CLEANABLE BONDED SUMP TYPE NEW SUMP TYPE WITH THROW-AWAY ELEMENTS Up to 60 gpm 3, 10 and 20 micron t paper CLEANABLE TAKE-APART SUMP TYPE Up to 200 gpm­
30 to 200 mesh
Page 11
LINE TYPE
LINE TYPE
Cleanable
Ta ke -A part Element
Cleanable
Tak e-Ap a rt Elem ent
-
'­
Up to 150 gpm­
30 to 200 mesh­
'/.0" thru' 2 " pipe sizes-Pressures to 80 psi . Pa g es 16 , 17 Up to 300 gpm­
30 to 200 m es h­
2 ';' '' and 3" pipe sizes-Pressures to 80 psi. Pages 16, 17 LINE TYPE
Cleanabl e Bond ed Element LINE TYPE
LINE TYPE
Cl ea na ble Bond ed Elem ent Cleanabl e or Throw-Away Bo nded Element Up to 225 gpm­
20 to 200 mesh­
1" thru ' 2 V2 " pipe
sizes-Pressures
to 250 psi .
Pa ges 20·21
Up to 50 gpm­
30 to 200 mesh and down to 1 0 micron poper-l " p ipe size and 15/ ,," -12 straight thread sizes. Page 22
._,
FOR WATER &
SPECIAL FLUIDS
Up to 225 gpm­
20 to 200 mesh­
1" thru' 2 \12" pipe
sizes-Pre ssures
to 250 psi .
Pages 18, 19
* MARVINDICATOR
Vacuum Se nsing
Fi lte r Element Conditio n Indicator Pages 24, 25 ~
* COLORGAGE
Filter Element Condition Indicator Pages 26, 27 Up to 60 gpm­
30 to 200 mesh­
3f4 " thru' 2" sizes in pipe thre ad, straight thread and SAE flange ports . Pressures to 125 psi. Page 23 ----
~
* MARVELMAG ~
Magn e tic Shield for Filter Elem e nts Page 10
Other Engineering and Application Data included in this Catalog . . .
. Hydraulic Filters, General Types, Uses .. Pages 2 & 3
Pressure Drop, By-Pass Valves,Fluids, Magnets,
Micron Data, Specials . . . ....... ..•.. ... Page 3 Particle Cha ra cteristics Chart · . . , .. .... . ... Page ' 4
Mesh Sizes (Shown Actual Size) . . . ...... . Pag€
5
W(lter Pressure Drop Chart . ..... ; . . _ . .. . Page 6
Hydraulic Oil Pressure Drop Chart _.. . . .. . Page 7 MARVEL
e
The following information is
FILTERS
HYDRAULIC FILTERS - GENERAL TYPES AND USES •• •
')
J
neglected. Element condition indicators, integral or non­
integral with filter, are recommended to protect system by
pre-warning of excessive element c logging (see pages 26 &
27). J n sizing Return Line Filters, careful circuit analysis
is essential where large high pressure actuators are used
because sudden flow and shock due to actuator fluid
decompression can cause immediate filter element failure.
IS
FILTER INDICATOR
'iOSiSTfM _
\
~. 'i1I__.~-o~_' ~
PUMP
. ..
TO SYSTEM
t
_~..? r
SUCTION LINE
FILTER
S,UMP<FilTER
SUMP OR SUCTION LINE FILTERS
~
Sump or Suction Line Filters provide important, sometimes
critical, initial protection for the pump as well as minimal
protection for the rest of the hydraulic system. The filter
selected should accept the flow of the pump(s) with
minimum pressure drop. Many pumps have a maximum
suction lift of 21/2 to 31/2 psi, which indicates pressure drop
through filter and intake line should be carefully checked
and held low enough to prevent pump cavitation , especially
when the filter element has become partially clogged. A
vacuum sensing device or other type of suction line ele­
ment condition indicator should be used to pre-warn of
dangerous clogging. (See pages 24 & 25) The pump
manufacturer should be. consulted to determine maximum
tolerable pressure drop and required degree of filtration.
The pressure drop tables for lines and fittings, on pages 6 &
7, can simplify analysis . Sump Filters can be manifolded
where space problems exist. Tandem Sump Filters (pages
14, 15) provide longer life and require less frequent servic­
ing. They are also recommended for higher flow rates in
applications that can tolerate the higher pressure drops as
shown in table, page 14. When Sump Filters are used, they
should be mounted horizontally a minimum of two inches
from bottom of reservoir and at end opposite to system
return line . Because of their convenient accessibility for
servicing and their easy adaptability to the use of integral
element condition indicators, Suction Line Filters are rec­
ommended over Sump Filters.
Suction Line Filters are mounted outside of the reser­
to simplify cleaning and often employ visual integral
indicators. A 200 mesh filter, which will remove particles
.003" when clean and smaller when partially clogged, is
generally recommended . If finer filtration is necessary
(example: fuel transfer systems!, finer micron filters
should be used, but they must be amply sized to minimize
pressure drop and avoid pump cavitation. By-pass valves
should be used in sump and suction line filters to eliminate
danger of pump cavitation in case filter servicing is ne­
glected . This is true even of indicating type filters for
unfortunately they sometimes are neglected. Because of
this many such filters also employ an electric wa rning
switch for a visual (light ) or audible warning.
Jn long-duration pressure hold ing applications ( such as
clamping, mold curing, etc.) where return line oil flow is
infrequent, pressure andlor suction line filters are recom­
mended in place of return line filters. This guarantees that
filtration is taking place as long as the pump is running.
Filters are often used
in the pump's main
pressure line to assure
the clean , contamina­
tion-free oil essential
for the proper opera­
tion of high precision,
extremely close-fitted
components such as
valves , actuators, etc .
Although 25 micron
filtration has been recPRESSURE LIN E FILTERS
om mended in an in­
dustry "standard," finer filtration (10 microns or less) is
recommended where maximum protection of precision
components is required . When the filters are used in high
pressure lines, greater pressure drop through the filter can
be tolerated. Filter size is dictated by flow rate, degree of
system cont amination, maintenance intervals, space,
weight (in some cases ) , and economy. Flow capacity of
the filter should be as high as possible and, actually, is often
sized 2 to 3 times pump capacity. A by-pass relief valve in
the filter protects against element damage in case of de­
layed maintenance and an element condition indicator is a
wise and econom ical precaution against "too soon" or "too
late" filter servicing.
~oir
..
c,-,- -
~
Return Line Filters
are used in the main
low pressure return
C
-lines through which
the hydraulic fluid is
returned to the reser­
voir by actuation of
a directional control
valve(s). The fiilters
LINE
I~
FILTERS . v
must be sized to accept
actual return oil flow
and not simplY on basis of pump capacity. A higher
capacity filter will reduce pressure drop and back pressure
on system components. Fine filtration is practical in Re­
turn Line Filters and a built-in by-pass valve is recom­
mended to prevent element collapse in case filter servicing
.:"
4--
fll TER
_~UMP
ff'~«'m
~-::.
RET;~~LT"
1
I
2
f iNAL PRESSURE fIUER(S)
j=­
.~
I
#==-=='­
t
.-
MAIN PRESSURE FilTE R
In many applications (such as servo-controlled systems) a
suction line filter is inadequate because the extremely fine
filtration required (such as 10 micron) is often impractical.
In addition normal pump wear can generate ha rsh, cutting
metal conta minants that can quickly damage or foul the
precision servo-va lve. To attempt to secure, from a single
filter, the fine filtration (often 10 micron) necessa ry for
such applications in most cases would be highly impractical
from the standpoint of filter cost , size, and weight and
could impose too great a load on the pump, with pump
cavitation and I or priming problems highly probable. In
such cases, the best, most practical solution has often been
the use of several filters in the system .
~or example: A 74 micron suction filter in the pump
Intake hne for the protectIOn of the pump and initial
filtering and a 25 micron pressure filter in the pump
pressure line for finer filtration cleanliness. Some systems
Note: All Filters With Integral Indicators Illustrated Above Are Fully Described In Marvel Bulletin No, l-0867-1
\
)
provided to simplify filter selection and to aid in the selection of the right filter for the particular application.
where superior cleanliness is required employ a 14 micron
suction line filter, a 25 miciOn pressure line filter and, after
it in the line , one or more 10 micron pressure filters to
protec t se rvo -valve (s) or other precision components sen­
sitive to even small amounts of contamination. Combina­
tions of sll c ti on , return line and pressure filters are often
the hest answer to tou ghes t contamination problems. By
dividing the filtering lo ad bet wee n th em, each filter can do
its own job better-a job for which it is specially designed
- and its own operation is <Ictually protected and made
more efficie nt by the other filters in the system. Condition
indicators and / or warming switches used with or on the
filte rs are the best insurance of proper filter m <l intenance­
by keeping your employees constantly a lert to dangerous
filter cloggi ng.
MAIN SYSTEM PUMP
"")=====­
Where normal filtra­
tion methods are im­
practical due to the
size, weight, position,
or environment of the
main hydraulic sys­
lOW PRESSURE
FIlTER
tem , an auxiliary sys­
tem is often used to
assure clean oil in the
main system. In a
common type of aux­
AUXILIARY FILTRATION
iliary system, a small,
low pressure circulating pump is continuously operated to
force the main system oil through a low pressure filter .
Finer filtration is practical and the auxiliary system ena­
bles the main system to be operated continuously-with­
out shutdown for periodic filter cleaning and/ or element
replacement. This is especially beneficial for expensive
machine tools and big-investment production lines where
even minutes of downtime can be very costly.
AUXiliARY PUMP
FllIE"NDICATO.
t
The prime advantage
of Portable Filtration
units is that they can
be quickly moved and
put into operation
wherever needed-in­
doors or outdoors- to
perform a wide range
of fluid filtering and
transferring jobs such
as: fillin g and filterin g
new systems to pre­
vent run-in contami­
nation damage; cleaning old systems periodically and par­
ticularly after system repairs. The portable units are almost
mandator y for filling and adding oil to servo-systems and
are extensively used on missile systems, where flight weight
must be kept to the very minimum and where clean
systems are of vital importance.
PORTABLE
fi LTRATION
PRESSURE DROP
The ratio of open area to total area of various mesh
sizes is practically the same. Consequently the pressure
drop differences between the various mesh sizes are negli­
gible and the pressure drop data on wire mesh elements, as
given throughout this catalog, may be used for all 200
mesh and coa rser elements. The wide range of mesh sizes
available in Marvel Filters enables you to select a degree' of
filtration for maximum protection of your production
equipment. When less than 200 mesh (74 micron) is
required, finer wire cloth (w hich incidentally must be
ultrasonically cleaned) and finer dispos<lble paper elements
are also available.
BY-PASS VALVES
MARVEL internal by-pass valves for filters are designed to
open within ± 10% of setting and provide almost full flow
with a minimum pressure drop. The by-pass valves are
positioned axi<llly in the fiow path. Special settings are
avail able on request and additional production time is
incurred . Jn c<lses of special requirements, submit com­
plete information to avoid delays. Wherever possible a 25
psi by- pass valve setting is recommended in return line and
pressure filters to obtain longest element life.
FLUIDS
The fluid listings shown herein are obviously general since
a full compilation of all types, military specifications,
brand names and m anufacturers would be extremely
lengthy. As a typical example, MARVEL filters can be
used with more than 50 brands of fire resistant fluids . The
number of petroleum base hydraulic fluids would be many
times that number. The material used in MARVEL filters
has been selected to handle an extremely wide range of
fluids a nd it is often merely necessary to change static seal
material for compatible operation. In case of doubt-sub­
mit fluid name, number, or identification, viscosity, and
manufacturer's name. MARVEL filters can be manufac­
tured for an extremely wide range of fiuids such as-oils
coolants, lubricants, phosphate ester or aqueous base fir~
resistant fluids, water, gasoline, kerosene, turpentine, sol­
vents, fuel oil , diesel fluid, and even paints and waxes.
MARVEL filters have been used for preliminary sand
exclusion on air systems.
MAGNETS FOR FERRIC PARTICLE REMOVAL (See Page 10) Better filtration, longer element life , hours saved in servic­
ing . . . with amazing new MarvelMag elements. The
harsh, cutting ferric contaminants (that do the most dam­
age to system components) are instantly trapped by com­
plete, outer MarvelMag Magnetic Shield BEFORE they
can reac h element, keeping it-and entire system-clean,
undamaged and functioning at top efficiency for much
longer periods without servicing. Ferric particles small
enough to pass through element and on into system are
most speedily trapped and retained by the all-encircling
magnetic shield. Generous flow areas between magnetic
rods remain uncluttered, greatly increasing filter efficiency
and life. The magnetic rods do not increase element di­
mensions, providing complete interchangeability of Mar­
velMag elements with non-magnetic elements. Examples
for specifying MarvelMag are given on appropriate pages.
MICRON (MICRO-METER) DATA
General information is lacking on particle sizes and con­
taminants present in specific industrial systems, machining
operations. and production processes. The variables are
infinite . Filter users have a working knowledge of con­
taminants they encounter. This information is often re­
stricted. Degree of filtration is often predicated on the
basis of clearance of moving parts, especially valves or
pumps, in the system .
The following chart on page 4, "CHARACTERISTICS
OF PARTICLES AND PARTICLE DlSPERSOIDS"
prepared and reproduced through the permission of the
STANFORD RESEARCH INSTITUTE provides a com­
prehensive summary of filtration and pertinent factors.
The actual mesh sizes available in MARVEL filters, along
with the companion micron ratings, are shown. Obviously,
the 150 and 200 mesh sizes are too small for reproduction,
and would only appear as solid. (See Page 5) .
SPECIAL FILTERS
Quite often it is possible to utilize a filter element assembly
or a combination of existing parts to obtain the desired re­
sults. Invariably, a complete exchange of all pertinent in­
formation is necessary to solve specials economically and
expediently .
.
3
CHARACTERISTICS OF PARTICLES AND PARTICLE DISPERSOIDS Particle Diameter, microns (/')
(lm,, 1
O.OO()l
, , ."
1
(lmm.)
0.001
,
8,1
.
]
0.01
~ (;
8, 1
J .. 56
1
1
100
10
I
I
AngstrOm Units, A
1
I
Equivalent
SizH
I
0.1
,
8,1 ,
3 .. ') "
8,
10
I
I
5,000
I I
1,000
_I
TecllnlCiI
Definitions
Gas
Solid :
liquid:
Common Atmospheric
TypiCiI Plrtic...
and
Gal Dispersoids
r N,
Ga.
CH.
Hel
H..o
(R~r .
etc.)
- -­
f---------- Fine Sa nd -----­ Coarse Sand - - ­ Gravel ­
Siij
Clouds and Fog-Mist..ori~~
Rain- ---.
~;ertili.zer, Ground Limestore----.
Fly Ash
Coal Dust ,
-­
"
Metallurgical Dusts and Fumes
r AmmoniUm Chloride Fume----Cement Dust-----..
I
Sulfuric '
f
d
I Lancentrator Mist
r---- Beach San J----<
j----ca rbon Black
Contact
.
Coa
. Su~uric Mist
PulverIZed
I
!----Paint Pigments__
I--Flotation Ores-----+!
~ Zinc Oxide Fume~
_ Insecticide Dusts---o
CoH.
~!tJ~u~
so,
co
i
I
Spray
Clay
-------i0il Smokes
~~. tkV
8 I'
Microwwes
Mist
t--- Toba cco Smoke
co,
16
I
I - - - Rosin Smoke - - >
0,
30
I,
- -­ -­ - --­ f------ Smog
Dispersoids
I 3 I "I .
ust
-
Anerberg Of Intemaho na l Std . Classification S ~ tem ____ __ _
adopted t:ry Jrrte rnal Soc. Soli Sci, Since 1934
Soil:
.
•
Far Infrared
Fume
~
----
,
8", 1
.. '} 6
1 35 1 201110 1 6
"" "" 100 I 50
Ne<lr Infrared
Solar Radiation
I
[ispeMds
inf~uently)
Visible
Uijraviolet
I
100
I
X, Rays
J .. '} 6 8,
10,000
, ,
ill 1."1,,,1 I48TYlle~~r.nl~1 1x-I x' i
~,i,4tr!60 I U~,I ISc:nl~6
I ~'II' r­11'
I I
Theo<etical Mesh
I
8,1
(I , m.)
1,000
,
~~tto l65
1
625
I
I
J 4H
2
I 1,250
2,500
10.000
(Used very
Electroml,netIe
WIVH
6.1
J .. S 6
2
100
, ~",;
= S --+-G"",,n.,
ilica ~
Oed Milk
C.H \o
IM oleculat dIameters calculated
from VlSCOSl ty dati at C·C.
Plant
pray ~'
I Spores
Alkali Fume---;
I--Pcllens----->
Milled Flour------l
A'tk
-­ - - - -Nuclei
'-.t'"-­
Atmospheric Dust
- -­ -­ -­ -
£;
- - - - ­ - - ~ - -~
_Sea Salt Nuclei--+!
Nebulizer Drops.....,
>-<---j- Hydraulic Nozzle Drops ­ ....
Combustion
Lung Damagin8.
l
Pneumatic j
Nuclei
,~
Dust
I ~ I Nozzle Dro~~,
Red Blood Cell Diameter (Adults) 7.5/, .0.3
""""--Viruses-------+-l
"
I
Bacteria
Human Hair...
I+-­
.
I
Electroformed
Impmgers
Sieving
Sieves
+
+- fum'~ ~aee ~rncle
I+-- t--Ultramlcrosocope
Microscope - - ­ - - .
diameter but no Si n
Electron Microscope
dlstnbvron ,
+ + S41e dtSfnbubOn rN'f bt
- --+!
.,~Centrlfuge
obtaIned by ~ I a l
)-4 Ultracentrifuge
Sedimentation ­
- -~
callbfahOn
+•
f-< ­ - ­ Turbidimetry
1-'-- - X Ray Dlffract l on~+-- - - - = t Permeablloty +
VI Sible to Eye
I-' - Adsorpllon
I
Scanners
~-- - - - - - : - i Llght SCatte"ng+-+-- - -~ - - - - ­ Machine Tools (Mt rometers. Cahpe,rs. etc)
Nuclei Counter
->~Electrical ConductlVlty-----o
1-<-­ - -
Methodl for
Particle Size
Anatysis
=t-~Iutriation-
I
-
- I very
Ultrasonics
li mited Induslrl' ! applicaltOn}
- - - -
foe -
--­ --­ -­ -
Types of
Gas Cleanin,
Equipment
+
.
1
_
t--Settllng Chambers
- - - - - -Centrifugal Separators
- ­ - --­ - - - iQuid Scubbers
-­ -­ ---­ - - - - - - - - -­ -Cloth Collectors l
-­ -­ - - ­ Pa cked Beds
---­
r - ­ - - COmmonAir Filters - --­ - ­ - - -High Eff iCiency Air Filters
- +t-- ­ Impingement Separators
I
1
Thermal Precipitation
- -Mechanical Separat~
(used only for sampl ing)
- ---­ -­ - -
L__ _____
- -­
0-11
Rey noldS Num ber
In Air
I
J
I
e
Terminll
Graviulional
Settlin&"
[ for SPherH.]
