Serie S200
Tabla 2. Tamaños y estilos de conexión
T
A
M
A
Ñ
O
D
E
L
A
C
A
R
C
A
S
, A
D
N
P (
U
L
G
A
D
A
) S
3
2
(
- 1
/ 1
) 4
4
0
(
- 1
/ 1
) 2
4
0
x
5
0
1 (
1 -
2 /
x
) 2
5
0
(
) 2
. 1
E
s
a t
r b
d i
a
e
s
á t
d
s i
p
o
n
b i
e l
c
o
n
u
n
a
Tabla 3. Rangos de presión de salida
N
Ú
M
E
R
O
D
E
T
P I
) 1 (
S
2
0
, 1
S
2
0
, 2
S
2
0
3
,
S
2
S
2
0
1
, P
S
2
0
2
, P
S
2
S
2
0
8
, P
S
2
0
9
P
S
2
0
, 4
S
2
0
6
) 1 (
S
2
0
1
, H
S
2
0
2
, H
S
2
0
3
H
,
S
2
0
8
, H
) 4 (
S
2
0
2
P
,
S
2
0
3
P
S
2
0
4
, H
S
2
0
6
, H
S
2
0
8
P
) 4 (
S
2
0
1
, K
S
2
0
1
P
, K
S
2
0
8
, K
S
2
0
8
P
S
2
0
4
, H
S
2
0
6
H
. 1
L
a
s
e
s
a c
a l
s
d
e
p
e r
s
ó i
n
d
e
a s
d i l
a
d
m
á
s
f n i
r o
m
a
c
ó i
n
e
n
a l
a T
b
a l
. 5
. 2
C
o
n
l e
e r
g
u
a l
d
o
i r
s n
a t
a l
d
, o
d
e
m
o
d
d
e
p
e r
s
ó i
n
p
e u
d
e
e r
d
c u
r i
e s
e
n
2
5 ,
i d
f a
a r
g
m
a
p
e
a s
d
. a
. 3
N
o
i d
p s
o
n
b i
e l
o c
n
o l
s
T
p i
o
s
S
2
0
8
y
. 4
L
o
s
T
p i
o
s
S
2
0
1
, P
S
2
0
2
, P
S
2
0
3
, P
S
. 5
N
o
i d
p s
o
n
b i
e l
p
a
a r
o l
s
p i t
o
s
S
2
0
3
, P
Tabla 4. Especificaciones adicionales
S
E
L
N
Ú
M
E
R
O
D
E
T
P I
O
S
2
0
, 1
S
2
0
1
, P
S
2
0
, 2
S
2
0
2
, P
S
2
0
, 3
S
2
0
3
, P
2 (
S
2
0
, 8
S
2
0
8
, P
S
2
0
, 9
S
2
0
9
P
S
2
0
1
, H
S
2
0
1
, P
S
2
0
2
, H
S
2
0
2
, P
S
2
0
3
, H
S
2
0
3
, P
S
2
0
8
, H
S
2
0
8
, P
S
2
0
9
, H
S
2
0
9
P
o T
S
2
0
1
, K
S
2
0
1
P
K
S
2
0
8
, K
S
2
0
8
P
K
S
2
0
, 4
S
2
0
6
S
2
0
4
, H
S
2
0
6
H
2
i H
r e
o r
u f
n
d
d i
o
N
P
, T
B
S
P
N
P
, T
B
S
P
-
- -
N
P
; T
B
S
; P
o
A
N
I S
C
a l
s
e
1
2
5
F
2
5
0
R
F
e
m
r b
d i
a
d
o
i d
m
e
s n
ó i
n
c
a
a r
a
c
a
a r
d
e
1
9
1
m
m
7 (
5 ,
N
Ú
M
E
R
O
D
O
R
E
S
O
R
T
-
- -
0
, 8
S
2
0
9
1
0
3
, P
2
3
4
-
- -
-
- -
-
- -
-
- -
-
- -
) 4 (
S
2
0
9
, H
S
2
0
1
P
,
5
) 4 (
,
6
,
S
2
0
9
P
) 4 (
7
8
K
9
-
- -
-
- -
e
o l
s
T
p i
o
s
S
2
0
3
y
S
2
0
3
H
o s
n
e
n
u f
c n
ó i
o
q
e u
l e
e r
s
r o
e t
q
e u
d
e
o s
b
e r
l e
i d
f a
a r
g
m
m
b
a
e r
s
1 (
p
u
. g l
w
c .
) .
p
a
a r
l e
e r
g
u
a l
d
r o
o c
S
2
0
. 9
2
0
8
P
y
S
2
0
9
P
e r
q
u
e i
e r
n
u
a n
p
a l
a c
d
e
i d
S
2
0
4
H
y
S
2
0
6
. H
E
C
C
Ó I
N
D
E
P
R
E
S
Ó I
N
T
A
D
E
S
A
L
D I
A
5
a
7
5
m
b
a
e r
s
a
3
0
p
u
g l
a
d
a
s
w
c .
