Cameron Drilling Products Equipment And Services Overview Catalog

User Manual: Drilling Products Overview Catalog Resource Library

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Drilling Products Overview

Total rig package solutions for your drilling needs

Content

Total rig packages solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Drilling pressure control equipment

Blowout preventers (BOPs) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Rams and ram packers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

ESG system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Capping stack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Riser systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Diverters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

BOP controls and monitoring systems . . . . . . . . . . . . . . . . 18

Manifold systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Valves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Drilling equipment

HMI and controls systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

OnTrack system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Drawworks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Top drive systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Vertical pipe handling systems . . . . . . . . . . . . . . . . . . . . . . . . . 43

Horizontal pipe handling systems . . . . . . . . . . . . . . . . . . . . . . 45

Pipe deck crane . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Drillfloor pipe handling equipment . . . . . . . . . . . . . . . . . . . . 48

Hydraulic roughnecks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Drillfloor tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Cellar deck equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Stab-in connection system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Hydraulic power units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Motion compensation equipment . . . . . . . . . . . . . . . . . . . . . . 57

Drilling derricks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Well intervention packages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

Total drilling fluid solutions

Mud control system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66

Mud mixing system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68

Bulk storage and transfer system . . . . . . . . . . . . . . . . . . . . . . 70

Mud treatment system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

Low-pressure system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73

High-pressure system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74

Mud modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

Containerized solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

Surveys and upgrades . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76

Services

Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78

Global network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

Total Rig Package Solutions

Cameron Total Rig Package Solutions

bring the Cameron reputation for safety

and reliability to all your equipment

and service needs. This complete suite

combines our best-in-class equipment

and comprehensive services, providing

customers with a lower total cost of

ownership. Through our worldwide

network of resources, we present full life

cycle support, from conceptual design to

a full range of services. And our global

infrastructure provides service and support

wherever and whenever needed. For

reliable rig equipment and far-reaching

service, the clear choice is Cameron.

Cameron understands that maximizing uptime means lower total cost of

ownership and greater returns for our customers. With growing demands

for rig efficiency, the value of safety and reliability cannot be overstated.

Through a comprehensive approach that impacts every aspect of our

business, Cameron is dedicated to ever-increasing rig efficiency.

Quality and performance

Cameron invests in state-of-the-art engineering and unrelenting

quality control processes throughout the design, engineering, project

management, and manufacturing of your equipment. This has garnered a

reputation in the industry for high-performance, quality products.

Service and support

Providing technical expertise and extensive training programs, Cameron

services are available to help you meet your objectives throughout the life

cycle of your project. With your return on investment in mind, our network

of technical specialists spans the globe so there’s no waiting for support.

Integrated solutions

Cameron Total Rig Package Solutions ensure your entire system

incorporates a high level of product integrity. By leveraging a cohesive

package that’s built to withstand the specific challenges of your project,

you assure more reliable long-term performance and lower costs.

DRILLING PRESSURE CONTROL EQUIPMENT

Focused on reliability and safety, Cameron continues to innovate in response to

your drilling BOP needs. With the world’s largest installed base of BOPs, Cameron

has provided a legacy of technology leadership, from the industry’s first BOP in

1922 to the world’s first 13-⁄in 25,000 psi BOP. With Cameron, reliability begins in

the design phase and continues through the use of proprietary products, including

high-performance elastomers.

Ram-Type BOPs

Cameron offers an extensive product line of ram-type BOPs with features that help to reduce rig maintenance and downtime.

Blowout Preventers (BOPs)

EVO* Compact Offshore BOP

Application Offshore (subsea and surface) and onshore

Bore sizes and working pressures 18-⁄in 15,000, 20,000 psi

Body styles Single, double, triple

Pressure-energized rams Yes

Lock type(s) Hydraulic; EVO-Loc* BOP locking system and motors

Bonnet studs instead of bolts: Yes

Tandem booster bonnets available for increased shearing and sealing capabilities. Super shear bonnets available for shearing casing.

TL* Offshore Ram-Type BOP

Application Offshore (subsea and surface) and onshore

Bore sizes and working pressures 18-⁄in 5,000, 10,000, 15,000, 20,000 psi

Body styles Single, double, triple

Pressure-energized rams Yes

Lock type(s) Hydraulic; RamLocks (5,000, 10,000, 15,000 psi working pressure),

ST lock (10,000, 15,000, 20,000, 25,000 psi working pressure),

Wedgelocks (5,000 psi working pressure)

Bonnet studs instead of bolts Yes

Tandem booster bonnets available for increased shearing and sealing capabilities. Super shear bonnets available for shearing casing.

U* Onshore Ram-Type BOP

Application Offshore (surface) and onshore

Bore sizes and working pressures 7-⁄in, 11in, 13-⁄in 3,000 to 15,000 psi; 16-⁄in 3,000 to

10,000 psi; 20-⁄in 3,000 psi; 21-⁄in 2,000, 5,000, 10,000 psi;

26-⁄in 3,000 psi

Body styles Single, double, triple, quad

Pressure-energized rams Yes

Lock type(s) Manual locks standard; hydraulic locks optional

Hydraulically opening bonnets Yes

Large bore bonnets and FXT bonnets available for increased shearing and sealing capabilities.

UM* Convertible-Bonnet Ram-Type BOP

Application Offshore (subsea and surface) and onshore

Bore sizes and working pressures 7-⁄in and 11in 3,000 to 15,000 psi; 13-⁄in 10,000 psi

Body styles Single, double, triple, quad

Pressure-energized rams Yes

Lock type(s) Manual locks standard; hydraulic locks optional

Hydraulically opening bonnets Yes

Bonnet studs instead of bolts Yes

Large bore bonnets and FXT bonnets available for increased shearing and sealing capabilities.