Ip. ,r. 2.0
at 25 C.
l al m
,
Senllng VelOCity.
( m/~
"
2S 'C
St1\lmg V! locrty,
In AI r
Plrticle Dlffullon
Coefficient'
cm 'fsee.
--S lokes-Cun nu"Chim
' KtOl Inc luded In
values given for " I t
but t')()f In ch.ded lor . .ter
Repri nted from Stanford Reseorch
It 2S 'C
I.tm
I
"
In Wattf
aI
2S'C
•
J
"
,
, ,
0.0001
.. H
"
10" ,
'
I
3
3
I
I
.,
81
0.001
(lm ~ J
J
,
1
~
,
10­
, ~
J2
-.-i
3 'I
1
,
,I
6
~ ..
j
). 1
J
,,
10- '
.. !:l6
'
I
,J I ')
,
J
,,
8-1
.,
j
0.1
10"
2 J
,
.,.
"3 ')
,
10
. 2J, I ' "
"
1 }
: 10­ '
~
,
., 3
.,
I
,
10­ 9
~ ~
J ..
~"
.
8 _1_
10
~
10­ 1
J
,
,
10"0
? ). S
..
10­ 8
, ,. , ,
J
6 8 I
10"
;
J
10- 10 I
.,
J ..
~ (,
8
.
!
J
,
, ,.
100
I~
.
J
la-II
"
.. 'J 6
8 .
,
,
"
10'
10-
,,
10
J
J
"
10'
J
.
, ,
I
,
;
"., ,
10
7
•
9
10- 11
I
. , , ...II , ,,
1.000
(l mm)
Particle Diameter, microns (I'l
r n ~ titule Journal.
"
,
10 '
,, ,
9
la'
)
, , la '
J
la' ,
10-
I,
la'
,
la'
10°
~
10- 7
,
10, 8
~
10 '
0- : IO- ~ 10; 110-,' 10­ : 10; 10° J
10-'
J ..
I "]
1 3 'I
,
1 'J 'I
10"
10-'
10-'
I
" , ,
J
,
10- 12
.. 'J 6
a
10.000
Oem .)
P'tt{IIU{O I' C t l'-""-(
Thi rd Q uorler, 1961. Si ngle copies 81/2 by 11 inches. Both charts o"oiloble from Dep t. 300.
STA NFORD RESEAR CH INSTITUTE
4
I J ;
10 "
10­ '
')) ?
,
J
,
, 10 - '
J
II
2J,
10- '
." am
• 1
3
,
0- 9 10 - 8 10- 7
10- '
2 3
10- ~
10­ '
J
J
3
:llO-'
9
10- 1 10­ '
, 1 ' ~1I
,
10-'
,
J
~0- 12 10- 11 10- '0
10,
'°
J 1)
c m /~
J
10
----01
16- 8 10- , 10­ ' 10­ ; 10-: 10- : 10-' 10-; 10°
. )
)
9
0- " 10- " 10, 1)
ReynoldS Number
In Wa ter
10- 10
I J
, ~-f , , ,
)
-
[I",trical Precipitators
10- 11
MENLO PARK, CALIFORNIA
MARVEL 8
ACTUA
FILTERS SI Z E
MESH Marvel Cleanable Synclinal Filters are equipped with Stainless Steel or Monel Wire Cloth Elements.
The filtering insert elements are avilable from a coarse 20 mesh up to a fine 200 mesh. To beller
illustrate mesh sizes, we have shown below the actual size mesh of the 100,80,60,50,40, and 30 wire
cloth. 10, 15,25 and 40 micron wire cloth is available. In addition 10,25 and 40 micron pleated,
specially treated paper elements, are available.
100 MESH
Wire. Diameter .0045
Width of Opening .0055
50 MESH
Microns
Wire Diameter .0080
Width of Opening .0120
= 180 Microns
Wire Diameter .0100
Width of Opening .0150
= 262
Wire Diameter .0120
Width of Opening .0213
= 141
80 MESH
Wire Diameter .0055
Width of Opening .0070
Microns
= 385
Microns
= 546
Microns
40 MESH
30 MESH
60 MESH
Wire Diameter .0065
Width of Opening .0102
= 308
Microns
150 · MESH Diameter .0026 Width of Opening .0041 Micr<;"is= 105 .
Wir~
2.00 MESH
Wir.e Diameter .0021 Width 6fOpening .0029 Microns = 74 5
PRESSURE DROP CHARTS WATER 3.
•
90
S.
800
','
700
•
,,100
_
90
80
70
.,x..
.
...3
_II)
.02
• 03
.0S
•1
. 2 . ) . 4 .S
APPRox. PIIUlI1IRW DIIOP (Pal) PSR roO'[ or PIPS ~IIITB
1•
2•
=
TYPICAL SUCTION LINE CALCULATIONS
1. flUID '
2.
3.
~.
5.
6.
7.
8.
9.
10.
11.
,n
SPECIFIC GRAVITY
6O ' F
PUMP RATING-GALLONS PER MINUTE
SUMP FIL HR-GAllONS PER MINUTE
MARVel FILTER MODel NUMBER (PAGE 13)
L.INE SIZE-STANDARD PI"PE
STANDARD 90 ' El80WS
FEET OF PIPE ' EQUIVALENT 2 ElBOWS
LENGTH OF SUCTION LINE-MAX.
TOTAL EQUIVALENT lIl>1E LENGTH ': 8 & 9)
PRESSURE DROP PER FQOT OF PIPE LENGTH
AT MAXIMUM PUMP RATING (FROM CHARTS)
12. SUCTION LINE PRESSURE DROP
(LI NES 10 TIMES 11 A80VE )
13. PRESSURE DROP THROUGH fiLTER AT MAX.
PUMP RATING
14. TOTAL PRESSURE DROP ' IN SUCTION LINE
6
WATER
PETROLEUM OIL
l00' F
225 SSU
PHOSPHA TE ESTER BASE
225 SSU
l00'f
1.000
5
10
C-l-l0W-l00
1"
.865
5
10
C- 1-10·100
1"
1.210
5
' 10
C·l·10S-100
1"
2
5.26
2.00
7.26
.01
Fl.
Ft .
FI.
PSI
,n
2
5.26
2.00
.7 .26
.03
FI.
Ft.
Ft.
PSI
,n
2
5.26 FI.
2.00 Ft.
7.26 Ft .
.042 PSI
(.03 • 1.21 /. 865 .0~2 I
=
.073 PSI
.218 PSI
.305
.075 PSI
. 130 PSI
.1 90 PSI
. 148 PSI
.348 PSI
.495 PSI
S = Stan,pa(<i weight pipe. X = Extra s trong . XX
Double extra strong. (PAl = Pressure drops have been derived from the ra­
.
PA
tlOnal fonnula = .323 fd SLv'
=
(G. P .M.I
Gallons per minute have been derived from
the rational formula - G
.431 y--pxcrr
fS L
(f)
Friction factors from " Piping Handbook"; 4th Ed.,
.
dv s
F Ig.15a -Z-
=
=
Data shown is for butt welded clean steel pipe. Use line
I.D. interpolation for steel tubing. The numbered lines
indicate the demarcation zone between viscous and turbulent flow for the stated SSU. Viscous flow for each SSU
is below that line and turbulent flow above it. The pres­
sure drops for 75 SSU and higJ:ter visco~s {low is in direct
proportion to SSU and SpecIfic Grav Ity. Example-l50
SSU oil in viscous flow zone will give pressure drops of
150/225 or two thirds of the values s hown on Page. 11.
Turbulent pressure drops will be greater than the dIrect
proportion. (See Piping Handbook, Crocker, M cGraw- HIll
Book Co.1
.-~
MARVEL _
FILTERS HYDRAULIC OilS f
o
..3
10
9
8
7
5
4
3
Pressure dro p ca n be m inimi zed by us ing s ho rt large lines
wi th a mi ni mum numbe r of fi ttings . Check with pu mp a nd
valve manufact urers to dete rmine t he p roper SSU to avoid
cavitation an d excessive p ress u re d rop on cold s tarts a nd
give adeq uate lubrica tion when the flui d reaches maxim u m
sys tem tem peratu re. F luid ma nufacturer's tem peratu re ­
viscosity cha r ts can be very helpful to d etermine viscosi ty
cha nges.
Sto"dor~
314
314
1
PETROLEUM OIL
WATER-OIL EMULSION
WATER
WATER-GLYCOL
PHOSPHATE ESTER
CHL ORIN ATE D HYDROCA R80N
.865
.925
1.000
1.050
1.210
1.450
.819
.90.
.990
1.036
1.190
1.427
.762
.877
.980
1.018
1. 165
1.398
200'F
.705
.850
. 963
1.000
1.140
1.370
'.
,
2~
I 049
1.100
1. 278
1..380
2
l:jg~
1~
. I,.,
3
2,.,
2
2~
,
:m
I}>
I
1)<,
.434
..599
. •142
.824
3
1.610
1.,~.
k~rr
n~
2. 469 ,
U~
1.09
1.50
1.86
2.06
. 58
.80
.98
1.10
~.~~
1:1:.0
~::g
2.75
. 3. 20
3.45
GZ '
• . 03
. ... 2
••85
517
5.75
5.81
6.18
. ~:~~ .
I
,
1
1.46
1;67
1.83 .
tgz
2. 13
I
1.80 .
2. 50
3. 09
3.43
3.~3
.
gg
4.58
5. 30 .
5.75
6.~?
6.36
6.70
. • 72
2.38 1
2.76
2.98
1.83
2. 13
230
2.50
51
68
2. 95
9. 58
9.68
10 25
• • 98
5.03
535
~:~
H:Ag
6.63
3.06
2.17
. 3.00
Hi
4.48
Ug
u: '
3.08
328
N~
8 .r anch
1.00
1.24
1 37
1.49
t~~
3.50
3..83
~
Throu9~
.94
1.30
1.60
1.78
~.!~
..
2. ~~
TE.:.s
.s.!;..
Sto~cro'd Si.~r"'d
StronG
314 .
1
I~
VARIOUS 'LUIDS, VAIII!D TEMP'fIIATURU
FLUID
60'F 100'1' lSO'F
PRESSURE DROP IN EQUIVALENT FEET OF PIPE LENGTH
PIPE
EJ.SJ)w
E.tro
E.P':u~!~na 1. 0 .
S,~t
1~ . .:~
t
U~
3.8.3
I ~.~~
6.~ ' 1
..
~~
5.11
U~
5.50
~:~~
7.50
'
. ~:~~
8.86
I~:~?
11.50
g:~~
1• • 50
15.3.
7
BONDED SUMP TYPE - UP TO 100 GPM -1" THRU 3" PIPE SIZES WITH OR WITHOUT BY-PASS VALVE For Use With Hydraulic Oils, Coolants, Lubricants and Fire Resistant Fluids.
~--------~QD~--------~~I
For use with regular petroleum bose
Hydraulic Oils, Coolants, Lubricants and
all types of Fire-resistant Hydraulic Fluids
and water.
MALE NIPPLE
(NPTM)
CAPACITIES: 10 -20 -30 -SO -75- and 100 GPM. By-Pass Valve
~------~®~------~~
ACROSS FLATS
PIPE SIZES:
1" -1 ',4" -1 V2"- 2"- 2V2" and 3" NPT
mole and female as well as "0" ring
seal.
OPERATING TEMPERATURES:
Up to 300 0 F.
HOW TO CLEAN:
Remove Filte r El ement trom suctio n line.
swis h element in any n on -caus ti c c lean
sol ve nt for a short perio d of time
(Cau tion: Do n ot leave elemen t in
so lvent ). A stiff fibre brush ma y be used.
if necessary. to remove impa c ted deposi ts
between w ire clo th serrations. Shake o ff
exc ess sol ve nt. If compressed air is
available . b low dry from inside out.
"0" RING SEAL
(ODT)
(NPTF)
with By-Pass Valve
(TUIING 00 INDICATED )
By-Pass Volve is designed to open within
± 10% of
its setting.
ENGINEERING DATA & MOUNTING DIMENSIONS
SIZE
10 GPM
20 GPM
PORT
1" [ 1¥It
1"
NPTf l ODT NPTM
1 ',4':11 1 '!i' 1 ',4"
NPTfI' ODT NPTM
30 GPM
IV,"
NPTF
50 GPM
50 GPM
1%" I V!' 1 V2"
ODT NPTM NPTf
1 Va"
IV,"
NPTM
ODT
2"
NPTf
2 3/;
2"
ODT NPTM
100 GPM
75 GPM
2%n
2 V;'
3"
NPTF
NPTf ODT NPTM
2Vt
-
PRESSURE DROP PSI
St'd
.22
.23
.22
.16
.17
.16
.21
.22
.21
.46
.56
.46
.21
.22
.21
.24
.25
.24
.24
S
.32
.37
.32
.35
.36
.35
.36
.39
.36
.80
.97
.80
.33
.34
.33
.41
.43
.41
.35
N
.28
.29
.28
.19
.21
.19
.26
.27
.26
.58
.71
.58
.25
.26
.25
.28
.30
.28
.27
:v.
'/2
V2
1
3,4
3,4
1 V2
1
1
1',4
2
1',4
1 V4
2
1 3,4
1',4
3
A
2.62
2.62
2.62
3.09
3.09
3.09
3.38
3.38
3.38
3.94
3.94
3.94
3.94
3.94
3.94
4.38
4.38
4.38
8
4.56
4.56
4.56
7.06
7.0 6
7.0 6
8.06
8.06
8 .06
9.06
9.06
9.06
9.06
9.06
9.06
9.62
9.62
9.62
APPROX. WT. LBS.
