pump application

7/24/2019 Pump Application

1/118

Legend

Input Selection Calculation Result

Net Positive Suction HeadS.G 0.85

Density 850 kg/m 53.06 lb/ft

tmosp!e"ic $"essu"e %&.6'6 psia

Suction $"essu"e (0.& 3) ba"g (5.80* psig

+apou" $"essu"e 0 &) ba"a 0.000 psia

,$S$a 8.8'& psia

,$S-a .36 m *&.%& ft

Multiphase Erosional Velocity

ass lo1

2iui4 % 5) $D '%.' lb/!

Gas *00 5) $D %8358.& lb/!

otal 835.00 kg/! %8&50.* lb/!

Density

2iui4 %000 %) kg/m 6*.&*8 lb/ft

Gas %) kg/m 0.000 lb/ft

i %000.000 kg/m 6*.&*8 lb/ft

C +alue 7$S) '8.5

"osional +elocity 3.80 m/s %*.& ft/s

$lease specify mass flo1 fo" t!e in4i9u4al p!ases.

Single Phase Erosional Velocity

2iui4/Gas &*.8& %) kg/m *.6& lb/ft

C +alue 7$S) %00

"osional +elocity %8.6& m/s 6%.%5 ft/s

Flow

:pe"ating lo1 3*.'' %) m/! %&5.*5 gpm 3*.''

Design a"gin ; 0ctual lo1 33.0 m/! %&5.3 gpm 33.0

Power

lo1 3*.'' %) m/! %&5.*5 gpm %'.&%

Diff. $"essu"e *.5 *) ba"4 36.*6 psi4 7Con9e"te4)

Diffe"ential -ea4 '8.& ft 30.0 m

S!utoff $"essu"e acto" %.3 6%.* ; fficiency stimate

S!utoff -ea4 %*8 ft 3'.0 m

S!utoff $"essu"e & *) ba"4 &8 psi4

$o1e" ff. ype fficiencies -$ k


2/118

-y4"aulic 3.0 *.3

=-$ -y4. 3 &.*% 3.%

oto" S!aft '0 &.68 3.5

lect"ical "ating nit 2engt! %00 *) m 3*8.08 ft

0.''0 psi/%00ft

Pressure Drop per unit Length onversion psi/ !nit Feet to "ther !nits

$"essu"e D"op %.%%3 psi4 3) kg/cm?4

>nit 2engt! %00 ft 30.&8

Denominato" >nit %00 *) m 3.'&6 7 kg/cm?4 )/%00 m

Viscosity onversion #ine$atic % Dyne$aticS.G 0.'65

Density '65 kg/m 60.*&3 lb/ft

+iscosity 7Dynamic) 0.3% c$ 0.3*% cSt 0.003*%*&&

+iscosity 7@inematic) cSt 0.000 c$

Hydraulics

lo1 *35 %) m/! %03&.6 gpm$ipe ID %0 &) in %0.00 in

+elocity %.*88 m/s &.** ft/s

Roug!ness 0.0&5* %) mm 0.00%8 in

SG % 6*.&3 lb/ft

"osional +elocity 3.80 m/s %*.& ft/s

+iscosity % %) c$ %.00 c$

Re 3*A*** e/D 0.000%8

"iction acto" 0.0%5'3

ft/%00ft 0.53% psi/%00ft 0.*30


3/118

@

$ mm-g

%3'58&.08

'0 363.%5

%) m/!

m/!

5) ft/min


4/118

lb/ft

m

cm?/sec 3.*%*(00 m?/sec


5/118


6/118


7/118

Ma&i$u$ Environ$ental 'e$perature (NE ' lass)

a empe"atu"e *00 %) BC *00 BC

plosion $"oof Rating 3

*P rating *E

Soli4s/-aa"4ous $a"ts 5) 2imite4 4ust ing"ess


8/118

F !ese enclosu"es may be 9entilate4. 7o" , %/*)

FF !ese fibe"s an4 flyings a"e non!aa"4ous mate"ials an4 a"

ignitable fibe"s o" combustible flyings. o" Class III type igni

flyings see t!e ,ational lect"ical Co4eA "ticle 500.