Annular BOPs

Cameron offers a variety of field-proven annular BOPs to fit your desired drilling applications. Our portfolio includes models that feature a quick-release top

for prompt packer changeout and, when vertical space is limited, reliable solutions in a compact design.

T-81 Small-Bore Compact Ram-Type BOP

Application Onshore

Bore sizes and working pressures 7-⁄in 3,000, 5,000 psi; 9in 3,000, 5,000 psi

Body styles Single, double, triple

Pressure-energized rams Yes

Lock type(s) Manual locks only

Hydraulically opening bonnets Yes

Bonnet studs instead of bolts Yes; also studs on the door

T-82 Compact Ram-Type BOP

Application Onshore

Bore sizes and working pressures 7-⁄in 3,000, 5,000 psi; 11in 3,000, 5,000 psi; 13-⁄in 3,000,

5,000 psi

Body styles Single, double

Pressure-energized rams Yes

Lock type(s) Manual locks only

Hydraulically opening bonnets Yes

Bonnet studs instead of bolts No

DL High-Pressure Annular BOP

Application Offshore (subsea and surface) and onshore

Bore sizes and working pressures 7-⁄in to 21-⁄in and 2,000 to 10,000 psi

Body styles Single, dual configurations available for certain sizes

Packer High-performance CAMULAR* annular elastomer technology

T-84 Low-Pressure Annular BOP

Application Onshore

Bore sizes and working pressures 7-⁄in 3,000, 5,000 psi; 9in 3,000 psi; 11in 3,000, 5,000 psi;

13-⁄in 3,000 psi

Body styles Single

Packer Synthetic rubber

T-90 Short-Body Annular BOP

Application Onshore

Bore sizes and working pressures 7-⁄in 3,000, 5,000, 10,000 psi; 9in 3,000 psi; 11in 3,000, 5,000

psi; 13-⁄in 3,000, 5,000 psi

Body styles Single

Packer Synthetic rubber

Rams and Ram Packers

Cameron offers the most comprehensive

line of rams and ram packers in the

industry. Our rams cover a wide range of

drilling requirements, including shearing

high-strength casing and drill collars.

Cameron also offers a choice of rams for

variable bore sealing and high-temperature

applications.

Cameron is known as a pioneer in variable

bore sealing technology. The name variable

bore ram (VBR) is synonymous with the

CAMERON* VBR*. In addition, Cameron

offers FLEXPACKER* ram technology,

FLEXPACKER NR* narrow-range ram

packer, and dual bore FLEXPACKER

technology, which provide sealing on

specific bore sizes. VBR

Pipe ram

CDVS cable double-v shear ram

Elastomer Technology

One of the many ways to differentiate Cameron drilling products from those

of other manufacturers is the elastomers used in critical sealing areas, such

as ram packers and top seals.

Cameron drilling products exclusively feature proprietary elastomers

designed and manufactured by our facility in Katy, Texas. Cameron provides

engineered solutions to elastomeric material problems, and for drilling

applications, we have developed CAMRAM*, CAMRAM 350*, CAMULAR,

CAMLAST* and DUROCAM* elastomer technology to meet the rigorous

demands of the oil field. This technology, when used in Cameron ram-type

BOPs and annular BOPs, help to improve performance, extend service life,

reduce downtime, and lower operating costs. Elastomer components are

in-house engineered technology with required API testing as with all other

pressure control equipment.

RAM SELECTION CHART

Ram description Ram-type BOP models

EVO TL U UM T-81 T-82

Shearing SBR shearing blind ram ●● †† ● ● – –

DVS double ‘v’ shear ram ●● †† ● †† ● †† – –

SSR super shear ram†●●●● †† – –

HS SBR shearing blind ram ●●●●– –

DS dual string shear ram – – ● †† ● †† – –

ISR interlocking shear ram – – ● †† ● †† – –

DSI dual string interlocking shear ram – – ● †† ●– –

CDVS cable double v shear ram ● ● ––––

Variable bore VBR-II* variable bore ram ● †† ● †† ● †† ● †† – –

FLEXPACKER ● †† ● †† ● †† ● †† – –

FLEXPACKER-NR ● †† ● †† ● †† ● †† ● †† –

Dual bore FLEXPACKER ● †† ● †† ● †† ● †† – –

Pipe Standard service ●●●●●●

High temp service ●●●●●–

† Non-sealing ram; does not contain elastomeric material.

†† Contact your local Cameron representative to learn more about specific sizes.

Connectors

As drilling depths have increased, Cameron has expanded its product offerings

to include a full range of collet connectors able to secure your subsea BOP stack

connections from shallow to ultra-deepwater environments.

Model 70 connector

The Model 70 collet connector is offered in sizes and

pressure ratings for a wide variety of applications.

HC connector

The HC high-capacity collet connector is similar to the

Model 70 connector, but is designed to provide greater

preload to withstand higher separating forces.

DWHC connector

The DWHC deepwater, high-capacity collet connector

is a high-strength drilling and completion collet

connector, engineered for the high loads encountered in

ultra-deepwater applications.

HCH4 connector

The HCH4 connector locks onto an H4 wellhead.

EVO-Con connector

The EVO-Con* adaptable collet connector works on various

wellheads, giving you increased versatility and capacity,

and is made with only one hydraulic unit.

ESG System

The Cameron ESG*

environmental safeguard

BOP control system is a

safe, reliable and cost-

effective alternative to

traditional subsea drilling

practices, combining field-

proven equipment into an

evolutionary new system.