I
I
I
2
1',4
I
DIMENSIONS INCHES
C
.56
.56
.75
.75
.81
1.12
1.23
D
1.62
2.00
2.25
2.25
2.75
3.38
4. 12
E
St'd ­
S­
N-
8
6.00
10.91
.44
.44
.44
HYDRAULIC OILS - COOLANTS ­ LUBRICANTS ­ 225 SSU
PHOSPHATE ESTER BASE FIRE RESISTANT FLUIDS ­ 225 SSU
AQUEOUS BASE (W ATER GLYCOL) FIRE RESISTANT FLUIDS -- 225 SSU
.44
.50
.88
MARVELO
FILTE
S
NOTE: The "Marvindicator" Vacuum Sensing and Signalling
Element Condition Indicator (see Pages 24 & 25) is strongly
recommended for use with Sump Type Filters,
MODEL NUMBERS FOR BONDED SUMP FILTERS ON PAGE 8
10 GPM ,
11'i," ODT
I" NPTF
By· Pa ss Mesh
No
*100 110·100
No
80 110·80
No
60 110·60
No
50 110·50
No
40 110·40
No
30 110·30
No
20 110·20
No
No
150
200
110·150
110.200
**3
3
3
3
3
3
3
5
5
5
5
5
5
5
1 v." NPTF
20 GPM
I
1 !4"NPTM 11 y,"NPTF
1 %"ODT
MODEL NUMBERS
320·100
130· 100
220·100
220·80
320· 80
130·S0
220·60
320· 60
130·60
220·50
320· 50
130·50
320· 40
130·40
220·40
320·30
220·30
130·30
320.20
220· 20
130·20
230·100
230·S0
230·60
230·50
230·40
230·30
230·20
330·100
330· S0
330·60
330· 50
330·40
330·30
330-20
230·150
230·200
330·150
330-200
210·100
210·80
210· 60
210·50
210·40
210·30
210·20
310· 100
310· 80
310·60
310:50
310·40
310·30
310·20
120· 100
120·80
120·60
120·50
120·40
120·30
120·20
210-150
210·200
310·150
310·200
120-150
120·200
220·150
220·200
320·150
320-200
130·150
130·200
30GPM
1 Y."ODT
1 \1'2· NPTM
PSI *100 410·100
PSI SO 410·S0
PSI 60 410·60
PSI 50 410 . 50
PSI 40 410.40
PSI 30 410·30
PSI 20 410·20
PSI .100 410 · 5· 100
PSI SO 410· 5· S0
PSI 60 410 · 5·60
PSI 50 410·5·50
PSI 40 4 10· 5·40
PSI 30 4 10· 5-30
PSI 20 410·5·20
510·100
510·S0
510-60
510·50
510·40
510·30
510·20
510·5·100
510· 5·80
5 10· 5· 60
510·5·50
510-5·40
510·5·30
510-5-20
610·100
610·S0
610·60
610·50
610·40
610·30
610· 20
610· 5· 100
610· 5·S0
610· 5·60
610· 5·50
610·5·40
610·5·30
610·5·20
420·100
420·S0
420·60
420·50
420·40
420· 30
420·20
420·5·100
420 · 5·80
420· 5·60
420·5·50
420·5·40
420·5·30
420·5·20
520·100
520·S0
520·60
520·50
520·40
520·30
520-20
520·5­ 100
520·5·80
520· 5· 60
520· 5· 50
520·5·40
520·5· 30
520·5·20
620·100
430-100
620-S0
430·S0
620·60
430·60
620·50
430·50
620·40
430·40
430-30
620·30
620·20
430·20
620·5·100 430·5·100
620·5·80
430·5·S0
620·5·60
430·5.60
620· 5·50
430· 5· 50
620·5·40
430· 5·40
620·5·30
430·5·30
620·5·20
430·5-20
630-100
530·100
630-S0
530·S0
530·60
630-60
530.50
630-50
630·40
530·40
530·30
630·30
530·20
630·20
530·5-100 630·5·100
530·5·S0
630·5·S0
630·5·60
530· 5·60
630·5·50
530·5·50
530· 5.40
630·5·40
530·5·30
630· 5·30
630·5· 20
530·5·20
'*3
3
5
5
PSI
P.Sl
PSI
PSI
510·150
510·200
510-5·150
510-5-200
610·150
610·200
610·5.150
610·5 · 200
420·150
420·200
420·5·150
420·5·200
520·150
520-200
520-5-150
520·5·200
620· 150
620· 200
620·5·150
620·5· 200
430·150
430·200
430-5·150
430·5-200
530·150
530·200
530·5-150
530:5-200
2\1',H NPTF
15 GPM
2%"ODT
2112" NPTM I
150 410·150
200 410·200
150 410·5·150
200 410-5·200
By· Pass Mesh
No *100 15 O· 1 \1', -100
No
80 150·1 \1'2 ·80
No
60 1SO· 1 \1'2·60
No
50 150· 1 \1'2 · 50
No
40 150· 1 \1'2·40
No
30 150· 1 \1'2·30
No
20 150·1 \1'2 ·20
150
200
I
I
**3
3
3
3
3
3
3
5
5
5
5
5
5
5
1 y," NPTF
No
No
I" NPTM
150·1 \1'2· 150
150·1 \1'2· 200
PSI '100 450·1 \1'2 ·100
PSI SO 450·1 \1'2 ·80
PSI 60 450·1 \1'2·60
PSI 50 450·1 \1'2· 50
PSI 40 450 · 1 \1'2 ·40
PSI 30 450-1 \1'2 ·30
PSI 20 450·1 '/2 ·20
PSI *100 450·1 \1'2·5·100
PSI SO 450· 1 \l'2· 5·S0
PSI 60 450· 1 \1', · 5· 60
PSI 50 450·1 \1', · 5· 50
PSI 40 450·1 \1'2·5·40
PSI 30 450· 1 \1', .5·30
PSI 20 450·1 \1', ·5· 20
**3 PSI 150 450 · 1 \1'2 ·150
3 PSI 200 450·1 \1'2·200
5 PSI 150 450· 1 \1', . 5- 150
5 PSI 200 450· 1 \1', .5-200
• 100 MESH STANDARD
"STANDARD BY· PASS
50 GPM
1%"ODT
1 y," NPTM
I
I
2" NPTF
50 GPM
2 Yo"ODT I 2"NPTM
MODEL NUMBERS
250·100
350·100
350· 80
250· S0
250·60
350·60
350· 50
250·50
250-40
350· 40
350·30
250·30
350·20
250·20
I
100 GPM
3 w NPTF
"
175. 100
175·80
175·60
175·50
175·40
175·30
175·20
275-100
275·S0
275·60
275·50
275·40
275-30
275·20
375·100
375·80
375· 60
375·50
375·40
375· 30
375· 20
051481 · 1210
051481·1208
051481·1206
051481 · 1205
051481·1204
051481·1203
051481·1202
350·150
350-200
175·150
175·200
275·150
275·200
375·150
375·200
051481·1215
051481-1220
650·100
650·80
650·60
650-50
650·40
650·30
650· 20
650-5-100
650· 5· 80
650·5·60
650·5· 50
650· 5·40
650· 5·30
650· 5.20
475·100
475·80
475·60
475·50
475·40
475·30
475·20
475-5·100
475.5·80
475·5·60
475· 5· 50
475·5·40
475·5·30
475 · 5·20
575·100
575·80
575-60
575·50
575.40
575·30
575·20
575·5-100
575-5-S0
575-5-60
575· 5· 50
575· 5· 40
575·5·30
575·5·20
675,100
675-80
675·60
675·50
675·40
675·30
675-20
675-5-100
675· 5· S0
675·5·60
675·5·50
675· 5·40
675· 5· 30
675·5·20
051481-1210-03
051481-1208-03
051481 ·1206-03
051481·1205-03
051481-1204·03
051481-1203-03
051481 -1202-03
051481 ·121 0-05
051481 -120S -05
051481-1206·05
051481 ­ 1205-05
051481 ­ 1204-05
051481 ­ 1203· 05
051481-1202 · 05
650·1 50
450·150
550·150
650·200
450-200
550-200
450·5·150 550·5-150 650·5·150
450·5·200 550-5·200 650·5·200
475 · 150
47 5-200
475-5·150
475-5·200
575-150
575·200
575·5·150
575-5·200
675·150
675·200
675·5·1 SO
675·5.200
051481 ·1215-30
051481 -1220-03
051481·1215-05
051481·1220-05
250· 1 \1'2·1 00
250· 1 \1'2 ·80
250 - 1 \1'2-60
250-1 \1'2 -50
250· 1 \1'2 ·40
250-1 \1'2·30
250·1 \1'2 ·20
350· 1 \1'2· 100
350·1 \1'2·80
350·1 \1'2 ·60
350·1 \1'2 ·50
350·1 \1'2·40
350·1 \1'2·30
350·1 \1'2·20
150·100
150·80
150·60
150· 50
150·40
150-30
150-20
250·1 \1'2·150
250·1 \1'2 ·200
350·1 \1'2 ·150
350·1 \1'2 ·200
150·150
150-200
250·150
250·200
550-1 \1'2·100
550-1 \1'2 ·SO
550· 1 \1'2 ·60
550·1 \1'2·50
550·1 \1'2·40
550·1 \1'2·30
550-1 \1'2-20
550- 1 \1', -5· 100
550· 1 \1'2· 5· 80
550· 1 \1'2 ·5·60
550·1 \1'2·5·50
550·1 \1'2·5·40
550·1 \1'2-5·30
550- 1 \1'2 ·5·20
650·1 \1'2 - 100
650· 1 \1'2 -SO
650· 1 \1'2 ·60
650·1 \1'2·50
650- 1 \1'2·40
650·1 \1'2·30
650·1 \1'2·20
650­ 1 \1'2·5·1 00
650· 1 \1', . 5·80
650· 1 \1', ·5·60
650· 1 \1'2·5·50
650· 1 \1'2· 5·40
650·1 \1'2· 5· 30
650. 1 \1'2·5·20
450-100
450·S0
450·60
450·50
450·40
450·30
450·20
450 · 5· 100
450·5-S0
450· 5· 60
450·5·50
450-5.40
450·5·30
450·5 -20
550-100
550-80
550·60
550·50
550-40
550·30
550·20
550-5·100
550·5-S0
550·5· 60
550· 5·50
550·5.40
550·5·30
550-5 ·20
550·1
550-1
550-1
550·1
650·1 \1'2 ·150
650·1 \1', · 200
650·1 \1', .5·150
650·1 \1', ·5·200
\1'2-150
\1'2 ·200
\1'2 ·5· 150
\1'2-5·200
I
I
630·150
630·200
630·5-150
630·5·200
NOTE: To specify MarvelMag Magnetic Filters, insert "M" in Model No. Example:
410-100 becomes "41 OM 100." To order Replacement Element only pleated for
magnets but less the magnets, change "M " in Number to "MN", making it, in example,
"41 OMN 1DO ,"
9
BONDED SUMP TYPE -ALL STAINLESS STEEL
MARVEL O
FILTE
5
FOR WATER AND SPECIAL FLUIDS-lOOO SERIES-(NO BY-PASS)-Operating femperatures: Up to 300°F
CAPACITIES:
Up to 75 GPM
PIPE SIZES: 1" through 2 Y2" ~
,A
~
-0--0
;:) S';~o'-i
~
'O.C:
-~C
­
"';
D--o>'
"0
A
To Clean : Follow same simple cleaning proce­ dures as described on page 8. UNIQUE MARVELMAG MAGNETIC SHIELD '-­
ENGINEERING DATA - MOUNTING DIMENSIONS - MODEL NUMBERS
protects entire hydraulic
system from those everpresent
ferric contaminants
~
"""""­
~
----s>
---
--.?
~
..-z.­
-=­
Z­
Z­
~
Photo shows amazing effectiveness of Marvel­
Mag magnetic rods in trapping ferric particles,
yet leaving large element flow areas that as­
sure continuous full·flow filtration.
Better filtration, longer element life, hours saved
in servicing . .. with amazing new MarvelMag
clements. The harsh, cutting ferric contaminants
(that do the mos t damage to system components)
arc instantly trapped by complete, outer Marvel­
Mag Magnetic Shield BEFORE they can reach
element , keeping it-and entire sys tem~lean ,
undamaged and functioning at top efficiency for
much longer periods without servicing. Ferric
particles small enough to pass through clement
and on into sy stem arc most s peedily trapped
and retained by the all-encircling magnetic
shield. Generous flow areas between magnetic
rods remain uncluttered, greatly increasing filter
efficiency and life. The magnetic rods do not
increase element dimensions , providing com­
plete interchangeability of MarvelMag elements
with non-magnetic clements. Examples for
specifying MarvelMag are given on appro­
priate pages.
10
10 GPM
,
2Q GPM
1 \4" NPTM
I
30 GPM
SIZE
PORT
1" NPTM
Wonly
.13
1000 SER.
3/ 4
APPROX. WI; · lBS•
1
1·1 / 4
I
A
B
E
2.62
4 .56
.44
DIMENSIONS IN<:HES
3.09
3.38
7.06
8.06
.44
.44
MESH
100
80
60
50
40
30
20
1010-100
1010· 80
1010-60
1010-50
1010-40
1010·30
1010-20
1020-100
1020-80
1020·60
1020-50
1020-40
1020-30
1020-20
150
200
1010-150
1010-200
1020-150
1020-200
50 GPM '.
1 y. " NPTM
P·RESSURE DROP PSI
.10
.15
J
..
.­
-~
"­
[
2" NPTM
75 GPM
2W' NPTM
.15
.18'
1·1 / 2
I
2
3.94
9 .06
.50
4 .38
9.62
.88
MODEl NUMBERS
1030-100
1030-80
1030-60
1030-50
1030-40
1030-30
1030-20
1050·100
1050-80
1050-60
1050-50
1050-40
1050-30
1050-20
1075-100
1075-80
1075-60
1075-50
1075·40
1075-30
1075-20
1030-150
1030· 200
1050-150
1050-200
1075-150
1075-200
NOTE: To specify MarvelMag Magnetic Filters, Insert "M" rn Model Number. Example:
1010·60 becomes" 10 1OM60." To order Replacement Element pleated for magnets but
less the magnets, simply chonge "M" in Number to "MN", making it, in example
"1010MN60.
OVERLAPPING MAGNETIC FIELDS The individual
magnetic rods are
full filter element
length and their
unique design pro­
vides powerful
magnetic fields along entire length of
element. The rods are equally spaced
around exterior su rface of element so
that their magnetic fields overlap to
cover full element circumference. This
provides a complete magnetic shield
around the outer (upstream) side of ele­
ment in the area of lowest fluid velocity
-where ferric particles are most ef­
fectively trapped and retained and
where overall filtering efficiency is at
maximum .
SO EASY TO SERVICE !
"Lay-i n
Lift-out"
Magnetic rods. MarvelMag
Shield is formed by individ­
ual magnetic rods placed
in grooves on outer surface
of Synclinal element. To
clean rods, just lift out,
wipe off, and lay them
back in grooves. Slip-on
spring clip keeps rods from
being
magnetically dis­
lodged accidentally.
I
r
MARVEL O
FILTERS
NEW SUMP FILTERS with QUICK · CHANGE THROW -AWAY ELEMENTS
Save Time, Money, Labor Compared to "Cleaning"
UP TO 60 GPM (Max.)­
1" - 11'/2 THRU' 2"- II' /2
NPTF PORT SIZES­
3. 10 .20 MICRON
F1LTRAT10N-2 PSI , 3 PSI.
S PSI BY-PASS OR NO
BY-PASS - TEE , CROSS,
AND ELBOW FITTING
TYPES
Element hand-snaps on or off core assembly in
seconds. No tools-threading-no cleaning.
Says the maintenance supervisor of a la rg e industrial plant:
"We don't clea n our sump filters . We just thro w them aw ay
because the l abor costs (no t to mention the tim e loss ) of
cleaning are substantiall y higher than our costs for wh o le
new fil ters. In thi s wa y, too, we are al way s sure of starting
anew with a 100 % contamination-free element."
Even if you don' t throwaway your cleanable sump filters,
Marvel' s new Sump Filters with T hrow-Aw ay Elemen ts assure
substantial savings. No need to waste time, money, and la bor
in removing, clea ning and re-installing enti re filter. Y ou just
throwaway the used element and hand-snap on a new , fre sh
elem ent-all in few seconds. And the cost of these Marvel
Throw-Away Elements is a sm all fraction of the cost of clean­
a ble eleme nts. The Th row-A wa y e lements a re " 0" ring sealed
in place and provide 20 micron and fi ner filt ratio n . C omp a re this
fin e filtration with the 141 micron filtr at ion common to sump
strainers. Very low pre ssure drop and generou s size By-Pass
Valve of New Fi lt er assure long element life with elimination
of pump cavita tion danger .
Filters a vailable in sta ndard le ngth, extended length, and double
length element m o dels. Recommended fo r use with Mar­
vindicator as shown in circuits, p age 13.
NOTE : Qu ick-Change C leanable Elements (hand-snap on and
off) also a vailable.
. ~.
c
~:L.r___
. . C~Z,," ~
I I
c
I
ADDmON" L
~Ir
~II I""H'M~M
..,. lfft,I.1
LI
B
REMOVA'
B_Y_- _PA_S_S_ __ __-_-_-_~~~~~~L-------------8~LE~ANCE
TABLE
I~GPM
with clean element and 22 5
GPM ' ca pacities sho_wn. ; 80% for Wate r Glycol.
CD
2 PSI BY·PAS S
M
·A
X
10 Mi cron 25 Micron 40 Mi cr on
2.3
3.5
4.6
4.6
7.0
9.2
9.2
14.0
G
P
M
4.8
6.5
9.6
9.6
13.0
19.2
19.1
26.0
R
A
5.7
7.8
11.4
11.4
15.6
22.8
22.8
31.2
10.0
13.0
20.0
20.0
27.0
40.0
40.0
53.0
T
I
N
G
S
TABLE II
FILTER MODEL ' NOS.
CAPACITIES
a ~ d Mitron Ratings ­ ,based on 1 psi or less pressure drop
S U ~ 'Petr ol eum Oil. For Ph osp' ha te Ester Fl uid, use 66% oJ
at Different By-Pass Settings
c." Assembl, N••.
CD
3 PSI BY·PAS S
10 Mitr on 2S Micron 40 Micron
3.4
5.2
6.8
7.6
9.8
14. 4
6.9
10.4
13.8
14.4
19.6
28.8
8.5
11.5
17 .0
15.0
20.0
30.0
17 .0
23.0
34.0
3'.0
30.0
40.0
60.0
60.0
'Insert By· Pass settmg (from Table IV).
tlnsert fi lter Element Med ia No. (from Ta ble V).
13.8
28.8
CD
5 PSI BY·PASS
10 Mi cr on 2S Micron
(4)
"TEE
FITTING
TYPE
5.1
7.9
10.2
10.2
15.8
06116IT '
063 1611 '
066 1611 '
10.6
14.'
21.2
21.1
12 .6
16 .9
25.0
25.2
22.0
29.0
45.0
45.0
061201 P
06320IT'
066201T'
06124IT'
0632 4!T'
0662 41T'
0613211 '
06332 1T'
06632 IT'
TABLE
El,mlnt Ho,:
®
III~DIMENSIONS
For . Sin~I' .; [-alend.d Lenrt-h and Daubl. Eltmant Filt,rs.
0
H,d. Oil ••
0)
Coolants Phosphal.
"CROS S Lubritants
Ester
FITTING
Water
Ban
TYPE
Glycols
Fluidl
06 11 61X'
629206· 1 630206· 1
063161X'
660206·1 66 1206·1
066161 X'
629106· t 660106· t
06 120 l X'
664266· t 665 266· I
06320 l X'
666266· I 667166· t
06620 l X'
664266· t 665266' 1
0612' IX'
668306· t 669306· t
063 241X'
670306·1 6713 06·1
668306· 1 669306·1
06 62'IX '
06 1321X'
676386· 1 677386 ' 1
063321X '
678386·1 679 386· 1
066321X'
676386· t 677386·1
··for El bow Outlet ( no By·Pass), ch ange " T" or "X" to
f or No· Outiet f itting, change "T" or " X" to 3 dash (-).
HOW TO ORDER: In Table I, beginning at top of Table, read down to your desired (or
next larger) GPM under your desired By·Pass and Micron s (Col. 1, 2 or 3). Then make
up your Filter No . from the following :
(a) Core Assembly No., Table II, Col. 4 or 5, in same horizontal line as desired GPM .
(b) By-Pass No . , from Table IV .
(c) Element No. (for fluid to be filtered ), from Table II, Col. 6 or 7 in same horizontal
line as Core Assembly No .
(d) Element Media No. (for desired micron filtration ), from Table V.
EXAMPLE : A 25 gpm, 2 psi By·Pass, 20 ·micron Filter, Tee Fitting Type for Petroleum Oil is specified
by the follow ing :
(a)
(b)
(c)
(d)
063201 T0200-666266-7120
Reading horizontall y to right from Element No . in Table II to Table II I g ives you the Port Sizes and
Oimen5lons of f ilter. To specify obove filter with Magnetic Element , change dash in Element No . to
"M" making it "666266M7120 ." To order Repla cement Elements only, specify Element and Media
Nos. (c & d ) only. To order Replacement Element pleated for magnets but less the magnets, change
" M" in Magnetic Element Number to li MN", mak ing it, in above example, "666266MN7120 ."
Pori
Sill
NPTF
No_ of
Elements
per filter
l-II Yz
JY4- 1Ph
1Yz -llYz
. E..
lonrlh
1
I
2
Sia ndard
1
I
2
I
I
2
Standard
Ex tend ed
I
I
2
l· II Y,
Ele min t
Exlend ed
IIDoubl.
01 MEN SI 0 NS (NO MINAL INCH ES)
A
B
L
C
5.00
7.38
2.61
7.50
1.50 ~
5.00 (ea .)
~
3.0
7.50
10.00
7.50 (ea )
1.75
3.38
7.50
10.00
7.50 (ea.)
1.94
4.50
7.50
10. 00
7. 50 (ea.)
2.25
Il 0oubl.
Sta ndard
Extended
tlOoubl.
Stan da rd
Extend ed
IIDouble
tt Two Stand ard
l ength Elements
10
~
12.62
t--m1
10.31
~
r-u:sr10.62
~
~
18.12
Tandem .
*TABLE IV-BY-PASS OPTIONS
2 PSI BY·PASS, ADD 02bo TO CORE NUMBER
3 PSI BY·PASS. ADD 0300 TO CORE NUMBER
5 PSI BY·PASS. ADD 0500 TO CORE NU MBER
NO PSI BY·PASS. ADD 0000 TO CORE NU MBER
tTABLE IV-ELEMENT MEDIA
NUMBERS
NUMBER
7103
7110
7120
(NOM .)
MICRON
3
10
20
MEDIA
3 MICRON PAPER
10 MICRON PAPER
20 MICRON PAPER
11
TAKE-APART SUMP TYPE - UP TO 100 GPM - 3//' THRU 3" PIPE SIZES Use with "Marvindicator" Element Condition Indicator (See pages 24 & 25)
Expanded Metal Protective Housing
CAPACITIES:
5-8-10-20-30-50-75 and
100 G.P.M.
PIP E SIZES ;
3/.i"-l -1lh"-1'/2"-2"-2 Y21J
and 3".
l1
CON NECTIONS;
Coupling-Male Nipple.
BY-PASS VALVE ;
Not available.
OPERA TING TEMPERATURES :
Up to 150 ' F. Also available
on special order for higher
temperatures.
For use with regular
petroleum base Hydraulic
Oils, Coolants, Lubricants,
all types of Fire-resistant
Hydraulic Fluids and Water.
