Category INSTRUMENT VALVES & FITTINGS

BAX-LOK INSTRUMENT FITTINGS

 

BAX-LOK DOUBLE FERRULE INSTRUMENT FITTINGS

Nomenclature
BAX-LOK fitting part numbers are constructed from symbols that identify the size and the material used.

Imperial tube

4

MC

8

N

M

Tube O.D.

Style

Thread Size

Thread Type

Material

1/4″

Male Connector

1/2 “

NPT

MONEL & Grade

Therefore, the part no. will be 4MC8N-M400

Metric tube

12M

FC

1/4

N

SS

Tube O.D.

Style

Thread Size

Thread Type

Material

12mm

Female Connector

1/4″

NPT

SS & Grade

Therefore, the part no. will be 12MFC1/4N-SS316

Optional Feature: BAXCELL offers Tube Fittings with CASE HARDENED ferrules for which the process is outsourced from a multinational who are world leaders in providing thermal processing services having 170 locations in 27 countries worldwide employing the latest technology & with years of expertise in this field.

For fittings with CASE HARDENED ferrules, please add CH after above part no.

How to Order

BAX-LOK tube fittings are ordered by part number as listed in this catalogue.

Size:
Imperial tube and pipe thread sizes are designated by the number of sixteenths of an inch.
Eg. ½” tube = 8/16=8,1/4″ NPT =4/16=4.
Metric tube is designated in millimeters and prefixed “M”.
Eg. 12mm tube = 12M. The thread size is written as a fraction Eg. ¼ NPT = ¼N.

Fitting style

A letter or combination of letters and numbers are used to designate the type of fitting. Eg. MRT = male run tee. Please see visual index.

Thread type

N= NPT
ANSI B1.20.1

B= BSP Taper

BS21,  ISO7/1

BP= BSPP

BS2779, ISO 228/1+2, DIN 3852 FORM A

BP= BSPP

BS2779, ISO 228/1+2, DIN 3852 FORM B

M= METRIC

BS3643, ISO 261, 262

Materials

.SS-316

 Titanium-T

 Steel-S

 Alloy Steel-AS

 Brass-B

 Incoloy-I

 MONEL-M

 Incolonel-IN

 Hastelloy C-HC

 Aluminum-A

Please mention material & grade after fitting part no.


For additional Feature i.e  CASE HARDENED ferrules please add CH after above part no :

BAX-LOK tube fittings can be supplied in almost any material suitable for machining.
Principles

The BAX-LOK twin ferrule fitting consists of four precision engineered parts designed to provide secure leak- proof joints capable of satisfying high pressure, vacuum and vibration applications.

Fittings are supplied complete and ready for use. The front ferrule swages onto the tube as it moves down the cone of the body creating a pressure/vacuum-tight seal on both tube and body by the interface pressure and surface finish of mating components. The back ferrule then deforms inwards in the cone of the front ferrule, forming into the tube and creating a strong mechanical hold on the tube.

The internal diameter of the body and nut are closely controlled diameters which constrain the tube within a close tolerance of its axis ensuring accurate alignment within the assembled fittings

Quality Assurance
Product Specification
Application

Manufacturing and ordering processes are tightly controlled by a quality assurance program as per BS 4368 Part IV by carrying out inspection/testing activities at 3 stages as per QAP

The BAX-LOK fittings are widely used in Onshore, Offshore, Chemical, Petrochemical and other Process industries. The fittings comply with ASTM / BS / IS specifications
The BAX-LOK fitting has been specifically designed for use on instrumentation, process and control systems, together with equipment employed in Chemical, Chromatography, Petroleum, Power Generation and Pulp & Paper plants. BAX-LOK tube fitting have also been used in some of the most severe and demanding applications.
Materials

BAX-LOK fittings are available in 316 Stainless Steel, Brass, Steel, Aluminum, Monel, Hastelloy C, Incoloy 825, Inconnel 600 and Titanium. Straight fittings are machined from cold finished bar stock and shaped bodies are machined from close grain forgings. The raw materials used fully conform to the chemical requirements of one or more of the specifications listed below.