Evolving traditional methods one step further,

the Cameron ESG system utilizes a floating

vessel equipped with a combination of subsea

and surface modules. The subsea portion,

at only a fraction of the size and weight of a

traditional subsea stack, is used to shear, seal

and disconnect from the seabed while the

traditional surface BOP stack handles all the well

control functions.

The subsea stack consists of upper and lower

wellhead connectors, a ram-type BOP with

shearing blind rams and a mini (acoustic,

electric, ROV-actuated or hydraulic) control

system. The subsea portion is connected to

a traditional surface BOP stack via a high-

pressure riser system, Cameron exclusive

triple-barrel telescoping joint and a motion

compensation system.

In the event of an emergency, the control system

is used to signal the subsea BOP to shear the

pipe. Once the shearing blind rams shear and

seal off the bore, the control system is used

to signal the upper connector to disconnect,

allowing the rig to be moved safely off location

with minimal loss of drilling or well fluids.

Three-barrel telescoping joint

Tensioning system

Surface BOP stack

Casing/riser

Wellhead

Collet connector

BOP with shearing blind rams

Capping Stack

Building on a legacy of innovative BOP products, Cameron now designs and

manufactures capping stacks. These stacks provide an additional method for safely

shutting in a well or diverting the flow to a containment system. These small,

lightweight stacks, varying in size and working pressure, are designed to fit on top of a

subsea BOP stack or wellhead and can be configured per customer’s request.

Riser Systems

Cameron offers drilling riser systems that accommodate the stringent conditions

encountered in ultra-deepwater drilling, including high-tension loads, multiple control

lines and the need to respond to changes in surface weather conditions. Riser sections

are available in varying lengths, wall thicknesses and with preps for buoyancy materials

as required.

LoadKing riser system

Cameron LoadKing* ultradeepwater riser

systems is designed to meet the demands of

ultra-deepwater drilling in water depths of

7,000ft (2,133.60 m) or more. LoadKing riser

system are available with tension ratings up to 4

MMlb. LoadKing riser systems incorporate many

of the features of the RF riser system while

holding the weight of the riser joints to less

than 2% heavier than a comparably equipped

RFriser system.

Riser fill up valve

The Cameron riser fill up valve is a special riser

joint with an automatic or hydraulically operated

actuator designed to prevent riser collapse

should drilling fluid levels drop within the riser.

Riser running tools

Cameron riser running tools feature integrated

running and testing functionality. The devices

handle risers for lifting and assembling the riser

into the riser string and pressure testing the

lines. Cameron running tools are qualified up to

2.75 MMlb. Removable test plugs eliminate the

need to stab a test sub for every joint. Hydraulic

and manual tools are available.

Telescoping joint

The Cameron Telescopic Joint (TJ) compensates

for rig heave. It is a riser joint consisting of an

inner and outer barrel with a sealing element.

Cameron offers a dual seal assembly (DSA) for

sealing between the inner and outer barrel. The

autolock feature secures the inner and outer

barrel to ensure the telescopic joint can safely

run and land the BOP. The Cameron TJ can be

provided as MPD ready, with an inner barrel

sized to accommodate passing a rotating control

device and associated deployment tooling.

RF riser system

The Cameron RF* riser system is designed to

meet the drilling industry’s needs for a midwater

riser system. Less costly and quicker to operate

than conventional systems, RF riser systems are

available with tension ratings up to 2 MMlb.

Spider and gimbal

The Cameron spider serves as a hang off point for the riser during BOP

running. Cameron offers split spiders and gimbals to accommodate rotary

tables of 49.5in (1,257.3 mm), 60.5in (1,536.7 mm), and 75.5in (1,917.7

mm) in diameter and are qualified up to 2.5 MMlb hang off capacity.

Cameron spiders are designed so that the only moving parts are the spider

dogs. For improved safety, the 75.5in (1,917.7 mm) spider dogs completely

cover the open hole when hanging off a riser joint. The shock mount

gimbal allows up to a 5-degree movement in all directions. The Cameron

spider design can be configured to readily accommodate the Robo-Spider*

automated riser-flange-bolt torque system.

Tension ring

The Cameron tension ring secures the tensioning lines to the telescopic

joint. Cameron offers solid body and split tension rings to accommodate

both wireline and direct acting tensioning systems. Cameron tension rings

are qualified up to the same capacity as the riser system with which they

are coupled.

FlexKing subsea flex joint

Cameron FlexKing subsea flex joints permit angular displacement up to ±10

degree. They are rated up to 6,000 psi and are certified to water depths up

to 12,000 ft (3,657.6 m).

BOP landing assist tool

The Cameron BOP Landing Assist Tool (BLAT) locks into the riser string

below the telescopic joint inner barrel to allow hang off to be supported by

the derrick instead of the tensioning system. The BLAT can support up to

2.5 MMlb and interfaces with either the outer barrel of the telescopic joint

or a modified pup joint.

Robo-Spider system

The Cameron Robo-Spider system is an automated riser flange bolt torque

system capable of reducing riser flange bolt torque time by up to 70%,

while increasing rig floor safety.

Riser gas handling system

The Cameron RGH riser gas handling system utilizes a subsea diverter

to permit the safe handling of gas in the riser. The system includes an

annular for sealing the riser annulus and a gas bleed spool to safely

bleed off gas and mud to a choke manifold. Standard configurations are

available to accommodate an HSE system or a Managed Pressure Drilling

(MPD)-ready system.

Stab-in connection system

The STiCS stab-in connection system provides hands-free remote operation

for installation of goosenecks on the telescopic joint, reducing time and

potential hazards that can occur during the connection of the choke, kill,

and other auxiliary lines.