Reinforced Synclinal Insert
Centering Tube Assembly
EASY MAINTENANCE
These Sump Type Filters may be disassembled, thoroughly cleaned and
reassembled in a matter of minutes. Require no replacement or "throw­
away " parts to purchase or carry in stock. See bottom of page No. 15 for
cleaning instructions.
ENGINEERING DATA-MOUNTING DIMENSIONS-PART NUMBERS
SIZE
PORT
- 5 GPM
3/ 4 N PTF
St'd.
S ani y
N only
Wonly
St'd. ·S·N
Wonl y
A
B
C
D
I
8 GPM
3/ 4 NPTF
10 GPM
1" NPTF
Wonl y
SI'd.
5 only
N only
Wonly
St'd. & S
N only
Won l y
- 2.0 GPM
lY.NPTF
30 GPM
l Y, NPTF
I
_50 GPM
lY, NPTF
.20
.25
.23
.10
.35
.63
.43
.18
.26
.38
.31
.15
·PRESSURE DROP PSI
.27
.20
.45
.41
.2 3
.32
.13
.21
1
11<
l Yl
l Y,
l V,
2
2Yl
3
2.75
4.50
1.00
1.44
2.75
6.50
1.00
1. 44
3.25
6.62
1. 12
1.75
4.06
8.62
1. 25
2.12
POOl
P008
POOl
P008
P015
P024
P033
P042
P016
P025
P0 34
P043
P051·100
P060.60
P069.100
P052.100
P061.60
P070.100
P078
P086
P07 9
P08 7
P094
P102
P095
P103
Plll
P 118
Plll
P 118
50 GPM
2"NPTF
75 G,PM
2Y, NPTF
I
100 GPM
3" NPTF
.63
1. 10
.79
.50
.2 6
.39
.30
.19
APPROX. WT. LBS.
3
4
3
4
4
5
6~
5YJ
8%
DIMENSIONS INCHES
4.75
8.62
1. 25
2.38
4.75
8.62
1.25
2.38
5.25
9.62
1.50
3.00
6.00
10.62
2.00
3.25
6.50
11.62
2.00
4.00
P002
P009
COUPLING PART NUMBERS
P003
P004
P004
POlO
POll
POll
P005
P012
P006
P013
P007
P014
P017
P026
P035
P044
TOP COVER PART NUMBERS
P018
P019
P020
P027
P028
P029
P036
P0 37
P038
P046
P045
P047
P021
P0 30
P0 39
P048
P022
P031
P040
P049
P023
P032
P041
P050
P058.100
P067.60
P076.100
P059.100
P068·60
POll.100
P084
P092
P085
P093
P100
P108
P10l
Pl09
Pl16
P124
Pl17
P125
I
St'd .• S.N
I
# REINFORCED SYNCLiNAL INSERT
13'0-»1 00
PO!l4.100
P05~.1 DO
P062.60
P063·60
P 064.60
II POll-100
P072.100
P073.100
PART NUMBERS
P056.100
P057.100
P065.60
P066.60
P074.100
P075.100
.27
.47
.32
.19
4V,
.24
.35
.27
.15
- -
5t'd •• S.N
W only
St'd •• S. N
Wonly
'.
St'd •• N. W
5 on ly
CENTERING TUBE ASSEMBLY PART NUMBERS
P080
P081
P082
P082
P088
P089
P090
P090
P083
P091
EXPANDED METAL PROTECTIVE HOUSING PART NUMBERS
P096
P097
P098
P098
P099
P104
P105
P106
P106
P107
P112
P 119
WASH ER (TOP AND BOTTOM) ­PART NUMBERS
:I Pl13
P 114
P 114
P 121
P122
Pl22
Pl15
P123
·St'd .-HYDRAULIC OILS- COOLANTS - LUBRICANTS·-225 SSU @;. 100 ' F
S-PHOSPHATE ESTER BASE FIRE RESISTANT FLUIDS-225 SSU @ 100' F
N-AQUEOUS BASE (WATER GLYCOL) FIRE RESISTANT FLUIDS--225 SSU (fj, 100' F
W-WATER- 60' F
tPART NUMBER FOR "WOO FILTERS IS P307
IIPART NUMBERS FOR STANDARD MESH - CHANGE SUFFIX TO CORRESPOND FOR OTHER MESH SIZES
12
ERS
MARVEL MODEL NUMBERS - TAKE-APART SUMP TYPE FILTERS SHOWN ON PAGE 12
S GPM
3/ 4 NPTF
8 GPM
I 3/ 4 NPTF
20 GPM
1'4 NPTF
10 GPM
I 1" NPTF
SO GPM
1)7 NPTF
30 GPM
lV, NPTF
SO GPM
2" NPTF
7S GPM
2y,NPTF
100 GPM
3 N PT F
MODEL NUMBERS
HYDRAULIC OILS - COOLANTS - LUBRICANTS
MESH
A.l )7.30. 100
A·l )7-30-80
A·l Y, -30.60
A· 1Y,-30.S0
A· 1y,· 30.40
A· 1y,. 30. 30
100 '
80
60
SO
40
30
E.3/ 4.S.100
E.3/ 4-S-80
E-3/4 -S-60
E·3/ 4.S-S0
E·3 / 4.S.40
E.3/ 4.S-30
D·3/ 4-8.100
D-3/ 4-8-80
D-3/ 4.8.60
D·3/ 4-8.S0
D· 3/ 4·8·40
D- 3/ 4·8.30
C-l-l 0-1 00
C-l-10-80
C.l-10.60
C-l.10-SO
C·l·10·40
C.l-10.30
100 '
80
60
SO
40
30
E.] / 4-SS.1 00
E.3/ 4.SS.80
E. 3/ 4. SS.60
E.3/ 4-SS.S0
E.3/ 4.SS.40
E·3/ 4-SS.30
D- 3/ 4·SS·1 00
D- 3/ 4-S S-80
D. 3/ 4-8S.60
D· 3/ 4-S S· SO
D.3/ 4·8S·40
D·3/ 4·8S.30
C.1.10S.100
C.l.10S·SO
C.l.10S·60
C-l-IOS.SO
C·l·10S·40
C·l.10S·30
60
50
40
30
E-3/ 4.5N.60
E.3/ 4.5N-50
E.3/ 4-5N.40
E.3/ 4-5N·30
D.3/ 4.8N-60
D.3/ 4·8N.50
D·3/ 4·SN.40
D.3/ 4.8N·30
C·l-ION-60
C·l.10N-50
C·l.10N.40
C·l.10N·30
B-l l<\-20N.60
B-1 '4-20N.50
B-1 Y, .20N-40
B.l '4-20N.30
E.3/ 4.5w.100
E.3/ 4.5w.80
E.3/ 4.5W.60
E.3 / 4.5w.SO
E· 3/ 4.5W.40
E.3/ 4.5W.30
D.3/ 4.8W.100
D·3/ 4·8w.80
D-3/ 4·8w.60
D· 3/ 4.SW.50
D.3 / 4·8W.40
D.3/ 4.8W.30
C-l-10W.100
C·l-10W.80
C-l.10W.60
C.l.10W-50
C.l.10W.40
C.l·10W·30
B-1 Y, .20W.l 00
B·l Y,.20W.80
B.l Y, .20W.60
B-l l<\.20W.50
B.ll<\.20W.40
B-l l<\.20W.30
150
200
E.3/ 4.5.150
E.3 / 4.5-200
D· 3/ 4.S. 1SO
D.3 / 4.8.200
C.l.l0.1S0
C.l.l0.200
150
200
E.3/ 4.5S.150
E. 3/ 4- 55'. 200
D- 3/ 4.8S. 150
D.3/ 4.8S.200
C- 1.1 0 S. 150
C. 1-1 OS.200
150
200
E.3 / 4.5W.150 D.3 / 4-8W.150 C- 1-1 OW. 150 B.l Y, .20W.150 A.l Y,.30W- 150 A.l Y,.50W. 150 A.2-50W-150 A.2Y,·75W.150 A.3.100W.150
E·3 / 4-5W.200 D.3/ 4-8W.200 C·l-10W-200 B.l '4.20W.200 A.l Y,-30W-200 A-I Y,.50W.200 A-2.50W.200 A.2Y,.75W.200 A.3.100W.200
B-1 '4- 20- 100
B-1 '4.20.80
B- 1'4.20·60
B.l '4.20-S0
B·l '4.20. 40
B.l '4­ 20-30
"S" SERIES - PHOSPHATE ESTER
B·l '4.20S.1 00
B-1 '4 -20S-80
B.l l<\ .20S-60
B.l '4.20S.S0
B-1 '4-20S-40
B- 1'4- 20S-30
A· 1 )7.S0. 100
A·l )7-S0-80
A· 1Y, ·SO·60
A·l y,.SO.SO
A· 1Y,·SO·40
A- 1 y,·SO· 30
~ASE
A· 1)7.30S. 100
A- 1)7­ 30S-80
A·l )7·30S.60
A·l )7-30S.S0
A-lY,-30S.40
A-I )7-30S.30
A.2-S0.100
A-2-S0.80
A·2·S0·60
A.2.S0.S0
A.2.S0·40
A.2.S0.30
A·2h·7S.100
A-2Y,·7S-80
A·2)7-75-60
A·2)7.7 S.SO
A· 2Y,· 7 S· 40
A.2Y,·7S.30
A·3·1 00.1 00
A·3.100-80
A.3.100.60
A.3.100.S0
A.3.100·40
A.3.100.30
A·2Y,·7SS.100
A. 2)7. 7 S S.SO
A. 2)7. 7 SS.60
A. 2)7.7 SS.SO
A.2)7.75S.40
A.2)7.75S·30
A.3·1 OOS. 100
A.3-100S.80
A.3.100S.60
A.3.100S.S0
A.3.100S.40
A·3·100S.30
A.2.50N.60
A·2.50N.50
A·2·50N·40
A.2.50N·30
A.2Y,·75N.60
A.2Y,·75N.50
A·2y,.75N.40
A.2y,.75N.30
A.3.100N.60
A·3·100N.50
A.3.100N.40
A.3-100N.30
A.2.50W.100
A.2.50W.80
A.2.50W.60
A.2.50W.50
A.2.50W.40
A.2.50W.30
A.2 V, .7 5W.l 00
A·2V, .75W.80
A.2V,.75W.60
A.2y,.75W f 5O
A.2Y,·75W.40
A.2y,.75W.30
A.3.1 OOW.l 00
A.3.100W.80
A.3.100W.60
A.3.100W.50
A.3.100W.40
A.3.100W.30
A.2V,.75.150
A.2V,.75.200
A.3.100.150
A.3.100.200
A·2Y,.75S.150
A.2Y,·75S.200
A·3·1 OOS. 150
A.3.100S.200
FIRE RESISTANT FLUIP
A· 1 )7.S0S.1 00
A-I y,.SOS.SO
A.l )7.S0S.60
A.l )7.S0S-S0
A-I )7.S0S.40
A-I Y,.50S-30
A·2·S0S.100
A.2·S0S-S0
A·2·S0S.60
A.2-S0S-S0
A·2.50S.40
A.2-50S·30
"N" SERIES - WATER GL YCOL FIRE RESISTANT FLUID
A- 1)7. 30N -60
A· 1)7 -30N-50
A.l Y,.30N-40
A-l)7.30N.30
A-I Y,-50N.60
A-I V, -50N.50
A·l )7 .50N.40
A.l Y,·50N.30
"W" SERIES - WATER
100'
80
60
50
40
30
I
A-I V, .30W.l 00
A·l Y,-30w.80
A.l Y, .30W.60
A-I Y, .30W.50
A.l Y, ·30W.40
A-I Y, .30W.30
A.l y,.50W.l 00
A·l y,.50w.80
A-I y,.50W.60
A.l Y,·50W.50
A.l Y,.50W.40
A· 1Y,.50W.30
HYDRAULIC OILS - COOLANTS - LUBRICANTS
I
B-1 l<\.20.1 SO
B.l '4-20.200
A-I V,.30.150
A.l Y,.30.200
A.l Y,.50. 150
A.l y,·50.200
A·2.50.150
A.2.50.200
"s" SERI ES - PHOSPHATE ESTER BAS E FIRE RESISTANT FLUID
B-1 '4.20S.150
B.l '4.20 S- 200
A.l Y,·30S.150
A.I Y,·30S.200
A.l Y,.50S.150
A.l V,.50S.200
A.2.50S.150
A.2.50S.200
"W" SERIES - WATER
NOTE:
• STANDARD MESH
TYPICAL
MAR VI ND ICA TO R
-
PUMP
To specify MarvelMag Magnetic Filters, insert letter "M" in Model Number. Exam­
ple : A-2 1/2-75-100 becomes "A-2 1/ 2-75MI00"
5 U M P TYPE
INSTALLATION
MARVEL SUMP TYPE FILTERS are not limited to their individual capacities.
They can be installed and will work efficiently in a multiple or manifold applica­
tion. In many applications it is advisable to use two or more units
connected in multiple installation, due to space limitations and MARVIND ICATOR
standardization, instead of a larger single unit. Installed in this
manner, MARVEL FILTERS can handle any required amount
of liquid flow.
"Marvindicator" Vacuum Sensing Element Condition Indicator
most convenient and practical for sump filters because it reo
Quires only one pipe connection (see pages 24 & 25). It in·
dicates when element must be serviced.
TYPICAL SINGLE UNIT INSTALLATION
TYPICAL MULTIPLE UNIT INSTALLATION
13
TANDEM TAKE-APART SUMP TYPE - UP TO 200 GPM - 3A" THRU 3" PIPE SIZES Use with "Marvindicator" Element Condition Indicator (See pages 24 & 25)
hpanded Metal Protective Housing
The tandem sump filters can be used at
rated flow where the pressure drop is
not excessive. Where pressure drop is
high the tandem units should on ly be
used at reduced flow and consequent re­
duced pressure drop. but obtoining ex­
tended time intervals between cleaning
operations.
PIPE SIZES :
3,4 /1 - 1"-1 Y411-1 Y2 11 _2" _2 Y2" and 3/1 CONNECTIONS: -+
Wuher (Top and Bottom)
Coupling
Top
Centerina: Tube Ass.embly
Reinforced Synclinal Insert
Coupling-Male Nipple, BY-PASS VALVE: Not Available, EASY MAINTENANCE
OPERATING TEMPERATURES : These Sump Type Filters may be disassembled, thoroughly cleaned and
Up to 150 ° F, Also available on spec ial reassembled in a matter of minutes. Require no replacement or " throw­
order for higher temperatures, away" parts to purchase or carry in stock. See bottom of next page for
For use with regular pet roleum base Hy­
draulic Oils, Coo/ants, Lubricants and types of Fire-resistant Hydrauli c cleaning instructions.
all
Fluids and wafer, ENGINEERING DATA-MOUNTING DIMENSIONS-PART NUMBERS
16 GP,M
3/ 4'N PTF
, 20 GPM
1" NPTF
.86
.59
.23
t .U'I
2.24
1.41
.55
.69
1. 25
1~
1V,
l 1.i
2
2
2%
4
4Y,
2.75
8.38
1.00
1.44
2.75
12. 62
1.00
1.44
3.25
12.75
1. 12
1. 7 5
4.06
17.12
1.25
2.12
DIMENSIONS IN CH ES
4.75
4.75
16.75
16. 75
1. 25
1.25
2.38
2.38
5.25
18.62
1. 50
3.00
6.00
20.62
2.00
3.25
6.50
22.62
2.00
4.00
SI'd .• S.N
Wonly
t-'UUI
P008
t-'001
P008
P002
P009
COUPLING PART NUMBERS
P00 3
P004
P004
POll
POll
POlO
P005
P012
P006
P013
P007
P014
SI d.
S only
N onl y
Wonl y
P126
P 136
P14 6
P 156
P 127
P 137
P 147
P 157
P128
P1 38
P 148
P 158
TOP COVER PART NUMBERS
P129
P1 32
P131
P139
P142
P 141
P 149
P 151
P152
P159
P161
P162
P133
P143
P15 3
P163
P134
P 144
P154
P164
P 135
P145
P155
P165
P 166-1 00
Pl77.60
P187.100
P167.100
P 178.60
P188.100
# REINFORCED SYNCLINAL INSERT PART NUMBERS
P168-1 00
P 1il-l00
P 172.1 00
P 169.1 00
P17 3-ioo
P 179.60
P181-60
P 182.60
P 183.60
P184-60
P189-100
P192.100
P191-100
P 193-1 00
P194-100
P 174.1 00
P 185.60
P 195-1 00
P176.100
P 186.60
P196-100
P198
P207
CENTERING TUBE ASSEMBLY PART NUMBERS
P199
P201
P202
P202
P203
P209
P208
P211
P211
P212
P204
P213
p~
P222
P231
P~
P225
EXPANDED METAL PROTECTIVE HOUSING PART NUMBERS
1"21 7
1"218
P2l9
P219
P221
P226
P227
P228
P229
P228
Pll1
Pl18
WASHER (TOP AND BOTTOM) PART NUMBERS ,
P 112
P113
Pl14
P114
P115
P 119
PI22
P122
P 121
P123
Pl16
P 124
P117
P125
10 GPM
3/ 4"NPTF
SIZE
PORT
.40
~t'd.
S only
N only
Wanly
~S -N
Wonly
A
B
C
D
St d.• & S
N only
Wonly
Sf'd . • S ·N
Wanly
SI d . • S.N
Wonl y
SI'd .• N. W
S only
* SI'd.
S
N
W
-
P197
P206
1-'215
P224
Plll
Pl18
1":<16
.88
.38
60 GPM
l Vf NPTF
4.0 GPM
lW'NPTF
100 GPM
l W'NPTF
" * PRESSURE DROP PSI
2.16
.92
.66
1. 11
.84
.43
1.42
1. 15
.74
3.68
2.69
1.68
APPROX. WT. LBS.
41.i
5~
I
4!4
5~
I
I
100 GPM
2"NPTF
150 GPM
2YS"NPT F
.8 3
1. 30
1.07
.62
1.53
.89
.50
6
7
I
HYDRAULIC OILS - COOLANTS - LUBRICANTS - 225 SSU @ lOO° F
PHOSPHATE ESTER BASE FIRE RESISTANT FLUIDS - 225 SSU @ lOO° F
AQUEOU S BAS E (WATER GL YCOL) FIRE RESISTANT FLUIDS - 225 SSU @lOO°F
WA T E R - 60" F
;; PART NUMBERS FOR STAN DARD MESH - CHANGE SUFFI X TO CO RRE SPOND FOR OTHER MESH SIZES
14
200 GPM
3" NPTF
.11
8~
f
lOY,
.69
1.45
.87
.45
I
10
13!1.
P214
P2 32
---­
MARVEL _
FILTERS
MODEL NUMBERS - TAKE-APART SUMP TYPE FILTERS SHOWN ON PAGE
1--
10 GPM
~''N PT F
16 GPM
3/4'NPT F -.