Typical raw material specifications:

Material
Bar
Forging

Stainless steel

BS 970 316-S 31
DIN 4401
ASME SA 479/276-316
BS 970 316-S 31
DIN 4401
ASME SA 182-316

Brass

B S 2874 C Z 121
ASTM B16 ALLOY 360
IS 319 Grade-I & II
BS 2872 C Z 122
ASTM B124 ALLOY 377
IS 6192
Steel
ASTM A 108
ASTM A 576
Aluminum
ASTM B 211
ASTM B 211
MONEL
BS 3076 NA 13
ASTM B 164
BS 3076 NA 13
ASTM B 164
Hastelloy C276
ASTM B 575
ASTM B 574

Incoloy 825

BS 3076 NA16
ASTM B 425

BS 3076 NA16
ASTM B 425

Inconnel 600
ASTM B 166
ASTM B 564
Features
Torque

No distortion

Sealing

BAX-LOK tube fittings do not twist the tube during installation. The BAX-LOK fitting design ensures that all make and remake loading is transmitted axially to the tube.  Fitting make-up is eased due to a silver plating of the tube nut threads, which acts as an effective lubricant and prevents galling.

In make-up, there is no undue force in an outward direction to distort the fitting body or ferrules to cause interference between the ferrules and the nut. This assures that the nut will back off for disassembly and permits a greater number of end remarks.
Positive, reliable connections with BAX-LOK fittings have been qualified with exhaustive tests and over years of experience in the manufacture of quality tube fittings. Specific product features such as burnished cones for superior sealing and exacting manufacturing tolerances for consistent product quality, all contribute to the effective sealing of the fittings. In tests, after repeated remakes BAX-LOK fittings effected a Helium seal at over 200 bar. Vibration and impulse tests in the multi-million cycle range prove outstanding sealing capability and fatigue resistance.


HOW TO IDENTIFY METRIC FITTINGS

Metric tube fittings are identified by a stepped shoulder on both the body and the threaded end of the nut as illustrated.

Selection

The BAX-LOK twin ferrule tube fitting is precision engineered to exacting standards. Careful selection of high quality tubing together with the appropriate BAX-LOK fitting will ensure the installation of safe, leak free systems. The following tables are intended as a guide to tube ordering. The tube sizes listed are regularly tested to bursting pressure in both maximum and minimum wall thickness using correctly assembled BAX-LOK tube fittings, with no sign of leakage or failure at the connections.  For use with tubes of wall thickness other than those listed, recommendations regarding working pressures for BAX-LOK fittings can be obtained from our Technical Dept.

Tube should be fully annealed high quality stainless steel tubing to ASTM A-269 or equivalent. The preferred hardness is Rb 80 or less, if harder tube is used Rb 90 is the maximum allowed under ASTM A-269.

Recommended maximum working pressures for stainless steel tubes in bar

Metric

Outside Diameter
of tube (mm)

Tube wall thickness (mm)

0.5 0.7 1.0 1.5 2.0 2.5 3.0

3
4
6
8
10
12
16
18
20
25

450
275
205
170
130
105
660
480
310
225
180
150

 

685
515
410
310
245
160
140
 

725
530
490
375
245
230
195
170

 

480
350
335
290
230

380
335
265

325


Imperial

Outside Diameter
of tube (inch)

Tube wall thickness (Swg/inch)

33/.010

30/.012

22/.028

22/.036

18/.048

16/.064

14/.080

12/.104

1/16
1/8
1/4
5/16
3/8
1/2
5/8
3/4
7/8
1

385

465

680
345
265
205
170

865
515
315
275
205
155
120
105
85

600
465
380
275
205
170
140
120

805
635
515
380
275
240
195
170

480
380
310
245
225

450
380
300
240

The working pressures in the above tables are based on actual tests on ASTM 269 tubing with a safety factor of 4:1. They apply to a metal temperature range of –20o to +100o C.

