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Line of Manifolds

TH

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235WAY MANIFOLD

2With its wide variety of solutions, choice of materials, options for standard packing, and range of valve configurations and flow schemes, Ham-let ASTAVA line of manifolds will meet your needs. The comprehensive and simple “HOW TO ORDER” table will guide you to the best configuration for your application.

The Ham-Let ASTAVA line provides a total solution with a full range of instrument hook-ups including protection housings, heating, and junction boxes, all complying with international standards.

All 316 stainless steel construction with packing or O-ring concept. Other material options are available as standard. NACE MR-01-075 as standard. Working pressures up to 10,000 psig. Temperatures up to 550°C (1022°F) with Grafoil® packing.

INTRODUCTION

The Ham-Let Astava Line of Instrument Manifolds consists of a full range of 2, 3 and 5-way instrument manifolds, which are fully compatible with the requirements of the Oil, Gas and Petro-chemical industries, and meet the requirements of most pressure, differential level and flow applications.

INDEX Introduction 02

Manifold features and benefit 03

Bonnet and stem concept 04

Material of construction 05

2 Way Direct mount concept 06

2 Way Direct mount dimensions 07

2 Way Remote mount concept 08

2 Way Remote mount dimensions 09

Ordering information for 2-Way 10







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MANIFOLD FEATURES AND BENEFITS

Blowout-proof stem Safety back seat stem-tip for a secondary seal in the fully opened position Safety stop pin – prevents the bonnet from detaching the body due to vibration Stem seals below stem threads - isolate the stem threads from system fluid Optional Grafoil® packing for high temperature service A choice of O-ring materials Oxygen cleaned manifolds, per ASTM G-93 – optional Full traceability of all construction materials 100% Factory Tested Compliance with MSS–SP-99 Direct mount flange design per IEC61518

The following unique features of the Ham-Let Astava Line of Instrument Manifolds enable tailoring our high-quality products to the exact requirement of the customer and application:

NACE MR-01-75

All Manifolds comply to NACE MR-01-75 as standard.

FULL TRACEABILITY

All products are fully traceable to its components.

CERAMIC STEM BALL TIP

Superior hardness prevents deformation of the sealing tip and wear, significantly increasing the life time of the product for isolation purposes.

BONNET SELECTIONS

O-ring stem-seal bonnet1. No packing adjustment 2. Extremely low operating torque 3. Compact design 4. Long life cycle 5. Sealing below stem thread

Packing stem-seal bonnet1. wide chemical compatibility range 2. High temperature option (Grafoil®) 3. Low operating torque 4. Sealing below stem thread

WIDE VARIETY OF SEALING MATERIALS

PTFE; Grafoil®; Viton®; NBR; EPDM; Silicon; perfluorelastomer – provides wide coverage of applications.

STEM MATERIAL

ST. ST. 316 TI with chromium carbide diffusion coating1. Long life cycle 2. Prevent galling

Features

4The special sealing design applied in all Ham-Let Astava Instrument Manifolds features a non-rotating ceramic ball tip.

The chemical composition of a ceramic ball tip is superior in hardness and functionality to a metal ball tip, eliminating sealing tip deformation and significantly increasing the life of the product.

The stem threads are rolled and an integrated back seat design is applied to the packing type of bonnet. Applying a Stainless Steel 316 Ti stem with a chromium carbide diffusion coating results in maximum operation cycles and minimal risk of stem galling. Both packing and O-ring bonnets are designed with sealing below stem threads for maximum protection of the stem threads. For maximum safety, the bonnet design prevents stem blowout, and a locking pin prevents unintentional disassembling of bonnet.

BONNET AND STEM CONCEPT

For severe-service applications, Ham-Let Astava Manifolds can be configured with a metal-to-metal seal below the bonnet thread, a dust-ring attached to the bonnet thread or tack-weld on the locking pin for extreme vibrating conditions.

Red: Vent Valves

Blue: Isolate Valves

Green: Equalize Valves

PRESSURE AND TEMPERATURE RATING

The valve bonnets have color coded ring labels for service identification:

Grafoil® Down to -200°C (-364°F)

PTFE Down to -160°C (-256°F)

Viton® Down to -20°C (-4°F)

NBR Down to -34°C (-29°F)

Perfluor Down to -40°C (-40°F)

EPDM Down to -45°C (-364°F)®

10,000 psi (690 bar) Available upon request

Handle OptionsThe standard handle of the Ham-Let Astava Line of Instrument Manifolds is a stainless steel T-bar. For high pressure applications of 10,000 psi (690 bar) an extended T-bar or hand wheel can be applied. Anti-tamper bonnet and key lock options assure that the manifold is operated by qualified personnel only.