) .
0
0 ,
6
9
a
0
2 ,
2
b
a
e r
s
1 (
a
3
2 ,
5
p
i s
) g
d
a
s
a l
s
s
e
e l
c c
o i
n
e
s
d
e
p
e r
s
ó i
n
d
e
s
a
d i l
a
0
1 ,
4
a
0
3 ,
8
b
a
e r
s
2 (
a
5
5 ,
p
i s
) g
0
2 ,
8
a
0
6 ,
9
b
a
e r
s
4 (
a
1
0
p
i s
) g
0
2 ,
8
a
0
6 ,
9
b
a
e r
s
4 (
a
1
0
p
i s
) g
0
2 ,
8
a
0
6 ,
9
b
a
e r
s
4 (
a
1
0
p
i s
) g
E
S
T
L I
O
D
E
C
O
N
E
X
Ó I
N
D
i H
r e
o r
d
ú
c
l i t
-
- -
N
P
, T
B
S
P
N
P
, T
B
S
P
(
) 1
F
,
N
P
; T
B
S
; P
A
N
I S
C
a l
s
e
1
2
e
m
r b
d i
a
d
; o
o
P
N
1
0
1 -
6
p
u
g l
a
d
a
) s
ó
2
5
4
m
m
1 (
0
p
u
g l
a
d
a
s
. )
E
E
S
C
A
L
A
D
E
P
R
E
E
5
a
1
1
m
b
a
e r
s
2 (
) 3 ,
2 (
9
a
1
6
m
b
a
e r
s
3 (
5 ,
1
2
a
2
2
m
b
a
e r
s
5 (
2
1
a
4
5
m
b
a
e r
s
8 (
5 ,
3
5
a
7
5
m
b
a
e r
s
1 (
4
9
a
1
2
m
b
a
e r
s
) 2 (
3 (
5 ,
1
2
a
1
7
m
b
a
e r
s
5 (
1
6
a
2
3
m
b
a
e r
s
6 (
5 ,
2
1
a
4
5
m
b
a
e r
s
8 (
5 ,
3
5
a
7
5
m
b
a
e r
s
1 (
4
0
0 ,
6
9
a
0
1 ,
4
b
a
e r
s
(
1
0
1 ,
0
a
0
2 ,
2
b
a
e r
s
1 (
5 ,
0
1 ,
4
a
0
3 ,
4
b
a
e r
s
) 5 (
2 (
0
1 ,
4
a
0
3 ,
8
b
a
e r
s
2 (
0
2 ,
8
a
0
6 ,
9
b
a
e r
s
4 (
0
0 ,
6
9
a
0
1 ,
4
b
a
e r
s
1 (
0
1 ,
0
a
0
2 ,
2
b
a
e r
s
1 (
5 ,
n
d
e
a l
e
s
r t
c u
u t
a r
d
l e
m
o
n
o t i
( r
e r
s
r o
e t
d
l e
. a
i S
e s
i
s n
a t
a l
d
e
m
o
d
o
q
e u
l e
e r
s
r o
e t
n
a l
p
a l
a c
d
e
i d
f a
a r
g
m
a
v i l
a i
a n
o
e
n
5
0 ,
f a
a r
g
m
a
p
e
a s
d
a
p
a
a r
a l
s
p
e r
s
o i
e n
s
d
e
M
A
Ñ
O
D
E
L
O
I R
I F
I C
, O
m
m
P
P (
U
L
G
) .
6
4 ,
(
/ 1
) 4
9
5 ,
(
/ 3
) 8
1
2
7 ,
(
/ 1
) 2
1
9
1 ,
(
/ 3
) 4
2
5
4 ,
(
) 1
3
0
2 ,
1 (
3 -
1 /
) 6
6
4 ,
(
/ 1
) 4
9
5 ,
(
/ 3
) 8
1
2
7 ,
(
/ 1
) 2
1
9
1 ,
(
/ 3
) 4
2
5
4 ,
(
) 1
3
0
2 ,
1 (
3 -
1 /
) 6
6
4 ,
(
/ 1
) 4
9
5 ,
(
/ 3
) 8
1
2
7 ,
(
/ 1
) 2
1
9
1 ,
(
/ 3
) 4
2
5
4 ,
(
) 1
3
0
2 ,
1 (
3 -
1 /
) 6
3
0
2 ,
1 (
3 -
1 /
) 6
9
5 ,
(
/ 3
) 8
1
2
7 ,
(
/ 1
) 2
1
9
1 ,
(
/ 3
) 4
2
5
4 ,
(
) 1
3
0
2 ,
1 (
3 -
1 /
) 6
9
5 ,
(
/ 3
) 8
1
2
7 ,
(
/ 1
) 2
1
9
1 ,
(
/ 3
) 4
2
5
4 ,
(
) 1
3
0
2 ,
1 (
3 -
1 /
) 6
E
E
X
T
R
E
M
O
S
A
N
P
5
F
F
o
2
5
0
R
F
N
P
; T
B
S
; P
A
N
I S
C
e
m
r b
d i
a
d
o
e
m
r b
d i
a
d
; o
o
P
C
Ó
S
Ó I
N
D
E
S
A
L
D I
A
a
4
1 -
2 /
p
u
. g l
w
c .
