Basket Strainer: CS & SS - 150/300 lb - Threaded & Flanged
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Basket Strainers

FULL RATED BOLTED COVER |
Models:
BS 35-CS
(Carbon Steel - Threaded - 150/300)
BS 35F-CS
(Carbon Steel - Flanged - 150)
BS 35-SS
(Stainless Steel - Threaded - 150/300)
BS 35F-SS
(Stainless Steel - Flanged - 150)
Size Ranges:
Threaded: 3/8" through 3"
Flanged: 1" through 8"
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WORKING
PRESSURE & TEMPERATURE NON-SHOCK |
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BS 35/35F-CS (150) |
BS 35/35F-SS (150) |
BS 35/35F-CS (300) |
BS 35/35F-SS (300) |
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WOG:
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285 PSI @
100 F |
275 PSI @
100 F |
740 PSI @
100 F |
720 PSI @
100 F |
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Max Liquid |
150
PSI @ 366 F |
150 PSI @ 366 F |
300 PSI @
420 F |
300 PSI @
420 F |
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Max Steam |
80 PSI @
800 F |
20 PSI @
1000 F |
400 PSI @
800 F |
350 PSI @
1000 F |
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High Quality Construction
The
series BS 35
basket strainer is available in carbon or stainless steel
with either threaded or flanged (raised faced)
end connections. it features a machined groove that
encapsulates the cover gasket and aids in preventing gasket
blow-outs.
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Minimal Pressure Loss
Pressure loss is minimized by providing
an over-the-top flow path and large straining area. the
straining capacity is a minimum of six times that of the
cross sectional area of the connecting pipe.
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Large Straining Capacity
With its large body and
sizeable straining element, the series BS 35 basket strainer
can store large amounts of debris - thus maximizing time
between servicing. It also features a machined seat with
o-ring that enables fine filtrations - down to
40 microns.
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Numerous Straining Element
Options
Straining elements are available in a
variety of perforations, meshes, and materials.
Special designs are also available including magnetic, wedge
wire, drilled perforations, and pleated straining elements.
The standard material for straining elements is type 304
stainless steel.
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Self-Cleaning Option
Utilizing a modified straining element,
the bottom drain can be fitted with a Titan FCI ball valve
to allow for the automatic cleaning or flushing of the
straining element while keeping the pipeline in service.
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Ideal Design for Applications
Where Easy Maintenance and Large Capacity Straining are Required
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