TestingAll Ham-let instrument manifolds are factory tested with Nitrogen at 800 psig (55 bar) based on MSS-99. Seats have a maximum allowable leak rate of 0.1 std cm3 /min. Hydrostatic and Helium leak test is available upon request.

Cleaning All Ham-let instrument manifolds are cleaned in accordance with ASTAVA cleaning procedure WIQ-016 Oxygen clean is available in accordance with ASTM G-93.

Packing Material

O-Ring Material

690

600

500

400

300

200

100

0 0

1000

2000

3000

4000

5000

6000

7000

8000

9000

10000

0

0 130 230 330 430 530 630 730 830 932 1030 1130 1230

100 200 300 400 500 600 700

Temperature (°C)

Temperature (°F)

Pres

sure

(bar

)

Pres

sure

(Psi

g)

T-bar

Anti-tamper

Hand wheel

Packing Bonnet O-ring Bonnet Metal-to-Metal Bonnet

No Part Qty. Material Qty. Material Qty. Material1 Set Screw 1 St.St. 304 1 St.St. 304 1 St.St. 304

2 Bar Handle 1 St.St. 316L 1 St.St. 316L 1 St.St. 316L

3 Gland 1 St.St. 316L - - - -

4 Locking Nut 1 St.St. 316L - - - -

5A Pressure ring 1 St.St. 316L - - - -

5B Back-up ring - - 2 Virgin PTFE 2 Virgin PTFE

6A Stem Packing 1 Virgin PTFE - - - -

6B Stem O-ring - - 1 Viton® (Fluorocarbon FKM) 1 Viton® (Fluorocarbon FKM)

7 Bonnet 1 St.St. 316L 1 St.St. 316L 1 St.St. 316L

8 Stem 1 St.St. 316Ti Chrome-Carbide diffusion coated

1 St.St. 316Ti Chrome-Carbide diffusion coated

1 St.St. 316Ti Chrome-Carbide diffusion coated

9 Ball 1 Ceramic (AL2-O3) 1 Ceramic (AL2-O3) 1 Ceramic (AL2-O3)

10 Dust Protector - - - - 1 Viton® (Fluorocarbon FKM)

Packing Bonnet

O-ring Bonnet

Metal-to-Metal BonnetBottom metal seal protects bonnet’s threads from the fluid.

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MATERIAL OF CONSTRUCTION

1

2

3

4

5A

6A

7

8

9

1

2

7

10

8

5B

9

6B

1

2

5B6B

9

7

8

62 Way Direct Mount Design

The direct mount 2 way manifold can accommodate a range of products directly connected to a measuring device by a flanged connection.

The flanged connection is based on IEC61518 with ASTM A193 Grade B8 AISI 304 strain hardened bolt class 2 to cover the complete Pressure/Temperature rating. The direct mount concept reduces the number of threaded connections and potential leak points between the process and measuring device.

The direct mount concept also includes a close coupled design with process and instrument flanged connection. 2 way manifolds apply for static pressure measurement by connection to a pressure gauge or transmitter.

2 WAY DIRECT MOUNT CONCEPT

INTERNAL FINISH

Burr-free internal surfaces and threads reduces potential leaks and improves instruments accuracy.

BONNET DESIGN

O-ring / Packing Seal

CONNECTION

Direct mount flange design per IEC61518.

54mm (2 1/8”) port center lines flange connection.

PTFE flange seals as standard.

CONSTRUCTION MATERIALS

Compliance with NACE MR – 01-75. Full traceability of all construction materials.

LOCKING PIN

Prevents accidental detachment of the bonnet from the body in service.

BODY DESIGN

Compact one piece design.High strength.

IEC 61518 is the common standard for connecting a flanged transmitter to a flanged manifold. The transmitter side is standard form A, with the fixed centre-to-centre connection being 54 mm, bolt distance of 41.3, and 7/16 UNF bolting. For Rosemount 3051(S) CD series with integral design, centre-to-centre distance is 33 mm, where the bolting is at 41.3 mm. Contact [email protected] for more details.