Non,Ha-ardous , "utdoors*) ,o ccess to !aa"4ous pa"ts

%) Ees Ing"ess of 1ate" 7RainA sno1A an4 sleet FF)

*) ,o Sleet FFF

*) ,o Ing"ess of soli4 fo"eign obects 7


9/118

ings FF)

n4 flyings FF)


10/118

e not consi4e"e4 Class III type

itable fibe"s o" combustible

ings)

en t!e enclosu"e is ice

s ice co9e"e4.

olueneA isop"ene

ional lect"ical Co4eA

ble fo" one Class o" G"oup

e4 on t!e p"o4uct.


11/118

Ma& 'e$p1

BC Rating

0 6

85 6

%00 5

%*0 &%35 &

%60 3C

%65 3=

%80 3

*00 3

*%5 *D

*30 *C

*60 *=

*80 *

300 *

&50 %

*ndoor Non,Ha-ardous

Provides a Degree of Protection +gainst the Following onditions 2 3

ccess to !aa"4ous pa"ts Ing"ess of soli4 fo"eign obects 7falling 4i"t)

Ing"ess of 1ate" 7D"ipping an4 lig!t splas!ing) ...

Ing"ess of soli4 fo"eign obects 7Ci"culating 4ustA lintA f ibe"sA an4 f lyings FF) ... ...

Ing"ess of soli4 fo"eign obects 7Settling ai"bo"ne 4ustA lintA fibe"sA an4 flyings FF) ... ...

Ing"ess of 1ate" 7-ose4o1n an4 splas!ing 1ate") ... ...

:il an4 coolant seepage ... ...

:il o" coolant sp"aying an4 splas!ing ... ...

Co""osi9e agents ... ...

Ing"ess of 1ate" 7:ccasional tempo"a"y subme"sion) ... ...

Ing"ess of 1ate" 7:ccasional p"olonge4 subme"sion) ... ...

atc!ing ,umbe" of :ptions 0 %


12/118

"ut Door Non,Ha-ardous

$"o9i4es a Deg"ee of $"otection gainst t!e ollo1ing Con4itions e of nclosu"e

3 3ccess to !aa"4ous pa"ts

Ing"ess of 1ate" 7RainA sno1A an4 sleet FF)

Sleet FFF ... ...

Ing"ess of soli4 fo"eign obects 7


13/118

a. :p. B Class

%00

%*0 = >sually fo" 60-

%&5 >sually fo" 50-

%65 -

4 5 . .P 23/23# 26

...

... ... ...

... .. ... ... ...

... ... ... ... ... ...

... ... ... ... ...

... ... ... ... ...

... ... ... ... ... ...

% % % * * % %


14/118

3RF 3RF 3S 3S & & 6 6$

... ... ... ... ... ...

... ...

... ... ... ...

... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ... ...

% % % % * * * *

ut4oo" ' In4oo"

8A Class I G"oups FF nclosu"e ype 'A Class II G"oups

' ' ' %0

= C D G %0

... ... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

... ... ... ... ... ...

0 0 0 % 0 0 0

0


15/118

:ptions

00

%

0

0

0

0

0

0

%

0

Selecte4 ype

.


16/118

Decision

.

0

%

0

0

%

0

0

0

Selecte4 ype

Decision

0

0

0

0

%

0

0

0

0

Selecte4 ype

0

In4oo" $oint

*

Decision

(*ndoor "nly)


17/118

State R$/Dia =$ lo1 =$ -ea4 $o1e"

