2025-01 KaMOS Product catalogue

Karmsund Maritime Offshore Supply AS

THE COMPANY

Karmsund Maritime Offshore Supply AS is a Norwegian technology company situated at Haugalandet, the west coast of Norway

KaMOS® specializes in developing and producing time, cost and safety efficient solutions and products, serving both onshore and offshore industries worldwide.

Our business is to continue our efforts to improve issues relating to health, environment and safety at the workplace and in connection with the goods and services that we deliver

PRODUCTS

KaMOS® products are the result of research and development done in conjunction with input from offshore industry players with more than 20 years of experience.

KaMOS® products have been in the market since early 1990 and are patented worldwide.

KaMOS® is focused and certified for NS-EN ISO 9001:2015 and NS-EN ISO 14001:2015 for security, work and environment.

SUPPLIES

KaMOS® has available stock at all times; ensuring deliveries can be made in the shortest possible time, to customers with time constraints.

3.1.2

3.1.5

3.1.6

Ring Joint is the designation for a type of seal where an oval or octagonal ring constitutes the seal element that will prevent leakage

– Karmsund Maritime Group

Leakage testing 1

1.1 Pressure Testing

In case of changes or modifications made in the piping systems the systems must be pressure tested. This must be done, says the ANSI code, by blanking off a limited section of piping and pressure testing it with a given over-pressure above the design pressure. The test is usually done with water (hydrostatic) as the test medium.

The aim of the pressure test is to verify that all welds and flanges are strong enough to withstand the strain they will suffer and also check that the system is

1.2 Leakage Testing

If only individual components are replaced, they have been pressure tested by the manufacturer Further pressure testing is not needed. However the system should be leak tested for leaks in the flanges. According to the specification this is done either with gas or water

The blanking off of the area to be leak tested can be done with shutoff valves, or blinds, if there are no valves suitably placed in the system. But where blind flanges are used, there will inevitably be at least two flanges that have not been leak tested.

In practice, when replacing a valve, the leak test will often be bypassed, and instead the system pressure will be applied gradually at the same time as the flanges that were split are monitored. If a leak is discovered, the system is depressurized again and the leak repaired, so that the procedure can be repeated.

intact. Pipe lengths (spools) are usually tested one at a time.

After the pressure test is done the pipe spools are installed on the process system and leak tests commence. In case of leaks, they must be repaired and another system pressure test must be made.

Leaks in flanges therefore cause an unnecessary prolongation of the pressure test period, which can be avoided by checking flange integrity before testing.

In many cases, this is a time consuming process that can result in production downtime and economic loss due to reduced production.

Safety is enhanced and economic loss is reduced with minimized downtime if there can be some level of certainty of the tightness of the flange.

The main difference between a ring joint and a tradition flat seal is that the ring joint sits in a prefabricated groove in the flange which is suited to the oval or octagonal geometry of the ring. A flat seal will face against two flat surfaces. The seal ring is always made of metal, whereas flat seals are usually made of an elastomeric material. Seal rings are used extensively in process systems on production platforms and are universal in the wellhead area.

The pressure classes and geometries of the flanges and rings used are given in the standards API 6A and ANSI 16.5. A principal outline of a flange with seal ring joint is given in Figure 1. Standard API 6A describes two types of flanges for pipe connections where ring joints are used, flange type B and flange type BX.

In ANSI 16.5 all flanges are more or less similar to the API B type. For a flange of type API BX there is virtually no gap between the flanges when correctly made up together. For flange type API B and ANSI 16.5, there will be a gap between the flanges which is virtually constant for pipeline dimensions between 2 and 23 inches (see Table 1).

The gap between the flanges varies with the type of ring used. For ANSI 16.5 flanges the gap between the flanges will be of the same approximate size as for API flanges type B.

ANSI flanges on the other hand have a reduction of the flange that makes access to the ring easier The seal rings used in this type of flange are divided into three main groups: R, RX and BX. Ring type R is available in both octagonal and oval versions. Both the octagonal and the oval ring can be used in the same flange with identical shaping of the groove.

Ring types R and RX can be used interchangeably

in API 6B flanges and ANSI 16.5, but ring type BX can only be used with API flange type 6BX. Both ring types RX and BX have penetrating holes for pressure equalization between the flange voids (annular space), but the rings cannot be exchanged.

Table 1 is a summary of the typical flange gap for API type B flanges, and ANSI 16.5 flanges, when correctly tightened. As the table shows, the flange gap is essentially constant for a ring type regardless of the size of the ring. The largest difference is between ring types R and RX. The flange gap varies also with the pressure class of the flange.

Flanges of type API 6A BX have no gap between the flanges after tightening and are therefore omitted from the table.

KaMOS® BX Gaskets are modified to be 5 mm higher than a standard BX gasket.

Table 1: Flange gap for different piping diameters

1.3 Criteria for Flange Integrity

Seal rings of type R and RX have a height-to-width ratio of 1.3 or greater, and the groove that the seal ring sits in is conical. The width of the groove at the bottom is less than the width of the ring.

When the flanges are compressed by bolts the ring will be compressed and pushed into the bottom of the groove forming a metallic contact between the side walls of the ring and the groove of the flange. This is a condition for achieving tightness of the seal.

Thus there are two sealing faces in the seal, a primary side towards the process, and a secondary side towards the atmosphere. Ideally both the primary and secondary sides will be tight. This requires good metallic contact between the flange and seal ring. Correct pre-tension of the flanges in relation to the inside and outside forces is therefore critical for the seal performance of the ring.

In addition both ring and groove must be free of damage or mechanical injury, and must meet specific requirements for surface roughness.

In the great majority of cases flanges are tensioned so that local creep (“flow” of metal) occurs in the contact zone between the ring and flange groove. This is necessary to achieve desired material contact between the surfaces.

The rest of the ring, together with bolts and flange, will form an elastic system that should be able to compensate for deformations caused by swings in external and internal forces resulting from temperature changes, process variations and physical loads (like weight of medium in pipe).

To achieve satisfactory tightness the following criterias must be satisfied or accommodated:

1 Geometry in the seal ring and the groove in which it sits must be adjusted so that material contact is achieved around the entire circumference, both on the primary and secondary sides of the ring Neither the seal ring nor the groove must contain damage or scratches that can form leak paths past the ring.

2. The groove in the flange must be worked up to a coarseness better than 63 RMS and also meet the geometry and tolerance as given in ANSI 16.5 and API 6A.

3. The bolt pre-tension must be sufficient to deform the seal ring plastically on the surface so that good material contact is achieved between seal and flange. On the other hand the ring must act elastically after pre-tension so as to take up movements in the flange. This means that the pre-tension is released after first being applied.

4 Torquing of the bolts must be done so that the surface pressure is the same around the whole ring, without occasioning skew angles between the flanges. The maximum permitted non-alignment under API 6A is one degree Also, the flange must be tensioned so that the gap between flanges meets the goals given in the standards (see typical flange gaps in Table 1, page 5) Due to the deformation that occurs in the seal ring, each bolt, under today’s procedure, must be tensioned in three or four steps, if the desired resulting pre-tension is to be achieved

A difficulty with flanges in the ANSI 16.5 code is that the necessary pre-tension of the flanges is not specified. This means that practices for torquing flanges differ The current practice is that bolts are pre-tensioned to 40-50 per cent of yield point strain of the bolts. This pre-tension is adjusted to the strength of the flange.

Yet a given torquing moment does not result in a specific pre-tension, since there are major sources of error in the estimated thread friction and nut-flange friction. The sources of error here are so large that the margin of error may reach ± 30 percent.

Pressure classes for ANSI 16.5 and API 6A flanges

The ANSI 16.5 flanges are divided into pressure classes: 150 (8.0), 300 (20.5), 400 (27.5), 600 (41.5), 900 (62.0), 1500 (103.0), and 2500 (172.0).

The codes refer to the design pressure in psi, with the corresponding pressure in bar in brackets.

Corresponding codes for API 6A cover the pressure range from 2000 psi to 20,000 psi and the hydrostatic test pressure for the same flanges is 2.7 to 3.7 times the design pressure.

1.4 Seal Areas on Ring Gasket Types

Type SRX ring gasket for subsea make-up Option B

The arrows indicate the sealing areas of the different types of ring gaskets.

In the case of subsea make up, any water trapped between a ring groove bottom and the sealing area of a SRX or SBX gasket can escape to the equipment i.d. bore.

Making up ring joint connections of any kind represents considerable effort and uses valuable time, having a connection leak after make-up represents an unnecessary and avoidable downtime Type SBX ring gasket for subsea make-up Option B

1.5 Ring Gasket Handling and Inspection before Assembly

API requires that manufacturers box or wrap ring gaskets, but this provides no real assurance that they will arrive at the point of use undamaged. All ring gaskets finally seal by coining and intimate contact mandating that the seal contact area not have damage that will prevent continuous intimate contact after make-up and coining.

Any bruise, gouge, (dent, ding, etc.) or groove across the seal contact area may prevent uniform coining and continuous intimate contact, resulting in leakage in the area of damage.

Any rough handling or impact contact against hard surfaces or objects may cause damage to a ring gasket that renders it unusable.

Keep soft iron and carbon steel ring gaskets dry to prevent rust and pitting.

Note: The plating on these ring gaskets will provide some rust protection for a short time but any extended storage in a damp atmosphere or wetness may destroy the usefulness of these gaskets. Stainless steel ring gaskets forgive wet conditions.

Keep all ring gaskets in a secure area where other objects do not contact or bang against them. Transport and handle them using care not to crush, bruise, or scar them in any way

Before installing any ring gasket (and preferably before transporting to the installation site) inspect it carefully

Make certain the ring gasket stamped marking agrees exactly with that called for as fitting the intended connection. Be sure no damage exists on, or across, the seal contact surfaces; See table 2 below

Note: Ring gaskets marked SRX or SBX have identical measurements to RX and BX ring gaskets with the same number designation, and they will fit the same corresponding connectors. The “S” indicates these gaskets have vent holes to allow reliable connector make-up underwater (subsea). API Spec 17D requires that manufacturers use only corrosion resistant alloy as the material for these gaskets.

RING GASKET MARKING ALL MARKING COLD STAMPED ON O.D.

DATE OF MANUFACTURE1

MANUFACTURERS NAME OR LOGO RING GASKET TYPE AND NUMBER2

MATERIAL: MARK: Soft iron D-4 Low-carbon steel S-4

304 Stainless steel S-304-4

316 Stainless steel S-316-4

Other materials on request.

1 Manufacturer may use a code number to indicate date of manufacture.

2 No distinctive marking required on R ring gaskets to differentiate. Oval or Octagonal.

Making up ring joint connections of any kind represents considerable effort and uses valuable time, having a connection leak after make-up represents an unnecessary and avoidable downtime.

– Karmsund Maritime Group

KaMOS® – Leakagetest Method for Pipelines 2

Over the past few years there have been several cases of near-accidents due to leaks in flanges. Experience from offshore operation has shown that flanged connections in piping at high pressure in the presence of hydrocarbons constitute a large safety risk.

Better methods of avoiding leaks from such flanges will provides a safety benefit, at the same time more effective methods of leak testing can reduce the down-time connected with testing, and thus reduce the loss in earnings as the result of downtime production.

KaMOS® method of leak testing of flanges with gaskets is a proactive solution, measuring whether tightness has been achieved on all sealing surfaces of flange before the flange and pipe are subjected to internal pressure, as well as monitor the flange connections for future leakages.

The KaMOS® method permits flange integrity to be tested from the outside before system pressure is applied. In the safety equation this will offer great benefits. It will also in many cases reduce the test time for normal pressure and leak tests because certain repetitions of the tests in case of leaky flanges will be avoided.

The KaMOS® test method is based on pressurizing the annular space above and below the seal ring using test gas. If no pressure loss is recorded during this pressurization, the seal is deemed tight.

The test medium that is applied to the annular space is applied by using KaMOS® Test Equipment (containing a reservoir, a manometer and hoses), a simple portable test equipment.