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STANDARD CONFIGURATION DIMENSIONS 2 WAY DIRECT MOUNT

Inst

rum

ent

Mo

unt

Typ

e

End Connection

Ham-Let Ordering Description

Dimensions

A B C D E F

Process Instrument Vent / Bleed mm in mm in mm in mm in mm in mm in

Direct Mount

1/2” Female NPT

*Flange1/4” Female NPT

M-20S-15-8NF-SS-V-T 202 7.95 x x 65.0 2.56 105.0 4.13 32 1.26 5 0.20

*Flange *Flange1/4” Female NPT

M-20H-90-FF-SS-V-T 153 6.02 x x 56.0 2.20 78.0 3.07 65 2.56 16 0.63

ISO

LA

TE

PU

RG

E

"P

RO

CE

SS

"1/

2-14

NP

T

"IN

STR

UM

EN

T"

"VENT/PURGE"1/4-18 NPT

M8-6H ( 4x )

41,3

(1.6

3)

16,0 (0.63)

45,

0 (1

.77)

Ø12.0 (X2) (0.47)

D

A

C

EF

ISOLATE

VENT

D A

E

F

C

"P

RO

CE

SS

"

"IN

STR

UM

EN

T"

41,3

(2x)

(1.6

3)

7/4

16-2

0 U

NF

( 2x

)

12,0

( 2x

)(Ø

0.47

)

"VENT"1/4-18 NPT

45,0

(1.7

7)

Ø 8.2 (Ø 0.32)

M-20H-90-FF-SS-V-T

M-20S-15-8NF-SS-V-T* Flange Standard per IEC61518

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82 WAY REMOTE MOUNT DESIGN

The remote concept of the two-valve manifolds’ series combines valves into one block to perform isolation, bleed and calibration of pressure transmitters, gauges and switches. Mainly used in static pressure. Process and instrument ports can be provided in a variety of sizes and threads NPT, BSPT and BSPP.

Ham-Let ASTAVA line of manifolds provides also integral female Let-Lok, male and female connections type as standard.

2 WAY REMOTE MOUNT CONCEPT

LOCKING STOP PIN

Prevents accidental detachment of the bonnet from the body in service.

BODY DESIGN

Compact one piece design. High strength.

INSTRUMENT MOUNTING

Remote mount design with female NPT and Let-Lok end connections.

INTERNAL FINISH

Burr-free internal surfaces and threads. Reduces potential leaks and improves instruments’ accuracy.

CONSTRUCTION MATERIALS

Compliance with NACE MR – 01-75. Full traceability of all construction materials.

BONNET DESIGN

O-ring / Packing Seal

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"V

EN

T"1/

4-18

NP

T

"PROCESS"1/2-14 NPT

32,0(1.26)

"IN

STR

UM

EN

T"1/

2-14

NP

T

M8-

6H (

2x )

D

VENT

ISO

LA

TE

BE

F

C

A

45.0 (1.77)

Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Remote Mount

1/2” Female NPT 1/2” Female NPT 1/4” female NPT M-20M-10-8N-SS-V-T 79 3.11 79.0 3.11 32.0 1.26 92.0 3.62 32 1.26 20 0.79

1/2” Female NPT 1/2” Female NPT 1/4” female NPT M-21A-10-8N-SS-V-T 107 4.21 79.4 3.13 65.0 2.56 65.0 2.56 32 1.26 x x

1/2” Female NPT 1/2” Female NPT 1/4” female NPT M-21S-10-8N-SS-V-T 156 6.14 - - 65.0 2.56 59.0 2.32 32 1.26 18 0.71

D

20,0

(0.7

9)

AE

CB

45.0(1.77)

VENT

"VENT"1/4-18 NPT

"IN

STR

UM

EN

T"1/

2-14

NP

T

"P

RO

CE

SS

"1/

2-14

NP

T

M8-6H ( 2x )

F

ISOLATE

M-20M-10-8N-SS-V-T

M-21A-10-8N-SS-V-T

M-21S-10-8N-SS-V-T

ISOLATEV

ENT

A

D

E

E

E

32.0 (1.26)

"PROCESS" 1/2-14 NPT "VENT" 1/4-18 NPT

"INSTRUMENT"1/2-14 NPT

45,0

(1.7

7)

M8-6H ( 2x )

STANDARD CONFIGURATION DIMENSIONS 2 WAY REMOTE MOUNT 2 W

AY

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OLD

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Ordering information for 2-Way Manifolds:

Option

OC Oxygen Clean

LF LubricantFree

K 10,000 psi (690 bar)

V Vent port1/2”