Threads


NPT Threads

The National Pipe Taper thread has a thread angle of 60o, and is mainly used in the petrochemical and process industries.

NPT – National Pipe Taper threads for connections where pressure–tight joints are made on the threads utilizing a thread sealant.

Thread Standard

ANSI/ASME B. 20.1-1983

BSPP
BSPT
Threads
per
d1 Nominal
Min
d4 Max.
a1
S1
S2 Min.
b1 Min.
b2
   
inch
inch mm inch mm inch mm Inch Mm Inch Mm inch Mm inch mm inch Mm

1/8
¼
3/8
½
¾
1
1.1/4
1.1/2

1/8
¼
3/8
½
¾
1
1.1/4
1.1/2

28
19
19
14
14
11
11
11

0.383
0.518
0.656
0.825
1.041
1.309
1.650
1.882

9,73
13,16
16,66
20,95
26,44
33,25
41,91
47,80

0.156
0.237
0.250
0.322
0.375
0.409
0.500
0.500

3,97
6,05
6,35
8,16
9,2
10,39
12,7
12,7

0.591
0.748
0.906
1.063
1.299
1.575
1.969
2.205

15
19
23
27
33
40
50
56

0.39
0.059
0.079
0.098
0.098
0.098
0.098
0.098

1
1,5
2
2,5
2,5
2,5
2,5
2,5

0.375
0.562
0.562
0.750
0.750
0.937
1.0
1.0

9,53
14,28
14,28
19,05
19,05
23,80
2,4
25,4

0.281
0.437
0.437
0.562
0.625
0.718
0.781
0.875

7,14
9,40
9,40
14,28
15,88
18,24
19,84
22,23

0.315
0.472
0.437
0.551
0.630
0.709
0.787
0.866

8
12
12
14
16
18
20
22

0.217
0.335
0.335
0.413
0.512

5,5
8,5
8,5
10,5
13

Thread Size

Thread Per

E1

I1 Nominal

I3 Nominal

I4

 Inch

Inch

inch

mm

inch

mm

Threads

inch

Mm

inch

mm

1/8
¼
3/8
½
¾
1
1.1/4
1.1/2

27
18
18
14
14
11.1/2
11.1/2
11.1/2

0.376
0.492
0.627
0.778
0.989
1.239
1.593
1.822

9,50
12,50
15,93
19,77
25,12
31,46
40,22
46,29

0.161
0.228
0.240
0.320
0.339
0.400
0.420
0.420

4,10
5,79
6,10
8,13
8,61
10,16
10,67
10,67

3
3
3
3
3
3
3
3

0.111
0.167
0.167
0.214
0.214
0.261
0.261
0.261

2,82
4,23
4,23
5,44
5,44
6,63
6,63
6,63

0.392
0.595
0.601
0.782
0.793
0.985
1.009
1.025

9,97
15,10
15,26
19,86
20,15
25,01
25,62
26,04


BSP threads

BSPP and BSP Taper threads have a thread angle of 55o.
The spot face surface must be square to the pitch diameter and free from longitudinal and spiral tool marks.

BSPP – British Standard Pipe Parallel threads are used in tubes and fittings where pressure-tight joints are not made on the thread, i.e. a peripheral seal is used.

BSP Taper – British Standard Pipe Taper threads are used in tubes and fittings where pressure-tight joints are made on the threads.

Thread Standards:
BSPP thread to: ISO 228-1, BS2779, DIN 3852 part 2,
BSP Taper thread to: ISO 7/1, BS21


 

 

 

 

 

Sealing


Interference sealing of taper threads

Pressure-tight joints of screwed connections with taper threads are achieved by the application of a sealant to the surface of the external male thread.
A minimum of five layers of PTFE tape should be wound around the external taper thread prior to the assembly.
Starting with the first thread, wrap the tape in the direction of the thread spiral.
Ensure that the PTFE tape does not overhang the first thread. PTFE tape should be to the BS4375 specification

Sealing compounds and liquid sealants.