20 GPM
60 GPM
40 GPM
lV."NPTF
lY, NPTF
1PO GPM
l Yl'NPTF
100 GPM
2"NPTF
150GPM
2Yl'NPTF
200 G PM
3" NPTF
90150·100
90150·80
90150·60
90150·50
90150·40
90150·30
90200·100
90200·80
90200·60
90200·50
90200·40
90200·30
901S0S·100
90150S·80
90 150S.60
901S0S.50
90150S.40
90150S·30
90200S·100
90200S·S0
90200S.60
90200S.S0
90200S.40
90200S·30
90102N.60
90102N.50
90102N.40
90102N·30
90 ISO N.60
901S0N.SO
901S0N·40
90150 N·30
90200N·60
90200N.SO
90200N.40
90200N.30
90 102W·I 00
90102W·SO
90102W.60
90102W.50
90102W.4C1
90102W·30
90IS0W·IOO
901S0W·SO
90150W.60
90150W·50
90150W.40
90150W.30
90200W.l00
90200W.80
90200W.60
90200W.SO
90200W.40
90200W·30
90150.150
90150.200
90200.150
90200.200
90102S·1S0
90102S·200
901S0S·ISO
901S0S.200
90200S.ISO
90200S.200
90102W.ISO
90102W·200
901S0W.1S0
901S0W·200
90200W.1S0
90200W.200
MODEL NUMBERS
HYcDRAULIC OILS - COOLANTS ~ LUBRICANTS
-
, MESH
-t
F'NPrF
14
9040-100
9040-80
9040·60
9040·50
9040·40
9040·30
100*
SO
60
50
40
30
9010·100
9010-80
9010·60
9010·50
9010·40
9010·30
9016-100
9016·80
9016·60
9016·50
9016·40
9016·30
9020-100
9020-80
9020·60
9020·50
9020·40
9020·30
9060·100
9060.80
9060·60
9060·50
9060·40
9060·30
100*
SO
60
50
40
30
901 OS·1 00
9010S·80
9010S·60
90 I OS.50
90 I OS.40
9010S·30
9016S·100
9016S·80
9016S·60
9016S·50
9016S·40
90 I 6S·30
9020S·100
9020S·S0
9020S.60
9020S.50
9020S.40
9020S·30
60*
50
40
30
9010N.60
9010N.SO
9010N.40
9010N.30
9016N.60
9016N.SO
9016N.40
9016N·30
9020N·60
9020N.SO
9020N-40
9020N.30
9040N.60
9040N.SO
9040N·40
9040N·30
100'
SO
60
50
40
30
90 I OW. 100
9010W.SO
9010W.60
9010W.SO
9010W.40
9010W·30
9016W.l00
9016W·SO
9016W.60
9016W.50
9016W-40
9016W·30
9020W.IOO
9020W.SO
9020W.60
9020W.SO
9020W.40
9020W.30
9040W.IOO
9040W·SO
9040W.60
9040W.SO
9040W.40
9040W·30
ISO
200
9010.150
9010.200
9016.150
9016·200
9020.150
9020·200
150
200
9010S.1S0
9010S·200
9016S.1S0
9016S.200
9020S·1S0
9020S·200
9040S.1S0
9040S.200
ISO
200
9010W.1S0
9010W.200
9016W.1S0
9016W·200
9020W.1S0
9020W·200
9040W.1S0
9040W·200
90100·100
90100·80
90100·60
90 100·50
90100·40
90100·30
90102·100
90102·80
90102·60
90102·50
90102·40
90 I 02·30
"S" SERIES - PHOSPHATE ESTER BASE FIRE RESISTANT FLUIDS
9040S·100
9040S·S0
9040S.60
9040S·S0
9040S.40
9040S·30
9060S·100
9060S·80
9060S·60
9060S.S0
9060S.40
9060S·30
901 OOS.1 00
90100S.S0
90100S·60
90100S.S0
901005,.40
90100S·30
90102S.100
90102S·S0
90102S.60
90102S.S0
90102S·40
90102S·30
"N" SERIES ~ WATER GLYCOLFIRE RESISTANTFLUID~
9060N.60
9060N.SO
9060N.40
9060N.30
90100N.60
90 I 00N.50
90100N.40
90100N·30
"W" SERIES _ WATER
9060W.IOO
9060W·80
9060W·60
9060W.50
9060W.40
9060W.30
901 OOW·I 00
90 100W·SO
90100W.60
90100W.50
90100W.40
90100W.30
HYDRAULIC OILS - COOLANTS -LUBRICANTS
9040· 150
9040· 200
9060· 150
9060·200
90100·150
90100·200
90102·150
90 102.200
"S" SERIES - PHOSPHAT ,E ESTE,RBASE FIRE RESISTANT FLUIDS
9060S·1S0
9060S·200
90 I OOS.1 50
90100S.200
"W" SERIES - WATER
• ST ANDARD MESH
NOTE:
9060W.ISO
9060W.200
90100W.1S0
90100W.200
To specify MarvelMag Magnetic Filters, insert letter "M" in Model Number, Exam­
pIe: 90100-100 becomes "901 OOM 100",
TYPICAL SUMP TYPE INSTALLATIONS
Recommended to be installed on suction intake pipe in
reservoir in a horizontal position with outer diameter
of filter approximately 2 inches above bottom. Two or
more units may be used by multiple or manifold in­
stallation where space limitations prevent use of a
larger single unit to handle greater capacities_
MARVINDICJ\TOR
WHEN TO CLEAN FILTER
Recommended practice is to use a vacuum
sensing device, such as the "Marvindicator"
which provides a Red "Pop·Up" Button plus
(if desired) warning lights and/or a:Jdible
alarms, activation of which means "clean or
replace element at once."
To Clean Filter Elements:
First remove filter coupling-then follow
steps 4, 5, 6, and 7 of cleaning instructions
on page 17. Use hand pressure only when
replacing coupling. Do not use wrench .
TYPICAL SINGLE UNIT INSTALLATION
TYPICAL MULTIPLE UNIT INSTALLATION
15
LINE TYPE WITH TAKE-APART ELEMENT - UP TO 3'0'0 GPM - PRESSURES TO 8'0 PSI 75 AND
100 G.P.M.
@.-_--+-+-Air Vent
-Outer Housing
5 TO
(xpand.-d W.t.1
Pro1uti.... HOUl1nllt:
Top Cover
Washer
50 GPM
(Top and Bottom)
! lkJ.~+--E,panded Metal
Protective Housing
Reinforced
BY-PASS VALVE:
Not available.
Synclinal Insert
OPERATING PRESSURES:
Up to 80 p.,.i .
Centering
Tube Assembly
OPERATING TEMPERATURES: Up to 150'F. Available on 'pecial order for higher temperolure,. 1i~~~~~~::::.Head "0"
9
BO'tse Cap
(For gallon capacities see
Note 1 on page 17)
~----Orain
Ring
Cock
ENGINEERING DATA-MOUNTING DIMENSIONS-PART NUMBERS
SIZE
PORT
r
I
5 GPM
3,4 NPTF
HELPFUL HINT:
~jjmi~~fe gu.essw-ork
.and high co,t ohoo
soon and too late
filter cleani~·g by
using a Colorgage
Pressure Differentia'!
Element
Condition
Indicator. (See
pag,e , 26 and · 27).­
It keep, you ful.ly in­
formed
on exact
condition of filler
element at. '011 times.
8 GPM
NPTF
*
r
I
10 GPM
I" NPTF
I
I
I
20 GPM L 30 CP.M
V. NPTF I 1 V2 NPTF
I
50 GPM
2" NPTF
75 GPM
2 V, NPTF
.98
1.64
1.33
.74
.41
.65
.55
.29
.32
.51
.41
.23
70
70
82
82
lOa GPM
3" NPTF
' PRESSURE DROP PSI
St'd
S only
N only
Wonly
.26
.53
.33
.13
.50
.84
.68
.25
.48
.90
.65
.26
St'd - S - N
Wonly
6
8
7
9
8
II
.50
.90
.67
.32
.53
.88
.71
.43
APPROX. WT. LB$,
12 V,
16
14
19
DIMENSIONS INCHES
5_00
6.75
6.00
1.44
1.25
1.69
14 .88
11.75
14.38
7 .88
10.12
10.25
4.25
5.25
6.00
10.75
13.38
13.88
A
B
C
D
E
F
5.00
1.25
8.75
4.88
4.25
7.50
5.00
1.25
10.25
6.25
4,25
8.25
St'd • S - N
Wonl y
P233
P238
P233
P238
P233
P238
P234
P239
P244-100
P246-60
P248-100
P245-100
P247 -60
P249-100
P053-100
P062-60
POll·IOO
14
20
6.75
1.69
14.88
10.25
6.00
13.88
14.00
9.19
5.50
24.00
18.50
I 1.12
14.50
9.69
5.75
25.25
19.50
12.00
P235
P241
P235
P241
P236
P242
P237
P243
P054·100
P063-60
P072-IOO
P055- I 00
P064·60
P073-100
P056·100
P065-60
P074-100
P058-100
P067-60
P076-100
P059-100
P068-60
P077-100
PART NUMBERS
TOP CO VER
II REINFORCED
SYNCLINAL INSERT
St'd & S
N only
Wonly
CENTERING
TUBE ASSEMBLY
St'd . S - N
Wonly
P251
P256
P252
P257
P253
P258
P254
P259
P255
P261
P255
P261
P084
P092
P085
P093
EXPANDED METAL
PROTECTIVE HOUSING
St'd - S - N
Wonly
P262
P264
P263
P265
P096
PI04
P097
PI05
P098
PI06
PIOO
PI08
PIOI
PI09
WASHERS
(TOP AND BOTTOMI
St'd· N - W
S only
PI12
PI19
PI12
PI19
PI12
PI19
tp 113
PI21
P114
PI22
P098
PI06
PI14
PI22
PI16
PI24
PI17
PI25
OUTER HOUSING
St'd - S - N
Wonly
P266
P274
P267
P275
P268
P276
P269
P277
P271
P278
P271
P278
P272
P279
P273
P281
St'd
S only
N onl y
Wonly
P282
P29 1
P299
P308
P283
P292
P301
P309
P284
P293
P302
P311
P285
P294
P303
P312
P286
P295
P304
P313
P287
P296
P305
P314
P288
P288
P288
P315
P289
P289
P289
P316
SPRING
St'd - S - N
Wonly
P317
P319
P317
P319
P317
P319
P318
P321
P318
P321
P318
P321
METAL WASHER
St'd . S - N
Wonl y
P322
P324
P322
P324
P322
P324
P323
P325
P323
P325
P323
P325
FILTE R GASKET
SI'd - N - W
S only
P327
P329
P331
P336
P332
P337
P327
P329
P333
P338
P327
P329
St'd - N - W
S only
P326
P328
P331
P336
P326
P328
HEAD " 0 " RING
P326
P328
P331
P336
P333
P338
P334
P339
P335
P341
HAND NUT "0" RING
St'd - N - W
S only
P342
P343
P342
P343
P342
P343
P342
P343
P342
P343
P342
P343
HAND NUT
St'd - S - N
W only
P344
P346
P344
P346
P344
P346
P34S
P347
P345
P347
P345
P347
297
297
297
297
297
297
348
348
348
348
348
348
HEAD CASTING
FOR 5-50 GPM
OR BASE CAP
FOR 75 & 100 GPM
PIPE PLUG
DRAIN COCK
AIR VENT
'St'd.
S
N
W
-
298
298
348
348
HYDRAULIC OILS - COOLANTS - LUBRICANTS - 225 SSU @ 100° F
PHOSPHATE ESTER BASE FIRE RESISTANT FLUIDS - 225 SSU @ 100°F
AQUEOUS BASE (WATER GLYCOL ) FIRE RESISTANT FLUIDS - 225 SSU @ 10QoF
WATER - 60°F
tPART NUMBER FOR "W" FILTERS IS P307
# PART NUMBERS FOR STANDARD MESH - CHANGE SUFFIX TO CORRESPOND FOR OTHER MESH SIZES
16
'1
I-- 3// ' THRU 3 PIPE SIZES
MARVELa
FILTERS
FOR SUCTION, RETURN, AND LOW PRESSURE LINES
For Use With Hydraulic Oils, Coolants, Lubricants, Fire Resistant Fluids and Water
MODEL NUMBERS-TAKE·APART LINE TYPE FILTERS (NO BY·PASS) SHOWN ON PAGE 16
I
SGPM
'l4" NPTF
I
S GPM
l/."NPTF
I
10 GPM
I" NPTF
I
20 GPM
11. NPTF
I
SLE-3;4-S-100
SLE-3;4-S-S0
SLE-3;4 -S-60
SLE-3;4-S·S0
SLE- 3;.< · S-40
SLE· 'l4 ·S -30
SlO-'l4-S-IOO
SLO_3;4-S-S0
SLO- 3;4-S-60
SLO_3;4-S·S0
SLO_3;4-S-40
SLO_3;4-S·30
SlC-I-IO-IOO
SlC-I·IO·SO
SlC- 1- 10-60
SLC-I-IO-SO
SLC-I-IO-40
SLC-I-IO-30
100 '
80
60
SO
40
30
SLE- 'l4 -SS-IOO
SLE-3;.< -SS-SO
SLE-3;4-SS-60
SLE- 'l4 -SS-SO
SLE-3;4-SS-40
SLE-'l4-SS-30
SLO· 3;4 -8S- I 00
SLO- 3;'< -SS-SO
SLO· 3;4 -S S-60
SlO - 'l4 -SS-SO
SLO- 'l4 -SS-40
SLO- 3), -SS-30
SLC- I - I OS- I 00
SLC- I - I OS-80
SLC- 1- I OS-60
SLC- I-lOS-SO
SLC-I-IOS-40
SLC·I-IOS-30
60
SLE- 3;'< -SN.60
SLE- 314 -SN-SO
SLE- 314 -SN·40
SLE·3), -SN-30
SLO- 3;4 -SN-60
SLO- 'l4 -SN-SO
SLO· J;4 ·SN-40
SLO-3;4-SN-30
SLC-I-ION-60
SlC-I-ION-SO
SlC-I-ION-40
SLC-I-ION-30
100 '
SO
60
SO
40
30
SlE-J;'<-SW-IOO
SlE-J;4-sw-80
SLE-3;4-SW-60
SLE-J;4-SW-SO
SLE-J;4-SW-40
SLE-3;4-SW-30
SlO_3;4-SW-100
SLO·J;'<-SW-SO
SlO- 3;4 -S W -60
SlO-JI.-SW-SO
SlO-J;'<-SW-40
SlO-J;4-SW-30
SLC·I·IOW-IOO SlB-I1.-20W-100
SLC- I -lOW -SO
SLB-I 1. -20W-80
SLC·I·IOW-60
SLB-I Y4 -20W-60
SlC-I-IOW-SO
SLB-I1.-20W-SO
SlC-I-IOW - 40
SlB·I 1. -20W-40
SlC-I-IOW-30
SlB-I y.-20W-30
ISO
200
SLE-3;4-S-ISO
SlE-'l4 ·S-200
SLO- 3;4 -S- I SO
SlO_3;4-S-200
SlC-I-IO-ISO
SlC-I-IO-200
100 '
SO
60
SO
40
30
SLB-I
SLB-I
SLB-I
SLB-I
SLB-I
SLB-I
"S" SERIES
I
I
L
SO GPM
2 NPTF
I
. 7S GPM
2Yi NPTF
100 GPM
3 NPTF
Y. -20- 100
1. -20-80
1. -20-60
1. -20-S0
Y4 -20-40
Y. -20-30
SLA-I Y, -30-1 00
SLA- I Y, -30-S0
SLA-I Y, -30-60
SLA·I')I,-30·S0
SLA-I')',-30-40
SlA·1 ')1, -30-30
SLA-2-S0-100
SLA-2-S0-S0
SLA-2-S0 . 60
SLA-2-S0·S0
SLA-2-S0 · 40
SLA-2- S0-30
SlA-2 y, -7S-1 00
SLA·2 y,-7S-S0
SLA-2y,-7S-60
SLA-2 Y,-7S-S0
SLA·2)1,-7S-40
SLA·2 )I,-7S-30
SlA-3- I 00- 100
SlA-3-100-SO
SLA-3-100-60
SLA-3-100-SO
SLA-3-100-40
SLA-3-100-30
SLA-2 ')',-7SS-100
SLA-2')',-75S-S0
SLA·2')', -7SS-60
SLA-2 y,-7 SS-S0
SlA-2 y, -7SS-40
SlA-2 Y,-7SS-30
SLA-3-1 OOS-I 00
SLA-3· 100S-SO
SLA-3 -I 00S-60
SLA-3-100S-SO
SLA · 3-100S-40
SlA-3-100S-30
SLA-2Y,-7SN-60
SLA-2 y,·7 SN-SO
SLA-2 ')',-7SN-40
SlA-2 y,-7SN-30
SLA-3-100N-60
SLA-3-100N-50
SLA-3-100N-40
SlA-3-100N-30
PHOSPHATE ESTER BASE . FIRE RESISTANT FLUIDS
SLB-I
SLB-I
SLB-I
SLB-I
SLB-I
SLB-I
!IN.'' SERrES
40
30
I
30 GPM
I )I, NPTF
I
MODEL NUMBERS
HYDRAULIC OllS - COOlANTS­ -LUBRICANTS
MESH
so
r
SLB-I
SlB-I
SLB-I
SlB-I
Y. -20S-1 00
Y. -20S-S0
Y. -20S-60
1. -20S-50
1. -20S-40
1. -20S-30
SLA-I
SLA·I
SLA-I
SLA-I
SLA-I
SLA-I
Y, -30S-1 00
y,-30S-80
)I,-30S-60
y,-30S-S0
y,-30S-40
Y, -30S-30
SlA-2-S0S- j 00
SLA-2-S0S-S0
SIA-2-S0S-60
SLA-2-S0S-S0
SLA-2-S0S-40
SLA-2-S0S·30
-W ATER GLYCOL FIRE RESISTANT FLUIDS
SLA· I Y, -30N-60
SLA-2-S0N-60
SLA·I')',-30N-SO
SLA-2-S0N-SO
SLA·I \!' -30N-40
SLA-2-S0N-40
SlA·1 y,-30 N-30
SLA-2-S0N-30
'I. -20N-60
Y. -20N·SO
Y. -20N-40
1. -20N-30
"W" SERIES - WATER
SlA-I y,-30W-IOO SlA-2-50W-100 SlA-2y,-7SW-100 SLA-3-100W-IOO
SlA- I Y, -30W -SO
SlA-2-S0w-80
SLA-2 y,-7SW-SO
SLA -3 - ioOW-SO
SLA-I Y, -30W -60
SlA-2-S0W-60
SlA·2 Y,-7SW-60
SlA-3-100W-60
SlA-I y,-30W-SO
SLA·2-S0W -SO
SlA-2 )1,-7SW-SO
SLA-3-1 ~OW-50
'
SLA-I Y,-30W-40
SlA-2-S0W-40
SlA-2')',-7SW-40
SLA-3-1 OOW -40
SLA·I Y,-30W-30
SlA-2-S0W-30
SLA-2 y,-7SW-30
SlA-3-1 DOW -30
HYD.RAULIC -OILS - COOlANTS ­
.