State % 8 *00 %50 5*

State * ' **5 %68.5 58.5

Specific Speed

Rotations $e" inute *'50 R$

+olumet"ic lo1 7=$) &%5 *) m/min 6.'% m/s

Diffe"ential -ea4 7=$) %00 %) ft 30.&8 m

Specifc Spee4 ,s 5'8.08

Specific Suction Speed

Rotations $e" inute *'50 R$

+olumet"ic lo1 7=$) %0 %) m/! 0.030 m/s

,$S-" *.* *) m *.*0 m

Specifc Spee4 ,ss *8%.5& %68'*.&

Pu$p Dia Esti$ate

Rotations $e" inute *'50 R$ &'.* s(%

+olumet"ic lo1 7=$) &% ) >S gpm 0.003 m/s

Diffe"ential -ea4 7=$) %65 %) ft 50.*' minimum Diamete" %.0 in 0.0*5& m

inimum Diamete" * 3 in 0.06* m

=$ Dia % in 0.0*5& m

H/nD 3.*%0508658

g-/7n?D?) 3%6.*35&'5

Hn/7gD-) 0.0%0%5**%6

fficiency 0.*00%0*%6

D H/nD

lo1 Coeff 0 0.% 0.* 0.3

% 0.0*5& 0 0.3*%0508658 0.6&*%0%3 0.'63%5*5'3* 0.0508 0 0.0&0%3%358* 0.080*6** 0.%*03'&0&

3 0.06* 0 0.0%%8'0*8 0.0*38%55 0.0356*3%8&

& 0.%0%6 0 0.0050%6&%'8 0.0%003*8& 0.0%50&'*5'3

5 0.%* 0 0.00*568&06' 0.005%368% 0.0005**08

6 0.%5*& 0 0.00%&863&66 0.00*'*6' 0.00&&5'03'8

0.%8 0 0.000'36008& 0.00%8*0* 0.00*8080*5%

8 0.*03* 0 0.0006*05*5 0.00%*5&% 0.00%88%%5&

' 0.**86 0 0.000&&03'' 0.000880'8 0.00%3*%%'

%0 0.*5& 0 0.0003*%050' 0.0006&*% 0.000'63%5*6

%% 0.*'& 0 0.000*&%*%03 0.000&8*&* 0.000*36308

%* 0.30&8 0 0.000%85'33 0.0003%5' 0.0005538

%3 0.330* 0 0.000%&6%3%5 0.000*'**63 0.000&383'&&


18/118

%& 0.3556 0 0.000%%00% 0.000*3& 0.00035%003%

%5 0.38% 0 '.5%*6%8(005 0.000%'0*5 0.000*85385

%6 0.&06& 0 .838%56(005 0.000%566 0.000*35%&&

% 0.&3%8 0 6.53&*%(005 0.000%306' 0.000%'60&%6

%8 0.&5* 0 5.50&'8(005 0.000%%0% 0.000%65%&'6

%' 0.&8*6 0 &.680*&(005 '.36%&(005 0.000%&0&*%*0 0.508 0 &.0%3%36(005 8.0*63(005 0.000%*03'&%

*% 0.533& 0 0.00003&66 0.00006'33& 0.000%0&000'

** 0.5588 0 3.0%5%*8(005 6.0303(005 '.0&53'(005

*3 0.58&* 0 0.0000*638 0.00005*& .'%6%%(005

H =$

lo1 Coeff 0 0.% 0.* 0.3

H 0.000 0.000 0.00% 0.00%

D 7m)

% 0.0*5& 0 0.00%0%5*** 0.00*030&5 0.0030&568%5

* 0.0508 0 0.000506%36 0.00%0%5*3 0.00%5**8&0

3 0.06* 0 0.000338&0'% 0.000668* 0.00%0%5***

& 0.%0%6 0 0.000*538068 0.000506% 0.0006%&*0&

5 0.%* 0 0.000*030&5& 0.000&060' 0.00060'%363

6 0.%5*& 0 0.000%6'*0&5 0.000338&% 0.000506%36

0.%8 0 0.000%&503*5 0.000*'006 0.000&350'&

8 0.*03* 0 0.000%*6'03& 0.000*538% 0.000380%0*

' 0.**86 0 0.000%%*803 0.000**5606 0.000338&0'%

%0 0.*5& 0 0.000%0%5** 0.000*0305 0.00030&568%

%% 0.*'& 0 '.**'338(005 0.000%8&5' 0.000*6880%

%* 0.30&8 0 8.&60**6(005 0.000%6'* 0.000*538068

%3 0.330* 0 .80'&&0(005 0.000%56%' 0.000*3&*83*

%& 0.3556 0 .*5%6*3(005 0.000%&503 0.000*%5&8%5 0.38% 0 6.68%8%(005 0.000%3536 0.000*030&5&

%6 0.&06& 0 6.3&5%0(005 0.000%*6' 0.000%'0355%

% 0.&3%8 0 5.'%'*&(005 0.000%%'&& 0.000%'%5

H/nD g-/7n?D?)