For more information on the STiCS system, refer to page 61.

Diverters

CF-B diverter

Diverter housing

CF-A diverter and running tool

CF-A diverter

The Cameron CF-A diverter is fully customizable

for customer-specific floater operations and

is designed for reliable, efficient use. The

system consists of a diverter housing, outlet

valves, running tools, controls system, diverter

assembly, and storage skid.

The CF-A diverter supports up to 75.5in rotary

tables and has a hang off capacity of up to 2.5

MMlb. It is a single annular packing element

with a pressure rating up to 500 psi. The CF-A

model features four hydraulic locking dogs

that also provide hydraulic functionality, thus

reducing hosing and providing a simplified

running and retrieval of the diverter assembly. It

also eliminates the need to secure hoses to the

diverter assembly while providing hydraulic fluid

for the operations.

CF-B diverter

The Cameron CF-B diverter is fully customizable

for customer-specific jack-up rig operations

and is designed for reliable, efficient use. The

system consists of a diverter housing, outlet

valves, running tools, controls system, diverter

assembly, overshot packers, and storage skids.

The CF-B diverter supports up to 49in rotary

tables and is qualified up to 1,000 psi. Packers

can be split and hinged to allow them to be

changed out with pipe in the hole. J-slot type

running tools are entirely mechanical and require

no hydraulics. The bolt-on hydraulic stabs

automatically engage receptacles in the diverter

housing during deployment, thus eliminating

the need to make/break hydraulic connections

during running and retrieval.

Cameron diverter solutions provide low-pressure

flow control to direct wellbore fluids away from the

immediate drilling area to maximize safety of personnel

and equipment. These diverters are used primarily to

divert drilling fluids to mud systems in shallow fluid and

gas flows, drilling with a rotating head, or drilling with

a marine riser. Cameron offers the CF-A low-pressure

flow control floater diverter for floaters and the CF-B low-

pressure flow control jackup diverter for jack-up rigs.

Land and platform hydraulic

Cameron hydraulic control systems for land and

platform BOPs supply hydraulic fluid used to

operate the stack and associated equipment.

These systems feature field-proven and reliable

components designed for dependability and field

serviceability. The valves use sliding CAMERON

metal-to-metal shear seals for maximum

tolerance of fluid contamination.

As a leading supplier of BOPs, Cameron is

uniquely qualified to design, manufacture,

install and service drilling control systems

tailored to the specific requirements of

Cameron BOPs. By providing superior

design, dependable performance and

excellent field service, Cameron is an

industry leader in the supply of drilling

control systems for land, platform

and subsea applications. Available

controls range from simple-hydraulic to

all-electric systems.

BOP control systems from Cameron feature

a modular design using pre-engineered,

field-proven components. The unique

modular design allows simple installation

and retrieval of the control pod utilized

in our multiplex (MUX) systems, which

leads to reduced maintenance time and

costs. Cameron control systems feature

the latest technology with new advances

in safety and functionality, providing for

operational efficiency.

BOP Controls and Monitoring Systems

EH MUX subsea electro-hydraulic multiplex systems

Cameron compact, lightweight EH MUX systems combine modular,

field-proven components with dual-redundant electronics to provide

the rapid actuation required of BOPs operating in deep water.

For operating equipment in shallower water depths, Cameron offers

direct-hydraulic and piloted-hydraulic drilling control systems to deliver

superior BOP control at an economical cost. Like the EH MUX systems,

the piloted systems offer robust, field-proven components, but are

controlled via electric connections between the surface controls and

subsea control pod.

Cognition subsea BOP monitoring system

The Cameron Cognition* monitoring system is a network of sensors,

data recorders, and communications fitted to the subsea stack of

new or existing BOP assemblies, that administers mission critical

information for real-time monitoring, condition based maintenance, and

emergency mitigation.

Monitoring the parameters of condition in BOP equipment provides

access to crucial details about performance and reliability. This presents

drillers with new insight to proactively manage maintenance which

is essential to maximizing operational uptime. Also, this progressive

set of statistics contributes vital intelligence to identify and respond

in well control emergencies. Redundant “black box” recorders

store several weeks of data enabling ROV recoverable forensics of

time-stamped information.

The Cognition monitoring system has the flexibility to incorporate a

wide range of installer selected sensors, including but not limited to

BOP ram position, hydraulic fluid condition, stack accumulator bottle

volume, and solenoid performance. Four redundantly accessible data

transmission paths are designed to increase availability, which includes

the main umbilicals, ROV stab access points, ROV inductive high-capacity

connectivity, and an acoustic system that also facilitates local power.

Each connection is capable of energizing sensors and reading data

from subsea historians independently of the native BOP control system.

All measurements are accessible from any single connection point,

implementing an unprecedented level of redundancy.

Additionally, the Cognition Knowledge Base* software provides advanced

analytics, alerts, alarms, and reports that synthesize both real-time and

historical data into advantageous information. The complete package

solution offers the most value to aid in preventing failures, reducing

downtime, and extending the operational life of subsea BOP equipment.

LMRP ROV wireless data and power connection point and ROV retrievable black

box recorder

Lower Stack ROV wireless data and power connection point and ROV retrievable black

box recorder

Cameron offers manifold systems including choke and kill manifolds, drilling chokes,

mud standpipe manifolds, cement manifolds, mud gas separators, glycol injection units,

and manifold control systems for improved pressure and flow control in onshore and

offshore applications.