ValvesPosition

A Angle Flat

S Straight

M Angle Square

H H- Type

Family

M-2 2 Way Manifold

Flow Scheme

0(See

table A)1

End Connection

00 Femaleintegral Let-Lok

10 Female to Female

80 Male to Male

85 Male to Female

15 Female to Flange

90 Flange to Flange

Size

8 1/2”

4 1/4”

6 3/8”

Type End Connection

FF Flange*

N NPT

G BSPP

R BSPT

NF NPT to Flange*

RF BSPT to Flange*

GF BSPP to Flange*

L Female integral Let-Lok

Body Material

SS SS 316

M Monel 400

D Duplex 1.4462

HC Alloy C-276

T Titanium

A8 Alloy 825

A6 Alloy 625

SD SuperDuplex

M-2 1 A 10 8 N SS

Packing

T PTFE

G Grafoil®

V Viton®

EP EPDM

BU NBR

KL Kalrez®

Handle

T T bar

AT Anti Tamper

LD Locking device

T OCLD

(See table A)

Designator Flow Schematic

ValvesPosition Sketch

0

M

H

S

1

S

A

Table A: Flow Schematic and Valve Position

Warning! For your safety The system designer and user have the sole responsibility for selecting products suitable for their special application requirements, ensuring their safe and trouble-free installation, operation, and maintenance. Application details, material compatibility and product ratings should all be considered for each selected product. Improper selection, installation or use of products can cause property damage or personal injury.

* Flange Standard per IEC61518

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M-30H-15-8NF-SS-V-T

M-30I-15-8NF-SS-V-T

41.3

(2X

) (1.

63)

12.0 (X4) 0.47

8.2 (0.32)

54.0 (2X)2.13

EQUALIZE

ISOLATE

ISOLATE

ISOLATE

ISOLATE

D

CA

F

B

E

"P

RO

CE

SS

"(2x

) 1/

2-14

NP

T

45.0 (1.77)

"INSTRUMENT"

EQUALIZ

E

B

C

E

E

E

F

45,0 (1.77)

12.0 (x4) (0.47)

32,0 (1.26)

M8-6H (2x)

41,3

(1.6

3)

"IN

STR

UM

EN

T"

"P

RO

CE

SS

" (2

x)1/

2-14

NP

T

54,0 (2.13)

120,0 (4.72)

Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Directmount

1/2” Female NPT *Flange - M-30H-15-8NF-SS-V-T 181.0 7.13 95.0 3.74 86.0 3.39 79.0 3.11 66.0 2.60 - -

1/2” Female NPT *Flange - M-30I-15-8NF-SS-V-T 165.0 6.50 106.0 4.17 65.0 2.56 154.0 6.06 32.0 1.26 16.0 0.63


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12

M-30A-15-8NF-SS-V-T

"INSTRUMENT"

"P

RO

CE

SS

" ( 2

x )

1/2-

14 N

PT

41,3

(2x)

(1.6

3)

32.0 (1.26)

54.0 (2.13)

M8-6H (2x)

45.

0 (1

.77)

12.0 (4X) 0.47EQU

ALIZE

ISOLATE

BC

DA

EF

ISOLATE

Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Directmount

1/2” Female NPT *Flange - M-30A-15-8NF-SS-V-T 210.0 8.27 106.0 4.17 65.0 2.56 115.0 4.53 32.0 1.26 16.0 0.63

*Flange *Flange - M-30H-90-FF-SS-V-T 181.0 7.13 95.0 3.74 86.0 3.39 79.0 3.11 66.0 2.60 - -



EQUALIZE

54

45 (1.77)

41.3

(x2)

(1.6

3)

7/16-20 UNF-2B (4x)

A

D

B

C

E

C

M-30H-90-FF-SS-V-T

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STANDARD CONFIGURATION DIMENSIONS 3 WAY REMOTE MOUNT

M-32M-85-8N-SS-V-T

M30S-10-8N-SS-V-T

C

EQ

UA

LIZ

E

ISO

LA

TE

ISO

LA

TE

A D

45,0

(1.7

7)

"PROCESS"(2x)1/4-14 NPT

54,0 (2.13)

"INSTRUMENT"(2x)1/4-14 NPT

54,0 (2.13)

F

n12,0 (0.47)

E

B

B

A

D

"P

RO

CE

SS

"1/

2-14

NP

T

"IN

STR

UM

EN

T"1/

2-14

NP

T

"VENT"1/4-18 NPT

45,0(1.77)

C

33,0(1.30)

E

ISOLATE

ISOLATE

VENT

Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Remotemount

1/2” Female NPT1/2” Female NPT - M30S-10-8N-SS-V-T 185.0 7.28 79.0 3.11 65.0 2.56 90.0 3.54 32.0 1.26 - -