) .
2 (
) 3 ,
a
6
5 ,
p
u
. g l
w
c .
) .
a
9
p
u
. g l
w
c .
) .
a
1
8
p
u
. g l
w
c .
) .
a
3
0
p
u
. g l
w
c .
) .
a
5
p
u
. g l
w
c .
( ) .
) 2
a
7
p
u
. g l
w
c .
) .
a
9
5 ,
p
u
. g l
w
c .
) .
a
1
8
p
u
. g l
w
c .
) .
a
3
0
p
u
. g l
w
c .
) .
a
2
p
i s
) g
a
3
2 ,
5
p
i s
) g
a
5
p
i s
) g
) 5 (
a
5
5 ,
p
i s
) g
a
1
0
p
i s
) g
a
2
p
i s
) g
a
3
2 ,
5
p
i s
) g
m
o
t i n
r o
y
a c
n
d i t
a
d
d
e
a
s
e i
n
o t
s
d
e
e r
s
r o
d
e
o c
t n
o r
e l
s
á t
e
n
a l
p
r a
e t
f n i
r e
o i
, r
e
e l
t x
m
b
a
e r
s
(
2
p
u
g l
a
d
a
s
w
c .
) .
p
a
a r
l e
e r
g
u
a l
a s
d i l
a
s
p u
r e
o i
e r
s
a
0
0 ,
6
9
b
r a
1 (
p
s
g i
. )
R
E
S
Ó I
N
D
E
E
N
T
R
A
D
A
O
P
E
R
A
U
N
R
E
N
I D
M
E I
N
T
O
Ó
P
I T
M
, O
8
6 ,
1 (
2
) 5
8
6 ,
1 (
2
) 5
6
9 ,
1 (
0
) 0
4
1 ,
6 (
) 0
1
7 ,
2 (
) 5
0
9 ,
0
1 (
) 3
8
6 ,
1 (
2
) 5
8
6 ,
1 (
2
) 5
6
9 ,
1 (
0
) 0
4
1 ,
6 (
) 0
2
1 ,
3 (
) 0
1
0 ,
1 (
) 4
8
6 ,
1 (
2
) 5
8
6 ,
1 (
2
) 5
6
9 ,
1 (
0
) 0
4
1 ,
6 (
) 0
2
1 ,
3 (
) 0
1
4 ,
2 (
) 0
1
7 ,
2 (
) 5
6
9 ,
1 (
0
) 0
6
9 ,
1 (
0
) 0
5
2 ,
7 (
) 5
2
1 ,
3 (
) 0
1
0 ,
1 (
) 5
6
9 ,
1 (
0
) 0
6
9 ,
1 (
0
) 0
5
2 ,
7 (
) 5
2
1 ,
3 (
) 0
1
0 ,
1 (
) 5
c
e
o r
-
- -
, T
B
S
P
-
- -
a l
s
e
1
5
0
R
F
o
3
0
0
R
F
N
1
0
1 -
6
e
m
r b
d i
a
d
o
D
G I
O
D
E
C
O
L
O
R
D
E
R
E
S
O
R
T
E
D
E
C
O
N
T
R
O
L
P
a
d r
o
R
o
o j
N
e
g
o r
G
r
s i
V
e
d r
e
o
c s
u
o r
P
a
d r
o
R
o
o j
N
e
g
o r
G
r
s i
V
e
d r
e
o
c s
u
o r
A
u z
o l
c s
u
o r
A
n
a
a r
n
a j
d
o
A
m
a
i r
o l l
F
a r
n
a j
e v
d r
e
S
n i
c
l o
r o
A
u z
o l
c s
u
o r
A
n
a
a r
n
a j
d
o
e t
q
e u
e s
u
e s
n
. )
C
o
n
u s
e t l
e r
m
o
n i
e f
i r
r o
d
e
a l
e
s
a c
a l
d
r o
o c
n
a l
p
a l
a c
d
e
T
V I
A
M
Á
I X
M
A
P
A
R
A
e
n
b
a
e r
s
P (
S
G I
)