Manifold Systems

Offshore manifold Onshore manifold

Choke and kill manifold

Cement manifold

MCG

Vent

Overboard starboardOverboard port

To mud treatment

From HP system

From HP cement system

From HP system

To well

Mud

standpipe

BOP

stack

Choke and kill manifolds

The Cameron choke and kill manifold provides control of flowback or

treatment fluids. With a commitment to offer the highest quality, safest,

and most reliable products on the market, Cameron choke and kill

manifolds undergo design, development, and production processes that

adhere to our rigorous OEM protocol. Every element of the choke and

kill manifold, from gate valves to chokes, must meet meticulous design

standards, qualification testing, and material selection. The manufacturing

of each manifold system is done in-house by our trained employees. This

attention to detail is what you can expect from the best-in-class pressure-

control equipment provider.

■ Compliance with API standard 53 and API spec 16C

■ ABS and DNV certification

■ API 6A monogrammed components

■ Material class DD-0.5 to EE-NL

■ Temperature class L to X (-50 to 350 degF [-45 to 176 degC])

■ Product specification level: PSL 2 or 3

■ Inconel* 625 inlay available

■ Hydraulically actuated components to allow for remote operation

Options include: standard or custom configurations, instrumentation for

pressure readings, ports for glycol injections, various structural components

to operate chokes and valves, etc.

Drilling chokes

The Cameron drilling choke product range consists of two main

choke types: the CAMERON* DR gate and seat type and the WILLIS*

Multiple Orifice Valve (MOV) rotating disc type. These chokes control

the pressure in the well bore during drilling, circulate out any kicks of

gas encountered during drilling, and prevent loss of well control by

maintaining a satisfactory column of drilling mud. With several options and

configurations, Cameron drilling chokes offer proven performance within

diverse drilling applications on a global scale.

■ Controlling components (gate and seat) of DR Type gate-and-seat

drilling choke valves as well as the disc components of WILLIS MOV-

type drilling chokes are made from solid tungsten carbide for maximum

durability and increased service life

■ Available in manual and hydraulically actuated configurations

■ Actuated configuration with a pneumatic pressure-type position

indicator is standard (digital position sensor is optional)

Drilling choke

Mud standpipe manifolds

Cameron mud standpipe manifolds are designed and manufactured to

customer requirements and are fully certified in accordance with the

recognized oilfield equipment standards.

The mud standpipe manifold is installed downstream of the mud pumps

with the purpose of diverting the flow of drilling fluids towards the drill

line or drill string. An adjustable choke can be installed to bleed pressure

off the drillpipe, to reduce shock when breaking circulation in wells

where loss of circulation is a problem, and to bleed-off pressure between

BOPs during stripping operations. Pressure ratings up to 7,500psi

are available.

■ Diverts flow of drilling fluids

■ Provided with pressure indicator/sensor and/or

temperature indicator/sensor

■ Supplied free-standing or with support frame

■ Range of configurations/capacities/specifications available

■ Custom single or dual designs

Cement manifolds

Cameron cement manifolds are designed and manufactured to customer

requirements and are fully certified in accordance with the recognized

oilfield equipment standards.

The cement manifold is installed downstream of the cement unit with

the purpose of diverting the flow of cement slurry during cementing

operations. Pressure ratings up to 20,000 psi are available.

■ Diverts flow cement

■ Installed downstream of cement unit

■ Provided with pressure indicator/sensor and/or

temperature indicator/sensor

■ Supplied free-standing or with support frame

■ Hammer union or flanged connections

■ Range of configurations/capacities/specifications available

Mud gas separator (MGS)

Cameron mud gas separators are designed and manufactured to customer

requirements and are fully certified in accordance with the recognized

oilfield equipment standards.

Mud gas separators are installed and used to separate and safely vent

large pockets of gas from the active drilling mud system. The mud is routed

to solids control equipment for further processing while the free gas is

discharged through the gas exhaust pipe and travels through the flare line

to be safely vented.

■ Separate gas from drilling fluid

■ Install downstream of well control choke

■ Install in flow line if high-gas concentrations

■ Excellent for underbalanced drilling

■ Range of configurations/capacities available

■ Custom design with capacity calculations

Glycol injection unit

Cameron glycol injection units are designed and manufactured to customer

requirements and are fully certified in accordance with the recognized

oilfield equipment standards.

The glycol injection unit works by pumping glycol into the manifold in

order to prevent the formation of hydrates that can block flow lines.

Injection occurs upstream of the manifold chokes. Current available sizes

are 198.13gallons (750 liters) or 264.17 gallons (1,000 liters) with outputs

greater than 0.26 gal/min (1 L/min).

■ Stainless steel enclosure

■ Range of capacities and specifications available

■ Easily integrated with control equipment

■ Maintenance friendly

Manifold control system

Cameron manifold control systems are designed and manufactured to

customer requirements and are fully certified in accordance with the

recognized oilfield equipment standards.

Cameron manifold controls range from a simple single or dual choke control

panel to custom design control systems. Custom designs include control of

chokes, valves, and position indication with readout for choke upstream,

choke downstream, standpipe and cement pressures/temperatures and

pump stroke counter display. Handoff to DCS is often a desired feature that

Cameron incorporates into its custom panels. PLC/HMI is also available.

■ Reliable, economical, onshore or offshore application

■ Range of instrumentation packages

■ Design to fit in drillers cabin or on rig floor

■ Range of configurations/capacities/specifications available

Mud gas separators

Cameron offers a wide range of valves to control and direct

the flow of oil and gas from the drillfloor to the end user.

Valves

MCS gate valves

The Cameron MCS subsea gate valve is a compact valve suited for the

rugged requirements of subsea choke-and-kill lines in water depths up

to 10,000 ft (3,048 m).

The valve is hydraulically actuated. The detachable actuator requires

only 6in of clearance for removal without requiring removal of the valve

from the line. The bonnet, packings, and stem remain in the valve when

the actuator is removed.

