by a steel core and protected externally by steelendcaps, providing positive sealing via an internal O-ring.The maximum recommended changeout differentialpressure is 60 psid/4.13 bar at 275˚F/135˚C.

Filter Media CharacteristicsUltipor Filter Cartridges: These cartridges are ruggedlybuilt using a resin bonded glass fiber medium. The inertresin bonding ensures that the filters are free from mediamigration and establishes a permanent, fixed poreconstruction that prevents unloading of trappedcontaminants. Because of their high effective filter areaand optimized construction, Ultipor elements provide highdirt holding capacity, low clean pressure drop, long servicelife and low cost per gallon of fluid processed.

Epocel Filter Cartridges: This filter medium iscomprised of a resin impregnated cellulose medium.Utilizing the resin impregnation technique locks thecellulose fibers in place preventing flexing or shifting,which can change the size of the flow passages andreduce removal efficiency. Epocel medium is compatiblewith many fluids including fresh and produced water,acids, solvents, brines, hydrocarbons, alcohols, and manyothers. Epocel cartridges are available in grades rangingfrom 10 micron up to 50 micron absolute.

ApplicationsFluid Processing: Solvents, acids, chemicals,hydrocarbons, water and other fluids used in refinery,chemical and petrochemical processing always carrysome harmful particles that must be removed. MCC1401cartridges provide the fine filtration necessary toadequately clean up these fluids. Their durability, largeamount of filtration area and high dirt capacity haveproven to be most beneficial for this type of filtering.

High Pressure Gas Streams: Finer grades of theMCC1401 cartridge, offered for use in gas systems, willremove over 99.98% of all solid aerosols suspended in agas stream. The effluent gas, produced after Pall filtration,will not plug sensitive instruments or foul critical machinecomponents such as a compressor or turbine blades.

High Pressure Water Injection and Disposal: The MCC1401 high pressure filter cartridge providesreproducible high quality injection fluids for your waterfloodand enhanced oil recovery operation. Injecting high qualityfluids reduces formation damage, maintains stable injectionprofiles, and increases sweep efficiency that lowersoperating expenses because of less frequent workovers.

MCC1401 High Pressure FilterCartridge Providing Reliability andEconomical Filtration for SuperiorFluid Quality

Element Data Sheet WER 5106i

MCC1401 Filter Cartridge

Table 1. MCC1401 Elements – Performance Characteristics

Cartridge Liquid Removal Rating Gas Removal Effective Media Element AqueousPart Number Rating Area3 Description Pressure Drop

Percent PercentRemoval 99.98%1 99% 90% Removal6

Beta2, 5 5000 100 10 Sq. ft. psid/gpm mbar/lpm

MCC1401U2-20ZH13 (2) (4) 2.0 0.8 0.3 >99.99 at 54 Ultipor Resin 0.021 0.3820.3 micron Bonded Glass

MCC1401U6-40ZH13 (2) (4) 2.5 <1.0 <1.0 >99.98 at 53 Ultipor Resin 0.0015 0.0270.3 micron Bonded Glass

MCC1401E100H13 (2) (4) 10.0 5.0 <2.0 95.7 at 37 Epocel Resin 0.005 0.0910.3 micron Impregnated

Cellulose

MCC1401E280H13 (2) (4) 23.0 16.0 8.0 45 Epocel Resin 0.002 0.036ImpregnatedCellulose

MCC1401E500H13 (2) (4) 50.0 44.5 27.0 45 Epocel Resin 0.0017 0.031ImpregnatedCellulose

(1) Absolute Filtration Rating: The absolute rating can be operationally definedas βλ = 5000 or 99.98% removal efficiency at any given size. Note: This is the limit of the sensitivity of the rating method.

(2) Beta Value (β): β is the ratio of the number of particles equal to a given sizeor larger in the influent compared to those of the same size or larger in theeffluent. β is related to the removal efficiency by:Removal Efficiency % = β-1 x 100

β(3) Area listed is for basic 33⁄4″ O.D. by 40″ nominal length cartridge.(4) Ratings determined using 0.5 µm to 40 µm siliceous contaminant for

MCC1401U2-20. For other MCC1401 cartridges, ratings determine usingAC-Fine Test Dust in a water dispersion for a test system.

