Cla-val, Specifications, Dimensions – Cla-Val 100-46 User Manual

Page 6: Reduced port functional data

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N-100-46 (R-3/2011)

Model 100-46

CLA-VAL

Copyright Cla-Val 2011 Printed in USA Specifications subject to change without notice.

P.O. Box 1325

• Newport Beach, CA 92659-0325 • Phone: 949-722-4800 • Fax: 949-548-5441 • E-mail: [email protected] • Website cla-val.com

©

Specifications

Size (In)

1

1

2

3

4

6

(mm)

40

80

100

150

A 150 ANSI

7.87

12.01

15.00

20.00

AA 300 ANSI

7.87

12.01

15.00

20.00

B

5.70

9.25

11.61

15.75

C

.89

.93

.93

1.02

CC 300 ANSI

.88

1.00

1.00

1.10

D

5.90

8.20

10.12

13.32

E

2.56

3.74

4.53

5.61

EE 300 ANSI

3.05

4.13

5.02

6.30

F

.63

.71

.71

.91

FF 300 ANSI

.87

.87

.87

.87

G

3.88

6.00

7.50

9.50

GG 300 ANSI

4.50

6.62

7.88

10.62

Flange Bolts (150 Class)

4

4

8

8

Flange Bolts (300 Class)

4

8

8

12

Approx. Ship Wt. Lbs.

25

75

160

290

Approx. Ship Wt. Kgs.

11.4

35

73

132

Dimensions

Sizes

Globe (inch):
1

1

2

"

, 3

"

, 4

"

, 6

"

End Detail

Slip-on Two Piece Flange
Dimensions Per ANSI B16.5

Pressure Rating

ANSI Class 150:

Maximum 285 psi

ANSI Class 300:

Maximum 400 psi

Higher Pressure Available
Please Contact Factory

Operating Temperature

Fluids Compatible with Valve
Materials

-40º to 180º F (-40º to 82º C)

Materials

Body, Cover, Trim,
Diaphragm Assembly,
Flanges, and Fasteners

316 Series
Stainless Steel
Electropolished

Disc:

Buna-N

®

Rubber*

Diaphragm:

Nylon Fabric Reinforced
Synthetic Buna-N

®

Rubber*

*

Contact Factory for Other
Disc or Diaphragm Materials

Reduced Port Functional Data

When Ordering Please
Specify:
1. Catalog No. 100-46
2. Valve Size
3. Fluid Being Handled
4. Fluid Temperature
5. Inlet Pressure Range
6. Outlet Pressure Range
7. Maximum and Minimum

Differential Pressure

8. Flow Rate Range

F, FF

D

G, GG

EE E

Inlet

Outlet

Two Piece

FLANGE
(QTY 2)

NAMEPLATE

A

C, CC

AA

B

Size (Inches)

Cv (gpm)*

Cv (l/s)**

1

1

2

32

7.7

3

67

16

4

138

33

6

242

58

*Cv = gpm flow at 1 psi drop
**Cv = l/s flow at 1 bar drop

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