SlB-1 ';4 -20-150
SlB-I V. -20-200
"S" SERIES­
SLE-31.-S S-ISO
SlE- 'l4 -SS-200
SLO- 3;4 ·SS-ISO
SlO- 3;4 -SS-200
SlC- 1- IDS· I SO
SlC-I-IOS-200
SlB-I Y4 -20S-ISO
SlB-I Y4 -20S-200
ISO
200
SLE-3;.<-SW-ISO
SLE-JI.-sw-200
SLO-3;'<-SW-ISO
SlO-'l4-SW-200
SLC-I-IOW-ISO
SLC-I·IOW-200
SLB-I 1. -20W -ISO
SLB-I V. -20W-200
SlA-I y,-30S-ISO
SlA-I Y, -305-200
"W" SERIES­
NOTE (1): GPM capacitie s shown are maximum rating for sucti on
applications only. For return and low pressure line applications,
the fi lters may be used at 2 to 3 times the ca paciti es shown
depend ing upon all owabl e pressure drop _
1
-. EASY. TO
CLEAN
Requires No Thr-ow-
Away Parts to Purchase or 'Carry 'n Stock Remove
HAND NUT
SlA-2-S0-1 SO
SLA-2-50·200
SLA-2 y,-7S-ISO
SLA-2 Y,-7S-200
SlA-3-1 00-1 SO
SlA-3-100-200
SLA-2 Y, -7SS-ISO
SLA-2 Y,-7S S-200
SlA -3-100S-ISO
SLA-3-100S-200
PHOSPHATE ESTER BASE FIRE RESISTANT. FLVlDS
ISO
200
'STANOARO MESH.
LUBRI-CANTS
SLA- I Y, -30- I SO
SlA-I')',-30-200
SlA-2-S0S-1 SO
SlA-2-S0S-200
WATER
SLA-I Y,-30W-ISO SlA -2 -S0W-ISO SlA-2')',-7 5w-ISO SLA-3-1 OOW -I SO
SLA-I Y,-30W-200 SLA-2-S0W -200 SLA-2 Y, -7SW-200 SLA-3-1 DOW -200
NOTE (2): To specify MarvelMag Magneti c Rods in filter, insert
"M" in Model Number, Exa mple: SLA-1V2-30-60 becomes
"SLA- l V2-30M60."
4
3
2
Drop
Unscrew
OUTER HOUSING
filter from
and cleen sludge
HEAD CASTING
Remove from bottom
~
TOP COVER 5
6
TO REASSEMBLE­
SIMPL Y REVERSE PROCEDURE
CAUTIONI
Check "0" RINGS, WASHERS end Fil­
TER GASKET for weer end replace with
To Clean
SYNCLIN'AL INSERT
Remove
Remove
EXPANDED METAL
REINFORCED
PROTECTIVE HOUSING
SYNCLINAL INSERT
Immerse and swish in any
non caustic cleaning solvent
for e ,hart period of time .
Shake of! excess solvent or
blow dry from inside out
with compressed air.
new parr, if necessary.
Be Sllre TENSION SPRING , METAL
WASHER end FILTER GASKET ere re­
pieced in proper sequence on outer
housing center rod. (See cutaway
drewing).
USE HAND PRESSURE ONLY when re­
piecing HAND NUT. DO NOT USE
WRENCHI
17
BONDED
INE TYPE - UP TO 225 GPM -
PRESSURES TO 250 PSI- I" THRU 21/2" PIPl 1300 SERIES - FOR SUCTION, RETURN AND LOW PRESSURE LINES
For Use With Water or Special Fluids
(For gallon capacities see
Note 1 on page 19)
MODEl
BRASS HEAD AND HOUSING - ALL
STAINLESS STEEL WIRE CLOTH
FILTER ELEMENT - ALL STAINLESS
STEEL BY·PASS OPTIONAL.
CAPACITIES: 10-20-30-50 and 75 G.P.M.
PIPE SIZES: 1"-1 '14"-1 \1,"- 2" and 211,'.
BY-PASS VALVE: Available with or without.
OPERATING PRESSURE : Up to 250 p.,.i.
OPERATING TEMPERATURES: Up to 275 0 f .
ENGINEERING DATA-MOUNTING DIMENSIONS-PART NUMBERS
CAPACiTY
SIZE PORT
10 GPM
1" NPTF
20 GPM
30 GPM
· 50 GPM ·
75 .· GPM
1\4 NPTF
1 Y2 NPTF
2" NPTF
2Y2 NPTF
F IL E R
ELEMENT
ASSEMSL Y
Water
. PRESSURE DROP PSI
@. 60° F
.37
.52
.72
.89
1.25
8Y2
14
25 Y:z
37
A
4.69
5.25
5.88
6.56
B
1.09
1.28
1.50
1.81
2.12
C
8.50
12.25
13.50
15.50
17.50
D
5.88
9.12
10.12
11.38
12.62
E
3.31
3 .88
4.38
5.06
5.56
G
4.75
7 .62
8.25
9 .38
10.12
APPROX. WT. LBS.
20
DIMENSIONS INCHES
7 . 19
PIPE
t=~::!J::::----1- PLUG
G
PART NUMBERS
HEAD
HEAD
HEAD
HEAD
I
CLEARANCE REQUIRED BelOW FILTER
FOR REMOVAL OF HOUSING
~
PORT SIZE
1" NPTF
1 \4" NPTF
1 W' NPTF
2" NPTF
2W' NPTF
HOUSING
1310-1
1320-1
1330-1
1350-1
1375-1
1310-2
1310-HB-2
1310-HB5-2
1310-HB25-2
1320-2
1320-HB-2
1320-HB5-2
1320-HB25-2
1330­ 2
1330-HB-2
1330-HB5-2
1330-HB25-2
1350-2
1350-HB-2
1350-HB5-2
1350-HB25-2
1375-2
1375 -HB-2
1375-HB5-2
1375-HB25-2
1020-100
1030-100
1050-100
1075-100
1575-3
5 3,4x5 Y2
WITHOUT BY-PASS
WITH 3 PSI BY-PASS
WITH 5 PSI BY -PASS
WITH 25 PSI BY-PASS
#FILTER ELEMENT ASSEMBLY
1010-100
" 0" RING
NOMINAL SIZE
3 Y2x3 \4
1520-3
4x3 J,4
1530-3
4 Y2x4 \4
1550-3
5 \4x5
DRAIN PIPE PLUG
1310-4
1320-4
132 0-4
1350-4
1350-4
CAP SCREWS
1310-8
1320-8
1330-8
1350-8
1375-8
1510-3
It l00 MESH TYPE - USE MESH SIZES AS SUFFIX FOR OTHER MESH SIZES EXAMPLE: To order a 200 mesh element
specify Element Number 1010·200 in place
to 1010-100.
18
!IIES
MARVEL O
FILTE
5
MODEL NUMBERS-1300 SERIES LINE TYPE FILTERS SHOWN ON PAGE 18
FOR WATER & SPECIAL FLUIDS
10 GPM
1" NPTF
BY-PASS
20 GPM
1Y.i NPTF
MESH
30 GPM
1% NPTF
50 GPM
2 NPTF
75_G PM
2Y1 N PT F
MODEL NUMBERS
No
No
No
No
No
No
No
100'
80
60
50
40
30
20
1310·100
1310-80
1310-60
1310-50
1310-40
1310-30
1310-20
1320·100
1320-80
1320-60
1320-50
1320-40
1320-30
1320-20
1330·100
1330-80
1330-60
1330-50
1330-40
1330-30
1330-20
1350·100
1350-80
1350-60
1350-50
1350-40
1350-30
1350-20
1375·100
1375-80
1375-60
1375-50
1375-40
1375-30
1375-20
No
No
150
200
1310-150
1310-200
1320-150
1320-200
1330-150
1330-200
1350-150
1350-200
1375-150
1375-200
3
3
3
3
3
3
3
PSI
PSI
PSI
PSI
P SI
PSI
PSI
100'
80
60
50
40
30
20
1310-HB-100
1310-HB-80
1310 - H B-60
131O-HB-SO
1310-HB-40
1310-H B-30
1310-HB-20
1320-HB-l00
1320-H B-80
1320 - H&60
1320- H B-SO
1320-HB-40
1320-HB-30
1320-H B-20
1330-HB-100
1330-HB-80
1330-HB-60
1330-HB-SO
1330- H B- 40
1330-HB-30
1330-H B-20
13S0-HB-100
13S0-H B-80
1350-H B-60
13S0-H B-SO
13S0-H B-40
13S0-H B-30
1350- H B-20
1375-HB-l00
137S - HB-80
1375-HB-60
137S-HB-50
137S-HB-40
137S-HB- 30
137S-HB-20
5
5
5
5
5
5
5
PSI
PSI
PSI
PSI
PSI
PSI
PSI
100'
80
60
50 ,
40
30
20
1310-H BS- 100
1310-HBS-80
131O-HBS-60
13Hl-H BS-SO
1310-HBS-40
1310-HBS-30
131O-HB5-20
1320-HBS-l00
1320-HBS-80
1320-HBS-60
1320-HB5-S0
1320-HBS-40
1320-HBS-30
1320-HBS-20
1330-HB5-100
1330-H BS-80
1330-H BS-60
1330-HBS-SO
1330-HBS-40
1330-H BS-30
1330-HBS-20
13S0-HB 5- 100
13S0-HBS-80
1350- H BS-60
13S0-H BS-SO
13S0-HBS-40
13S0-HBS-30
13S0-HB5-20
137S-HBS-l00
137S-HBS-80
137S-HBS-60
137S-HBS-SO
137S-HB5-40
137S-HBS-30
137S-HBS-20
25
25
25
25
25
2S
25
PSI
PSI
PSI
PSI
PSI
PSI
PSI
100'
80
60
50
40
30
20
131 O-H B2S- 100
1310-HB2S-80
1310-HB2S-60
1310-HB2S-S0
1310-HB2S-40
1310-H B2S-30
13lO-H B2S-20
1320-H B25-100
1320-HB2S-80
1320-HB2S-60
1320-H B2S-S0
1320-HB2S-40
1320-HB2S-30
1320-HB2S-20
1330-H B2S-100
1330-HB2S-80
1330-H B25-60
1330-HB2S-S0
1330-HB2S-40
1330-HB2S-30
1330-HB2S-20
13S0- H B 2S- HlO
13S0-HB2S-80
1350-HB2S-60
1350- H B 25-50
1350- H B2S-40
13S0- H B 25-30
13S0-HB2S-20
1375- H B 25- HlQ
1375-HB2S-80
137S-HB2S-60
137S-HB2S-S0
137S-HB2S-40
137 S-H B25-30
137S-HB2S-20
3 PSI
3 PSI
150
200
1310-HB-150
131O-H B- 200
1320-HB-1S0
1320·H B- 200
1330-HB-1S0
1330-H B-200
1350-HB-150
13S0-HB-200
137S-HB-1S0
137S-HB-200
5 PSI
5 PSI
150
200
1310-HBS-1S0
1310-HBS-200
1320·H BS-1S0
1320-HBS-200
1330-HB5-150
1330-HBS-200
13S0-HBS- 150
13S0·H BS·200
1375-HBS-1S0
137S-HBS-200
2S PSI
25 PSI
150
200
131O-HB2S-1S0
1310-H B2S-200
1320-HB25-1S0
1320-HB2S-200
1330-H B2S- 150
1330-HB2S-200
13S0-H B2S- 150
13S0-HB2S-200
137S- HB2S- 150
137 S- H B 25-200
• 100 MESH STANDARD
NOTE (1): GPM capac iti es shown are maximum rating for sucti on
appli cations only, For return and low pressure line applications,
the f ilters may be used at 2 to 3 times the capa cities shown
depending upon allowabl e pressure drop,
NOTE (2): To specify MarvelMag Magnetic Rods in Filter, insert "M" in Model Number.
Example: 1320-HB-l00 becomes "1320-HBM100." To order Standard Replacement
Element, specify No, 1020-100 (see port numbers-page 18). To order Element with
Magnets, specify No. 1020M 100. To order Replacement Element only, pleated for
magnets but less the magnets, change " M" in Number to "MN", making it, in example
"1020MN100."
WHEN TO CLEAN FILTER
A filter element condition indicator (such as the "Colorgage"
Indicator, pages 26 & 27) is recommended for use with
non-indicating filters to advise when cleaning is required.
Caution: Make sure the operating fluid is compatible with
Colorgage. If no indicator is used, proper maintenance of
non-in'dicating filter becomes more difficult and must be
based on trial and error guesswork methods, bearing in
mind the following considerations:
Frequency of filter cleaning varies and is dependent upon
the cond itions under which equipment is operating.
Recommended procedure is to establish 0 filter maintenance
schedule based on your experience. Once this schedule is
established, it should be adhered to without deviation.
The little time required to clean the filter pays off in the
efficient operation of your equipment and provides constant
protection to the hydraulic system.
19
BONDED LINE TYPE - UP TO 225 GPM - PRESSURES TO 250 PSI- I" THRU 21J2" PIPl 1500 SERIES - FOR SUCTION, RETURN AND LOW PRESSURE LINES For use with regular petroleum base
Hydraulic Oils, Coolants, Lubricants and
all types of Fire·resistant Hydraulic Fluids
and water.
MODEL
ALUMINUM HEAD ALUMINUM HOUSING MONEL FILTER ELEMENT CAPACITIES: 10--20--30-S0 and 75 G.P.M.
PIPE SIZES: 1" -1 1J.."-1,/,"-2" and 2,/,".
BY.PASS VALVE : Available with or without.
OPERATING PRESSURE: Up to 250 p.s.i.
OPERATING TEMPERATURES : Up to ' 300
0
F.
'**118 NPT ~-----{I~}-------i
PIPE
PLULiS~~
(For gallon capacities see
Note 1 on page 21)
ENGINEERING DATA- MOUNTING DIMENSIONS- PART NUMBERS
CAPACITY
10 GPM '
PORT SIZE
1" NPTF
,
I
20 GPM
30 GPM
50 GPM
75 GPM
1 !I.a" NPTF
I
y," NPTF
2" NPTF
2y,"NPTF
PRESSURE DROP PSI
* St'd.
.69
.81
.93
1. 18
1.39
S only
1.03
1.27
1.27
I.S2
1.84
N only
.80
.95
1.10
1.39
1.65
I
I
FILTER
ELEMENT
ASSEMBLY
APPROX. WT. lBS.
3
5 Y,
A
4.69
S.25
B
1.09
1. 28
C
8.75
D
5.88
St'd.­
S·N
7'.4
9'.4
13 '.4
5.88
6.56
7.19
1.50
1.81
2.12
12.62
13.88
15 .94
17.94
9. 12
10. 12
11.38
12.62
.. DIMENSIONS INCHES
E
3.31
3.88
4.38
5.06
5.56
G
4.7 5
7.62
8.25
9.38
10.12
PORT SIZE
1" NPTF
1'.4" NPTF
I y," NPTF
PIPE
l-=::~=t==::J:::F~--t- PLUG
2" NPTF
2W' NPTF
PART NUMBERS
HOUSING
1510·1
1520­ 1
1530-1
1550-1
15 7 S·1
HEAD WITHOUT BY·PASS
HE AD WITH 3 PSI BY·PASS
HEAD WITH 5 PSI BY·PASS
HEAD W ITH 25 PSI BY-PASS
1510·2
1510·HB·2
1510-HBS· 2
1510·HB25-2
1520·2
1520·HB-2
1520·HB5·2
1520·HB25·2
1530·2
1530-HB·2
1530·HB5·2
1530-HB25-2
1550-2
1550-HB-2
1550·HB5-2
1550-HB25·2
1575-2
1575·HB-2
1575-HB5·2
1575-HB25·2
#FILTER ELEMENT ASSEMBLY
310·100
320·100
330·100
350-100
375-100
"0" RING
NOMINAL SIZE
IS10·3
3 Yn3 '.4
1520·3
1530-3
4 Y,x4 '.4
1550-3
5 '.4x5
5'.4~S Y,
DRAIN PIPE PLUG
1510·4
1520-4
1520-4
1550-4
1550-4
CAP SCREWS
1510·8
1520·8
1530·8
1550-8
1575·8
TOP PIPE PLUGS
1510·9
1510-9
1510-9
1510-9
1510-9
·SI'd. S N
4~3
'.4
HYDRAULIC OILS - COOLANTS - LUBRICANTS - 225 SSU @ lOOoF
PHOSPHATE ESTER BASE FIRE RESISTANT FLUIDS - 225 SSU @ lOOoF
AQUEOUS BASE (WATER GLYCOL) FIRE RESISTANT FLUIDS - 225 SSU
~ 100 MESH TYPE -
USE MESH SIZE AS SUFFIX FOR OTHER MESH SIZES **FOR USE WITH VACUUM OR PRESSURE DIFFERENTIAL INDICATOR, SEE PAGES 24,25,26 AND 27. 20
1575· 3
SIZES
MARVEL _
F. TERS
MODEL NUMBERS - 1500 SERIES LINE TYPE FILTERS SHOWN ON PAGE 20
HYDRAULIC OILS-COOLANTS-LUBRICANTS-ALL FIRE RESISTANT FLUIDS
10 GPM
1" NPTF
iI
20 GPM
lW'NPTF
30 c;PM
lY! NPTF
SO GPM
2"N P TF
7S GPM
2WNP TF
MODEL NUMBERS
BY·PASS
MESH
No
No
No
No
No
No
No
100
80
60
SO
40
30
20
lS10.100
lS10.80
lS10·60
lS10·S0
lS10.40
lS10·30
lSlO·20
lS20·100
lS20·80
lS20·60
lS20·S0
lS20·40
lS20·30
lS20.20
lS30·100
lS 30·80
lS30·60
lS30·S0
lS30.40
lS30·30
lS30·20
lSS0·100
lS50·80
1-5S0·60
lSS0·S0
lSS0·40
lSS0·30
lS5O·20
lS7S·100
lS7S·80
lS7S·60
lS7S·S0
lS7S·40
lS 7S·30
lS7S·20
No
No
lS0
200
lS10·lS0
lS10·200
lS20·1S0
1 S20·200
IS30·1S0
IS30·200
lSS0·lS0
lSS0·200
lS7 S·lS0
lS7-S·200
3
3
3
3
3
3
3
PSI
PSI
PSI
PSI
PSI
PSI
PSI
100
80
60
SO
40
30
20
lS10·HB·l00
lS10·HB·80
lS10.HB"60
lS10·HB·SO
lS10·H B·40
lS10·HB·30
lS10·HB·20
lS20·HB·l00
lS20·HB ·80
lS20·H B·60
IS20·H B·SO
IS20·HB ·40
IS20·HB ·30
lS20·HB.20
lS30·HB·l00
lS30·HB·80
IS30·HB·60
lS30·H B·SO
1'i30·HB·40
lS30·HB·30
lS30·H B·20
lSS0·H B·l 00
ISS0·HB·80
lSS0·HB·60
1SSO.H B·SO
lSS0·HB·40
lSS0·H B·30
lSS0·H B·20
lS7S·H B·l 00
lS7S·HB·80
lS7 S·H B·60
lS7S·HB·SO
lS7S·H B·40
lS7S·H B·30
lS7S·HB·20
S
S
S
S
S
S
S
PSI
PSI
PSI
PSI
PSI
PSI
PSI
100
80
60
SO
40
30
20
lS10.HBS·l00
lS10·HBS·80
lS10·HBS·60
lS1()'H BS·SO
lS10·H BS·40
lS10·H BS·30
lS10·HB5·20
lS20·HBS·l00
lS20· H BS·80
IS20·H BS·60
IS20·H BS·SO
lS20·H BS·40
lS20·HBS·30
IS20·HBS·20
lS30.HBS·l00
lS30· H BS·80
lS30·H BS·60
lS30· H BS·SO
lS30·H BS·40
lS30·HBS·30
lS30· H BS·20
lSS0·HBS.l00
lSS0.H BS·80
lSS0·H BS·60
lSS0·H BS·SO
lSS0·HBS.·40
lSS0·H BS·30
1550·H BS·20
lS7S·HBS·l00
lS7S·HBS·80
lS7S·HBS.60
lS7S·HBS·SO
lS7 S·H BS·40
lS7S·HBS·30
lS7S·H BS·20
2S
2S
2S
2S
2S
2S
25
PSI
PSI
PSI
PSI
PSI
PSI
PSI
100
80
60
50
40
30
20
1510.H B25·1 00
151 O.H B2S·80
151 O.H B25·60
1510.H B25-40
1510·HB25-30
lS10·HB25·20
1520·H B25·100
lS20·HB2S.80
1520·H B2S.60
IS20·H B2 5-50
1520·HB25-40
1520·HB25.30
15200HB2S·20
1530·HB250100
lS30·HB25-80
153Q.HB25.60
IS3Q.H B2S·50
1530·HB25-40
lS30·H B25030
lS3Q.HB25-20
1550·HB25.100
IS50·HB25-80
ISS0.H B 2S·60
IS50·H B25·50
lS5O·HB2S·40
1550·HB2S·30
15S0·HB2S-20
1575·HB25.100
IS7S·HB2S.80
IS7 S-H B2S·60
1575·HB25·S0
lS7 S·H B25·40
IS7S·HB2S·30
lS7S·HB2S·20
3 PSI
3 PSI
150
200
151b.HB.150
lSl O·H B·200
lS20·HB·1S0
lS20·H B·200
1530·HB·150
lS3Q.H B·200
IS50·HB.1S0
1550·HB ·200
lS7S·HB-1S0
lS7S·HB·200
S PSI
S PSI
150
200
1510·HB5.150
1510·HB5·200
1520·H B 5·1S0
15 20·H BS-200
1530·H B5·1S0
1530·HBS.200
15S0·HB5.1S0
lSS0·H B5·200
lS7S·HB5.150
1575·H B5·200
2S PSI
25 PSI
lS0
200
1510·HB2S·150
151 O.H B25-200
1520·HB2S·150
1520· H B25·20 0
1530·HB2S·150
lS30· H B2S·200
lSS0·H B2S·1S0
lS50·H B2S·200
157S·HB2S.1S0
1575·H B2S·200
ISI0~HB25-50
Note (1): GPM capacities shown are for suction opplica·
tions only. For return and low pressure line applications,
the filters may be used at 2 to 3 times the copocities shown
depending upon allowable pressure drop.