Balanced stem prevents fluid displacement and prevents opening when

line pressure is less than sea pressure. The exposed balancing stem

allows visual indication of gate position. Bi-directional sealing allows

valves to be spaced closely without liquid lock.

The one-piece seats and slab gate minimize cavity parts which

simplifies maintenance.

■ Size: 3-⁄in (other sizes available upon request)

■ Working pressure: 15,000 psi (other pressures available

upon request)

■ Operating temperatures: 0 to 350 degF (-18 to 176 degC)

■ Operating pressure: 1,500 to 3,000 psi

■ Variety of trims available

■ Metal-to-metal sealing

■ Compliant with API 6A, DNV, ABS, etc.

■ Locking screw option available

FLS gate valves

The Cameron FLS* gate valve is a full-bore, through-conduit valve

available in standard double-flange, threaded-end and special block body

configurations. It is a forged valve available in pressure ratings from

2,000 psi to 20,000 psi and bore sizes from 1-⁄in to 11in. As Cameron

standard valve, the FLS gate valve can be fitted with a wide range of

Cameron actuators.

The FLS gate valve’s bi-directional design provides flow direction

versatility and maximum service life. Featuring metal-to-metal sealing

(gate-to-seat and seat-to-body), the valve’s simple, reliable gate and seat

design promotes ease of field service and minimal spare parts inventory.

Two spring-loaded, pressure energized, non-elastomeric lip-seals

between each seat and body assist in low-pressure sealing. They also

protect against intrusion of particle contaminants into the body cavity

and seal areas.

The valve’s stem seal design covers a full range of pressures,

temperatures and fluids encountered in wellhead and manifold service.

The stem can be back seated to allow stem seal replacement with the

valve under pressure.

For more information on Cameron gate valves, please reference API 6A Gate

Valves brochure (SUR-1024).

Gate valve application guide

Bore size, in

7-⁄

6-⁄

5-⁄

4-⁄

3-⁄

2-⁄

2-⁄

1-⁄

Working pressure, psi

02,000 3,000 5,000 10,000 15,000 20,000

FLS

FLS-R*, FLS actuated

DRILLING EQUIPMENT

Cameron delivers a complete range of drilling control rooms, advanced X-COM*

operator chairs, drilling instrumentation systems, and monitoring systems for multiple

types of offshore drilling applications. All software, inclusive of our HMI, machine

controls, and integration functions for the zone management and tubular interlock

systems are tested in a 3D simulation environment before installation on the rig. Our

systems feature high-quality software and easy-to-use screen graphics, and our secure

and efficient network is capable of interfacing with equipment from third-party vendors.

HMI and Controls Systems

Drilling control room

Cameron delivers a range of drilling control rooms (DCRs) to the drilling

industry. Our product offerings range from compact one-seater cabins to

large well-construction centers, able to house essential drilling control

and monitoring equipment, as well as several operators and any additional

auxiliary equipment and personnel.

■ Self-supporting carbon steel unit (optional stainless steel)

■ Integrated X-COM designed for 1 to 5 X-COM operator chairs

■ Large windows with fully-automatic window-cleaning system

programmed for different weather conditions

■ Removable, easy-to-clean, non-slip floor tiles

■ Recessed ceiling with noise dampening

■ Two safety/emergency exits

■ Sun-filtered safety windows with protection bars and grids to protect

the top windows from falling objects and the front windows and DCR

from moving objects

■ Tailored to drillfloor layout

■ Ergonomically designed to meet the highest standards

■ Wall space for BOP/auxiliary panels

■ HVAC systems

■ Range of additional options to meet customer specifications

X-COM operator chair

■ Simple and intuitive user interface

■ Sunlight readable and dimming in all conditions

■ Designed in accordance with NORSOK and international standards

■ Outstanding ergonomic adjustments for maximized comfort

and efficiency

■ Slim and robust industrial design

■ Safe technical components and internal redundancy

■ Rapid placement of pluggable components allows for stress-free

service and maintenance

■ Includes 3 HMI front screens for closed circuit television (CCTV)

and HMI

■ Integrated CCTV and talkback system interface

■ Excellent line of sight due to the chair’s slim design

Local equipment room/local instrument room

■ Self-supporting steel structure, with insulation and entrance door

■ Rated for installation in Hazardous area Zone II (safe by ventilation)

■ Removable antistatic floor tiles

■ Complete delivery (including control system components, power

distribution and lighting)

■ HVAC system with heating/cooling units for temperature control

■ Air handling unit with fire dampers and overpressure control

■ Prepared interface for external systems (fire and gas system, HVAC,

and rig control system)

With the Cameron OnTrack* integrated drilling controls system, various types of

drilling equipment and processes can be integrated into one system. This provides

the driller and assistant driller with optimal monitoring and controls, along with key

decision-making information.

OnTrack System

OnTrack System integration

Cameron OnTrack system integration ensures that all control systems from

other suppliers fit together correctly and are integrated properly.

■ Open interfaces which allow real-time parameter settings from drilling

optimization/reservoir models

■ Capable of being interfaced with virtually any third-party system on

the market

■ Executes and documents signal tests before installation

■ Plug-and-play connection and start up of the drilling control system at

the yard

OnTrack C-Net and I-Net

The Cameron C-Net and I-Net consist of high-speed communications

networks exchanging data points at high rates. The network is segregated

into two segments in order to ensure that control signals are given priority.

OnTrack MI interface

The Cameron OnTrack MI machinery interface ensures inter-faceability with

virtually any third-party system on the market.