KaMOS® Test Equipment is easy to handle and will make it possible to leaktest flanges on a one-off basis without pressurizing entire systems.

The KaMOS® test system will also check the primary and secondary sides of the seal for tightness. Other leak testing methods that is used today cannot distinguish these two sides, only if it is tight or not.

KaMOS® Patented Ring Joint - equipment for sealing and surveillance of flanged connections

2.1 KaMOS® Patented RTJ Gasket –

Description of KaMOS® Leaktest Method

Pat No. NO175832

By using a unique patented technique KaMOS® has developed a sealing arrangement for pipe systems which incorporates surveillance of flange conventions for all sizes. The method will be able to provide a quick and effective control as to whether the flange connection is intact before the flange receives system pressure This will offer large safety benefits. The risk of leaks after maintenance actions will be reduced Experience shows this to have been a safety problem

It will also offer major economic savings since the leaktest method is significantly faster than traditional leak testing. Production can recommence faster after a maintenance action. Also, there will be a decrease

in the volumes of nitrogen/helium used since the test equipment requires only tiny amounts of gas.

The principal applied in the leak test is based on pressurizing the annual space above and below the seal ring. If no pressure loss is experienced in this pressurization, the seal is deemed tight.

Advantages by using KaMOS ® Patented RTJ Gasket:

• The flange is tested for leaks before the process pressure is applied

• Flanges that would not otherwise be leak or pressure tested (such as blind flanges to isolate spools) can be tested

• Certainty that the seal actually seals all contact surfaces (primary and secondary sides)

• Time of testing is significantly reduced, resulting in significantly less downtime due to leak testing

• KaMOS® Test Equipment is simple and easy to use

• Necessary volumes of nitrogen required for testing are minimal, which means that large quantities of test medium will be saved compared with conventional leak testing

• The method can also be used for continuous monitoring of seals by equipping an indicator

• The pressurization line can be used to feed in liquid sealant in case of emergency

• Future surveillance for leakages of flanged connections

• The test will offer a safety benefit and an economic benefit because at an early stage it will detect flange connections which are leaky

• The KaMOS® method is DNV and ABS approved and reported to have compared favour with conventional methods in test program run at the Statoil F&U laboratory and has over the past years been adapted for a number of projects by Total, Cameron, Norsk Hydro, Statoil and Shell UK to name a few

The modification needing to be done, involving drilling a hole in the sealing ring, are considered to have no practical consequences for the strength or deformation characteristics of the ring.

Application of the test medium, which must be introduced into the annular space, is envisaged using a easy portable KaMOS® Test Equipment, consisting of a reservoir, valves, hoses, and manometers.

The KaMOS® Test Equipment makes it possible to test single flanges without pressurizing the entire piping system.

The KaMOS® method also has another advantage since it checks that all sealing faces in the seal are tight. The traditional leak test method only serves to confirm that seal surfaces are tight on the inside or outside.

Leakage or “blow-outs” with serious consequences may be prevented

KaMOS® Gaskets Used

AT SITE

SELECTED REFERENCES:

• ExxonMobil/Hyundai Heavy Industries Ltd., FPSO Kizomba A & B and Wellhead Platform, Angola

• Total E&P Angola, ROSA Project, Angola

• Petrobras, FPSO V Espadarte, Brazil

• Total E&P Borneo, Onshore Processing Plant Lumut, Brunei

• Husky Oil Operations Limited, White Rose Project, Canada

• ConocoPhillips, Platforms, UK, Norway

• AMEC Paragon, Kizomba A and B Satelites, Angola

• BP, Platforms, UK

• Shell, Platforms, UK

• Construction and Piling equip Ltd. Pte., Angel Project, Australia

• PTTEP- Thailand, Bangkot Field, Thailand

• Hyundai Heavy Industries Co Ltd., Umm Shaif Prosject, UAE

• BG Tunisia, Hasurbal Project, Tunisia

• Total E&P UK, Platforms, UK

SUBSEA

SELECTED REFERENCES:

• Saipem, Blacktip Gas (ENI Australia), Australia

• Woodside Energy Ltd, Angel Project, Australia

• Burullus Gas Company (Technip France) Simian, Sienna and Sapphire Development Slug catcher modification West Delta Deep Marine Concession, Scarab

• PT. Mitra PFP Utama, Tangguh GPF Project, Indonesia

• PT Techip Indonesia, BBSD Project, Indonesia

• Rubicon Offshore, FPSO Rubicon, Batangas, Philippines

• Technip Offshore UK Ltd Baobab Field Development Project, UK Simian/Sienna and Sapphire Development, Egypt

• Technip Subsea 7 Asia Pacific Pty Ltd

• Tavan Gashta Int (TGI)

• Leigthon Contractors PVT Ltd, India

• Kaliraia Sari P T, Chevron Indonesia Well Connection

• PT Petrosea TBK, Indonesia Kersi Field Dev Project KRA South Gas Development

• SES Gas Project, Sumatra, Malaysia

• Global Offshore Malaysia, T&G Offshore Facility Guntong

• Chevron, Erskine, UK

• Technip UK, Erskine, UK

• CAPE Group Ltd.

Su Tu Den North East, Vietnam

Su Tu Field development, Vietnam

UNDERGROUND

SELECTED REFERENCES:

• Total E&P Myanmar, DGMS. Upgrading Project, Myanmar

2.1.1 KaMOS® Leaktest Solutions for RTJ Flanges

Pat No. NO175832

KaMOS® leakagetest is also available to be used with KaMOS® patented flanges, following solutions are offered:

& RX ring standard

R & RX ring KaMOS® standard (Indicator/test connection fitted to the flange)

ring standard

BX ring KaMOS® standard (Indicator/test connection horizontale fitted to the flange)

R & RX ring KaMOS® standard (Indicator/test connection in ring)

& RX ring KaMOS® standard (Indicator/test connection horizontal fitted to the flange)

BX ring KaMOS® standard (Indicator/test connection in ring)

BX ring KaMOS® standard (Indicator/test connection fitted to the flange)

R & RX ring KaMOS® standard (Indicators/test connection in flange)

R & RX ring KaMOS® standard (Indicators/test connection horizontal fitted to the flange)

Types R and RX gaskets shall be used on 6B flanges. Only BX gaskets shall be used with 6BX flanges. RX and BX gaskets provide a pressure-energized seal but are not interchangeable.

2.2 Technical Information

2.2.1 KaMOS® Patented RTJ Gasket, – Model R

Pat No. NO175832

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 150 # (PN 20)

2.2.2 KaMOS® Patented RTJ Gasket, – Model R

No. NO175832

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 300 # (PN 50)

For other sizes on request.

2.2.3 KaMOS® Patented RTJ Gasket, – Model R

Pat No. NO175832

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 400 #

3/4

2.2.4 KaMOS® Patented RTJ Gasket, – Model R

Pat No. NO175832

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 600 # (PN 100)

2.2.5 KaMOS® Patented RTJ Gasket, – Model R

Pat No. NO175832

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 900 # (PN 150)

* 1/2" - 2 1/2" see Nominal Pressure 1500#

2.2.6 KaMOS® Patented RTJ Gasket, – Model R

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 1500 # (PN 250)

2.2.7 KaMOS® Patented RTJ Gasket, – Model R

Pat No. NO175832

ANSI B 16.5 – MSS SP44 – API Std. (*)

Nominal Pressure 2500 # (PN 420)

* For other sizes on request.

2.2.8 KaMOS® Patented RX Gasket

Pat No. NO175832

According to API spec 6A/ISO 10423 and ASME B16.20 Types R and RX Gaskets shall be used on 6B flanges. Only BX gaskets shall be used with 6BX flanges. RX and BX gaskets is providing a pressure-energized seal but are not interchangeable.

Detonates API Ring Type Joints for segmented flanges for dual completions to API Standard 6A. (2) Crossover flange connection

2.2.9 KaMOS® Patented BX Gasket

Pat No. NO175832

According to API spec 6A/ISO 10423 and ASME B16.20. Type 6BX flanges are of the ring joint type and are designed with a raised face. Depending on tolerances, the connection make-up bolting force may react to the raised face of the flange when the gasket has been properly seated. This support prevents damage to the flange or gasket from excessive bolt torque. Therefore one of the flanges in a 6BX connection shall have a raised face. The type 6BX flange shall be on the through-bolted or studded design.

KaMOS® BX Gaskets height is modified to fulfill requirements of distance between flanges for pressure pipe KaMOS® BX Gasket: H = 5 mm higher than standard

* BX 167 (26 3/4" - 2000) * BX168 (26” 3000) * BX 303 (30" 2000-3000)

NOTE: Face to face contact is not necessary for the proper functioning of the type 6BX flanges

2.2.10 KaMOS® Gasket – Long Pipe Model

If flangespace is limited, all KaMOS® Gaskets can on request be offered with longer pipes.

Type

Description

KaMOS® Product no. + L Long pipe

KaMOS® Product no. + C Custom requested pipe length

2.2.11 KaMOS® Blind Gasket – with pressure gauge

KaMOS® Blind Gasket may be used when the space is the limit.

KaMOS® Blind Gasket:

• Gasket

• Measure pressure

• Leakage / installation test

• Blind a flange (Non Pressure retaining)

2.2.12 KaMOS® Spectacle Blind Gasket / Plate

KaMOS® has invented according to ASME B16.48 - Spectacle Blinds and can deliver an integrated spectacle blind gasket/plate that replaces the need of gaskets, blindplate and leakage/installation test that it is correct installed before work on the pipe will start.

KaMOS® Spectacle Blind Gasket/Plate:

• Gasket / Plate

• Leakage / installation test

• Blind a flange (Pressure retaining)

• Comes with lifting ears on request

2.2.13 KaMOS® Special BX Gasket

A special BX gasket with face to face contact. Custom made, and delivered in all requested materials.

KaMOS® Special BX Gasket gives face to face contact when required

Installation Tools KaMOS®

2.2.14.1 KaMOS® Patented Gasket Installation Kit

Pat No. NO338406

KaMOS® has developed a new method for a safer and faster way to install gaskets within the flange assembly. The KaMOS® Gasket Tool

• Can be used in all flange connections including compact flanges, and are not limited to any weight.

• Self-aligns the gasket in the ring groove, is removable and can be reused

• Protects all users working on the flange. By using the KaMOS® DistIN Tool there is no need for use of hands or other tools between the flanges.

The Gasket Installation Tool is meant to keep the gasket in place while the flange is made up. Simply remove the bolt where the KaMOS® Gasket Installation Tool is meant to be used, align the bolt holes and reinstall the bolt.

The KaMOS® DistIN Tool is labelled with a distance mark to ensure that the gasket is properly aligned within the flange before the bolts are tightened via bolt tensioning or torquing.

Insert the gasket with the KaMOS® Gasket Installation Tool in place

Tighten the bolts to flush the gasket in the flange

1 2 3 4

Use the Distance Tool (DistIn) to make sure the gasket sits in place

Remove the bolts holding the tools and remove the KaMOS® Gasket Installation Tool

2.2.14.2 KaMOS® Skillet

KaMOS® Skillet is designed to be time, cost and safety efficient when installing KaMOS® Gaskets in pipelines onshore and subsea.

KaMOS® Skillet keeps the KaMOS® Gasket centered during installation. KaMOS® Skillet are custom made after customers request of size and materials.

All dimensions from 2" to 48"

Item Description Material

520212000xxxx KaMOS® Skillet SS316

520212000xxxx KaMOS® Skillet SS316L

520212000xxxx KaMOS® Skillet Inc 825

520212000xxxx KaMOS® Skillet Inc 625

520212000xxxx KaMOS® Skillet Aluminium 5052

2.2.15 KaMOS® Dust Gasket

KaMOS® Dust Gasket is used for closing pipe provisionally. In order for an easy removal and insertion, the KaMOS® Dust Gasket is equipped with a handle. KaMOS® Dust Gasket can be delivered in 3 types

- Style R - Style RX - Style BX

KaMOS® Dust Gasket is available in a wide range of materials.

