User's Manual

Technical Data
10 310652K
Technical Data
1
For particle sizes 14 micron and larger, filtration is 99.9% efficient.
2
For particle sizes 10 micron and larger, filtration is 99.9% efficient.
3
The filter media is compatible with petroleum-based fluids and most phosphate esters, water/oil emulsions, and
high water content fluids.
Maximum Working Pressure
CleanLine 900 Filter (models 248418 and 248421) 900 psi (6.2 MPa, 62 bar)
CleanLine 1800 Filter (models 248417 and 248419) 1800 psi (12.4 MPa, 124 bar)
Outlet 3/4 x 14 npt
Filtration Efficiency
CleanLine 900 Filter (models 248418 and 248421)
ß
14
= 1000 (ISO 16889)
1
CleanLine 1800 Filter (models 248417 and 248419)
ß
10
= 1000 (ISO 16889)
2
Wetted parts
CleanLine 900 Filter (models 248418 and 248421)
zinc plated steel, filter media
3
CleanLine 1800 Filter (models 248417 and 248419)
aluminum, filter media
3
Weight (dry) 7 lbs. (3.18 Kg.)
Corrections:
To correct filter element pressure drops for
various viscosities and specific gravities, use
one of the following formulae:
ΔPm = ΔPe x (SSU/150) x S.G./0.9)
or
ΔPm = ΔPe x (cSt/32) x S.G./0.9)
or
ΔPm = ΔPe x (cP/29)
Calculation Definitions:
ΔPe = Element pressure drop from curve
ΔPm = Corrected element pressure drop
S.G. = New specific gravity
SSU = New SSU viscosity
(Saybolt Seconds Universal)
cSt = New cSt viscosity (centistokes)
cP = New cP viscosity (centipoise)
Pressure Drop vs. Flow
0
0.5
1
1.5
2
2.5
3
3.5
0 5 10 15 20 25
Flow (gpm)
Pressure Drop (psi)
Flow Characteristics
Flow measurements were made with 32cSt [150 SSU] hydraulic oil at 100°F (37.7°C), fluid specific gravity of 0.9.