OnTrack Explorer workstation

The Cameron OnTrack Explorer* drilling analysis workstation consists of an

analysis application that is used to access real-time and historical data from

the OnTrack Server.

OnTrack tubular interlock system

The Cameron OnTrack tubular interlock system evaluates the status

of interacting equipment, generates a tubular interlock situation, and

executes the following interlock actions: inhibits control function in control

logic, inhibits notification to HMI system, and provides interlock message

notification to the HMI system.

■ Increases personnel safety and uptime

■ Prevents unintentional drop of tubular

OnTrack ZMS system

The Cameron OnTrack ZMS zone management system enables

communication with other systems to help detect and avoid collisions

between drillfloor equipment.

OnTrack AWD Top driveDrawworks Mud pumps Pipe handling Roughneck OnTrack MI

C-NET

X-COM

operator chair

X-COM

operator chair

OnTrack Server OnTrack Explorer

workstation

CCTV system OnTrack DMS

I-NET

OnTrack DrillPilot

The Cameron OnTrack DrillPilot enables multiple drilling machines to be

controlled by a single operator. With DrillPilot, the entire drilling operation

acts as a complete system, rather than several individual machines. This

simplifies operation and preparation for the operator compared with other

conventional control systems.

■ Reduces complexity for the operator

■ All machines controlled by a single joystick

■ Increases operational efficiency by reducing pipe handshake-time and

providing more consistent tripping speeds

■ Activates next step in operational sequences automatically, at the

correct time

■ Integrated setup wizards feature allows for faster setup and line-up of

equipment for each type of operation (i.e., tripping or standbuilding)

Drilling parameter sensors

Cameron drilling parameter sensors allow for any type of sensor to be

supplied as part of our package.

OnTrack SoftTorque

The Cameron OnTrack SoftTorque consists of anti-stick-slip software

for the top drive.

■ Eliminates stick-slip

■ Improves well bore

■ Reduces torque vibrations

■ Reduces wear and tear on downhole tools

■ Improves steerable system performance

■ Reduced bit damage, longer bit runs

OnTrack DMS drilling management system

■ Makes drilling data generated on the rig available anywhere

■ Offers secure replication to onshore server

■ Can be used with any internet location

■ Can be fully interfaced on multiple rigs

■ Incorporates the OnTrack Explorer workstation for operation and

maintenance support

■ Enables drilling data to be fed into other applications (i.e., maintenance

system, reservoir model, etc.)

■ Ultimately allows for "drill from the beach" capability

Rig 1

OnTrack

Historian

OnTrack Historian

replication server

OnTrack Explorer workstation

in city offices

OnTrack Explorer workstation

alerts experts anywhere

OnTrack Explorer workstation

in drilling center

Feeding 3rd party applications

OnTrack

Historian

Rig N

OnTrack Historian

The Cameron OnTrack Historian records all drilling activity, equipment,

alarms, and events data generated on the rig in real-time to a time and

depth series database. Historian components are integrated into the

HMI for simple accessibility.

■ Innovative method for storing all drilling data generated on the rig

■ Records data based on the depth of the drilled hole

■ Includes redundant data collectors on two physical servers to

prevent loss of data in case of component failures

■ Enables drilling data to be fed into other applications (i.e.,

maintenance system, performance logging, etc.)

■ Allows user comments to be added to relevant alarm(s)

and/or event(s)

■ Allows for data retrieval from virtually anywhere via open protocols

■ Optional secure replication of data to onshore server

OnTrack AWD analysis while drilling

The Cameron OnTrack AWD analysis while drilling consists of several

real-time algorithms used to assist and guide the driller during

drilling operations.

■ Advanced drilling software that calculates numerous parameters

such as:

● Auto driller functions (i.e., weight on bit (WOB) and ROP)

● Stands in hole

● Bit runtime and depth

● Hole depth

● Drill string configuration

● Mud tank volumes, mud flow and mud displacement

● Kick calculator, kill sheet, annular mud velocity, etc.

■ Integrated mud process control system and HMI

● Provides mud control of tanks, pits, pumps, etc.

■ Facilitates data transmission of AWD information to other consumers

via standard protocols

Cameron offers AC gear-driven drawworks concepts for onshore and offshore

applications. A wide range of models are available in single-speed or three-speed

designs with up to 6,000-hp ratings. Cameron offers technically advanced gear-driven,

active-heave drawworks systems with up to 11,200-hp ratings that are capable of

compensating movements on large floaters and drillships.

Drawworks

LDW series

Cameron LEWCO* AC gear-driven drawworks

offer technically advanced features to increase

drilling performance, safety and reliability.

The combination of both cost and operational

efficiency with small footprints, less weight and

reduced noise and vibration further adds to the

advantages provided by these solid machines.

■ Offered in 500/550K, 750K, 1000K, 1500K and

2000K hook load models

■ Feature an engineered braking system for

increased safety

■ Achieve higher operational speeds (in all

models) through the use of variable frequency

drive (VFD) AC motors

■ Require fewer utilities for installation and

fewer spare parts

Model Power rating DW duty,

hp [kW]

Load,

ton [tonne]

Block speed,

ft/min [m/sec]

Gears Motors Lines

LDW 550K 1,500.00 [1,103.25] 275.00 [249.48] 238.19 [1.21] 1 1 10

LDW 750K 2,300.00 [1,691.65] 375.00 [340.19] 214.57 [1.09] 1 2 12

LDW 1000K 3,000.00 [2,206.50] 500.00 [453.59] 307.09 [1.56] 1 2 12

LDW 1500K 4,500.00 [3,309.74] 750.00 [680.39] 240.16 [1.22] 1 3 14

UltraHoist AHC series

The Cameron UltraHoist active-heave

compensated (AHC) drawworks delivers safe

and efficient hoisting and lowering during

traditional drilling, tripping and handling

operations, as well as accurate heave

compensation during drilling or landing of

the BOP to the seafloor. All UltraHoist AHC

drawworks are gear-driven and available in

three-speed or single-speed versions with power

input from 4.5 hp to 9 hp and a load handling

capacity of up to 1,250 ton (1,133.98 tonne).