2.2.16 KaMOS® Test Seal Ring

KaMOS® method of leak testing of Clamp Connector with KaMOS®TestSealRing measures whether tightness has been achieved on all sealing surfaces of Hubs before the Clamp Connector and pipe are subjected to internal pressure, as well as monitor the Clamp Connector connections for future leakages.

The KaMOS® method permits Hubs integrity to be tested from the outside before system pressure is applied. In the safety equation this will offer great benefits. It will also in many cases reduce the test time for normal pressure and leak tests because certain repetitions of the tests in case of leaky hubs will be avoided.

The KaMOS® test method is based on pressurizing the annular space between the Seal Ring Rib and Seal Ring Lip using test gas. If no pressure loss is recorded during this pressurization, the seal is deemed tight.

The test medium that is applied to the annular space is applied by using KaMOS® Test Equipment (containing a reservoir, a manometer and hoses), a simple portable test equipment.

KaMOS® Test Equipment is easy to handle and will make it possible to leak test Clamp Connector on a one-off basis without pressurizing entire systems.

The KaMOS® test system will also check the Seal Ring Rib and Seal Ring Lip for tightness. Other leak testing methods that is used today cannot distinguish these two sides, only if it is tight or not.

2.2.16 KaMOS® Test Seal Ring

Pat No. NO337569

ASME B31.3 - ASME VIII Division 2

KaMOS® test seal ring gaskets are designed to be used with clamp connectors and are suitable for all clamp type connections currently available in the market.

2.2.16 KaMOS® Test Seal Ring

Pat No. NO337569

ASME B31.3 - ASME VIII Division 2

KaMOS® test seal ring gaskets are designed to be used with clamp connectors and are suitable for all clamp type connections currently available in the market.

2.3 KaMOS® Patented Intelligent

Pat No. GC0000396

Karmsund Maritime Offshore Supply AS (KaMOS®) are now introducing a new leak test method for flanges with raised face and flat face that determine whether tightness has been achived on all sealing surfaces before the flange and pipe are subjected to internal pressure, as well as monitoring the flange connections for future leakages.

The KaMOS® method is based on pressurizing the annular space between primary and secondary sealing using test medium. If no pressure loss is recorded the seal is deemed tight.

KaMOS® PATENTED INTELLIGENT

KAMMPROFIL GASKET FOR ANSI B16.5 RF FLANGES MEET REQUIREMENTS

GIVEN IN ASME B16.20 / B16.47 Series A or B

KaMOS® Patented Intelligent gasket gives the opportunity to leak test the flanged connection directly after the flanges are mounted, and also monitor eventual leakages while pipe system is running

KaMOS® Patented Kammprofil gasket materials should always be selected with regard to chemical compatibility and temperature / pressure conditions

The test gas is applied using a small portable equipment containing: pressure bottle, manometer and hoses. This test equipment is designed to enable flanges to be tested on a one- off basis with out pressurizing entire system.

Some KaMOS® gaskets are sliced on one edge due to effectiveness in production.

The KaMOS® gasket may be used several times in installations by getting new sealing material on the metallic core.

Metallic core Facing materials

Stainless steel grade Carbon steel, Zinc electroplating with yellow chroming

Graphite PTFE

* KaMOS® can deliver other materials on request

2.3.1 KaMOS®

The advantages by using KaMOS® RF & FF Gasket:

• The flange is tested for leaks before the process pressure is applied.

• Flanges that would not otherwise be leak or pressure tested (such as blind flanges to isolate spools) can be tested.

• Time of testing is significantly reduced, resulting in less downtime due to leak testing.

• KaMOS® Test Equipment is easy to use.

• Volumes of nitrogen required for testing are minimal, so large quantities of nitrogen and helium will be saved compared to conventional leak testing.

• The KaMOS® test method can also be used for continuous monitoring of seals by equipping the annular space with an indicator of gas pressure.

• The pressurization line can be used to feed in liquid sealant in case of emergency

2.4.1 KaMOS®

KaMOS® Gasket: Style RU - Raised face without guide ring

For 150 lb & 300 lb, RF and RU KaMOS® Kammprofil Gaskets, the entire KaMOS® Indicator/Blind Plug is mounted on the outside of the flange

2.4.2 KaMOS®

Pat No. GC0000396

KaMOS® Gasket: Style RS - Raised face with guide ring

For 150 lb & 300 lb, RF and RU KaMOS® Kammprofil Gaskets, the entire KaMOS® Indicator/Blind Plug is mounted on the outside of the flange

2.4.3 KaMOS®

KaMOS® Gasket: Style FU - Flat face without guide ring

on

For FU & FS KaMOS® Kammprofil Gaskets the entire KaMOS® Indicator/Blind Plug is mounted on the outside of the flange

2.4.4 KaMOS®

KaMOS® Gasket: Style FS - Flat face with guide ring For FU & FS KaMOS® Kammprofil Gaskets

2.4.5 KaMOS® Graphite for Reusable KaMOS®

The KaMOS® Kammprofil Gasket may be used several times in installations by changing to new sealing material on the metallic core.

Graphite is without doubt the premier sheet gasket material available in the market today This totally non-toxic, high purity carbon material, containing no respirable fibres, binders, lubricating agents or other unsurpassable by any other available sealing material.

Based on the same material utilized in spiral wound gasket production, Graphite sheet gaskets provide conformable, low sealing stress seals, ideal for use on both rough and smooth flanges.

The self lubricating homogeneous structure exceptional chemical and temperature resistance

Description

Technical Data

Sublimination point 3650°C (6602°F) Tensile

Leachable chloride ion content

Leachable fluoride ion content

Temperature range:

p.p.m.(Certifiable on request)

p.p.m.(Certifiable on request)

ensure long service life, even in the presence of highly corrosive and toxic media. Low leachable and total chloride content aid in the avoidance of intergranular corrosion of austenitic stainless steel piping systems.

Physical Properties

The following physical properties are based on a standard purify 98% carbon foil, 0,35 mm thickness at a density of 1,0g/cm3

Type Description

30000000-01,00 Grafitt set (2off) 1" KaMOS® Kammprofil

30000000-01,50 Grafitt set (2off) 1 1/2" KaMOS® Kammprofil

30000000-02,00 Grafitt set (2off) 2" KaMOS® Kammprofil

30000000-02,50 Grafitt set (2off) 2 1/2" KaMOS® Kammprofil

30000000-03,00 Grafitt set (2off) 3" KaMOS® Kammprofil

30000000-04,00 Grafitt set (2off) 4" KaMOS® Kammprofil

30000000-06,00 Grafitt set (2off) 6" KaMOS® Kammprofil

Inert or reducing atmospheres -200°C to 3000°C (328-5432°F)

Oxidizing atmospheres -200°C to 500°C (328-932°F)

Gas permeability <10cm-3/S

Specific Electrical resistance:

Parallel to surface 10Ω mm2/m

Perpendicular to surface 600Ω mm2/m

Thermal conductivity:

Parallel to surface 200 W/mk

Perpendicular to surface 7 W/mk

Approvals

BAM Tgb No. 8560/86-4-2855

30000000-08,00 Grafitt set (2off) 8" KaMOS® Kammprofil

30000000-10,00 Grafitt set (2off) 10" KaMOS® Kammprofil

30000000-12,00

30000000-14,00

Grafitt set (2off) 12" KaMOS® Kammprofil

Grafitt set (2off) 14" KaMOS® Kammprofil

30000000-16,00 Grafitt set (2off) 16" KaMOS® Kammprofil

30000000-18,00 Grafitt set (2off) 18" KaMOS® Kammprofil

30000000-20,00 Grafitt set (2off) 20" KaMOS® Kammprofil

30000000-24,00

Grafitt set (2off) 24" KaMOS® Kammprofil

30000000-28,00 Grafitt set (2off) 28" KaMOS® Kammprofil

30000000-30,00 Grafitt set (2off) 30" KaMOS® Kammprofil

30000000-36,00 Grafitt set (2off) 36" KaMOS® Kammprofil

2.5 KaMOS® Test Equipment

KaMOS® Test Equipment is designed as light portable equipment, consisting of a reservoir, manometers and hose.

The equipment is easy to handle and will make it possible to leak test flanges on a one- off basis without pressurizing the entire pipe system.

2.5.1 KaMOS® Nitrogen Test Equipment, Type 200500

– for testing of KaMOS® Gaskets at site, 0-200 bar

KaMOS® Nitrogen Test Equipment has a test range at 0-200 bar, and is to be used at site.

KaMOS® Nitrogen Test Equipment comes in a case where all the parts fit in, for easy transportation. Various lengths of KaMOS® Test Hose can be ordered on request. (see chapter 2.5.6).

All KaMOS® Test Equipments incl. a KaMOS® Test Plug, Type 200100 and Pelican Case 1600

Pos Type Desctiption

1 200500-01 Pressure bottle, 5l Nitrogen, NS4055 connection*

2 200500-02 Pressure regulator R21, 0-200 bar

3 200500-03 Adapter

4 200500-04 T-coupling/valve

5 200500-05 Quick release male coupling, TEMA

6 200500-06 Quick release female coupling, TEMA

7 200500-07 Test hose, 630 bar, 2,5 m length

8 200500-08 Pelican Case 1600

9 200100 KaMOS® Test Plug, AISI 303

Dimension 620 x 500 x 220 mm (in Pelican Case)

Weight Approx 17 kg incl. Pelican Case.

* See chapter 2.5.8 for refill connection to other standards.

2.5.2 KaMOS® Hydraulic Test Equipment

KaMOS® Hydraulic Test Equipment, Type 200800 – manual

Pos Type Desctiption

1 200800-01 Hydraulic pump, 10.000 psi

2 200800-15 Protection frame, Aluminium 700 mm

3 200800-11 Manometers, 0-400 bar

4 200800-10 Valve, 400 bar

5 200500-05 Quick release male coupling *

6 200500-06 Quick release female coupling *

7 200500-07 Test hose, 630 bar, 2,5 m length *

8 200100 KaMOS® Test Plug, AISI 303

Dimensions 800 x 290 x 300 mm

Weight Approx 16 kg (incl. hose and storage box)

* Same as used with KaMOS® Test Equipment type 200500. Weight incl. storage box is 16 kg

– for testing of KaMOS® Gaskets, 0-400 bar

KaMOS® Hydraulic Test Equipment, Type 200800 has a test range 0-400 bar, and can be used both subsea or at site. Incl. Hf 95 Y Enerpac Hydraulic oil.

KaMOS®

Pos Type Desctiption

1 200800-01 Hydraulic pump, 10.000 psi *

2 200800-15 Protection frame, Aluminium 700 mm *

3 200810-07 Manometers, 0-1000 bar

4 200810-04 Valve, 10K

5 200810-09 Quick release male coupling 10K

6 200810-10 Quick release female coupling 10K

7 200810-13 Test hose, 700 bar, 3 m length

8 200100-010 KaMOS® Test Plug, AISI 303 Dimensions 800 x 290 x 300 mm

Weight Approx 18 kg (incl. hose and storage box)

* Same as used with KaMOS® Test Equipment type 200800. Weight incl. storage box is 18 kg

Hydraulic Test Equipment 10K, Type 200810 - manual – for testing of KaMOS® Gaskets, 0-700 bar

KaMOS® Hydraulic Test Equipment 10K, Type 200810 has a test range 0-700 bar, and can be used both subsea or at site. Incl. Hf 95 Y Enerpac Hydraulic oil.

2.5.3 KaMOS® Test Plug / Indicator / Blind Plug Cap

KaMOS® Test Plug is to be used for the pressure test when KaMOS® Gaskets are installed, and will be replaced by either a KaMOS® Indicator for future leakage surveillance or KaMOS® Blind Plug Cap.