Note (2): To specify MorvelMag Magnet Rods in Filter, insert 11M" in Model Number. Example:
1510-HB5-100 becomes "1510-HB5Ml00." To order Standard Replacement Element specify part
No. 310-100. (See part no. table, page 20). To order Replacement Magnetic Element, specify
No. 310M100. To order Replocement Element Pleated for Magnetic Rods but less the rods, simply
change M in number to MN making it, in above example, Element No. 310MN100.
3
~
4
To Clean Filter Element Assembly
Immerse and swish Filter Element Assembly in any non-caustic
cleaning solvent for a short period of time.
A stiff fibre brush may be used if necessary to remove
impacted deposits between wire cloth serrations.
If compressed air is available, blow dry from inside out.
5
Remove Drain Plug
and Drain Housing
Remove Cap Screws
and Separate Head
from Housing
Unscrew Filter Element
Assembly from Head
To reassemble filter, simply reverse procedure.
CAUTION
When reassembling filter, be sure that "0" Ring is
properly seated in groove in Head.
21
MARVEL _
FILTERS
BONDED LINE TYPE - WITH CLEANABLE OR THROW-AWAY ELEMENT
EXTRA OUTLET PORT (AT TOP) AND (OPTIONAL) Va" PORTS FOR " COLORGAGE" INDICATOR
TABLE I-MARVELINE-TB HOUSING & FILTER ELEMENT NUMBERS
G R O ·U P B
PHOSPHATE ESTER B.ASE flUID
GROUP A
'HYDRAUlIC OILS - COOLANTS - lUBRICANTS --W A TER GL yeOL
( 1)
(2)
(3)
(4)
NPTF
SAE
ST. TH'O.
HOUSING
NUMBERS
FILTER
ELEMENT
NUMBERS
PORT
POSITIONS
Up to 50 GPM
Up to 150 PSI
1" NPTF and
10/16"-12
Ports,
y,
1-11
'l'
151161- +
529206­ '
152 16 1- t
530206-'
151162- t
529206-"
152 162- 1
530206-'
155161- t
529206- '
156161-1
530206- •
155162· t
529206- •
1'56162 - 1
530206-'
i
G)
1 ~l(,·
-,­
12
y,
1- 11
&
OPTIONAL PORTS FOR "COLORGAGE" G
110. -12
fSee Tobie II for By-Pass Settings.
i lnserl filter Element Media Number (See Tobi e III). For ad ded con venience in protecting
N ote: To exercise op l ion tor Colorgage connecti ng porls in filte r heod, inie rr , in place of daih in Hou~ing Number: thi, filrer wi th a Colo rgog e El eme nt
Co nditio n Indicotor (,ee page, 26, 27 ),
yo u may order the filt e r w ith (optional )
\/0" - 27 NPTF Gage Ports at " N " or
" N ' - for no rma l gage POrl5 ; or " R" --fa r rever~e gage port5 (see exomple obove). T
Number Nom:
and eosi ly. To indicate thi s optio n on
your filter order, 'imply rep lace the
first do,h (- ) in filter model no. with
the letter " N " ( Normal ) or " R" ( Re­
verse) , Example: Filter Model N o,
151161-2500-529206-7 110
become,
"151 161 N2500-529206-711O " (ind icat­
upstream and
downstream gage
ports at "Nil positions).
TABLE II-BY-PASS OPTIONS
25 psi By-Pass Setting recom­
mended for most applications,
25
15
10
8
5
3
p,i
p,i
p, i
p,i
p,i
p,i
No
By- Pass, A~D 2 500 to Hou~,ing No_
By - Pass,
1500
By- Pass,
" 1000
"
"
By -Pa ss,
", 0800
By -Pa ss,
0500
"
<,
By-Pass,
0300
By -Pass,
" 0000
..,
200 Mesh Stainless Steel
150 Mesh Stainless Steel
100 Mesh Staintess Steel
80 Mesh Stainless Steel
60 Mesh Stainless Steel
50 Mesh Stainless Steel
40 Mesh Stainless Steel
30 Mesh Stainless Steel
20 Mesh Stainless Stee l
8-10 Micron Stainless Steel
10-15 Micron Stainless Steel
25 Micron Stainless Steel
40 Micron Stainless Steel
74
105
141
180
262
308
385
546
914
10
15
25
40
3
10
20
3
10
20
3
10
20
1220
1215
1210
1208
1206
1205
1204
1203
1202
2210
2215
2225
2240
7103
711 0
7120
7203' ,
72 10' ,
7220' ,
7303' ,
7310' ,
7320' •
NOT
3 .a. OIA
R( f
15
3 Micron Paper
10 Micron Paper
20 Micron Paper
3 Micron Paper Mesh Inside
10 Micron Paper Mesh Inside
20 Micron Paper Mesh Inside
3 Micron Paper Mesh OutSide
10 Micron Paper Mesh Outside
20 Micron Paper Mesh Outside
* * Mesh reinforcement recommended 10r shock return
lines, 10r pressure installations where by-pass valve does
no t open, or tor m omentary reverse flow pressure
W 'llllkll'l' t - - - ­
25
30
40
/
10
50
20
15
25
~V
~ V
.SF/ IL
R(f
it­ - - - ­
2.5
/
V
~
II:
'/1/
/ ~V
/
~
/ t<o/ ~
v:~
~7 '/ /
W
40
....i '/
45
IJV V
1" N PT Ports at Positi ons land 3
at 100 SUS at 142 F.
/
V
2.5
15
50
'IV
.Ill
Y
/
"­
~"j
~PI
"VI
NPTF
PIPE
PLUG
SELECTING FILTER NUMBER
Co mp l e te Filter Model Number consists o f th e following :
(0 ) Hou,ing Number for fluid to be filtered. Select from Table
I Co l umn 3 or 5 .
( b) By-pass Number, from Table I I.
I
(c) Filter El ement Number for fluid se l ect ed, from Table
Column 4 or 6.
II/
{Sf II
Iff ~'o/
V~
V
J
'3<­
If
3~
II
'/11
3.5
~
1.5
HOUSING
U:2<\~~~---- I 75 NOt.4 . ACROSS fLATS
.'\­
V
{Ii'
/
3.5
- fiLTER ELEMENT
WITH OPTION
,0<
63 4- 00
___ L.J------
30
~V
~
SEAL
When neither Port (2) or Port (3)
i5 not to be used, it is furni$ned
plugged with pipe plug
IL
W
HOUSING
applications .
/
V
~~~~;~~~A:~LTS-OPTIONAL
..
?O
coL.-".;. "
'-'-""CO ",,"
, -----""7!7r2<1DOr''''
PRESSURE DROP CHARTS 10
S TAN OARD
Filte r Elemen t M edia
Micron
ing filter directly to Colorgage quic kl y
ing
I~~ -,~~, N;R :. R '?~;T'~~r;zS
Table 111- Filter Element Media Num bers
/f R" (see drawings a t right ) for connect·
22
(6)
FILTER
elEMENT
NUMBERS
(S)
HOUSING
NUMBERS
0/
~
1" NPT Ports at Pesiti ons 1 and L
at 100 SUS at 142 F.
I,
(d ) Filter Element Media Number for desired degree of filtra­
tion, from Table Ill.
EXAMPLE:
A Filler with 1 5/,6"--12 SAE Straight Threod Ports for Petroleum Oils,
Return Line Instollalion, 200 Mesh Monel, Elem e nl ond 25 psi BY-P OH .
i~ specif ied by Ihe following:
(a)
(b)
(c)
(d)
Filter No. /55162-2500-529206-1220
(Housing Number)
(Element Ne.)
Te speci fy above filt er with Magneti c Element, si mpl y c he nge
desh in Element Number t o "M", me king it-"529206MI220".
Nete: Te o rder Replacement Elements .only, simply spec ify Element
Numb er only. To .order Replacemen t Element pleeted for m eg nets
bu t less the magnets, simply change the "M" in Magnetic Element
Num be r to " MN", ma king it. in above exa mple, " 529206MN­
1220"
MARVEL _
FILTERS INLINE TYPE
CAPACITIES: Up to 60 GPM
Up to 125 PSI Max. PIPE SIZES : l li<", l W', and 2" NPTF s i zes and l ~f6"·12, INLINE TYPE
CAPACITIES:
Up 10 20 GPM
PIPE SIZES:
Up to 125
PSI
Max .
1 %"·1 2, and 1 %"·12 SAE sizes. FLANGE CONNECTIONS : Iii<" and IW' SAE BY-PASS VALVE : (at both inlet and outlet) 3", " and l" NPTF.
BY-PASS VALVE : Availabl e wi t h or without By-Pass Valve. A v ailabl e with or without By· Pass Valve. OPERATING TEMPERATURES : Up to 275 ' F. OPERATING TEMPERATURES: Up to 275 ' F. 800 S ERIES (Wilh By-Poss V al ve)
700 S ERIES ( N o By- Poss Volve )
2032 SERIES ( No By - Pass Valve )
2032B SERIES ( Wi lh By-Pass Val ve )
4.28
4.28
*
16
CAP SCREWS
1530·8
HEAD
" 0 " RING 3~
.. 3'4 CAP SCREWS
8.56
HOUSING
7.06
FlL TE R ELEMENT BYPASS
VALVE -
--t1i~~~~~
.j
1--- 4 .03 ---i
312 - . ,
Pre5s vre Drops a t rig ht
based vpon Petroleuen Bose Oil
225 SSU t" lOO ' f ., 3,4" NPTF Filter .
N OT E:
plea,. ,pecify part
BY-PASS
..
.,
%"
100
BO
60
50
40
30
No
No
NOTE :
Press ur e
Drops
at
right
based upon Petroleum Bo se Oil 225
SS U (" lOa ' f ., 11/ 4 " NPTF Fi lte r . '
10 · 30 ..... 0 - 50 '-- 60 GPM
IYI SAE IV,. · 12
IW·12
SAE .
Flange
SAE
MODEL N.UMBERS
150
200
203 2· ]/, · 150
203 2 - ]1.- 20 0
2 0 3 2 -1 - J 50
2 032 · J ·200
723
731
738
136
135
13'
733
J 00
20 32 - ]/. -8 · J 00
20 )2-]/. · 8 · 8 0
20 32-]I.-B · 60
2 0 )2 · 1 ·B- J 0 0
2032-1-8 · 80
2032-I-B · 60
2032·I·B·50
2 0 32·I-B-40
2032 - 1 · 8·3 0
1032- I -85-100
203 2·1 ·85 · BO
2032-1-85 -60
2032- 1·85-50
2032 - 1-85- 4 0
20 3 2 . 1·85·30
2032· I · 81 5- 100
2 032· I -815- 80
2032- I ·815 -60
2 0 3 2 -1 ·815 · 50
20 3 2· 1 ·8 1 5 · 4 0
20 3 2· I ·8 15· 3 0
No
Na
•• 3 PSI
3 PSI
3 PS I
3 PSI
3 PS I
3 PSI
\PS I
5 PS I
5 PS I
5 PSI
;P SI
5 PS I
IS PSI
IS PSI
IS PS I
IS PSI
15 PS I
IS PSI
150
200
11 1
719
72 1
729
131
139
100
80
60
50
'0
3D
100
80
60
SO
40
3D
100
80
60
50
40
30
811
818
816
815
814
8 13
811 5
8185
8165
8155
8145
8135
811 15
81815
81615
81515
81415
81315
821
828
825
824
823
8215
8285
8265
8255
8245
8215
82115
8281 5
810 15
81515
82'15
82315
831
838
836
83 5
834
833
8315
8385
8365
8355
83'5
8335
81115
8381 5
836 15
8351 5
834 15
833 15
14 7
1'9
841
848
8'6
8'5
844
8.3
8415
8485
8465
845 5
844 5
84 35
84115
84 815
84615
8.515
84415
8431 5
2032·1 ­ 8 - 150
2032·1·8 ·200
2 0 3 2· I -85·15 0
20 3 2- 1 -8 5· 2 00
20 3 2· 1·815 · I 50
2032·1 · 815 - 2 0 0
.. 3
3
5
5
15
15
ISO
200
150
200
ISO
200
817
8 19
817 5
8195
8111 5
81915
827
829
821 5
8295
8m5
81915
831
839
837 5
8395
83 11 5
839 15
841
849
8475
8495
84/1 5
84915
3
3
3
3
3
3
5
5
5
5
5
5
15
15
15
15
15
15
PS I
PSI
PSI
PSI
PSI
PSI
PSI
PSI
PSI
PS I
PSI
PSI
PSI
PSI
PSI
PSI
PSI
PS I
80
60
50
40
30
100
80
60
50
40
30
100
80
60
50
40
30
3
3
5
5
15
15
PSI
PS I
PSI
PS I
PSI
PSI
150
200
150
200
1 50
200
2032 - ]/, -8-5 0
203 2- ~ - B · 40
2032-]/. -8 · 30
20 32 · ]/. -8 5- 100
2032·]/.·85 · 80
2032- ]1.- 8 5 · 60
2032 ­ ]/. -B5 · 50
2032 · '/. - 85 · 40
10)2 · ]1.-85 · 30
20 3 2· '1, ·815 _100
20 32·'/. · 81 5· 80
203 2· ]1.-8 15 ·60
2032 · '1, -815 · 50
203 2 · ]1.-8 1 5-4 0
20 32 · '/. -81 5 · 30
20 32-'1.-8 · 150
2 0 32· 'I.- 8- 200
20 32 - ]/. -85 · 15 0
2 0 )2 · ~ · 85 ­ 200
20 32-]/.·81 5 · 150
20 32 · '/' · 815 - 200
NOTE :
To sp ecify Mo r ... efMag Mognelic Filt ers, inse rt letter "M" in Model N umber.
Exa mple : 203 2- l . 1 00 become. "2032· 1 M 100 ".
2.08
1Y1 .
20 32· ]1.-3 0
20 32· ]/, · 50
.38
.64
.99
1.55
TO ORDER HEAD OR FILTER ELEMENT SPECIFY PART NAME
AND MODEL NUMBER . ORDER OTHER PARTS BY PART NUM­
BERS.
2032 1-100
2032 1-80
2 0 )2 · 1-60
2 0 32 - 1 - 50
2 0 32 · 1 . 40
2032-1 ·30
20 32 · ]/' · 40
psi
20
30
40
50
60
1.17
MODel NUMBUS
2 032 ­ ]/. - 100
2032 ­ ]/. - BO
203 2- ]!.- 60
drop·
gpm.
