Product Overview

2
20
Dirt separator.
Epoxy resin coated steel body.
Complete with drain valve (code NA39753).
ANSI 150 flange connections.
Max. working pressure: 150 psi.
Vessel temperature range: 32—270°F.
Particle separation capacity: to 5 μm (0.2 mil).
Dirt separator.
Epoxy resin coated steel body.
Complete with drain valve (code NA39753).
ANSI 150 flange connections.
Max. working pressure: 150 psi.
Vessel temperature range: 32—270°F.
ASME and CRN Registered.
Particle separation capacity: to 5 μm (0.2 mil).
tech. broch. 01137
tech. broch. 01137
Code Description Lbs USD
546550A 2" ANSI flange 29 1,944.00
546560A 2½" ANSI flange 32 2,091.00
546580A 3" ANSI flange 51 2,828.00
546510A 4" ANSI flange 54 3,128.00
Code Description Lbs USD
NA546550A 2" ANSI flange ASME & CRN 38 3,014.00
NA546560A 2½" ANSI flange ASME & CRN 38 3,207.00
NA546580A 3" ANSI flange ASME & CRN 55 4,176.00
NA546510A 4" ANSI flange ASME & CRN 55 4,570.00
NA546512A 5" ANSI flange ASME & CRN 138 6,589.00
NA546515A 6" ANSI flange ASME & CRN 148 8,452.00
5465
NA5465
Drain ball valve.
Fits DIRTCAL
®
5465 and NA5465 series.
Brass body.
Tee handle.
Max. working pressure: 150 psi.
Max. working temperature: 365°F.
Code Description Cv Lbs USD
NA39753 1" NPT female T handle 50 0.7 54.50
ASME/CRN
DIRT SEPARATORS
FLOW RATE
Size 2" 2½" 3" 4" 5" 6"
4.0 f/s
GPM 37 63 95 149 259 380
10.0 f/s
GPM 89 150 227 355 816 904
Cv 88 176 211 328 520 842
DirS separaSion eEkBienBX
1000
Efficiency
50 passages ( 2 f/s)
50 20 10
40
20
0
60
80
100
Efficiency (%)
Efficiency
50 passages ( 4 f/s)
Micro
particle size
(μm)
0
5
16 35 63
105 150 250 210 500
WORKING ZONE
CARTRIDGE FILTERS
SPECIAL STRAINERS
Y-STRAINERS
Separated quantity
Initial quantity
.
100%
(
)
®
The dirt separating action performed by the DIRTCAL
®
is based on using
the internal element with concentric diamond pattern mesh surfaces
instead of a mechanical filter. The element offers little resistance to the
medium flow while ensuring dirt separation. This occurs due to the
particles colliding with the concentric diamond pattern mesh surfaces
and then settling to the bottom, and not by filtration; which, over time,
gets continuously clogged. By contrast, the DIRTCAL
®
low-velocity-zone
dirt separator efficiently removes the particles to as small as 5 μm (0.2 mil)
with very low head loss. The dirt collection chamber at the bottom of the
DIRTCAL
®
is at the optimal distance from the inlet and outlet connections
that the collected dirt particles are not affected by the swirling flow
through the mesh element. The dirt can then be removed through the
bottom drain port even with the system running, by opening the drain valve.
LoV head losses and perEormanBe are mainSained oUer Sime.