(1) Standard * To be connected to KaMOS® Test Hose with the incl. TEMA quick release male 1/8" BSP, Steel SS1914-04 +Quick connection

2.5.4 KaMOS® Pipe Support / Vibration Set

KaMOS® offers all sizes Pipe Support/Vibration set for the KaMOS® Gasket test pipe. Produced in PVC.

Vibration Set for KaMOS® RTJ

Type Description

300R00600-01,5 Vibration clamp set 1 1/2” KaMOS RTJ # 600 R-20

300R00600-02 Vibration clamp set 2” KaMOS RTJ # 600 R-23

300R00600-04 Vibration clamp set 4” KaMOS RTJ # 600 R-37

300R00600-06 Vibration clamp set 6” KaMOS RTJ # 600 R-45

300R00600-08 Vibration clamp set 8” KaMOS RTJ # 600 R-49

300R00600-10 Vibration clamp set 10” KaMOS RTJ # 600 R-53

300R00900-01,5 Vibration clamp set 1 1/2” KaMOS RTJ # 900 R-20

300R00900-02 Vibration clamp set 2” KaMOS RTJ # 900 R-24

300R00900-04 Vibration clamp set 4” KaMOS RTJ # 900 R-37

300R00900-06 Vibration clamp set 6” KaMOS RTJ # 900 R-45

300R00900-08 Vibration clamp set 8” KaMOS RTJ # 900 R-49

300R00900-10 Vibration clamp set 10” KaMOS RTJ # 900 R-53

300R01500-01,5 Vibration clamp set 1 1/2” KaMOS RTJ # 1500 R-20

300R01500-02 Vibration clamp set 2” KaMOS RTJ # 1500 R-24

300R01500-04 Vibration clamp set 4” KaMOS RTJ # 1500 R-39

300R01500-06 Vibration clamp set 6” KaMOS RTJ # 1500 R-46

300R01500-08 Vibration clamp set 8” KaMOS RTJ # 1500 R-50

300R01500-10 Vibration clamp set 10” KaMOS RTJ # 1500 R-54

KaMOS® Vibration Clamp for RTJ

Vibration Set for KaMOS®

Type Description

300RS0150-01 Vibration clamp set 1" KaMOS Kammprofil RS # 150

300RS0150-02 Vibration clamp set 2" KaMOS Kammprofil RS # 150

300RS0150-03 Vibration clamp set 3" KaMOS Kammprofil RS # 150

300RS0150-04 Vibration clamp set 4" KaMOS Kammprofil RS # 150

300RS0150-06 Vibration clamp set 6" KaMOS Kammprofil RS # 150

300RS0150-10 Vibration clamp set 10" KaMOS Kammprofil RS # 150

300RS0150-12 Vibration clamp set 12" KaMOS Kammprofil RS # 150

300RS0150-14 Vibration clamp set 14" KaMOS Kammprofil RS # 150

300RS0150-16 Vibration clamp set 16" KaMOS Kammprofil RS # 150

300RS0150-18 Vibration clamp set 18" KaMOS Kammprofil RS # 150

300RS0150-24 Vibration clamp set 24" KaMOS Kammprofil RS # 150

300RS0150-36 Vibration clamp set 36" KaMOS Kammprofil RS # 150

300RS0300-01 Vibration clamp set 1" KaMOS Kammprofil RS # 300

300RS0300-04 Vibration clamp set 4" KaMOS Kammprofil RS # 300

300RS0300-08 Vibration clamp set 8" KaMOS Kammprofil RS # 300

300RS0300-14 Vibration clamp set 14" KaMOS Kammprofil RS # 300

300RS0600-01 Vibration clamp set 1" KaMOS Kammprofil RS # 600

300RS0600-01,5 Vibration clamp set 1 1/2" KaMOS Kammprofil RS # 600

300RS0600-02 Vibration clamp set 2" KaMOS Kammprofil RS # 600

300RS0600-02,5 Vibration clamp set 2 1/2" KaMOS Kammprofil RS # 600

300RS0600-03 Vibration clamp set 3" KaMOS Kammprofil RS # 600

300RS0600-04 Vibration clamp set 4" KaMOS Kammprofil RS # 600

300RS0600-06 Vibration clamp set 6" KaMOS Kammprofil RS # 600

300RS0600-08 Vibration clamp set 8" KaMOS Kammprofil RS # 600

300RS0600-10 Vibration clamp set 10" KaMOS Kammprofil RS # 600

300RS0600-12 Vibration clamp set 12" KaMOS Kammprofil RS # 600

300RS0600-14 Vibration clamp set 14" KaMOS Kammprofil RS # 600

300RS0600-16 Vibration clamp set 16" KaMOS Kammprofil RS # 600

Design protected

300RS0600-18 Vibration clamp set 18" KaMOS Kammprofil RS # 600

300RS0600-20 Vibration clamp set 20" KaMOS Kammprofil RS # 600

300RS0600-24 Vibration clamp set 24" KaMOS Kammprofil RS # 600

300RS0600-28 Vibration clamp set 28" KaMOS Kammprofil RS # 600

300RS0600-30 Vibration clamp set 30" KaMOS Kammprofil RS # 600

300RS0600-36 Vibration clamp set 36" KaMOS Kammprofil RS # 600

300RS0900-10 Vibration clamp set 10" KaMOS Kammprofil RS # 900

300FS0600-06 Vibration clamp set 6" KaMOS Kammprofil FS # 600

300FS0600-08 Vibration clamp set 8" KaMOS Kammprofil FS # 600

Vibration Clamp for RS

Product number for other dimensions on request. Produced in all sizes

2.5.5 KaMOS® Hose Reel, Type 200700

KaMOS® offers standard hose reels for the KaMOS® Test Hose. The Hose Reel is recommended and makes the handling of test hose easier when in use, and ideal for handling and storing.

Custom made hosereels are offered on request if out of standard.

Hose to be ordered separately (chapter 2.5.6)

Type Description

200700

200710

200700-C

KaMOS® Hose Reel, SS316 frame, Aluminium reel Store up to 500 meter hose.

KaMOS® Hose Reel 10K, SS316 frame, Aluminium reel Store up to 150 meter hose.

KaMOS® Hose Reel Custom requested

2.5.6 KaMOS® Test Hose for KaMOS® Test Equipment

All KaMOS® Test Hoses comes with female quick connection(1)/(2), on both ends. KaMOS® Test Hoses is tested and certified up to 400 bar Various lengths can be ordered on request.

Type Description

200500-07 KaMOS® Test hose, 2,5 m standard (1)

200501

KaMOS® Test Hose, length on request (1)

200500-12 KaMOS® Test Hose, 20 m (1)

200500-13

KaMOS® Test Hose, 30 m (1)

200500-15 KaMOS® Test Hose, 50 m (1)

200810-13 KaMOS® Test hose 10K, 3 m standard (2)

200810-18 KaMOS® Test Hose 10K, length on request (2)

(1) 200500-06 Quick release female coupling. Electrozinkplated and yellow passivated. Max 630 bar

(2) 200810-10 Quick release female coupling 10K. Electrozinkplated and yellow passivated.

Connections to go with standard hose connections (chapter 2.5.8).

2.5.7 KaMOS® Unit for Pressure Reading / Recording

If pressure reading/recording is required KaMOS® offers a unit that most common reading/recording equipment will fit.

Type 200900

Size 400 x 400 x 210 mm

Weight Approx 7 kg

Connections Male quick connections, TEMA 120, 1/8" BSP outside threads

Manometer At customer’s test range incl. calibration certificate

Material Aluminium frame, SS316 parts

2.5.8 KaMOS®

In case of problems with refill of Nitrogen bottle, KaMOS® stock the most common connectors

Type Description

200500-05

200500-06

200810-09

200810-10

TEMA quick release male 1/8" BSP, Steel SS1914-04, cut threads.

TEMA Quick release female coupling, cut threads. Electrozinkplated and yellow passivated. Max 630 bar

TEMA quick release male 10K, cut threads.

TEMA Quick release female coupling 10K, cut threads. Electrozinkplated and yellow passivated.

200906-01 Connector 3/8" NPT male to 1/2" NPT male ss 10.000 PSI

200906-02 Connector 1/4" NPT male to 3/8" NPT male SS 10.000 PSI

Type Description

200901 NO - US (Norwegian bottle - US regulator), Brass alloy RA359S

200902 UK - NO (UK bottle - Norwegian regulator), Brass alloy RA359S

200903 NO - UK (Norwegian bottle - UK regulator), Brass alloy RA359S

200904 US - NO (US bottle - Norwegian regulator), Brass alloy RA359S

KaMOS® can also deliver other combinations of standards and other materials on request

2.6 KaMOS® Flanges and Caps

2.6.1 KaMOS® Flange

When space is limited we recommend KaMOS with space for test pipes. ® Flange

2.6.2 KaMOS® Distance Caps

• KaMOS® distance caps keep the torque in the bolts more steady

• The bolt will be prevented and get longer lifetime.

• The distance in accordance to standards will be more accurant.

• It will be easier to get the correct torque.

2.6.3 KaMOS® Flange Caps

KaMOS® has invented and recommend new released flange caps for monitoring and prevent flanges in rough environments.

KaMOS® Tools 3

3.1 KaMOS® Patented Portable Valve Actuator

KaMOS® Patented Portable Valve Actuator increases the effiency when opening and closing manually operated heavy duty valves, head valves and gas transport valves for on- and offshore industry

KaMOS® Patented Portable Valve Actuator was designed in co-operation with supervisor and operators who daily operate these units.

KaMOS® Patented Portable Valve Actuator is cost effective and releases workers for other jobs. For valves taking up to 4 man-hours to open and close, KaMOS® Patented Portable Valve Actuator will perform the same work in 5 minutes with only one person to operate.

KaMOS® Patented Portable Valve Actuator is patented and was released in 1989. The instrument is now being used in most industries that have manual valves. Because it is air driven, the KaMOS® Patented Portable Valve Actuator has no explosive danger for operating explosive fluids.

KaMOS® produces the actuator in 2 sizes. An original sized KaMOS® Patented Portable Valve Actuator has a stronger force suitable for manual, heavy duty valves. And a mini KaMOS® Patented Portable Valve Actuator of smaller dimensions for use on manual light duty valves. Both KaMOS® Patented Portable Valve Actuator ’s has an adjustable air- in twisting handle/valve. It is also reversible.

KaMOS® Patented Drive Plates for the KaMOS® Patented Portable Valve Actuator ’s are special designed for the tool and will be delivered with all parts needed for installation at the valve wheel.

KaMOS® Storage Box incl. air filter, lubrication device, automatic hose reel and reduction valve to adjust the speed and torque to the desired level is available to ensure proper care and maintenance of the equipment. It is to be stored stationary by the air outlet, but can also be delivered on a trolley

KaMOS® offers special training and Maintenance Courses for operators at KaMOS®. Training-centre or on/offshore at customers’ site

3.1.1 KaMOS® Patented Portable Valve Actuator, Type 101000

The KaMOS® Patented Portable Valve Actuator Type 101000 is designed to be used on manual heavy duty valves.

The tool is time, cost and safety efficient and valves that take several hours to operate manually will, by using the KaMOS® Patented Portable Valve Actuator take only 10% of the time. Extra equipment is offered to get higher torque, speed and flexibility

The KaMOS® Patented Portable Valve Actuator Type 101000, when combined with the KaMOS® Actuator Trolley LB (see 3.4.3), will not only save valuable time, but will help prevent possible worker injuries.

Length

mm

Opening through angle head Ø 54 mm

Width across flats of angle head NV 60 mm

Air inlet thread size 1/2"

Weight 11,4 kg (25,1 lbs)

Air need 1860 L/min

Speed without load* range 75 O/min

Safe operating pressure 4-7 Bar

Recom. pressure 6,2 Bar (90 psi)

Torque at recommended 480 Nm (340 ft lbs)

Materials Ingersoll Rand/SS

Operating Area

* 6,2 bar (90 psi)

Heavy Duty: 6" and above

3.1.2 KaMOS® Patented Drive Plate for KaMOS® Patented Portable Valve Actuator, Type 101000

The KaMOS® Patented Drive Plate is to be installed stationary at the valve wheel and comes with an installation set.