1/2” Female NPT 1/2”Female NPT 1/4” Female NPT M32M-85-8N-SS-V-T 135.0 5.31 87.0 3.43 40.0 1.57 112.0 4.41 40.0 1.57 - -

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ValvesPosition

A Angle Flat

S Straight

M Angle Square

H H- Type

I In - line

Family

M-3 3 Way Manifold

Flow Scheme

0

(See table A)1

2

End Connection


10 Female to Female

80 Male to Male

85 Male to Female

15 Female to Flange

90 Flange to Flange

Size

8 1/2”

4 1/4”

6 3/8”

Type End Connection

FF Flange*

N NPT

G BSPP

R BSPT

NF NPT to Flange*

RF BSPT to Flange*

GF BSPP to Flange*


Body Material

SS SS 316

M Monel 400

D Duplex 1.4462

HC Alloy C-276

T Titanium

A8 Alloy 825

A6 Alloy 625

SD SuperDuplex

M-3 1 A 10 8 N SS

Packing

T PTFE

G Grafoil®

V Viton®

EP EPDM

BU NBR

KL Kalrez®

Handle

T T bar

AT Anti Tamper

LD Locking device

T OCLD

(See table A)



0

S

H

I

A

1 I

2 M




Option

OC Oxygen Clean

LF LubricantFree

K 10,000 psi (690 bar)

V Vent port1/2”

15

5 W

AY

MA

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OLD

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E


M-50A-15-8NF-SS-V-T

B

BE

M8-6H (2x)

"IN

STR

UM

EN

T"

VENT

VENT

D

C

A

PROCESS (2x) 1/2-14NPT

VENT (2x) 1/4-18 NPT

32.0(1.26)

54.0 (2.13)

45.0 (1.77)

45.0 (1.77)

41.3

(1.6

3)

54.0 (2.13)

65.0

(2.5

6)

54.0 (2.13)

ISOLATEISOLATE

EQUALIZE

* Flange Standard per DIN19213 / IEC61518

M-53T-15-8NF-SS-V-T

ISOLATE

VENT

A

A

F

C

B

E

54.0 (2.13)

32.0 (1.26)M8-6H (x2)

41.3

(1.6

3)

54.0 (2.13)

45.0

(1.7

7)

100.

0 (3

.94)

12.0 (x4) (0.47)

INS

TRU

ME

NT

"TEST"( 2x )1/4-18 NPT

PROCESS (2x)1/2-14 NPT VENT

1/4-18 NPT

EQUALIZ

EQUALIZ

Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Directmount

1/2” Female NPT *Flange 1/4” Female NPT M-50A-15-8NF-SS-V-T 265.0 10.43 41.0 1.61 106.0 4.17 170.0 6.69 32.0 1.26 16.0 0.63

1/2” Female NPT *Flange 1/4” Female NPT M-53T-15-8NF-SS-V-T 220.0 8.66 79.0 3.11 122.0 4.80 140.0 5.51 32.0 1.26 16.0 0.63


5 WA

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Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Directmount

*Flange DIN19213 *Flange 1/4” Female NPT M-53H-90-FF-SS-V-T 210.0 8.27 108.0 4.25 105.0 4.13 115.0 4.53 60.0 2.36 - -

M-53H-90-FF-SS-V-T

ISO

LA

TE

VE

NT

ISO

LA

TE

ISO

LA

TE

B

E

A

F

DD

C

54.0(2.13)

54.0

(1.7

7)

M8-6H (2X)

9.0

(0.3

5) "VENT" 1/4-18 NPT

54.0 (2.13)

90.0 (3.54)

7/16-20 UNF (4x )

41.3 (2x ) (1.63)

"INSTRUMENT"

12.0 (X4) (0.32)

PROCESS

41.3 (X2) (1.63)

EQ

UA

LIZ



5 WA

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STANDARD CONFIGURATION DIMENSIONS 5 WAY REMOTE MOUNT

M-53S-10-8N-SS-V-T

M-50A-10-8N-SS-V-T

Inst

rum

ent

Mo

unt

Typ

e

End Connection


Dimensions

A B C D E F


Remotemount

1/2” Female NPT 1/2” Female NPT 1/4” Female NPT M-53S-10-8N-SS-V-T 210.0 8.27 80.0 3.15 113.0 4.45 115.0 4.53 32.0 1.26 45.0 1.77

1/2” Female NPT 1/2” Female NPT 1/4” Female NPT M-50A-10-8N-SS-V-T 265.0 10.43 41.0 1.61 106.0 4.17 170.0 6.69 32.0 1.26 16.0 0.63

ISOLATE

ISOLATE

D

A

B

C

C

B

45.0

(1.7

7)

54.0 (2.13)

M8-6H (2x)

100.