Apart from polymer joint compounds and air-drying liquid sealants, the most common thread seal is an anaerobic synthetic resin, which cures in the absence of air.

Connections are normally ready for operation following one hour curing time, complete curing may take up to 24 hours.

Peripheral sealing of parallel threads

Pressure-tight joints of screwed connections with parallel threads are achieved by placing a seal between the two-machined faces.

Flat seal

Washers and rings are manufactured in many different materials including fully annealed 316 stainless steel, copper, aluminum, fiber, and plastics.

The tightening torque at assembly will vary according to the tensile strength of the fitting material, and the elasticity of the peripheral seal. The torque should be carefully selected to avoid compressing soft seals to the point of extrusion.

Bonded seals

Elastomer sealing rings bonded into metal washers. Bonded seals are reusable, and cater for a variation in the quality of the machined surfaces.

Installation

Interference sealing of taper threads

BAX-LOK tube fittings are supplied completely assembled.

Normal uses

1-Ensure that the end of the tube is cut square and any burrs removed without causing undue chamfering of the tube end.
2-Insert the tube into the BAX –LOK fitting ensuring that the tube is firmly butted home into the body of the fitting and the nut is finger tight.
3-With the body firmly held, mark the nut in the finger tightened position, and rotate the nut one and a quarter turns from the marked position (fig.1). The correctly made connection is then completed.
4-For sizes up to 3/16” tube fittings, only three quarters of a turn from finger tight is necessary.

High pressure applications, high safety factor systems

To allow for possible tolerance variations in tube diameters when the application demands the maximum pressure sealing capabilities of the fitting, it is recommended that the nut is tightened until the tube cannot be rotated by hand. From this point the nut should be tightened one and a quarter turns.

Re-tightening and dis-assembly
With BAX -LOK tube fittings the connection can be disconnected and retightened many times and the same reliable, safe, leak proof connection obtained.

Pre Assembly

For applications where lack of space precludes normal assembly a set of hardened pre-assembly tools is available to enable the nut and ferrules to be pre-assembled onto the tube. With the assembly tool secured in a vice, insert the tube and assemble (fig. 4) as per installation instructions.

Break the pre-assembled joint and insert this assembly into the fitting body (fig 5). Re-assemble as stated in the re-tightening instructions

 

 

 

PARKER HGVS12 SINGLE PORT HVG SERIES

Parker’’s single port gauge valves with vent are purpose designed valves for operation with any fluid up to 6,000 psi (414 bar) rating.

Parker’s HVG series single-port gauge valves are rated at 6,000 PSI (414 bar) and provide a single 1/4″ NPT port for the optional fitting of a captive bleed/vent valve or blanking plug.

All HVG series gauge valves have a self centering, non-rotating spindle tip to ensure 100% bubble-tight shut-off and offer a choice of tip materials as well as PCTFE or PEEK seating alternatives to metal-to-metal, for gas applications.

As standard, the valves feature PTFE gland packing. Fire-safe graphite packing to meet BS 6755 Part 2 and API 607 is available as an option.

The spindle is equipped with a backstop for blowout prevention and the gland is externally adjustable.

Parker’s gauge valves are manufactured from 316 stainless steel as standard, NACE compliant and other types of materials are also available.

 

    • Markets:
    • • Oil and Gas Offshore
    • • Oil and Gas Onshore
    • • Petrochemical
    • • Chemical
    • • Power Generation

 

    • Features/Benefits:
    • Temperature range of -54 to 538˚C (-65 to 1000˚F)
    • • NACE compliant
    • • 100% repeatable bubble-tight shut-off
    • • Heat code traceable
    • • Oxygen clean

 

    • Applications:
    • • Process to instrument interface
    • • Pressure & Flow measurement
    • • Lubrication skids
    • • Water Treatment
    • • Chemical injection skids
    • • Hydraulic systems for wellhead control
    • • Emergency shut down
    • • Pumping packages
    • • Gas booster systems
    • • Test equipment