Diameter plate 250 mm. Diameter through connector approx 48 mm.

Material:

Drive Plates: Cast Iron, EN-GJS-500-7, Standard NS-EN 1563 Zinc electroplating with yellow chroming.

Installation sets: (AISI1035) DIN C35 EN 10250-2:1999, Number: 1 0501. FZB cromated Hexagon nuts: DIN EN ISO 4032

* KaMOS® Installation Set is incl with all the KaMOS® Patented Drive Plates

3.1.3 KaMOS® Patented Portable Valve Actuator, Type 102000

The KaMOS® Patented Portable Valve Actuator

Type 102000 is designed to be used on manual light duty valves and manifolds.

The tool is time, cost and safety efficient and valves that take several hours to operate manually alve

Length

480 mm

Dia. through angle head 27 mm

Width across flats of angle head NV 32

Air inlet thread size 1/4"

Weight 4 kg (8,8 lbs)

Air need 780 L/min (27 cfm)

Speed without load* range 136 O/min

Safe operating pressure 4-7 Bar

Recom. pressure 6,2 Bar (90 psi)

Torque at recommended 120 Nm (85 ft lbs)

Materials Ingersoll Rand/SS

Operating Area

* 6,2 bar (90 psi)

Heavy Duty: 6" and below

3.1.4 KaMOS® Patented Drive Plate for KaMOS® Patented Portable Valve Actuator, Type 102000

The KaMOS® Patented Drive Plate is to be installed stationary at the valve wheel and comes with an installation set.

Diameter plate 175 mm. Diameter through connector approx 27 mm.

Material:

Drive Plates: Cast Iron, EN-GJS-500-7, Standard NS-EN 1563 Zinc electroplating with yellow chroming.

Installation sets: (AISI1035) DIN C35 EN 10250-2:1999, Number: 1.0501. FZB cromated. Hexagon nuts: DIN EN ISO 4032

* KaMOS® Installation Set is incl. with all the KaMOS® Patented Drive Plates

3.1.5 Security Locker, Type 101121 for KaMOS® Patented Drive Plates

KaMOS® offers modification for KaMOS® Patented Drive Plates Type 101120 to incl. a Security Locker function.

The Security locker function gives the operator a better HSE control when operating KaMOS® Patented Portable Valve Actuator connected to the KaMOS® Patented Drive Plate and give better stability when operating valves in difficult areas.

Type Description 101121 Modification incl. springsteel clamp and Driveplate 101120

3.1.6 Security Chain, Type 101010 for KaMOS® Patented Portable Actuators

KaMOS® offers HSE designed Security Chain to give the operator a ergometric support when handling the KaMOS® Patented Portable Valve Actuator

3.2 Extra Equipment for KaMOS® Patented Portable Valve Actuator

KaMOS® offers extra equipment for KaMOS® Patented Portable Valve Actuator suitable for different usage and situations.

KaMOS® Patented Portable Valve Actuator may be used for all types of operations where rotating operations are needed.

3.2.1 KaMOS® Speed Multiplier for KaMOS® Patented Portable Valve Actuator Type 101000

When using the KaMOS® Speed Multiplier together with the KaMOS® Patented Portable Valve Actuator, Type 101000 the speed will be multiplied by 4.

Type Description

103110 Multi- Gear Drive (x4) 3/4” - speed

Extra items needed for use:

101200 KaMOS® Adapter for gear x4 torque, 1”

103102

Socket Wrench for KaMOS® Patented Drive Plate Type 101100, 60mm, 3/4”

103103 Adapter/Multi- Gear Drive connection 3/4”

3.2.2 KaMOS® Torque Multiplier for KaMOS® Patented Portable Valve Act

When using the KaMOS® Torque Multiplier together with the KaMOS® Patented Portable Valve Actuator, Type 101000 the torque will be multiplied by 4.

Type Description

103110 Multi- Gear Drive (x4) 3/4” - torque

Extra items needed for use:

103101 KaMOS® Adapter for gear x4 torque

103104

Socket Wrench for KaMOS® Patented Drive Plate Type 101100, 60mm, 1”

3.2.3 KaMOS® Adapter for Spindle Valves

KaMOS® is designing products for the customers' requirements.

In situations where the valve spindle does not fit with the KaMOS® Patented Drive Plates special customised design can be offered.

These solutions are made on request and designed to fit requested measurement.

Type

105000

Description

KaMOS® Actuator with IR head

105001 KaMOS® Adaptor for Drive Plate, Type 102100 installed at deep valve wheels, 200 mm

105002

105003

105004

105005

105006

KaMOS® Adapter for manuell IKM winch

KaMOS® Adapter for Actuator, Type 102000 for use at Kamos ® Patented Driveplate Type 101100

KaMOS® Adapter for gearbox

KaMOS® Adapter for Actuator, Type 101000 for use at Driveplate Type 102100

KaMOS® Adapter for KaMOS® Patented Portable Valve Actuator - 5 armet

105010 KaMOS® Adapter for spindle valves 500 mm, alum 6061

105011 KaMOS® Adapter for spindle valves 600 mm, alum 6061

105012 KaMOS® Adapter for spindle valves 700 mm, alum 6061

105013 KaMOS® Adapter for spindle valves 800 mm, alum 6061

105014 KaMOS® Adapter for spindle valves 900 mm, alum 6061

105015 KaMOS® Adapter for spindle valves 1000 mm, alum 6061

105016 KaMOS® Adapter for spindle valves 1100 mm, alum 6061

105017 KaMOS® Adapter for spindle valves 1200 mm, alum 6061

105018 KaMOS® Adapter for spindle valves 1300 mm, alum 6061

105019 KaMOS® Adapter for spindle valves CUSTOM LENGTH, alum 6061

105020 KaMOS® Adapter for spindle valves 500 mm, SS316

105021 KaMOS® Adapter for spindle valves 600 mm, SS316

105022 KaMOS® Adapter for spindle valves 700 mm, SS316

105023 KaMOS® Adapter for spindle valves 800 mm, SS316

105024 KaMOS® Adapter for spindle valves 900 mm, SS316

105025 KaMOS® Adapter for spindle valves 1000 mm, SS316

105026 KaMOS® Adapter for spindle valves 1100 mm, SS316

105027 KaMOS® Adapter for spindle valves 1200 mm, SS316

105028 KaMOS® Adapter for spindle valves 1300 mm, SS316

105029 KaMOS® Adapter for spindle valves CUSTOM LENGTH, SS316

3.2.4 KaMOS® Strengthener for KaMOS® Anglehead

Type Description

101001-30

Strengthener for KaMOS® Anglehead, Type 101001

Material: SS316

3.2.5 KaMOS® Valve Wheel, Type 105100

The KaMOS® Valve Wheel is designed to fit all types of valves.

The KaMOS® Valve Wheel is universal and connector to fit the KaMOS® Patented Portable Valve Actuator is integrated in the wheel.

The KaMOS® Valve Wheel will be made on request and design is required.

KaMOS® offers drive adaptors to suit all types of valve input shaft/gearboxes.

For connection direct to stem, see chapter 3.2.8.

3.2.6 KaMOS® Adapter Valve Drive Spline

Type Description

105101

105102

105103

105104

105004-01

105004-02

105004-03

KaMOS® Adapter Valve Drive Spline for Type 101000, Carbon steel

KaMOS® Adapter Valve Drive Spline for Type 101000, Carbon steel, Keyway

KaMOS® Adapter Valve Drive Spline for Type 101000, Carbon steel, Hexagon

KaMOS® Adapter Valve Drive Spline for Type 101000, Carbon steel, Double “D”

KaMOS® Adapter for gearbox, SS316, Keyway

KaMOS® Adapter for gearbox, SS316, Hexagon

KaMOS® Adapter for gearbox, Double “D”

Other materials on request.

3.2.7 IR Angleheads

Standard Ingersoll Rand (IR) Angleheads are available for the KaMOS® Patented Portable Valve Actuator

Type Description

101006 Standard 9RSQ Anglehead

Standard 7RLN Anglehead

9RSQ Angelhead

7RLN Angelhead

3.2.8 Adapters and Couplings for KaMOS® Equipment

KaMOS® provides all types of adapters and couplings needed for the KaMOS® Tools and Equipment.

Type Description

106000-04

106000-05

101003-08

101003-09

103003*-12

106000-01

106000-02

106000-03

106000-06

106000-07

Jaw Clutch, offshore coupling w/hosepipe

Jaw Clutch, offshore coupling w/1/2" male threads

Quick release coupling, male 1/2" for KaMOS® Patented

Portable Valve Actuator, Type 101000

Quick release coupling, female 1/2" for KaMOS® Patented

Portable Valve Actuator, Type 101000 and 102000

Hose Clip, 15-24 mm, Size-08

Quick Release Coupling, male 1/2" for KaMOS® Patented

Portable Valve Actuator, Type 101000

Quick Release Coupling, female 1/2" for KaMOS®

Patented Portable Valve Actuator, Type 101000 & 102000

Quick release coupling, male 1/4" for KaMOS® Patented

Portable Valve Actuator, Type 102000

Hose claw 15-24 mm

Offshore Coupling with external thread 1/4"

3.2.9 KaMOS® Wrench with IR Anglehead

L/min

Speed without load* range 300 O/min

Safe operating pressure 4-7 Bar

Recom. pressure 6,2 Bar (90 psi)

Torque at recommended 120 Nm (85 ft lbs)

Materials Ingersoll Rand/Stainless steel

Operating Area Heavy Duty: 6" and below * 6,2 bar (90 psi)

Extra items needed for use: 103102 Socket wrench for Drive Plate 101100, 60mm, 3/4" inside

103105 Adapter Connection 3/4" outside. - 1/2" inside

To be used with KaMOS® Patented Drive Plate, Type 101100, 101110, 101115 and 101120. (Chapter 3.1.2)

The KaMOS® Wrench with IR Anglehead, Type 105000 is designed to be used as a wrench and also on manually operated heavy duty valves.

The tool is time, cost and safety efficient and valves that take several hours to operate manually will, by using the KaMOS® Patented Portable Valve Actuator take only 10% of the time.

3.2.10 Maintenance Kit for Air Engine

Type Description

106100 Grease Gun 106101 Bearing Grease

KaMOS® recommended regular maintenance of the air engine, and offer lubricator kit for the maintenance.

3.2.11 KaMOS® Mounting Bracket

Extra equipment for KaMOS® Patented Portable Valve Actuator to assist and release when using tool in heights.

Type

Mounting Bracket

3.2.12 KaMOS® Hand Security for Gashandle

Extra equipment for KaMOS® Patented Portable Valve Actuator to to increase safety for operator

Hand inuries are one of the most common in the workplace, costing both time and money. Our hand security tool allows operators to use the actuators safely.

3.3 KaMOS® Protector Remover

3.3.1 KaMOS® Protector Remover Type 104000

The KaMOS® Protector Remover is designed for all types of protectors. We do recommend when ordering to order one protector remover (grip plate) for each dimension. The KaMOS® Grip Plate is made of carbon steel and the weight of the complete tool is less than 8 kg. The tool is a hand held air driven actuator with speed control and direction control. Necessary safety protection is incorporated on the tool.

The KaMOS® Protector remover is designed for all types of protectors and will save physical effort and time/cost savings. Type

3.3.2 KaMOS® Grip Plate

The KaMOS® Grip plates are made on request for the specific dimension needed.

Type Description 104100

KaMOS® Grip Plate with wheels are designed to grip around or inside the protector cap with it’s wheels. When speed is increasing the grip gets harder 104200

KaMOS® Grip Plate with track and inner centre ring is designed to go on several dimensions. The grips are placed in the track of the protector cap. 104300

KaMOS® Grip Plate with track and centre ring at the outside is designed for the specific protector cap the tool is used on.

