background image

S200 Series

2

)

S

E

H

C

N

I

(

N

D

,

E

Z

I

S

Y

D

O

B

E

L

Y

T

S

N

O

I

T

C

E

N

N

O

C

D

N

E

n

o

r

I

t

s

a

C

n

o

r

I

e

l

i

t

c

u

D

l

e

e

t

S

)

4

/

1

-

1

(

2

3

)

2

/

1

-

1

(

0

4

)

2

x

2

/

1

-

1

(

0

5

x

0

4

P

S

B

,

T

P

N

P

S

B

,

T

P

N

-

-

-

-

-

-

P

S

B

,

T

P

N

P

S

B

,

T

P

N

-

-

-

P

S

B

,

T

P

N

-

-

-

)

2

(

0

5

F

F

5

2

1

s

s

a

l

C

I

S

N

A

r

o

;

P

S

B

;

T

P

N

)

1

(

,

d

e

g

n

a

l

f

F

R

0

5

2

r

o

F

F

5

2

1

s

s

a

l

C

I

S

N

A

;

P

S

B

;

T

P

N

d

e

g

n

a

l

f

6

1

-

0

1

N

P

r

o

;

d

e

g

n

a

l

f

F

R

0

5

2

r

o

F

R

0

5

1

s

s

a

l

C

I

S

N

A

;

P

S

B

;

T

P

N

d

e

g

n

a

l

f

6

1

-

0

1

N

P

r

o

;

d

e

g

n

a

l

f

F

R

0

0

3

.

)

s

e

h

c

n

i

-

0

1

(

m

m

4

5

2

r

o

)

s

e

h

c

n

i

-

5

.

7

(

m

m

1

9

1

f

o

e

c

a

f

-

o

t

-

e

c

a

f

a

h

t

i

w

e

l

b

a

l

i

a

v

a

s

i

e

g

n

a

l

f

s

i

h

T

.

1

Table 2.

  Body Sizes and End Connection Styles

R

E

B

M

U

N

E

P

Y

T

G

N

I

R

P

S

R

E

B

M

U

N

E

G

N

A

R

E

R

U

S

S

E

R

P

T

E

L

T

U

O

G

N

I

R

P

S

L

O

R

T

N

O

C

E

D

O

C

R

O

L

O

C

3

0

2

S

,

2

0

2

S

,

1

0

2

S

)

1

(

9

0

2

S

,

8

0

2

S

,

,

P

3

0

2

S

,

P

2

0

2

S

,

P

1

0

2

S

P

9

0

2

S

,

P

8

0

2

S

-

-

-

1

2
3
4

r

a

b

m

1

1

o

t

5

)

3

,

2

(

r

a

b

m

6

1

o

t

9

r

a

b

m

2

2

o

t

2

1

r

a

b

m

5

4

o

t

1

2

r

a

b

m

5

7

o

t

5

3

(

)

.

c

.

w

s

e

h

c

n

i

-

2

/

1

-

4

o

t

2

)

3

,

2

(

(

)

.

c

.

w

s

e

h

c

n

i

-

5

.

6

o

t

5

.

3

)

.

c

.

w

s

e

h

c

n

i

-

9

o

t

5

(

)

.

c

.

w

s

e

h

c

n

i

-

8

1

o

t

5

.

8

(

)

.

c

.

w

s

e

h

c

n

i

-

0

3

o

t

4

1

(

n

w

o

r

B

d

e

R

k

c

a

l

B

y

a

r

G

n

e

e

r

g

k

r

a

D

6

0

2

S

,

4

0

2

S

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

r

a

b

m

2

1

o

t

9

)

2

(

r

a

b

m

7

1

o

t

2

1

r

a

b

m

3

2

o

t

6

1

r

a

b

m

5

4

o

t

1

2

r

a

b

m

5

7

o

t

5

3

)

.

c

.

w

s

e

h

c

n

i

-

5

o

t

5

.

3

(

)

2

(

)

.

c

.

w

s

e

h

c

n

i

-

7

o

t

5

(

)

.

c

.

w

s

e

h

c

n

i

-

5

.

9

o

t

5

.

6

(

)

.

c

.

w

s

e

h

c

n

i

-

8

1

o

t

5

.