0 0 6.6 0.00

0.005 0.%583*%*50 6.5550*&3 0.0%

0.0% 0.*8**5*5 6.3*50'6 0.03

0.0%5 0.3%'%*%&%5 6.0%0%'8 0.0

0.0* 0.&&6508'6*8 6.666636 0.%%

0.0*5 0.5068%50 6.6%85'& 0.%

0.03 0.555''085* 6.56%80%%6 0.*3


19/118

0.035 0.5'6&&3%&6 6.&'''%58 0.30

0.0& 0.6*'86*505% 6.&3338*%6 0.3

0.0&5 0.6555*'6% 6.363*&363 0.&&

0.05 0.6805*&0%%% 6.*'0&08 0.5*

0.055 0.6''56'*8&* 6.*%56&58 0.60

0.06 0.%53%''&53 6.%3'5''%6 0.680.065 0.*8*8*0%38 6.06*6&03 0.6

0.0 0.38863%33 5.'8550'6 0.8&

0.05 0.&3'**5*6 5.'0806%** 0.'3

0.08 0.5&%3&336 5.8305%856 %.0%

0.085 0.5'30%68' 5.5*83'*3 %.0'

0.0' 0.6306**&8 5.6&8&6'6 %.%8

0.0'5 0.655&8'3'3 5.5'6**''8 %.*6

0.% 0.66860&'08 5.5%65&% %.3&

0.%05 0.600&'5 5.&35%'*3 %.&3

0.%% 0.66*300*55 5.35%&8036 %.5*

0.%%5 0.6&3686&* 5.*6&53658 %.6%

0.%* 0.6%&''5% 5.%33656 %.%

0.%*5 0.56*0%805 5.0685& %.8%

0.%3 0.5*%&6**5 &.'3*'6 %.'*

0.%35 0.&65&58& &.86*63%8 *.03

0.%& 0.3'0005 &.&*0&&6 *.%6

/n43

0.0% 0.%'6568600 6.3*50'6 0.03*&'0&

0.0%

6.3*50'6

0.%'6568600

H/nD g-/7n?D?)

0 0 6.6 0

0.005 0.%583*%*50 6.5550*&3 0.000&0&%%&

0.0% 0.*8**5*5 6.3*50'6 0.00%&8538

0.0%5 0.3%'%*%&%5 6.0%0%'8 0.00**38'38

0.0* 0.&&6508'6*8 6.666636 0.00300&&550.0*5 0.5068%50 6.6%85'& 0.0038&800'

0.03 0.555''085* 6.56%80%%6 0.00&58*38*6

0.035 0.5'6&&3%&6 6.&'''%58 0.0053''*086

0.0& 0.6*'86*505% 6.&3338*%6 0.006*36'386

0.0&5 0.6555*'6% 6.363*&363 0.000'6'*'

0.05 0.6805*&0%%% 6.*'0&08 0.00'80*8&%

0.055 0.6''56'*8&* 6.*%56&58 0.00888'00&

0.06 0.%53%''&53 6.%3'5''%6 0.00'8*0533

0.065 0.*8*8*0%38 6.06*6&03 0.0%08860&

0.0 0.38863%33 5.'8550'6 0.0%%63566

0.05 0.&3'**5*6 5.'0806%** 0.0%*5&3*

0.08 0.5&%3&336 5.8305%856 0.0%38%5&0%


20/118

0.085 0.5'30%68' 5.5*83'*3 0.0%&885005

0.0' 0.6306**&8 5.6&8&6'6 0.0%5'8588*

0.0'5 0.655&8'3'3 5.5'6**''8 0.0%%*06*03

0.% 0.66860&'08 5.5%65&% 0.0%8*'*5'8

0.%05 0.600&'5 5.&35%'*3 0.0%'506336&

0.%% 0.66*300*55 5.35%&8036 0.0*060*0.%%5 0.6&3686&* 5.*6&53658 0.0**08&6%0'

0.%* 0.6%&''5% 5.%33656 0.0*3&66'&5

0.%*5 0.56*0%805 5.0685& 0.0*&'*0538

0.%3 0.5*%&6**5 &.'3*'6 0.0*6&8%66'*

0.%35 0.&65&58& &.86*63%8 0.0*8%5%&

0.%& 0.3'0005 &.&*0&&6 0.0*''63*5&

0.0*'5*3%*'*

0.0%5 0.36&%355&5 6.0%0%'8 0.00**38'38

%.00%&3%0**'

0.*5536*36&


21/118

,$S- Simila"ity

%5

%6.85

H/nD

0 0

0.0* 0.&5

0.0& 0.6*5

0.06 0.*

0.08 0.5

0.% 0.