3.4 KaMOS® Storage Products

3.4.1 KaMOS® Storage Box, Type 103000

The KaMOS® Storage Box, Type 103000 is designed to store the KaMOS® Patented Portable Valve Actuators and also supply the tool with air hose and adjust the air for the tool. KaMOS® Storage Box contains 20 m Air hose on reel, filter lubricator and reduction valve. The 20 m Air hose will serve a good area of valves.

KaMOS® recommends to use the KaMOS® Storage Box together with the KaMOS® Patented Portable Valve Actuators to lengthen the lifetime of the tools.

Extra safety valve will be installed in the KaMOS® Storage Box on request.

Type 103000 Length

Material Aluminium 4 mm

Max. temperature 50 C°

Max. pressure 12 bar

Storing:

(1) 103003*-13 Nederman Series 884 Hose Storage

Incl. 20 m 1/2” Air hose

(2) 103016 Rexroth Series C15i

(3) 103002*-03 Claw coupling Air inlet 1/2”

The KaMOS® Storage Box is designed to be stationary, but can also be provided on a trolley. (Chapter 3.4.2)

3.4.2 KaMOS® Trolley for Storage Box, Type 103005

The KaMOS® Storage Box can be delivered on a trolley, for easy transportation between the valves.

Type 103005

Platform dim. 700 x 1200 mm

Height of platform 260 mm

Total Height 1010 mm

Wheel dim. 200 x 50 mm

Weight

Benefits by using KaMOS® Trolley for Storage Box:

• Improves Safety

• Increase Efficiency

• Reduce Manpower

3.4.3 KaMOS® Actuator Trolley LB Type 103006

The KaMOS® Actuator Trolley LB is specially designed to store and transport the KaMOS® Patented Portable Valve Actuator, Type 101000 along with support equipment.

Type 103006

Material

Wheels

Storing:

(1) 103003*-13 Nederman Series 884 Hose Storage Incl. 20 m 1/2” Air hose

(2) 103016 Rexroth Series C15i

(3) 103002*-03 Claw coupling Air inlet 1/2”

3.4.4 KaMOS® Protection Box, Type 103200

To get a flexible and product saving use of the KaMOS® Patented Portable Valve Actuator in the field, KaMOS® are offering a protection box incl. lubricator & reduction valve type Rexroth Series C15, max. pressure 10 bar, max. temperature 50°C

The KaMOS® Protection Box is equipped with lubricator & reductions valve, and are easy to mount in between two air hoses before the air is entering the tool. The box is also able to reduce the out-pressure to the tool and therefore also the torque.

Type 103200

Size L x W x H (115 x 270 x 320 mm)

Weight 4 kg

Material Aluminium 4 mm

Storing Rexroth filter/lubricator

Connector 106000-05, Jaw Clutch, offshore coupling w/1/2" male threads

3.4.5 KaMOS® Air Hose Reel Type 103008

To use the KaMOS® Patented Portable Valve Actuators an Air Hose is needed.

KaMOS® is offering an effective Air Hose Reel incl. 20 m Air Hose to install stationary in the area where the tools are used. The Air Hose Reel has an automatic function to get the air hose back to the reel after use.

KaMOS® has available stock at all times; ensuring deliveries can be made in the shortest possible time, to customers with time constraints.

– Karmsund Maritime Group

Conversion Tables and Factors

4.1 Various Conversion Factors

Convert from To Multiply By Inverse

pound-mass/ foot3 kilogram/meter3 (kg m-3) 1.601 846 E+01 6.242797 E-02

pound-mass/gallon 1.336805 E-01 7.480520 E-00

LENGTH

(cm2) 9.86923 E-09 1.01325 E+08 micrometer (µm) 9.869.23 E-01 1.01325 E+00 millidarcy 1.000000* E+03 1.000000* E-03 cm2 • cp • sec-1 • atm-1 1.000000* E+00 1.000000* E+00

foot2 meter2 (m2) 9.290304* E-02 1.076391 E+01 centimeter 9.290304* E+02 1.076391 E-03 inch 1.440000* E+02 6.944444 E-03

hectare meter2 (m2) 1.000000* E+04 1.000000* E-04 acre 2.471 054 E+00 4.046856 E-01

mile2 meter2 (m2) 2.589988 E+06 3.861 022 E-07 acre 6.400000* E+02 1.562500* E-03

DENSITY

gram/ centimeter3 kilogram/meter3 (kg m-3) 1.000000* E+03 1.000000* E-03

MASS

(av)

E-03

(kg)

ton (U.S. short) kilogram (kg) 9.071 847 E+02 1.102311 E-03 pound-mass 2.000000* E+03 5.000000* E-04

ton (U.S. long) kilogram (kg) 1.016047 E+03 9.842064 E-04 pound-mass 2.240000* E+03 4.464.286 E-04

ton (metric) kilogram (kg) 1.000000* E+03 1.000000* E-03

tonne kilogram (kg) 1.000000* E+03 1.000000* E-03

Temperature Scale Conversions *

To convert To Solve

degree Fahrenheit kelvin TK = (TF + 459.67)/1.8

degree Rankine kelvin TK = TR/1.8

degree Fahrenheit degree Rankine TR = TF + 459.67

degree Fahrenheit degree Celsius TC = (TF - 32)/1.8

degree Celsius kelvin TK = TC + 273.15

* The SI standard, the kelvin (K), is defined so the triple point of water is 273.16K exactly The SI temperature symbol is written K without a degree symbol. The cgs (and common) temperature unit is the degree Celsius, °C: the common oilfield unit is the degree Fahrenheit, °F

4.2 Corrosion Resistant Chart

4.3 Conversion Table

1/2"

3/4" 20 - R-13 R-14 R-14 R-16

1" 25 R-15 R-16 R-16 R-16 R-18

1 1/4" 32 R-17 R-18 R-18 R-18 R-21

1 1/2" 40 R-19 R-20 R-20 R-20 R-23

2"

2 1/2" 65 R-25 R-26 R-27 R-27 R-28

3"

3 1/2" 100 R-33 R-34 R-34 - -

4" 125 R-36 R-37 R-37 R-39 R-38

5" 150 R-40 R-41 R-41 R-44 R-42

6" 150 R-43 R-45 R-45 R-46 R-47

8" 200 R-48 R-49 R-49 R-50 R-51

10" 250 R-52 R-53 R-53 R-54 R-55

12" 300 R-56 R-57 R-57 R-58 R-60

14" 350 R-59 R-61 R-62 R-63

16" 400 R-64 R-65 R-66 R-67

18" 450 R-68 R-69 R-70 R-71

20" 500 R-72 R-73 R-74 R-75

22" 550 R-80 R-81 - -

24" 600 R-76 R-77 R-78 R-79

26" 650 R-93 R-100

28" 700 R-94 R-101

30" 750 R-95 R-102

32" 800 R-96 R-103

34" 850 R-97 R-104

36" 900 R-98 R-105

20000#

13/16" BX-151 BX-151 BX-151 2 1/16" BX-152 BX-152 BX-152 2 9/16" BX-153 BX-153 BX-153

3 1/16" BX-154 BX-154 BX-154

4 1/16" BX-155 BX-155 BX-155

5 1/8" BX-169 7 1/16" BX-156 BX-156 BX-156 9" BX-157 BX-157 BX-157

BX-158 BX-158 BX-158

5/8" BX-160 BX-159 BX-159 BX-159 16 3/4" BX-162 BX-162

18 3/4" BX-163 BX-164 BX-164 21 1/4" BX-165 BX-166 26 3/4" BX-167 BX-168

BX-303 BX-303

4.4 Hardness Conversion Table

Applies for plain and low-alloy steels and cast steel and to a limited extent for high-alloy and/or work hardened steel.

4.5 Steel Conversions

Forged or rolled steel pipe flanges, Forged fittings, and valves and parts for hightemperature service

SA-182 F 1 D 4110 SFHV 12B G 3213 SFHV 12B

F 2 D 4110 SFHV 13B G 3213

F 5 D 4110 SFHV 25 G 3213

F 9 D 4110 STS 26B G 3213

F 11 D 4110 STS 23B G 3213

F 12 D 4110 STS 22B G 3213

F 22 D 4110 STS 24B G 3213

F 304 D 3214 STS 304 G 3214

SFHV 13S

SFHV 25

SEW 550 22Mo4

SEW 620 15Mo3

SEW 620 12CrMo44

SEW 620 13CrMo44

VaTUVWb1.1207-12CrMo19

SFHV 26B Wat-Nr1.7388-12CrMo91

SFHV 23B

SFHV 22B

SFHV 24B

SUSF 804

F 304H D 3214 STS 304H G3214 SUSF 804H

SEW 810-12CrMo44

SEW 810-13CrMo44

SEW 810-12CrMo44

SEW 810-13CrMo44

SEW 810-10CrMo910

SEW 880-5CrMo1810

SEW 17440-2CrMo1812

F 304L D 3214 STS 304L G 3214 SUSF 804L DIN 17440-2CrNi189

F 310 D 3214 STS 301 G 3214

F 316 D 3214 STS 316 G 3214

F 316H D 3214 STS 2316H G 3214

F 316L D 3214 STS 316L G 3214

F 321 D 3214 STS 321 G 3214

Alloy-steel and stainless steel bolting materials for hightemperature service

Carbon and alloy steel nuts for high pressure and high temperature

SUSF 810

SUSF 816

SUSF 816H

SUSF 816L

SUSF 821

F 321H D 3214 STS 321H G 3214 SUSF 821H

DIN 17440-5CrNiMo1810

DIN 17440-5CrNiMo1812

DIN 17440-2CrNiMo1810

DIN 17440-2CrNiMo1812

DIN 17440-10CrNiMo189

SEW 680-10CrNiMo1810

F 347H D 3214 STS 347 G 3214 SUSF 847 DIN 17740-10CrNiMo189 SEW 680-10CrNiMo1810

F 347H D 3214 STS 347H G 3214 SUSF 847H SEW 870-8CrNiMo1518

SA-193 Gr. B5 D 3755 SNB 5 G 4107 SNB 5 Gr. B7 D 3755 SNB 7 G 4107 SNB 7 DIN 17240-24CrMo5 Gr. B16 D 3755 SNB 16 G 4107 SNB 16 DIN 17240-21CrMoV55

SA-194 Gr. 2H D 3752 SM 45C G 4051 S 45C DIN 17100 St 50-2

Gr. 3 D 3755 SNB 5 G 4107 SNB 5 -

Gr. 4 - - - - DIN 17240-24 CrMo5

Carbon

Martensitic stainless steel and alloy steel casting for pressure containing parts suitable for hightemperature service SA-217

Chromium and chromium-nickel stainless steel plate, sheet, and strip for fusion-welded unfired pressure vessels. SA-240

SEW 680 5CrNi 1810 DIN 17440 5CrNi 189

304L D 3705 STS 304L G 4304 SUS 304L DIN 17440 2CrNi 189 Type 309S D 3705 STS 309S G 4304 SUS 309S Type 310S D 3705 STS 310S G 4304 SUS 310S

Type 316 D 3705 STS

5CrNiMo1812

5CrNiMo1810

17440 7CrNiMo1812 DIN 17440 7CrNiMo1810

10CrNiTi1810 SEW 880 10CrNiTi1810 Type 347 D 3705 STS 347 G 4304

DIN 17440 10CrNiTi189 Type 405

Alloy steel bolting materials for lowtemperature service

High-strength bolts for structural steel joints, incl. suitable nuts and plain hardened washers

Austenitic steel castings for high-temperature service

G 3459 SUS 347HTP DIN 2462 10CrNiNb 13 9 SEW 670 3CrNiNb 16 13

SA-320 Gr. B8 D 3706 STS 304B G 4303 SUS 304B DIN 267 A2 SEW 650 5CrNi 18 10 Gr. B8C D 3706 STS 347B G 4303 SUS 347B SEW 680 10CrNiNb 18 10