8

(

)

.

c

.

w

s

e

h

c

n

i

-

0

3

o

t

4

1

(

n

w

o

r

B

d

e

R

k

c

a

l

B

y

a

r

G

n

e

e

r

g

k

r

a

D

H

3

0

2

S

,

H

2

0

2

S

,

H

1

0

2

S

)

1

(

,

H

9

0

2

S

,

H

8

0

2

S

,

P

1

0

2

S

)

4

(

P

2

0

2

S

,

)

4

(

P

3

0

2

S

,

)

4

(

,

P

8

0

2

S

,

H

6

0

2

S

,

H

4

0

2

S

)

4

(

P

9

0

2

S

,

)

4

(

5
6
7

r

a

b

4

1

,

0

o

t

9

6

0

,

0

r

a

b

2

2

,

0

o

t

0

1

,

0

r

a

b

4

3

,

0

o

t

4

1

,

0

)

5

(

g

i

s

p

2

o

t

1

(

)

)

g

i

s

p

5

2

.

3

o

t

5

.

1

(

)

g

i

s

p

5

o

t

2

(

)

5

(

e

u

l

b

k

r

a

D

e

g

n

a

r

O

w

o

ll

e

Y

,

K

P

1

0

2

S

,

K

1

0

2

S

K

P

8

0

2

S

,

K

8

0

2

S

8
9

r

a

b

8

3

,

0

o

t

4

1

,

0

r

a

b

9

6

,

0

o

t

8

2

,

0

)

g

i

s

p

5

.

5

o

t

2

(

)

g

i

s

p

0

1

o

t

4

(

e

p

i

r

t

s

n

e

e

r

G

d

e

t

n

i

a

p

n

U

H

6

0

2

S

,

H

4

0

2

S

-

-

-

-

-

-

r

a

b

4

1

,

0

o

t

9

6

0

,

0

r

a

b

2

2

,

0

o

t

0

1

,

0

g

i

s

p

2

o

t

1

(

)

)

g

i

s

p

5

2

.

3

o

t

5

.

1

(

e

u

l

b

k

r

a

D

e

g

n

a

r

O

.

n

o

it

a

m

r

o

f

n

i

e

r

o

m

r

o

f

5

e

l

b

a

T

e

e

S

.

)

d

e

s

u

s

t

a

e

s

g

n

i

r

p

s

f

o

r

e

b

m

u

n

e

h

t

d

n

a

g

n

i

r

p

s

r

o

t

i

n

o

m

(

n

o

it

c

u

r

t

s

n

o

c

r

o

t

i

n

o

m

e

h

t

f

o

n

o

it

c

n

u

f

a

e

r

a

s

e

g

n

a

r

e

r

u

s

s

e

r

p

t

e

lt

u

o

H

3

0

2

S

d

n

a

3

0

2

S

s

e

p

y

T

.

1

h

c

n

i

-

1

(

r

a

b

m

5

,

2

y

b

d

e

c

u

d

e

r

e

b

n

a

c

e

g

n

a

r

e

r

u

s

s

e

r

p

t

e

lt

u

o

f

o

d

n

e

r

e

w

o

l

,

m

o

t

t

o

b

n

o

s

i

g

n

i

r

p

s

l

o

r

t

n

o

c

o

s

d

e

ll

a

t

s

n

i

fI

.

m

g

a

r

h

p

a

i

d

f

o

p

o

t

n

o

s

i

g

n

i

r

p

s

l

o

r

t

n

o

c

o

s

d

e

ll

a

t

s

n

i

r

o

t

a

l

u

g

e

r

h

t

i

W

.

2

.

e

t

a

l

p

m

g

a

r

h

p

a

i

d

y

v

a

e

h

h

t

i

w

r

o

t

a

l

u

g

e

r

r

o

f

)

.

c

.

w

s

e

h

c

n

i

-

2

(

r

a

b

m

0

,

5

r

o

e

t

a

l

p

m

g

a

r

h

p

a

i

d

t

h

g

il

h

t

i

w

r

o

t

a

l

u

g

e

r

r

o

f

)

.

c

.

w

.

9

0

2

S

d

n

a

8

0

2

S

s

e

p

y

T

h

t

i

w

e

l

b

a

l

i

a

v

a

t

o

N

.

3

.

