Table of Contents Table of Contents
Previous Page  79 / 184 Next Page
Information
Show Menu
Previous Page 79 / 184 Next Page
Page Background

SIMPLEX BASKET STRAINER

f

FLANGED ENDS

ANSI CLASS

300

f

CARBON AND STAINLESS STEEL

BS86-0117

s

rugged

,

high

qual i ty

construct ion

the

mode l

b s

86

-

cs

/

s s

i s

a

heavy

duty

b a s ke t

s tra i ne r

de s i gned

wi th

exce p t i onal

wal l

th i ckne s s

.

i t

i s

ava i lab l e

i n

both

carbon

s t e e l

and

s ta i nl e s s

s t e e l

.

i t

i s

a

log i cal

cho i ce

for

s e rv i ce

ap p l i cat i ons

that

hav e

h i ghe r

t emp e ratur e

and

p r e s sur e

r equ i r ement s

.

s

minimal

pressure

loss

p r e s sur e

los s

i s

m i n i m i zed

by

p rov i d i ng

a

s lant ed

s tra i n i ng

e l ement

de s i gn

and

s tra i ght

f low

path

.

p lugged

,

np t

tap s

ar e

p rov i ded

(

near

the

i nl e t

and

out l e t

on

both

s i de s

)

al lowi ng

for

the

qu i ck

mount i ng

of

p r e s sur e

gauge s

to

mon i tor

p r e s sur e

los s

.

s

large

stra ining

capac i ty

wi th

i t s

large

body

and

s i zeab l e

s tra i n i ng

e l ement

,

the

b s

86

-

cs

/

s s

ha s

the

ab i l i ty

to

s tor e

large

quant i t i e s

of

de br i s

wi thout

a f f ect i ng

p r e s sur e

los s

-

thus

max i m i z i ng

t i me

b e twe en

s e rv i c i ng

.

s

numerous

stra ining

element

opt ions

s tra i n i ng

e l ement s

ar e

ava i lab l e

i n

a

var i e ty

of

p e r forat i ons

,

me she s

,

and

mat e r i al s

.

s p ec i al

de s i gns

ar e

al so

ava i lab l e

i nclud i ng

magne t i c

,

wedge

wi r e

,

dr i l l ed

p e r forat i ons

,

and

p l eat ed

s tra i n i ng

e l ement s

.

the standard

material

for

straining

elements

is

type

304

stainless

steel

.

s

self

-

cleaning

opt ion

ut i l i z i ng

a

mod i f i ed

s tra i n i ng

e l ement

,

the

bottom

dra i n

can

b e

f i tt ed

wi th

a

t i tan

fc i

b al l

valv e

to

al low

for

the

automat i c

cl ean i ng

or

f lush i ng

of

the

s tra i n i ng

e l ement

wh i l e

ke e p i ng

the

p i p e l i ne

i n

s e rv i ce

.

MODELS: BS 86-CS

(

carbon

s t e e l

)

BS 86-SS

(

s ta i nl e s s

s t e e l

)

T

TECHNICAL

®

TITAN

TITAN FLOW CONTROL, INC.

A

APPLICATIONS

F

FEATURES

Tel: 910-735-0000

s

Fax: 910-738-3848

s

titan@titanfci.com

s

www.titanfci.com

290 Corporate Drive

s

PO Box 7408

s

Lumberton, NC 28358

YOUR PIPELINE TO THE FUTURE!

TITAN FLOW CONTROL, INC.

S IZES : 2

"

~

12

"

PRESSURE/ TEMPERATURE RATING

CS - ASTMA216 GR.WCB - CLASS 300

WOG

(Non-shock)

: 740 PSI @ 100 °F

PRESSURE/ TEMPERATURE RATING

SS - ASTMA351 GR. CF8M - CLASS 300

WOG

(Non-shock)

: 720 PSI @ 100 °F

markets

:

water

&

wastewater

,

pulp

&

paper

,

chemical

&

petrochemical

,

petroleum

,

oil

&

gas

,

transportation

,

marine

industry

,

and

food

industry

general

application

:

simplex

b asket

strainers

are

installed

into

a

pipeline

system

to

remove

unwanted

debris

from

the

pipeline

flow

.

b asket

strainers

are

commonly

used

in

horizontal

pipelines

where

debris

loading

is

high

and

the

collection

of

solids

is

required

.

straining

is

accomplished

via

a

perforated

or

mesh

lined

straining

element

,

internal

to

the

b asket

strainer

.

in

general

,

the

size

of

the

perforation

or

mesh

should

be

slightly

smaller

than

the

smallest

debris

particle

to

be

removed

.

it

is

important

to

note

that

the

correct

size

of

a

b asket

strainer

is

determined

by

its

job

function

,

not

by

the

size

of

the

pipeline

.

The above data represents common market and service applications. No representation or guarantee, expressed or implied, is given due to the numerous variations

of concentrations, temperatures and flow conditions that may occur during actual service.

• Carbon Steel not recommended for prolonged

use above 800 °F.

• Stainless Steel not recommended for prolonged

use above 1000 °F.