0.%* 0.6

0.%& 0.&

0.%% 0.66*300*55

H/nD

0.005 0.%3&*8%&&&6.5550*

""J50*

0.& 0.5 0.6 0. 0.8 0.' % %.%

%.*8&*03 %.605*5&33 %.'*6305%'& *.*&356 *.568&0 *.88'&58 3.*%050' 3.53%55'5*350.%605*5 0.*00656' 0.*&088%&'3 0.*80'* 0.3*%05% 0.36%%8** 0.&0%3%& 0.&&%&&&'&0&

0.0&563 0.05'&5386 0.0%3&&6368 0.083*35 0.0'5%*6 0.%00% 0.%%8'08 0.%30'8500'

0.0*0066 0.0*508*% 0.0300'85%8 0.035%%5 0.0&0%3% 0.0&5%&8 0.050%6& 0.055%806%6

0.0%0*& 0.0%*8&*03 0.0%5&%0&&%6 0.0%'' 0.0*05& 0.0*3%%5 0.0*568& 0.0*8*5*&6*

0.005'&5 0.00&3%3 0.008'%80'6 0.0%0&0& 0.0%%8'% 0.0%33% 0.0%&863 0.0%63&'8%*6

0.003&& 0.00&6800& 0.0056%6050% 0.00655* 0.00&88 0.008&*&% 0.00'36 0.0%0*'60'%'

0.00*508 0.003%35*6 0.0036*3%&8 0.00&38' 0.0050%6 0.0056&35 0.006*% 0.0068'5*

0.00%6* 0.00**0%'' 0.00*6&*3'& 0.003083 0.0035*3 0.003'636 0.00&&0& 0.00&8&&388'

0.00%*8& 0.00%605*5 0.00%'*6305* 0.00**& 0.00*568 0.00*88'5 0.003*%% 0.00353%55'5

0.000'65 0.00%*0605 0.00%&&*6%6 0.00%688 0.00%'3 0.00*%0' 0.00*&%* 0.00*6533%*'

0.000&3 0.000'*8' 0.00%%%&6 0.00%30% 0.00%&86 0.00%6*% 0.00%858 0.00*0&3*66

0.000585 0.0003066 0.0008688' 0.00%0*3 0.00%%6' 0.00%3%5* 0.00%&6% 0.00%60&&63

H ,D

- ,?D?

$ ,D


22/118

0.000&68 0.0005850% 0.0000*0063 0.0008%' 0.000'36 0.00%053 0.00%% 0.00%*80%%5

0.00038% 0.000&563 0.000505% 0.000666 0.0006% 0.000856% 0.000'5% 0.00%0&6388

0.0003%& 0.0003'%'% 0.000&0*8'& 0.0005&' 0.0006* 0.00005& 0.0008& 0.00086*%'%

0.000*6% 0.0003*6& 0.0003'*0833 0.000&5 0.0005*3 0.000588% 0.000653 0.000%88%'&

0.000** 0.000*5*5 0.000330*''* 0.000385 0.000&& 0.000&'5& 0.00055 0.0006055&86

0.000%8 0.000*3&0& 0.000*808&3& 0.0003*8 0.0003& 0.000&*%3 0.000&68 0.0005%&8'0.000%6% 0.000*0066 0.000*&088% 0.000*8% 0.0003*% 0.00036%* 0.000&0% 0.000&&%&&&'