 

Performance Characteristics

Inlet Size (inch)

1/4 NPT, 3/8 NPT, 1/2 NPT

Inlet Connection

Female, Male

Outlet Size (inch)

1/4 NPT, 3/8 NPT, 1/2 NPT

Outlet Connection

Female

Material

Stainless Steel, Monel, Duplex, Super Duplex, Hasteloy, Carbon Steel, 6Mo, Titanium, Incoloy 825, Incoloy 625

Flow Factor 1 (Cv)

0.35 standard

Maximum Working Pressure (psi)

6,000 (5,000 for Monel)

Maximum Working Pressure (bar)

414 (345 for Monel)

Minimum Working Temperature (C)

-54°C

Maximum Working Temperature (C)

+538°C

Minimum Working Temperature (F)

-65°F

Maximum Working Temperature (F)

+1000°F

Seat Material

Metal/metal seated

Packing Material

PTFE as standard, graphite optional

Valve Option

To order individual bleed valves and plugs contact factory

Series

HVG

 

 

HYLOK NEEDLE VALVE 1/2″ OD 6000Psi

HYLOK NEEDLE VALVE 1/2″ OD 6000Psi GRAPHITE PACKING,

PN: NV3H-8T-G

Product Details

Additional Information  –
Dimension D (mm) 13.50
Dimension L (mm) 72.00
Dimension L1 (mm) 36.00
Series NV
Dimension L2 (mm) 36.00
Dimension L3 (mm) 36.00
Body Material Stainless steel 316
Quality System Certificates ISO 9001 Certificate No. GQC 212, ASME Sect II (MO) Certificate No. QSC 584
Dimension E (mm) 13.00
Dimension H (mm) 63.60
Dimension C (mm) 49.00
Flow Coefficient (Cv) 0.7
Pressure Rating (psi) 1000, 2000, 3000, 4000, 5000
Pressure Rating (bar) 344, 69, 138, 206, 275
Temperature Rating (ºF) -65 to 600, 450
Temperature Rating (ºC) -54 to 315, 232
Packing Material Graphite Packing
Stem Tip Vee (Standard), Regulating, Soft Seat with Kel-F
Dimension F (mm) 50.00
Inlet End Connection 1/2″ Hy-Lok
Orifice (mm) 6.30
Outlet End Connection 1/2″ Hy-Lok
Body Pattern Straight Pattern (Standard), Angle Pattern
Dimension F₁ (mm) 64.00
Dimension G (mm) 20.00
Handle Without (Standard), Black Phenolic Knob, Black Aluminum Bar
Sour Gas Without (Standard), NACE MR-01-75

 

 

 

PARKER HEX PLUG SS316 1/2″ MNPT

Instrument Pipe Fittings PH Hex Head Plug

Parker Hex plug, 316SS, 1/2″ MNPT
  • Body Material: 316 Stainless Steel
  • Brand: Parker Instrumentation
  • Plug Type: Hex Head Plug
  • Product Family: PH
  • Product Type: Plug
  • Size: 1/2 in.

The pipe fitting is designed as a leak-free connection for process control, instrumentation, and general plumbing applications. Available in brass, Steel, and stainless Steel, this pipe fitting is precision machined from forgings for elbows, tees and crosses, and from bar stock for straight connectors.

  • All pipe threads are National Pipe Taper (NPT)
  • Rolled male threads for extra strength
  • Working pressures calculated per ANSI B31.1 and B31.3
  • Available in brass, Steel, and 316 stainless Steel

 

 

 

 

 

PARKER UNION ELBOW 12mm OD TUBE

PARKER UNION ELBOW 12mm OD TUBE

That’s why Parker Double Ferrule Compression Instrumentation Tube Fittings – A-LOK® Series are designed to be a higher grade, leak-free connection that meets the rigid standards for process control, power generation and instrumentation applications. They are available in a wide variety of materials, sizes and configurations so we’ll have the perfect one for your job. FYI – it seems a lot of people dislike leeks, too.
 