Gr. B8M D 3706 STS 316B G 4303 SUS 316B DIN 267 A4

Gr. B8T D 3706 STS 321B G 4303 SUS 321B SEW 680 10CrNiTi 18 10

SA-325 Type 1 D 3752 SM 35C G 4051 S 35C (B) DIN 267 Bi 35.6 DIN 17240 C45 DIN 17240 CK 45 (N) DIN 17100 St

SA-351 Gr. CF3 D 4103 SSC 19,-CF G 5121

Gr. CF3M D 4103 SSC 15,-CF G 5121

Gr. CF8 D 4103 SSC 13,-CF G 5121

SCS 19,-CF DIN 1591 GG-15

SCS 15,-CF

SCS 13,-CF SEW 595-70G 8CrNi 18 10 DIN 17445G 6CrMo 18 9

Gr. CF8C D 4103 SSC 21,-CF G 5121 SCS 21,-CF SEW 595-70G 8CrNiMo 18 10 DIN 17445G 6CrMoNi 18 18

Gr. 12Cl. 2 - - G 4109

Gr. 12Cl.1 - - G 4109

Gr. 21Cl. 2 - - G 4109

Gr. 22Cl. 1 - - G 4109

Gr. 22Cl. 2 - - G 4109

SCMV2NT DIN 17155 13CrMo44

SCMV5A VdTUVWb1.1207-12CrMo19 5

SCMV5NT VdTUVWb1.1207-12CrMo19 5

SCMV4A VdTUVWb1130-12CrMo9 10

SCMV4NT VdTUVWb1.110-12CrMo9 10 carbon steel plates for pressure vessels for intermediate and highertemperature service

SA-515 Gr. 55 D 3560 SBB 35 G 3103 SBB 35 DIN 17155 H11

Gr. 60 D 3560 SBB 42 G 3103 SBB 42 DIN 17155 H11

Gr. 65 D 3560 SBB 46 G 3103 SBB 46 DIN 17155 H111, 17Mn4

Gr. 70 D 3560 SBB 49 G 3103 SBB 49 DIN 17155 19Mn5, VdTUVWb 1.373 WB23 phosphor bronze plate, sheet, strip, and rolled bar

SB-103 C 51000 D 5506 PBS1/PBT1 H 3110 C 5101PD 5506 PBS1/PBT1 H 3110 C 5101RC 52100 D 5506 PBS3/PBT3 H 3110 C 5212P DIN 17662-CuSn8 DIN 17670-CuSn8 D 5506

PBS3/PBT3 H 3110 C 5212R DIN 17662-CuSn8 DIN 17670-CuSn8

4.6 Technical Information RTJ Gasket – Model R

ASME B16.20 Specification Dimensional Data

GENERAL NOTES:

a) All dimensions are in millimeters.

b) Tolerances: P = average pitch diameter of ring, ±0.18

A = width of ring, ±0.20

B, H = height of ring, + 1.3, -0.5

23 deg = angle, ±0 deg 30 min

NOTES: End flanges to API 6D and API 600 use ring joints for equivalent pipe size under ASME/ANSI B16.5 or ASME B16.47 series A.

Table for Standard RTJ Gaskets

We now serve 778 faithful customers in 78 countries in a time, cost and safety

The Karmsund products have been in the market since 1989 - and are now used worldwide.

Karmsund Maritime Group References -

A SELECTION:

KaMOS Portable Valve Actuator

* KaMOS RTJ gasket

** KaMOS Kammprofil gasket

*** Used subsea

ANGOLA

* ExxonMobil / Hyundai Heavy Industries Ltd.

** Total E&P Angola

ARGENTINA

* Ackron S.A

* Total Austral S.A

AUSTRALIA

A.J. Lucas Testing Pty. Ltd

IMEX parts & Equipment Pty Ltd

* Keamy Engineering Astraulia Tty. Ltd.

* Novus Sealing Pty Ltd

* Tamboritha Consultants Pte Ltd

*** TRINKOR Pty Ltd

*** Saipem

**/*** Woodside Energy Ltd

Woodside Offshore Petroleum

AZERBAIJAN

Azerbaijan Int. Operating Co. Bakond TTM

BP Group

* BJ Services Company Middle East MST Ltd

BRAZIL

Petrobras

BRUNEI

** Swiber Offshore Construction Pte

* Total E&P Borneo

BURMA

Premium Petroleum Myanmar Ltd.

CANADA

AMEC Black & McDonald Ltd.

Canadian Petro int.

* CFF

*/** CNR International

*/** Hydraulic Systems Ltd

Petro Canada

* Piping Component Specialities

*/** Husky Oil Operations Limited

Suncor Energy

Vetco Gray Canada Inc.

CONGO

* Friedlander Groupe Ortec

*/** Total E&P Congo

CROATIA

*/** Saipem S.p.A

DENMARK

/*

** AP Møller

Dril- Quip (Europe) Ltd.

Hess Denmark AS Hytor as Mærsk Olie og Gas AS Score Danmark

Semco Maritime A/S Statoil AS, Danmark Valtor Offshore AS EGYPT

/* Belayim Petroleum Company

*/**/*** Burullus Gas Company (Technip France)

** Enppi - Eng. for the petroleum and process ind.

** GUPCO

- Gulf of suez petroleum company

* Micoperi S.r.l

/* Pharaonic Petroleum Company S.A.E

* Saipem MISR

*/** Saipem UK (Sonsub Division)

FRANCE

* 2L Distribution

/* Acergy West Africa

Berhelot SAS

Doris Engineering ERFI France Flow Control Technologies

* Friedlander Groupe Ortec

Logitrade SAS

*/** Ponticelli Frères

Shell France

*/ *** Technip France

GERMANY

Deutsche BP

Miro

Wilhelm Feldmann, Druckluft Hydaulik GmbH&Co.

HONG KONG

* Offtech International Limited

INDIA

Enron Oil & Gas Ltd.

*/*** Leighton Contractorss PVT Ltd

IRAN

Terra Consultant

* E.N.I. SAIPEM/Hyundai Eng. & Constr. Co., Ltd.

*/** Pars Mosamam Middle East Eng. Co. Ltd

* Petrofac Pars

*/*** Tavan Gashta Int’l (TGI)

TOTAL IRELAND

Aughinish Alumina Ltd.

INDONESIA

*/** BP Indonesia

*/** CAPE Resources Indonesia, P T

*/*** J Ray McDermott

**/*** Kaliraia Sari P.T

** P T Distributor Komponen Utama

* PT. Gunanusa

* PT Miltra Galperti

*/*** PT. Mitra PFP Utama

* PT Nippon Steel Construction Indonesia

* PT Offshore Services Indonesia

*/*** PT Techip Indonesia

*/*** PT. Petrosea TBK

* Secular Engineering & Construction Pte Ltd

* Timas Suplindo, P.T

*/** Total E&P Indonesia

ITALY

* Breda Energia S.p.A

Cam Engineered Valves Voghera

Cam Flow Control - Voghera

Dresser Italia S.r.l

G.P.A. SPA

* Micoperi S.r.l

PERAR A.p.A/ T.R.P. S.r.l.

Petrol Valves Srl.

Piemme Broker

Rotork Gears s.r.l

*/** Saipem S.p.A

Valvitalia S.p.A

** Viar Piping Srl

KAZAKHSTAN

* Karachaganak Petroleum Operating B.V

KOREA

*/** Hyundai Heavy Ind. Ltd.

LG Engineering & Construction Dong- A

* Samsung Heavy Industries Co Ltd.

KUWAIT

Hyundai Engineering & Construction Co., Ltd

* Hyundai Heavy Industries, Ltd

MALAYSIA

*** Agenda Suria SDN BHD

*** Binary Trading SDN BHD

*/*** Construction And Piling Equipment Sdn Bhd

*/*** Crosscom Sdn Bhd

* Cape Group Pte Ltd

* Custom Industrial Suppliers Sdn Bhd

* Dexcel SDN BHD

* Global Offshore Malaysia Sdn Bhd

*/*** J Ray McDermott

* Swiber Offshore Marine

MEXICO

Diamond Offshore Co.

* Tallares Navales del Golfo, S.A. De C.V

MYANMAR

Total E&P Myanmar

NIGERIA

Felpet Nigeria Ltd

Hermes Oil and Gas Ltd

Total Upstream Nigeria Limited

NORWAY

ABB Service

* Acergy Norway AS

/* Advanced Production and Loading AS

Aibel Haugesund

Aker Maritime

Aker Stord AS, Melkøya AS Maskin

Bjørge Offshore

/*/** BP Norge AS

* Cam Surface SYS - Bergen

* Cameron Norge AS

* Cecon ASA

/*/**

ConocoPhillips Petroleum Company UK

ConocoPhillips Skandinavia AS

/*/** ConocoPhillips UK Limited

ED Trading AS

Elf Petroleum Norge AS

EnerMech AS

Esso Norge AS

ExxonMobil Exploration and Production

* FMC Kongsberg Subsea AS

Golar- Nor Offshore

Halliburton (Norway) Inc.

Hydro Agri Porsgrunn

Hydro Polymers AS, Rafnes

Hymaco Mask. Service

Ineos Norge AS, Rafnes

/* Industrikonsult AS

John Dahle AS

* Kongsberg Offshore AS

** Krentak A/S

Kværner Installasjon

Linde Engineering

Maskinconsult

Maskinforetningen

THV. Christensen AS Maskin K. Lund, Oslo Mento AS

Mærsk Contractors Norge AS Mærsk Drilling Norge AS

National Oilwell Varco

Naturkraft AS NLI Asker Subsea

Norsk Hydro Produksjon Noretyl AS Oddfjell Offshore

* Oceaneering AS PGS

Phillips Petroleum Co.

*/ *** Plugging Specialists int. AS

Procon Drilling Service Progress AS Rogaland Jernvare AS Saipem S.P.A.

Saga Petroleum ASA

*/** Score AS

* Score Norway AS

Seawell Norge AS (Seadrill Offshore AS)

*/** SFF A/S

* Skude Industri

Smedvig Offshore AS

/* Statoil Petroleum AS

Stavanger Maskin & Verktøylager

* Subsea 7

Talisman Energy

Tess Møre AS

/* Tess Vest AS Tools AS Maskin

Versanor AS

Vestec AS, Randaberg

VM- Alliansen II DA (Sørco)

OMAN

Oman LNG LLC, Sultanata of Oman

PHILLIPPINES

* Cape Group Pte Ltd

* GALOC Production Company

*** Rubicon Offshore

Shell Phillippines

PORTUGAL

Saipem (Portugal)

Comercio Maritimo LDA

QATAR

Doha Motors & Tranding Co.

* Dolphin Energy Ltd

National Oil Distr. Co.

* Qatar Engg.& Constr. Co. WLL (QCON)

RasGas Company Limited

Salam Petroleum Services

ROMANIA

Grup Servicii SA

RUSSIA

Sakhalin Energy

Investment Company LTD.

SAUDI ARABIA

Al Abdulkarim Holding Company

Al- Gubil Petro Chemical Co. Saudi Arabia

* MMG

SINGAPORE

* Beta South East Asia Pte Ltd

*/**/*** CAPE Group Pte Ltd

*/** Construction and Piling equip. Ltd. Pte.

* Econosto Singapore Pte Ltd

*/** Franklin Offshore International Pte.

*/***

FWP (Forster Wheeler/WorleyParson JV)

Goltens Trading & eng. PTE Ltd.

* JW Macs pte ltd

Nippon Steel Engineering Co.,Ltd

*/*** Prosafe

* PT Mitra Galperti

* Rubicon Offshore International Pte., Ltd

Sembawang Marine & Offshore Eng.

** Total SOUTH AFRICA

Zy-Tech Valvestock Africa (PTY) Ltd

SPAIN

* Saipem S.P A Sucursal en Espana

SWEDEN

Preem AB

SWITZERLAND

* Allseas Engineering BV

* Allseas Marine Contractors SA

Protrack Shipping Ltd

Single Buoy Moorings Ind.

TAIWAN

Triplex Engineering & Trade Co.Ltd

THAILAND

Amerada Hess Limited

/*/** Cape Industrial Co., Ltd.