.72
10 - 15 · 20 GPM
2032 -2032 B. SE.RIES
1" NPTF
NPTf
MESH /
No
No
No
No
No
No
.40
10
15
20
When ordering partl,
name Clnd mod.1 number
2032
GPM
pressure
cop·a~ity
PRESSURE DROP
IV,
NPTr
BY · PASS
Na
No
Na
Na
Na
Na
PSI
PS I
PSI
PSI
PSI
PSI
'" [S'H
- 100
80
60
50
40
3D
l~
SAE
NPH
761
768
166
165
164
163
771
71 8
116
715
1/4
III
78 1
188
186
185
18'
78 3
757
759
761
169
III
71 9
787
189
85 1
858
856
855
854
853
85 15
8585
8565
8555
8545
8535
85115
85815
856 15
85 515
854 15
85315
861
868
866
865
864
863
86 15
8685
8665
8655
86'5
8635
86115
86815
86615
86515
86'15
86315
871
818
816
815
814
8/3
8715
8785
8765
8755
81.5
8115
871 15
87815
876 15
81515
81'15
8711 5
881
888
886
885
88 4
883
8815
8885
8865
8855
8845
8835
88 115
88815
886 15
88515
884 15
88315
857
859
85 15
8595
85115
8591 5
867
869
8675
8695
8611 5
8691 5
877
879
8775
8195
81115
87915
887
889
8875
B895
88715
88915
711
718
11 6
115
114
11 3
72 1
12 8
126
12 5
72 4
741
74 8
146
145
144
743
751
758
156
155
15'
153
8~6
2
1 Yr ·11
SAE
nange
NPIr
" STAN DARD BY-PASS.
NOTE : To specify Mar ve lM ag Magnelic Fillels , in se rll e tter "M" in Model Number .
[xample: 83 1 becomes "83 1M" .
23
MARVINDICATOR- ELEMENT CONDITION INDICATOR FOR SUMP AND SUCTION FOR USE WITH HYDRAULIC OILS, COOLANTS, LUBRICANTS, WATER GLYCOL FLUIDS, AND WATER _RE_D__B_U_TT_O_N_ _P_O_P_S_u_p________~1Il
to indicate dangerous element clog. ging-allowing element cleaning or reo
placement BEFORE any damage can result .
Eliminates "guesswork" in e lement servicing
intervals.
Prevents damaging
pump cavitation
Electrical Connections for audio sig·
nals and/o r warning lights also pro­
vided (However, many users find the
attention-compelling Red Pop-Up But·
ton a sufficient warning signal).
Assures 1000/0
oil filtration
Shown Actual Sile
MARVINDICATOR - VACUUM SENSING AND SIGNALLING INDICATOR Too soon servicing of filter elements is costl y in wasted
maintenance, manpower, material, a nd downtime. Too
late servicing can be even more costly, resu lting in:
I. Dirty, unfiltered oil flooding entire system when fil­
ters with integral by-pass valves a re employed.
provide immedi ate warning. The Red Button always pops
up at the proper time-whether or not other warning sig­
na ls are operated from M arv indicator's electrical co nnec­
tions. These electrical connections, either direct terminal
or condu'it type , can be used to actuate warning lights .
a udio signals. or for shu tting down the entire system.
Other import ant features of the Marvindicator a re:
2. D angero us pump cavi tatio n in systems employing
filters without integral by-pass valves.
• Inst alla ti on requires only one pipe connection.
3. Expensive downtime for repairs and replacements.
• Repetitive acc uracy is fully dependable , highly precise.
Eliminate these problems by installing the M arvindica­
tor in your sump a nd / or suction lines as ill ustrated below.
Economical in cost a nd proven in years of field service,
the Marvindicator takes the guesswork out of element ser­
vicing interva ls. It tells precisely when servicing is needed
by providing attention-compelling warning sign a ls respo n­
sive to preordained degrees of vacuum, thus indic ati ng
any existing dangerous condition in both the filter a nd
suction lines. Any excessive obstruction in eithe r causes
Marvindic ato r's highly visible Red Butto n to pop up to
• Opera tion unaffected by condition, nature or viscosity
of hydraulic fluids.
• Operates in any position.
• Requires minimum mo unting space.
The M arvindicator is availabl e for vacuums of ""2"
throu gh 9" Hg. an d can be used with any voltage up to
110 AC or the equivalent in D C. As indic ated on next
page, models for Direct a nd Cond uit Electrical Connec­
tions a re offered.
* Marvindicator vacuum settings are pre-set at the foctory and the Marvindicator itself is outwardly designed as apparently un­
adjustable as a precaution against tampering. However, the vaCuu m settings con be changed, if desired , by removing the Marv­
indicator cover.
MAaV IND ICA TO R
MARVINDICATOR INSTALLAnONS
MARV IND ICATOR
SUMP FILTER
In Suction line, Betwe en Sump Filter
and Pump
24
In Suction line, Between Suction line
Type Filter and Pump
Directly in Heod of Suction Filter
(when Va" NPTF port is provided in
Filter Head, on the downstream side
of filter element)
LINE FILTERS
FIL ERS
MARVEL e
2 . 34
DIRECT TERMINAL
CONNECTIONS
.78 REF':
MODEL NO. 901021 *
.,
1_..
,'.-,.. F'.... CE oJ' POAT
2.0$
BUTTON £XT[NO(O .250
.19
.56
.SO
sa
ll7 AEr.
' VACUUM SETTlN.(>SCODE . NUMB~RS
HOW TO ORDER MARVJNDICATOR
To order, · merely specify Mafvindjcator Model Na.
follawed by the coc;le number af your selected
vacuum selting.Example: A Marvindicator set for 4 "
Hg. Cif1d with Direct Terminal Connections would be
spec ified by " Model No . 901021·04."
VACUUM SETTINGS
(Inches of Hg .)
VACUUM SETTINGS
(Code Np.)
CONDUIT ELECTRICAL CONNECTIONS
2
4
3
5
6
7
8
9 ·
oj
08
09 · .
.
02
03
04 .
0:S . 06
1.2~
IDa
MODEL NO. 901021C *
1.7~
wITH (ONOVll
CONNECT""
25
MARVEL "PDC" COLORGAGE ELEMENT CONDITION INDICATOR For Suction, Return and Pressure Line Type Filters
Helps assure longer element life - better
filtration ... Guards against element collapse • • •
Now-at small cost-any of the *suction, return and
pressure line types filters in this catalog can have the re­
markable protection against excessive element contam­
ination and malfunction, provided by this ultra-modern,
reliable warning system ... the Marvel PDC CoIOl·gage.
It provides a progressive, day-in, day-out indicati on of
precise condition of element-from full cl ean thro ugh
clogged , assuring 100% filtration at all tim es a nd per­
mitting preventive maintenance in advancc of actual
need and a t a convenient time ( such as the next ma­
chin e shutdown). Thus, the "guesswork" resulting in
STURDY, LONG-LIVED CONSTRUCTION - - - - - - -...... costly "too soon" and dangcrous "too late" maintenance
is eliminated.
Thc "pressure differential" operating feature of C olor­
gage is so dcpcndable and so sensitive, it accurately
indicates cvcn thc slightcst changes in upstream-down­
stream prcssure diffcrcntial. With nothing to adjust or
reset in the Colorgage, there's no chance for erro r-no
necd for maintenancc. And, becau se of it s neat, co m­
pact size ()3;4 " x ]34" x 2" hi gh), Colorgage fits most
anywhere without adding appreciable weight or bulk
(we ighs only 2\!2 ozs.) .
FAMOUS "COLORATOR" INDICATING BANDS
that "talk" (with (olor)
RED SAYS "STOP"
Entire unit completely weatherproof , (or­
rosionproof - encased in protective , 011­
weather, cleor, see.through plastic hous­
ing that ' s extra-tough and shock resist­
When horitontol wh ite Indicoting
line (8 ) 01 lOP of Block Pi s ton
lines up horilonlolly with any
port o f RED 8and , it sa ys " cleon
anI
som e flu id will by -pa ss clogging
e leme n t," (O n no n- by -pass fil ­
ters , " Re d " indicaljo n is advance
worn ing of don g erous element
clogging thot could cou se system
molfunction and often result·
complete elemenl collopse .)
or
SCREWS fo,'en PDC Color9090 di·
rectly to Marvel Filter or to Mount·
ing Sub plate.
DUAL SET OF
COLORATOR
INDICATING BANDS
cha nge
element
01
once
or
SAYS
"CAUTION"
When while Indicoting line "B"
line s up with cny port of YEL­
lOW Bond, it says "element is
becomin g contClminated but still
providing
full-flow
filtration
(ev e n with int e gral by.pass type
filter s) . Change or cleon element
01 e orlies t convenience ."
( 180" aport ) in clear plastic housing
assure full , instant v is ibility from
front , left and right at 011 times.
FLOW DIRECTION
ARROW
GREEN SAYS
"ALL CLEAR"
Permanentl y
s ide _} Prevent s improper installation
w hen POC Colorgoge Indicator is
used os a " remote " indic a to r .
When w hile Ind ic ating line " B"
lin e s up wilh an y port of GREEN
Bond , il says " filter element is
okay-no cleaning or changing
required ."
SIMPLE OPERATION
NAMEPLATE
completely protected and olways
through clear plastic housing .
visible
'For Sump Type filter aplications, a Mar­
vindicator Vacuum Sensing Indicator is
recommended. See pages 24 and 25 for
details .
26
With cleon filter, horizontal w hite Indicating line ~ B )
s tay s lined up horizontally with Green Bond. When filter
element contamination causes pressure drop at fill e r " out "
port, pressure differential between " in " and " out " ports
couses while indicator (B) to move up against spring (A )
and line up either with Yellow or Red Bond, d e pending
upon degree of contamination
Soli d aluminum mounting subpJate w ith " in "
ond " out " p o rts P/s" N. P. T. ) for " in -line"
(in parollel w ith f i lter ) mounting of POC
Color g oge . Four threaded and tw o drilled
hol es are provided in subplate for remote
control pa ne l mounting of PDC Colargage
(Se e drawings at top of next page. )
TEMPE~ATURES-up to 200 ' F.
PRESSURES-150 p,i and 1000 psi, models with, either 25, 15, 10,8,5 or 3 psi Indicator
Spring Settings as desired.
FLUIDS-For use with petrol e um bose oils a'nd I~brico 'nt'. For other fluids, consult our
engineering department. 'Always specify fluid to be used, on ' your order. Caution:
Chlorinated Hydrocarbons not acceptable .
MARVELe
FILTERS HOW TO SELECT YOUR
COLORGAGE
. For Filters WITH By-Pass Valves
1. Never select a Calargage Spring Selling greater than
your Filter By-Pass Valve Selling "c racking point" (when
Valve begins to openJ. Marvel Re turn Line Filter By-Pass
Va lve Sellings are " cra ck ing p o int " sellings (psiJ.
WITH i-27 NPT 5U8PlAT[
175
2 . Where practical , we recommend the Colorgage Spring
Selling equal to the "crac king p oi nt"
Filter By-Pas s Valve.
U-V P STR E.AM 'i TH READ ED MT&.
IN BonUM
-2."t N · C . . 2001>.
D · or.lw,..JSTR (.AM
selling of your
Z OF\II•. l [ D NlT4.
H O lE~
HO L[~
.2 2 t.)tA.
-1 0
3. For earlier warning of element contamination, simply
se lect t he ne x t lowe r Col o rgage se lling fr om Col. 1 o f
Table at right. Exam ple : If your cra cki ng point i s 15 psi,
use a 10 ps i Co lo rgag e; if 20, use a 15 p si, Colorgage . If
you r By·Pa ss Valve Selling (cracki ng p oint ) does not cor­
re sp o nd exact ly wi t h the 10, 15, o r 25 p si Colorgage
Sellings (i n Table at right), simply select the next lower
Colorgage Selling. Ex ample: if your cracking point is 20
psi , u se a 15 p si Colorgage ; if 30, use a 25 p si Colorgage .
SELECTOR TABLE - MARVEL PDC COLORGAGE INDICATORS '
'tt For Hyd'rciulic oi ls, cpoIQ~ts, I'ubriconts; weiter glycol
. For Marvel or Other Make Filters Without By-Pass Valves With Marve l Filters , you can automatically se lect t he 25 psi
Colorgage because all Marvel Fi lters ca n b e operated at
thi s pre ssur e differential without any danger of fil ter ele­
men t col lapse . However, whe re your pres su re differential
throug h "clean co nditi o n" filt e r is qu ite low, C o lo rgage with
a lowe r selli ng can be used to provide earli er warning of
e lement con tamination and to li mit the maximum pressure
drop through filt er (See Col. 3 in Table at right for re co m­
mended selections).
SELECTION
AND INSTALLATION
M e re ly select yo ur desired Colorg age M ode l from Col. 2 of
Table at ri gh t. Exam ple: f o r 150 p si Colorgage with 10 p si
spring selling, specify " Colo rgage Model No. 909221-10."
Th e st urd y, so lid aluminum mou nting subplate of the Color­
gage ha s two Ya" NPT ports and six mounting holes (two
drilled through holes and f o ur thread ed holes), as illustrated
in dim ensio n drawings at top right. A versatile choice of
mo unting methods and locat io ns is available as indicated by
Fi g ures 1, 2,3, and 4 b e low.
Figure 1
Figure 2
Col.
Col. 2
PDC
Colorgog"
I~dicotor
Spring
Settings
'Max. Recom­
mend.,d"Clecin
Condition" Filter
Pressur.e Drop . PSI
Separate or Rem'ote
(The t;'r eater 'the
US'e' (With Subplotel
difference .betwee
----:;:,.,..--~--.,--_'_::__"-----'" ·:figures in Col. 1 &
* Mox. Qperoting Pre'ssure
3, the 10.nger 'he
filter element li.fel
. 1000 PSt
25 PSt
15 PSt
909421·25
909421-15
6t07 PSI
10 PSt
. 909421·10'
4 to 5 PSI
8. PSI
5 PSI
909421·08
909421·05
Figure 4
I(~II ~
=
"
:'
:
.'
COLORGAGE
INTEGRALLY
MOUNTED
ON MARVEL
FILTERS
WOE>
(@
.... !ITii]
.­
[5J]
~
••••••••
•
,'Installation of Colorgage in
Suction, Return and Pres·
sure Lines when 'Is" NPTF
upstream and downstream
ports are NOT provided in
filter head.
tnstollotion of Colorgog e i n
Suction, Re turn and Pres­
sure lin es when Ya" NPTF
upstream and d ow nstream
ports ARE provid ed in filter
head .
3 .to 4 PSI
. 2 to 2 Y2 PSt
• 4 to I 50fety Foctor.
•• D etermined by hi ghest flow rate to filt er at nor mal operating viscos ity. When Colorgog &
is used on oul -of-doon equi p ment. whi te indicating line (B ) in picture, page 26 , must b e
read 01 norma l operat ing lem pe rol u re~ rather than 0 1 "cold star t" oil viscos ilY.
t Pressure (PSI) ot which While indi cat ing li.,e (B ) enters red bond.
t t Wh e n used with Pho sp hat e Ester Bo se Fluids, simply chonge da sh (-I in Model No . 10
'·X". Example ; Colorgo ge Mo del No. 909 22 1- 25 becomes "909221X25."
~
~
. 8to 12 PSI .
3 PSt
Figure 3
•
Col.· 3
PDe COlORGAGE MODel 'N UMBE
"""'"
~
.-:l
1t;,5. • • Ii. ,
"
The Colorgage con nec ti on pipe line s
i n Figure s 1 and 2 can be run to
Colorgage mounted on remote con·
trol panel.
For a wide selection of Mo rvel Filters
with INTEGRAL Co lorgoge Indi cators,
see Bulletin T· l00. And for more in·
formotion on Colorgage, see Bulletin
CG· l02 .
27
5
-
matchless selections for eliminating downtime, repairs,
replacements in every type of hydraulic circuit!
Filters up to 200 gpm and 6,000 psi-down to 0.60 mi­
crons. Cleanable and throw-away elements. *MarvelMag
Magnets and advance-design Indicators for most models.
SUCTION
RETURN LINE AND LOW PRESSURE
TO 60 PSI and
LINE TYPE
UP TO 150 GPM
*MARVELBO-S
Quick Delivery! Marvel Filters available in threaded and
flange-fitted ports in the most commonly used sizes.
SO GPM-WITH
"SPIN-ON" CARTRIDGE
~
""
~
•
.
Highe.t
quality
filtration
plu.
famous
Colora tor
Indicator
and
(optional)
MarvelMag
Magnets.
Cartridge
Element
changed In
,econdl­
within '12"
removal
clearonce.
Money-sovlng
price.
r
~
,
l
Change port
sizes and types
In minutes with
ordinary socket
wrench. ·Color­
gage or ·POE
Warning Switch
(see below)
and
MarvalMag
opHonal.
Reduces
investment
and inventory.
Enables faster,
easier. more
versatile piping
iM5'allations.
HIGH PRESSURE
MarvelMag optional.
PORTABLE
SAFILTMOBLE®
'ND'CAT°ITtRING GREEN SAYS
"ALL CLEAR"
UP TO 6000 PSI
AND 30 GPM
*MARVEL MHP
UP TO 5000 PSI
UP TO 150 GPM
Ind ic otor Ring in green
bond soys " filter elemenr
is c1eon"
Edra sturdy, depend­
large capacity
SAYS
"CAUTION"
abl~,
Powerfully built
for fine filtration
at e}(tro-high
pressures .
"R2" and "RS" model.
with famous Colora tor
Indicators and (optional)
MorvelMag. Single and
double element models
standard; 3 & 4 element
models also available.
Ring in yellow bond says
"fi lter element is becom·
ing contaminated bur srill
provid ing full-flow filtra­
tion "
REO SAYS "STOP"
Ring in red bond soys
• With
Standard
Element
See Bull_tin
No. L-0668-1
S
With
Double
Element
--­
....::s:­
~
MAGNETIC
2­
FILTRATION -s;=
WITH
UNIQUE MARVELMAG
MAGNETIC SHIELD
-
~
-Z­
~
-­
~
~
See Page 10 for details
Wheel It anywhere. anytime­
Inside, out·slde-to filter/ transfer
oil. other liquids at up
to IOGPM.
Also
available
as electric
powered
unit
-_..""~h ..~ Shown)
Triple Filtration ac~on. Absolutely
fail·safe operation.
See Bulletin No L-0167-1
Most Filters shown above
are available with . ..
Unique new filter cart.
Safe·all air­
powered
operates
from ony
airline.
See lull.tln No.
L-0867-1
"chonge (or cleon) filler
elemenr·
"
See Bul­
I.tin No.
L-0867-1
Mo.t popular, dependable
suction filter with famous
CoJorator Indicator (see be·
low). 2·.tage filtration plu.
Mar.eIMag. lightweight.
sturdy. lowest pressure drop.
element 01 once or some
liquid will bypass clogging
TO 350 PSI and 1SO GPM
FILTERS WITH INTERCHANGEABLE
PORT ADAPTERS
UP TO. 250 PSI
AND 150 GPM
*MARVELBO-R
FILTERS FOR DEPENDABLE PROTECTION
MARVEL
ENGINEERING COMPANY
2085 N.HAWTHORNE AVE.· MELROSE PARK, IL 60160·1173
PHONE (708) 343-4090
FAX (708) 343-4159
E·MAIL marvelfilters@aol,com www.marvelengineering.com
•
r~~
NFPA
So/ue/ons ehrough moeion eechn o/ogy