 

Product Description

PARKER UNION ELBOW 12mm OD TUBE

PARKER A-LOK Metric Tube Union Elbow – EEM

Instrumentation Tube Fitting – 90° Elbow Union Elbow for use with Metric Tubing

Product Details

Parker Supercase® A-LOK double ferrule precision engineered tube fittings for instrumentation applications.
DESCRIPTION ATTRIBUTE VALUE
PRODUCT TYPE PROCESS FITTING ELBOW, TUBE
SIZE 12MM
CONNECTION DOUBLE FERRULE COMPRESSION
MATERIAL 316 SS
DEGREE 90 DEGREE
CONNECTION A  12mm
CONNECTION B  12mm
ADDITIONAL DETAIL 13/16” HEX SIZE
TRADE/BRAND NAME A-LOK®
SYNONYM UNION ELBOW – 12MM A-LOK

 
Application: In the key markets of chemical & refining, food, beverage & dairy, medical & dental, microelectronics, oil & gas, and power generation.
 
 

A-LOK® double ferrule instrumentation tube fitting, tube to tube 90º elbow

View Parts

  • EEM10-B

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 10MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL BRASS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 11/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO
  • EEM10-316

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 10MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL 316 SS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 11/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW – 10MM A-LOK
    Configurator NO
    CAD Drawing Available NO
  • EEM12-B

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 12MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL BRASS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 13/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO
  • EEM12-316

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 12MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL 316 SS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 13/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW – 12MM A-LOK
    Configurator NO
    CAD Drawing Available NO
  • EEM16-B

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 16MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL BRASS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 15/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO
  • EEM16-316

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 16MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL 316 SS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 15/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO
  • EEM25-316

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 25MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL 316 SS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 1-3/8” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO
  • EEM6-316

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 6MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL 316 SS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 1/2” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW – 6MM A-LOK
    Configurator NO
    CAD Drawing Available NO
  • EEM8-B

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 8MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL BRASS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 9/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO
  • EEM8-316

    Description Value
    PRODUCT TYPE Process Fitting Elbow, Tube
    SIZE 8MM
    CONNECTION DOUBLE FERRULE COMPRESSION
    MATERIAL 316 SS
    DEGREE 90 DEGREE
    ADDITIONAL DETAIL 9/16” HEX SIZE
    TRADE/BRAND NAME A-LOK®
    SYNONYM UNION ELBOW
    Configurator NO
    CAD Drawing Available NO

 
 

SWAGELOK SS-CHS4-10 CHECK VALVE 1/4″ OD 6000PSI

SWAGELOK SS-CHS4-10 CHECK VALVE 1/4″ OD 6000PSI

Product Description

SWAGELOK SS-CHS4-10 CHECK VALVE 1/4″ OD 6000PSI, 413 BAR

Stainless Steel Poppet 6000 psig (413 bar) Check Valve, 1/4 in. Swagelok Tube Fitting, 10 psig (0.69 bar)

SPESIFIKASI:

Body Material 316 Stainless Steel
Connection 1 Size 1/4 in.
Connection 1 Type Swagelok® Tube Fitting
Cleaning Process Standard Cleaning and Packaging (SC-10)
Connection 2 Size 1/4 in.
Connection 2 Type Swagelok® Tube Fitting
Cracking Pressure 10 psi (0.69 bar, 0.069 MPa)
Feature O-rings: Fluorocarbon FKM
Surface Finish Standard
UNSPSC (SWG01) 40141641
Backup Ring Material PTFE
Lubricant Christo-lube MCG 111 (WL8)
Max Temperature Pressure Rating 400°F @ 4280 PSIG /204°C @ 294 BAR
Room Temperature Pressure Rating 6000 PSIG @ 100°F /413 BAR @ 37°C
Seal Material Fluorocarbon FKM
Spring Coating None
Testing No Optional Testing