Chevron Thailand Exploration and Production

* Chevron Offshore Thailand

* Clough Thailand

* Construction and Piling Equip. Ltd

/*/** CUEL Limited

* CUEL SWIBER

* Pearl Oil Thailand Ltd.

* PTTEP- Thailand

* S. A. Petrotech Co Ltd

*/*** Saipem

** Thai Nippon Steel Engineering & Constr. Corp.

* UNOCAL Thailand Ltd.

THE NETHERLANDS

Bluestream Subsea Services B.V

CK Agencies B.V Colido BV

* Eriks

** Frames Energy Systems B.V

* IPS- Trade

** Iv-Oil & Gas

Netherland Art Olie

ROSEN Europe B.V

Rotork Gears B.V

* Stork Industry services Noordwest

** Stork Industry services tav SSC

TRINIDAD AND TOBAGO

* The National Gas Comp. of Trinidad and Tobago Ltd

TUNISIA

*/** BG Tunisia

/* Saipem S.A. Tunisie

UAE

*/ ** ABB Lummus Global B.V

Abu Dhabi Industrial Supply

Bhatia Brothers

* CAPE Group, Abu Dhabi

* Hyundai Eng. & Contriction Co. Ltd.

*/**

Hyundai Heavy Industries Co Ltd.

J. Ray McDermott Middle East Inc.

* Pan Europe Industrial Equipments LLC

* RAMPCO International (R.I.T.S)

* Total Fina Elf

Wadi Masila Trading LLC

USA

* Beta International Inc.

BW Offshore

Conoco, INC

DRC International Inc.

* ESSO Exploration Angola (Block 15) Ltd.

Global Marine Int’l Drilling Corp.

* Helix Energy Solutions

JPC International

/* Kellogg Brown & Root INC

Magnet, INC

*/**

PM International Supplies, LLC

* Pneumatic and Hydraulic

Public Service Co. Of New Mexico

* Suternational Inc.

Transcoastal Marine Services

TransEast Co

Veritas DGC

* Wilson Supply UK

* A&B Welding

Aberdeen Tool Rental Ltd

* Acergy UK Limited

Adanac Valve Specialities Ltd.

Air Tools Northern

** AKD Engineering

*/** Alba Gaskets Limited

AMEC Capital Projects Ltd.

AMEC Group Ltd

AMEC Process & Energy

* AMEC Services Ltd.

Amerada Hess Ltd.

Amoco (UK) Expl. Co. Ltd.

Banbury Export Services Ltd.

* Barrier (Offshore) Engineering Ltd

* BEL Valves

BG Storage (EAS)

* BG Tunisia

BHP Biliton Petroleum Ltd.

/*/** Bibby Offshore Limites

* BJ Process & Pipeline Services

BPAmoco

*/**

BP Exploration

/*/** BP Exploration Oper. Comp. Ltd.

Bridge Ind. Supplies Ltd.

Bush & Hickman Ltd.

*/** Cansco Greig Engineering Ltd

*/ ** Centrica Easington

*/** Centrica Storage Ltd

*** Chevron

* Supply Company Ltd.

* Conoco (UK) Ltd.

** ConocoPhillips UK

*/** Conoco Phillips Ltd (GB)

/* Craig International Supplies Ltd.

Crosby Valve & Eng. Div

Denholm Valvecare Ltd.

Donline Ltd.

** Dron & Dickson Ltd

Econosto UK Ltd

Express Welding Supplies

Expro North Sea Ltd.

ExxonMobil Chemical Ltd.

*/** Equipment Supply

Euremica Limited

*/** Flexilife

*/** Flexitallic Ltd., Scotland

Foster Wheeler Energy Ltd., Glasgow

* Global Pipe Components (GPC House)

Global Marine Int’l Drilling Corp.

/** GOT Ltd

* GPC House

Gtcgroup

* Halliburton

** Halliburton KBR

HSP (Aberdeen) Ltd.

Hyundai Engineering

& Construction Co. Ltd., UK

* IKM Testing Ltd.

* John Bell Pipeline

* J. Ray McDermott

KCA Drilling Ltd.

*/** Klinger Ltd.

*/** Klinger Ltd Aberdeen

** Klinger Ltd Bradford

Kværner Oil & Gas Ltd.

* London Fittings and Flange

*/** Loughborough University/ BP Exploration

** Lloyd & Jones Engineers Ltd.

Marathon Oil

* Marine Logistics Limited

MB Air Systems

* Mentor Subsea Tech.

Mobil North Sea LLC.

Mobil North Sea Ltd.

Motherwell Bridge Air System Ltd.

National Oilwell Ltd UK

National Oilwell Varco UK Ltd

* Norse Limited

/* Norson Power Ltd.

*/** Norson Services Ltd.

* Novus Sealing Limited

*/** ODE Operations Divisjon

Offshore Products International Limited

** O.I.L Engineering Ltd

* On Line Design & Engineering Ltd

*/** Perenco UK

* Peterson SBS Ltd

* Petrofac

* Petrology Ltd.

PGS Atlantic Power Ltd.

*/**

Phillips Petroleum Company (UK) Ltd.

Procurement Services Ltd.

/*/** PSL Energy Services Ltd

Qserv

R & M Electrical group

* Richard Irvin & Sons Ltd.

** Richard Irvin Supplies & Distribtution

*/** Saipem UK (Sonsub Division)

* /* Score (Europe) Ltd.

* Sealex Limited

Severn Unival Ltd.

*/** Shell UK Ltd

/*/** Shell (UK) Expl. & Prod.

*/** Stats Group, Stats House

* Stolt Offshore, Aberdeen

/* Subsea 7

/*/** Talisman Energy

*

*/*** Technip UK Ltd

*/**/*** Technip Offshore UK Ltd.

Tekmar (UK) Ltd

Texaco North Sea (UK), Ltd.

Tool & Engineering Services Ltd

*/** Total E&P UK Plc

/*/** Total E&P UK Ltd

* Total Fina Elf Exploration UK Plc

Total Oil Marine Plc.

Tyco Fire & Intergrated Solutions Ltd

Wesco Sourcing and Procurement Service

/*/** Wood Group Eng. (North Sea)

SINCOR

VIETNAM

*/*** Cape Group Ltd.

Hoan Vu Joint Operating Company

* Southern Petroleum Const’n J.S Co

* SWG Offshore International Pte Ltd

YEMEN

Canadian Occiental Petroleum Yemen

Yemen LNG Company Ltd

Karmsund Maritime Offshore Production AS

KaMOP® stock, design and manufacture steel gaskets and packing material for the oil and gas industry worldwide.

We have special materials for production in stock at all time; this gives the possibility for short delivery time to customers when time limits occur

KaMOP® is focused and based on NS-EN ISO 9001:2015 and NS-EN ISO 14001:2015 for security, work and environment.

Materials:

• Soft iron

• SS316

• SS316L

• SS304

• SS321

• UNS NO8904

• UNS N10276

• Inconell 625

• Incoloy 825

• Duplex F51

• Duplex 2205

• Super duplex 2507

• 6MO F44 (S31254)

• Low carbon steel

• Hasteloy

• Bronze

• Other special materials on

request.

Kammprofiles:

• RF

• FF Ring Joints:

• R-oval

• R-octagonal

• RX-gaskets

• BX-gaskets

• Special gaskets

Soft cut materials:

• Graphite

• Vibrationsclamps

• Neoprene/nitrile

• Epdm-rubber

• Viton

• Silikon

• Cgf

• Pfte

Visiting address: Vollsøytoppen 4, N-4180 Kvitsøy, Norway • Postal address: P.O.Box 484, N-4291 Kopervik, Norway

Sales office: +47 47 46 78 42 • sales@kamop.no • Tel workshop: +47 51 73 64 00 Fax workshop: +47 51 73 64 01 • E-mail: production@kamop.no • www.kamop.no

Karmsund Maritime Vietnam Co., Ltd

KaMVIET® was established in 2009 and situated within new production facilities in Nha Trang, Vietnam. With our experience from Norwegian technology, manufacturing and design we offer products of high quality and according to International quality standards.

KaMVIET® is certified according to NS-EN ISO 9001:2015 and NS-EN ISO 14001:2015 for security, work and environment.

PRODUCTS AND SERVICE

In new modern mechanical facilities KaMVIET® specializes in high quality production in assembly and test of parts and complete mechanical equipment.

Milling, grinding, honing and lapping, in addition to assembly and testing for serial production are offered as well as state of art work. The design team offer service in developing, technical design together with a cost effective high quality production.

KaMVIET® is certified according to NS-EN ISO 9001:2015 and NS-EN ISO 14001:2015 for security, work and environment.

SUPPLIES

KaMVIET® has available certified standard and exotic materials, according to international standards at stock at all time.

Karmsund Maritime Vietnam Co. Ltd

KaMVIET® is located in Nha Trang, Vietnam and boasts state of the art technology. Here, we combine Norwegian expertise with high-end machinery such as lathes, water cutters and CNC machines.

Our design teams offer design, technical construction & production to international standards, such as ASME, ASTM and API. We also offer a wide product range and our personnel are experienced in the use of AutoCAD® Inventor Suite and other CAD programs to deliver high quality 3D drawings.

Before leaving the facilities, our products undergo stringent quality checks to ensure that they adhere strictly to design specifications.

Karmsund Maritime Group AS Contact details

NORWAY

Karmsund Maritime Offshore Supply AS Post address:

P.O.Box 484, N-4291 Kopervik NORWAY

Sales office

Visit/delivery address: Austre Karmøyveg 76, N-4250 Kopervik NORWAY

Tel: +47 52 84 43 40 • Fax: +47 52 84 43 41 offshore@kamos.no • www.kamos.no

Karmsund Maritime Offshore Production AS Post address:

P.O.Box 484, N-4291 Kopervik NORWAY

Workshop

Visit / Delivery address: Vollsøytoppen 4, N-4180 Kvitsøy NORWAY

Tel: +47 51 73 64 00 • Fax: +47 51 73 64 01 production@kamop.no www.kamop.no

ASIA - SINGAPORE

Karmsund Maritime Singapore PTE LTD

Visit/delivery address: 100 Pasir Panjang Road #05-08, Singapore 118518

Tel: +65 6737 3096 • Fax: +65 6737 3097 sales@kamsing.no • www.kamsing.no

VIETNAM

Karmsund Maritime VIETNAM Co.,Ltd

Visit/delivery address: Lot E11, Suoi Dau Industrial Zone Cam Lam district, Khanh Hoa province, VIETNAM

Tel: +84 258 37 44 207 • Fax: +84 258 37 44 209

sales@kamviet.no • www.kamviet.no

THAILAND

Paps Thailand / Bangkok office

Pipeline & Piling Services Co Ltd 26 Soi Chaloem Phrakiat Rama 9 Soi 2 Sukhumvit 103 Road Nongbon, Pravet, Bangkok 10250 THAILAND

Tel: +(66) 02-745-9348 to 51

Tel: +(66) 02-745-9397 to 8 Fax: +(66) 02-399-0908

Paps Thailand / Head office

Pipeline & Piling Services Co Ltd (Eastern Seaboard) 267/235 Muangmai Mabtapud T. Mabtapud, Muang, Rayong 21150 THAILAND

Tel: +(66) 038-608370 to 1 Fax: +(66) 038-608372 www.paps-thailand.com

NEW FOUNDLAND/LABRADOR

PM International Suppliers, LLC 51 Saganoa Avenue, Unit 5 Mt. Pearl, Newfoundland A1N 4P9 CANADA

Tel: +1 709 747-7705 • Fax: +1 709 747-5505

Sales office: 601 Mid-Florida Drive Lakeland, Florida 33813

Tel: +1 863 644 6300

Tollfree: +1 877 717 6300 Fax: +1 863 644 0023 info@pmfirst.com • www.pmfirst.com

For the latest information and updates on KaMOS® Products and solutions visit our web site at: www.karmsund.no