0 (3

.94)

PROCESS (2x)1/2-14 NPT

VENT1/4-18 NPT

32.0 (1.26)

54.0 (2.13)

"TEST PLUG" (2x)1/4-18 NPT

INSTRUMENT (2x) 1/2-14 NPT

EQUALIZ

EQUALIZ

VENT

ISOLAT

E

VENT

VENT

B

65.0

(2.5

6)

DA

EF

C

45,0 (1.77)

PROCESS (2x)

12.0X4 (0.47)

41.3

(1.6

3)

1/2-14 NPT

"IN

STR

UM

EN

T" (

2x )

1/2-

14 N

PT

"VE

NT"

( 2x

)1/

4-18

NP

T

32.0(1.26)

54.0 (2.13)

M8-6H (x2)

110.0 (4.33)

148.0 (5.83)

ISOLATEISOLATEEQUALIZE

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0 A

1 A

2 T

3

T

S

4

H

A

I

ValvesPosition

A Angle Flat

S Straight

T Taper

H H- Type

Family

M-5 5 Way Manifold

Flow Scheme

0

(See table A)

1

2

3

4

End Connection


10 Female to Female

15 Female to Flange

90 Flange to Flange

Size

8 1/2”

4 1/4”

6 3/8”

Type End Connection

FF Flange*

N NPT

G BSPP

R BSPT

NF NPT to Flange*

RF BSPT to Flange*

GF BSPP to Flange*


Body Material

SS SS 316

M Monel 400

D Duplex 1.4462

HC Alloy C-276

T Titanium

A8 Alloy 825

A6 Alloy 625

SD SuperDuplex

M-5 0 A 10 8 N SS

Packing

T PTFE

G Grafoil®

V Viton®

EP EPDM

BU NBR

KL Kalrez®

Handle

T T bar

AT Anti Tamper

LD Locking device

T OCLD

(See table A)





Option

OC Oxygen Clean

LF LubricantFree

K 10,000 psi (690 bar)

V Vent port1/2”

19

MA

NIF

OLD

LIN

E

235WA

Y M

AN

IFO

LD

WA

Y M

AN

IFO

LD

WA

Y M

AN

IFO

LD

Line of Manifolds

Quality you can trust

Ham-Let Germany: Dornacher Strasse 3aD-85622 FeldkirchenTel: +49 89 90778060Fax: +49 89 90778070e-mail: [email protected]

Ham-Let France: Siège Social : PARK AVENIRZone de Sacuny Avenue Marcel MERIEUXbâtiment B7, 69530, BRIGNAISTél: +33 4 78950342 Fax: +33 4 72310576e-mail: [email protected]

Ham-Let Russia: 127083 Moscow 8th March str. 10 building 12 office 207 Tel/Fax: + 7 495 651 62 38e-mail: [email protected]

Ham-Let Israel: Nazareth Illit, 17105Tel: +972 4 6414141 Fax: +972 4 6418377e-mail: [email protected]

Ham-Let Motoyama Japan HMJHam-Let Motoyama Japan (HMJ)Shin-nihonbashi nagaoka-2 bldg 3f,1-10-9,Horidome-cho,nihonbashi,Chuo-ku, tokyo, 103-0012 japanTel +81-3-3668-5321 Fax +81-3-3664-7027

Ham

-Let

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ava

Man

ifold

cat

alog

Rev

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3902

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03.

2011

www.ham-let.com

Ham-Let USA: 12565 West Airport Blvd. Sugar Land, Texas 77478Tel: +1 281 5664900 Fax: +1 281 5664910e-mail: [email protected]

Ham-Let Canada: 3190 Ridgeway Drive, Unit 33Mississauga, Ontario, L5L 5S8Tel: +1 905 6089996 Fax: +1 905 6088661e-mail: [email protected]

Ham-Let UK: Unit 1, Lindfield Enterprise ParkLewes Road, Lindfield Haywards Heath, West Sussex RH16 2LHTel: +44 1444 487555Fax: +44 1444 487666e-mail: [email protected]

® Grafoil – TM UCAR Carbon Company Inc.® Viton, Kalrez – TM DuPont

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