(5) Specially designed for high temperature applications.(6) Per sodium chloride aerosol test. Figures are in % of particles removed at

specified size or larger.(7) Pressure drop in PSID per GPM for the cartridge shown. Multiply this value

by the total system flow to determine the aqueous pressure drop. Next forfluids other than water, multiply this value by the fluid’s viscosity at theoperating temperature in centipoise. This is the pressure drop value acrossthe filter. It must be added to the pressure drop due to the housing. SeeFigures 1 and 2.

Housing InformationA full line of standard and special MCC1401 housings, whichare designed and built to the ASME code, are available.Refer to Table 2 and Figure 1 for more information.

Table 2. Standard MCC1401 Housings – Carbon Steel, Rated at 285 psig/19.6 bar and 100˚F/37˚C

Part Number Number of Nominal Vessel Inlet /Outlet Housing Housing HousingFilters Diameter Flange Size Height Weight (empty) Weight (full)

in/mm in/mm in/mm lb/kg lb/kg

1MCC0603F1285 1 6.625 / 168.3 3 / 76.2 54.25 / 1378 200 / 91 250 / 113

4MCC1004F1285 4 10.75 / 273.1 4 / 101.6 59 / 1498.6 440 / 199 585 / 265

5MCC1206F1285 5 12.75 / 323.9 6 / 152.4 64 / 1625.6 680 / 308 925 / 419

9MCC1608F1285 9 16 / 406 8 / 203.2 84 / 2133.6 1070 / 485 1570 / 712

15MCC2010F1285 15 20 / 508 10 / 254 93 / 2362.2 2000 / 907 2750 / 1247

19MCC2412F1285 19 24 / 609.6 12 / 304.8 110 / 2794 2300 / 1043 3500 / 1587

Figure 1. MCC1401 Housings – Aqueous Pressure Drop

020

15

10

5

0

125

250

375

500

625

750

875

1000

1125

1250

1375

1500

1625

1750

1875

2000

2125

2250

2375

2500

2625

1MCC03 4MCC04

5MCC06

15MCC10

9MCC08

19MCC12Pre

ssur

e D

rop

(psi

d)

Flow (gallons per minute)

189.25

130140150

120

90100110

80

0

567.75

946.25

1324.8

1703.3

2081.8

2460.3

2838.8

3217.3

3595.8

3974.3

4352.8

4731.3

5109.8

5488.3

5866.8

6245.3

6623.8

7002.3

7380.8

7759.3

8137.8

8516.3

8894.8

9273.3

1MCC03

4MCC04

5MCC06

15MCC10

9MCC08

19MCC12

Pre

ssur

e D

rop

(bar

d)

Flow (liters per minute)

60

70

102030

4050

(1) To calculate the actual housing pressure drop, multiply this aqueous pressure drop by the fluid’s specific gravity. This value must be added to the filter pressure drop to calculate the overall pressure drop of the filter system.

(1) To calculate the actual housing pressure drop, multiply this aqueous pressure drop by the fluid’s specific gravity. This value must be added to the filter pressure drop to calculate the overall pressure drop of the filter system.

© Copyright 1991, 2009, Pall Corporation. Pall, are trademarks of Pall Corporation. ® Indicates a Pall trademark registered in the USA. is a service mark of PallCorporation.

25 Harbor Park DrivePort Washington, NY 11050 +1 516 484 3600 telephone+1 888 873 7255 toll free US

Portsmouth - UK+44 (0)23 9230 2357 telephone+44 (0)23 9230 2509 [email protected]

Visit us on the Web at www.pall.com

Pall Corporation has offices and plants throughout the world. For Pall representatives in yourarea, please go to www.pall.com/contact

Because of technological developments related to the products, systems, and/orservices described herein, the data and procedures are subject to change without notice.Please consult your Pall representative or visit www.pall.com to verify that thisinformation remains valid.

WER5106i Printed in the USA. July 2009

instruction manual for fuel gas filter

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