0.000%3' 0.000%333 0.000*0800%' 0.000*&3 0.000* 0.0003%* 0.0003& 0.00038%336

0.000%*% 0.000%506 0.000%80'0 0.000*%% 0.000*&% 0.000*%& 0.00030* 0.00033%66&%

0.000%06 0.000%3%'& 0.000%583**% 0.000%85 0.000*%% 0.000*35 0.000*6& 0.000*'0*5*

0.& 0.5 0.6 0. 0.8 0.' % %.%

0.00% 0.00% 0.00* 0.00* 0.00* 0.00* 0.003 0.003

0.00&06% 0.00506%& 0.0060'%363 0.00%0 0.008%** 0.00'%3 0.0%0%5* 0.0%%%6&'88

0.00*03 0.00*5380 0.0030&568%5 0.003553 0.00&06% 0.00&5685 0.00506 0.005583&'&

0.00%35& 0.00%6'*05 0.00*030&5&3 0.00*36' 0.00*0 0.0030&5 0.00338& 0.003**&''6

0.00%0%5 0.00%*6'03 0.00%5**8&0 0.00% 0.00*03 0.00**8&3 0.00*538 0.00*'%8&

0.0008%* 0.00%0%5*3 0.00%*%8**6 0.00%&*% 0.00%6*& 0.00%8*& 0.00*03 0.00**33&''8

0.0006 0.0008&60* 0.00%0%5*** 0.00%%8& 0.00%35& 0.00%5**8 0.00%6'* 0.00%86%*&'8

0.00058 0.000*5%6 0.00080%'& 0.00%0%5 0.00%%6 0.00%3053 0.00%&5 0.00%5'535

0.000508 0.00063&5* 0.0006%&*0& 0.000888 0.00%0%5 0.00%%&*% 0.00%*6' 0.00%3'5'33

0.000&5% 0.00056&0* 0.000668%8% 0.000' 0.000'0* 0.00%0%5* 0.00%%*8 0.00%*&0833*

0.000&06 0.000506% 0.00060'%363 0.000%% 0.0008%* 0.000'%3 0.00%0%5 0.00%%%6&''

0.00036' 0.000&6%& 0.000553603 0.0006&6 0.00038 0.0008306 0.000'*3 0.00%0%5***

0.000338 0.000&*30% 0.000506%36 0.0005'* 0.0006 0.0006%& 0.0008&6 0.000'306*&'

0.0003%* 0.0003'0& 0.000&68566& 0.0005& 0.0006*5 0.0000*8 0.0008% 0.00085'038&

0.000*' 0.00036*58 0.000&350'& 0.000508 0.00058 0.00065*6 0.000*5 0.000'6850.000*% 0.000338&% 0.000&060'0' 0.000&& 0.0005&% 0.00060'% 0.0006 0.000&&&'''

0.000*5& 0.0003%*6 0.000380%0* 0.000&&& 0.000508 0.0005%% 0.000635 0.0006''68

0.000*3' 0.000*'86 0.0003583%55 0.000&%8 0.000&8 0.000535 0.0005' 0.000656'%%

$:


23/118

0.%3568' %*.**%'35' %0.66

0.%6*086 %*.506* %3.3'

0.%88*88 %*.8&65&5 %6.6%

0.*%&03' %3.05''&5& *0.38

0.*3'%55 %3.*%8886 *&.'

0.*6350 %3.330830% *'.'00.*800% %3.&0*588 35.'

0.30'53 %3.&3'5835 &*.5&

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113/118

Viscosity of 7ater

35 %) BC 35 BC 0.*0 c$

Viscosity of "il 8eggs and 9o:inson

empe"atu"e %*0 *) B %*0 B

G"a9ity 0.885 &) SG *8.38 $I

%.0&

y *8%.*5

*.&&'

+iscosity %0.' c$

Messages empe"atu"e :@.

G"a9ity :@.

;as Density

empe"atu"e 3'& %) BC &%.* B

$"essu"e &*.'* 5) kg/cm?g 6*5.%6& psia

olecula"


114/118

empe"atu" 0 BC 0.00 BC 0(%00BC

$"essu"e 0 psig 0.000 ba"g 0(8*.3 ba"g


115/118

"rifice

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Fluid Gas

empe"atu"e 3'& %) BC &%.* B

Inlet $"essu"e %.033 6) kg/cm?a %&.6'3 psia

olecula"


116/118


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6113 Vapour pressure of water at te$peratures :etween < and 6.


118/118

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. !e 9alues fo"

. a an a

pump application

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