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Page 3 of 46
I
ND
EX
P
A
GE
Add
i
t
i
ona
ls
ou
rc
e
s(
10.3
)
......................................45
A
li
gn
m
ent of
s
haft
i
ng
(s
ee 4.3, 4.5 and 4.7
)
A
ss
e
m
b
ly (
6.10
)
...................................................37
A
T
EX
m
a
rki
ng
(
1.6.4.2
)
..........................................7
C
E
m
a
rki
ng and app
r
o
v
a
ls (
1.2
)
..............................4
C
e
r
t
i
f
ic
at
i
on
(
9
)
....................................................45
C
hange note
s(
10.2
)
............................................45
Cl
ea
r
an
c
e
s(s
ee 6.7,
R
ene
w
a
lcl
ea
r
an
c
e
s)
............32
C
o
mmi ssi
on
i
ng,
s
ta
r
t
-
up, ope
r
at
i
on
(
5
)
..................22
C
o
m
p
li
an
c
e, A
T
EX
(
1.6.4.1
)
...................................6
C
onf
i
gu
r
at
i
on
s(
3.1
)
.............................................12
C
op
yri
ght
(
1.4
)
.......................................................4
C
o
v
e
r
age
c
ha
r
t
s(
3.6
)
..........................................15
D
e
si
gn of
m
a
j
o
r
pa
r
t
s(
3.3
)
...................................13
Dir
e
c
t
i
on of
r
otat
i
on
(
5.3
)
......................................24
Dis
a
ss
e
m
b
ly (
6.8
)
................................................32
Discl
a
im
e
r(
1.3
)
.....................................................4
Dism
ant
li
ng
(s
ee 6.8,
Di s
a
ss
e
m
b
ly)
......................32
Dr
a
wi
ng
s(
8
)
........................................................40
D
ut
yc
ond
i
t
i
on
s(
1.5
)
..............................................4
E
l
e
c
t
ric
a
lc
onne
c
t
i
on
s(
4.8
)
...................................21
End of p
r
odu
c
t
li
fe
(
2.5
)
........................................12
In
s
pe
c
t
i
on of
c
o
m
ponent
s(
6.9
)
.............................36
F
a
s
tene
r
to
r
que
s(
6.6
)
..........................................32
F
au
l
t
s
;
c
au
s
e
s
and
r
e
m
ed
i
e
s(
7
)
...........................38
F
oundat
i
on
(
4.3
)
..................................................16
F
o
rc
e
s
and
m
o
m
ent
s(
4.6.3
)
.................................20
Gene
r
a
l
a
rr
ange
m
ent d
r
a
wi
ng
(
8.5
)
.......................45
G
r
out
i
ng
(
4.4
)
......................................................17
Gua
r
d
i
ng
(
5.4
)
.....................................................24
H
and
li
ng
(
2.2
)
......................................................10
Hy
d
r
au
lic
,
m
e
c
han
ic
a
l
and e
l
e
c
t
ric
a
l
dut
y(
5.9
)
......27
In
s
pe
c
t
i
on
(
6.2.1 and 6.2.2
)
..................................29
In
s
ta
ll
at
i
on
(
4
)
......................................................16
L
i
ft
i
ng
(
2.3
)
..........................................................11
Lo
c
at
i
on
(
4.1
)
......................................................16
Lub
ri c
at
i
on
(s
ee 5.1.1, 5.2 and 6.2.3
)
Lub
ri c
at
i
on
sc
hedu
l
e
(
5.2.4
)
..................................24
M
a
i
ntenan
c
e
(
6
)
...................................................28
M
a
i
ntenan
c
e
sc
hedu
l
e
(
6.2
)
..................................28
N
o
m
en
cl
atu
r
e
(
3.2
)
..............................................13
N
a
m
ep
l
ate
(
1.7.1
)
..................................................8
Ope
r
at
i
ng
limi
t
s(
3.5.1
)
.........................................14
O
r
de
ri
ng
s
pa
r
epa
r
t
s(
6.3.1
)
..................................31
Pa
r
t
s lis
t
s(
8.4
)
....................................................43
Pe
r
fo
rm
an
c
e
(
3.5
)
................................................14
P
i
p
i
ng
(
4.6
)
..........................................................18
P
r
e
-c
o
mmi ssi
on
i
ng
(
5.1
)
.......................................22
P
r
ote
c
t
i
on
sys
te
ms (
4.9
)
.......................................22
Pu
m
p
m
a
ss
e
s(
2.2.2
)
...........................................11
P
A
GE
R
ea
ss
e
m
b
ly (s
ee 6.10, A
ss
e
m
b
ly)
........................37
R
e
c
e
i
pt and unpa
cki
ng
(
2.1
)
.................................10
R
e
c
o
mm
ende d f
ill
quant
i
t
i
e
s(s
ee 5.2.3
)
................23
R
e
c
o
mm
ende d g
r
ea
s
e
l
ub
ric
ant
s(
5.2.2
)
...............23
R
e
c
o
mm
ende d o
il l
ub
ri c
ant
s(
5.2.1
)
......................23
R
e
c
o
mm
ende d
s
pa
r
e
s(
6.4
)
.................................32
R
e
cycli
ng
(
2.5
)
....................................................12
R
ep
l
a
c
e
m
ent pa
r
t
s(s
ee 6.3 and 6.4
)
.....................31
R
unn
i
ng the p u
m
p
(
5.7
)
........................................25
Safet
y
a
c
t
i
on
(
1.6.3
)
...............................................5
Safet
ym
a
rki
ng
s(
1.6.1
)
..........................................5
Safet
y
,p
r
ote
c
t
i
on
sys
te
ms (s
ee 1.6 and 4.9
)
Se
c
t
i
ona
l
d
r
a
wi
ng
s(
8.1
)
.......................................40
Sound
l
e
v
e
l(s
ee 1.9,
N
o
is
e
l
e
v
e
l)
...........................9
Sou
rc
e
s
,add
i
t
i
ona
li
nfo
rm
at
i
on
(
10.3
)
...................45
Spa
r
epa
r
t
s(
6.3
)
..................................................31
Spe
ci
f
ic m
a
c
h
i
ne pe
r
fo
rm
an
c
e
(
1.8
)
........................8
Sta
r
t
i
ng the p u
m
p
(
5.6
)
.........................................25
Stop/
s
ta
r
tf
r
equen
cy (
5.7.6
)
..................................26
Stopp
i
ng and
s
hutdo
w
n
(
5.8
)
................................27
Sto
r
age, pu
m
p
(
2.4
)
.............................................12
Sto
r
age,
s
pa
r
epa
r
t
s(
6.3.2
)
..................................32
Supp
l
e
m
enta
ry m
anua
ls
o
ri
nfo
rm
at
i
on
s
ou
rc
e
s
.....45
T
he
rm
a
l
e
x
pan
si
on
(
4.5.1
)
....................................17
T
oo
ls r
equ
ir
ed
(
6.5
)
..............................................32
T
o
r
que
s
fo
r
fa
s
tene
rs (
6.6
)
...................................32
Tr
an
s
po
r
t
(
2
)
.......................................................10
Tr
oub
l
e
-s
hoot
i
ng
(s
ee 7
)
......................................38
V
i
b
r
at
i
on
(
5.7.5
)
...................................................26
W
a
r
n
i
ng
l
abe
ls (
1.7.2
)
............................................8
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