)

g

i

s

p

1

(

r

a

b

9

6

0

,

0

r

e

v

o

s

e

r

u

s

s

e

r

p

t

e

lt

u

o

r

o

f

e

t

a

l

p

m

g

a

r

h

p

a

i

d

y

v

a

e

h

e

r

i

u

q

e

r

P

9

0

2

S

d

n

a

,

P

8

0

2

S

,

P

3

0

2

S

,

P

2

0

2

S

,

P

1

0

2

S

s

e

p

y

T

.

4

.

H

6

0

2

S

d

n

a

,

H

4

0

2

S

,

P

3

0

2

S

s

e

p

y

T

r

o

f

e

l

b

a

l

i

a

v

a

t

o

N

.

5

Table 3.

  Outlet Pressure Ranges

R

E

B

M

U

N

E

P

Y

T

E

R

U

S

S

E

R

P

T

E

L

T

U

O

G

N

I

T

T

E

S

,

E

Z

I

S

E

C

I

F

I

R

O

m

m

)

H

C

N

I

(

O

T

E

R

U

S

S

E

R

P

T

E

L

N

I

G

N

I

T

A

R

E

P

O

M

U

M

I

X

A

M

,

E

C

N

A

M

R

O

F

R

E

P

M

U

M

I

T

P

O

N

I

A

T

B

O

r

a

b

)

G

I

S

P

(

,

P

1

0

2

S

,

1

0

2

S

,

P

2

0

2

S

,

2

0

2

S

,

P

3

0

2

S

,

3

0

2

S

,

P

8

0

2

S

,

8

0

2

S

P

9

0

2

S

,

9

0

2

S

r

a

b

m

5

7

o

t

5

)

.

c

.

w

s

e

h

c

n

i

-

0

3

o

t

2

(

4

,

6

5

,

9

7

,

2

1

1

,

9

1

4

,

5

2

2

,

0

3

)

4

/

1

(

)

8

/

3

(

)

2

/

1

(

)

4

/

3

(

)

1

(

)

6

1

/

3

-

1

(

6

,

8

6

,

8

9

,

6

1

,

4

7

,

1

0

9

,

0

)

5

2

1

(

)

5

2

1

(

)

0

0

1

(

)

0

6

(

)

5

2

(

)

3

1

(

,

P

1

0

2

S

,

H

1

0

2

S

,

P

2

0

2

S

,

H

2

0

2

S

,

P

3

0

2

S

,

H

3

0

2

S

,

P

8

0

2

S

,

H

8

0

2

S

P

9

0

2

S

,

H

9

0

2

S

r

a

b

2

2

,

0

o

t

9

6

0

,

0

)

g

i

s

p

5

2

.

3

o

t

1

(

4

,

6

5

,

9

7

,

2

1

1

,

9

1

4

,

5

2

2

,

0

3

)

4

/

1

(

)

8

/

3

(

)

2

/

1

(

)

4

/

3

(

)

1

(

)

6

1

/

3

-

1

(

6

,

8

6

,

8

9

,

6

1

,

4

1

,

2

0

,

1

)

5

2

1

(

)

5

2

1

(

)

0

0

1

(

)

0

6

(

)

0

3

(

)

4

1

(

K

P

1

0

2

S

,

K

1

0

2

S

K

P

8

0

2

S

,

K

8

0

2

S

t

e

l

t

u

o

ll

A

s

g

n

i

t

t

e

s

e

r

u

s

s

e

r

p

4

,

6

5

,

9

7

,

2

1

1

,

9

1

4

,

5

2

)

4

/

1

(

)

8

/

3

(

)

2

/

1

(

)

4

/

3

(

)

1

(

6

,

8

6

,

8

9

,

6

1

,

4

1

,

2

)

5

2

1

(

)

5

2

1

(

)

0

0

1

(

)

0

6

(

)

0

3

(

r

a

b

8

3

,

0

o

t

4

1

,

0

)

g

i

s

p

5

.

5

o

t

2

(

2

,

0

3

)

6

1

/

3

-

1

(

4

,

1

)

0

2

(

r

a

b

9

6

,

0

o

t

8

2

,

0

)

g

i

s

p

0

1

o

t

4

(

2

,

0

3

)

6

1

/

3

-

1

(

7

,

1

)

5

2

(

,

4

0

2

S

6

0

2

S

r

a

b

m

5

7

o

t

9

)

.

c

.

w

s

e

h

c

n

i

-

0

3

o

t

5

.

3

(

5

,

9

7

,

2

1

1

,

9

1

4

,

5

2

2

,

0

3

)

8

/

3

(

)

2

/

1

(

)

4

/

3

(

)

1

(

)

6

1

/

3

-

1

(

9

,

6

9

,

6

2

,

5

1

,

2

0

,

1

)

0

0

1

(

)

0

0

1

(

)

5

7

(

)

0

3

(

)

5

1

(

,

H

4

0

2

S

H

6

0

2

S

r

a

b

2

2

,

0

o

t

9

6

0

,

0

)

g

i

s

p

5

2

.

3

o

t

1

(

5

,

9

7

,

2

1

1

,

9

1

4

,

5

2

2

,

0

3

)

8

/

3

(

)

2

/

1

(

)

4

/

3

(

)

1

(

)

6

1

/

3

-

1

(

9

,

6

9

,

6

2

,

5

1

,

2

0

,

1

)

0

0

1

(

)

0

0

1

(

)

5

7

(

)

0

3

(

)

5

1

(

Table 4. 

 Additional Specifications

Summary of Contents for Fisher S200 Series

Page 1: ...S202H constructions with a low outlet pressure shutoff with internal relief Available in Cast iron body only S208 S208H S208P S208K S208PK S201 S201H S201P S201K and S201PK constructions with a Type VSX 2 slam shut device to provide over pressure OPSO or over and underpressure UPSO protection Available in Ductile iron body only S209 S209H S209P S202 S202H and S202P constructions with a Type VSX 2 ...

Page 2: ... u n e h t d n a g n i r p s r o t i n o m n o i t c u r t s n o c r o t i n o m e h t f o n o i t c n u f a e r a s e g n a r e r u s s e r p t e l t u o H 3 0 2 S d n a 3 0 2 S s e p y T 1 h c n i 1 r a b m 5 2 y b d e c u d e r e b n a c e g n a r e r u s s e r p t e l t u o f o d n e r e w o l m o t t o b n o s i g n i r p s l o r t n o c o s d e l l a t s n i f I m g a r h p a i d f o p o t n...

Page 3: ...dule into the regulator body Secure theType VSX 2 to the regulator body with the four set screws key 4 The unit may be oriented in any direction with respect to the sensor line connection S E G N A R T N I O P T E S E P Y T T U H S M A L S G N I R P S E V L A V N I A M H T I W E S U R E B M U N 1 M U M I X A M O T M U M I N I M E R U S S E R P P I R T f f o t u h S e r u s s e r p r e v O O S P O ...

Page 4: ...outlet pressure with a test gauge during the adjustment Replace the closing cap or tighten the locknut to maintain the desired setting Type VSX 2 Trip Adjustment Note An adjustment tool is included with the Type VSX 2 Use only this tool to make adjustments to the unit To make adjustments the overpressure trip spring is found under the outer adjusting screw and the underpressure trip spring is foun...

Page 5: ...elf Tapping Screw 60 Spring 61 Screen 62 Snap Ring Figure 2 Type S202 Assembly Figure 3 Type S206 Assembly Type S204 and S206 Parts List Key Description 1 Spring Case 2 Spring 3 Adjusting Screw 4 Closing Cap 5 Closing Cap Gasket 6 Lower Spring Seat 7 Diaphragm Head Assembly 7A Diaphragm 8 Pusher Post S204 8 Ball Stem Assembly S206 9 Lower Casing Assembly 10 Lever 11 Pin 12 Machine Screw 13 Valve S...

Page 6: ...time without notice Printed in U S A www FISHERregulators com T80390 A2 B2517 2 T80388 C B2508 2 T80388 C B2495 2 Figure 4 Type S209 Assembly Type S208 and S209 Parts List Key Description 1 Spring Case 2 Spring 3 Adjusting Screw 4 Closing Cap 5 Closing Cap Gasket 6 Lower Spring Seat 7 Diaphragm and Diaphragm Head 8 Pusher Post 9 Lower Casing Assembly 10 Lever 11 Pin 12 Machine Screw 13 Valve Stem ...

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