■ Lebus grooved drum for 2in (50.8 mm) drill

line—complete with kickback rollers and

easily removable guards

■ Easily removable cable anchor

■ Control system interfaces with the Zone

Management System via the C-NET network

to enable communication with other system

PLC, such as the anti-collision system

■ Custom PLC software ensures smooth and

natural operations for the driller

■ Built-in, self-diagnostic functions

automatically warn for service and overhaul of

main components

■ Onboard HPU systems for brakes and

lubrications fitted with dual pumps

and motors

■ Internal gearboxes use a keyless design to

avoid stress configurations

■ Fail-safe braking system comprised of two

brake discs, one at each side of the drum,

and two calipers with brake pads acting on

each disc

■ Braking capacity of the emergency brakes

equal to 200% of maximum line pull

■ Automatic brake monitoring system,

includingbrake slip detection, drum creep

detection and drum response detection

■ Integrated crown and floor saver provides full

control of the various braking systems

Model Power rating DW duty,

hp [kW]

Load,

ton [tonne]

Block speed,

ft/min [m/sec]

Gears Motors Lines

UH SG 750-5600—AHC 5,600.00 [4,118.79] 750.00 [680.39] 326.77 [1.66] 1 4 14

UH SG 1250-11200—AHC 11,200.00 [8,237.59] 1,250.00 [1,133.98] 344.49 [1.75] 1 8 16

UH 3G 750-7300—AHC 7,300.00 [5,369.14] 750.00 [680.39] 393.70 [2.00] 3 4 14

UH SG 1000-8400—AHC 8,400.00 [6,178.19] 1,000.00 [907.18] 344.49 [1.75] 1 6 16

Model Power rating DW duty,

hp [kW]

Load,

ton [tonne]

Block speed,

ft/min [m/sec]

Gears Motors Lines

UH 3G 500-3000 3,000.00 [2,206.50] 500.00 [453.59] 393.70 [2.00 ] 3 2 12

UH 3G 650-3000 3,000.00 [2,206.50] 650.00 [589.67] 393.70 [2.00 ] 3 2 12

UH 3G 750-3660 3,660.00 [2,691.93] 750.00 [680.39] 393.70 [2.00 ] 3 2 14

UH 3G 1000-5600 5,600.00 [4,118.79] 1,000.00 [907.19] 393.70 [2.00 ] 3 4 16

UH 3G 1250-5600 5,600.00 [4,118.79] 1,250.00 [1,133.98] 393.70 [2.00 ] 3 4 16

UH SG 750-4500 4,500.00 [3,309.74] 750.00 [680.39] 275.59 [1.40 ] 1 3 14

UH SG 1000-6000 6,000.00 [4,412.99] 1,000.00 [907.19] 236.22 [1.20 ] 1 4 16

UH SG 1250-7300 7,300.00 [5,369.14] 1,250.00 [1,133.98] 236.22 [1.20 ] 1 4 16

Note: DW pull force to be limited to drill line size/type used

UltraHoist drawworks

The Cameron UltraHoist* offshore drawworks

delivers efficient hoisting and lowering during

drilling, tripping and handling operations. All

UltraHoist drawworks are AC and gear-driven.

The three-speed version offers operational

flexibility, both at high speeds and high loads.

The Cameron UltraHoist drawworks is also

simpler to use, and integrates many safety

features that are not currently offered by

other models.

■ Three-speed transmissions used between

AC motors and fixed speed gearbox provide

unique, fast line speed and pull characteristics

■ Lebus grooved drum for 1-⁄in (38.1 mm) (or

1-⁄in (41.28 mm)) drill line—complete with

kickback rollers and easily removable guards

■ Easily removable cable anchor

■ Control system interfaces with the Zone

Management System via the C-NET network

to enable communication with other system

PLC, such as the anti-collision system

■ Custom PLC software ensures smooth and

natural operation for the driller

■ Built-in, self-diagnostic functions with

automatic warning system for service and

overhaul of main components

■ Onboard HPU systems for brakes and

lubrications fitted with dual pumps

and motors

Traveling block

■ 500-, 650-, 750-, 1,000- and 1,250-ton

(453.59-, 589.67-, 680.39-, 907.19- and

1,133.98-tonne) models available

■ Simple and sturdy design

■ Easy access to lubrication and

greasing points

■ High-quality, durable components

■ Bondura bolts as clevis pins

Deadline anchor

■ Designed for ease of service

and maintenance

■ Drum design enables easy slip-and-cut

■ Adjustable wire outlet direction allows for

both floor and derrick leg mounting

■ Dual strain gauge in load cell

■ Handy service pocket

Drill line storage reel

■ Robust frame/skid for drum carriage

■ Quick change of drum

■ Robust pinion/cog wheel transmission

for drilling line spooling

■ Hydraulic drive to ease slip-and-cut

operations; hydraulic drive also serves

as brake when not in operation

Cameron provides a range of high-performance hoisting equipment designed to

enhance safety and reduce maintenance.

Hoisting Equipment

Cameron offers a range of 500-ton (453.59-tonne) to 1,250-ton (1,133.98-tonne)

AC-driven top drive systems for demanding drilling applications. All of our top drives

come with several accessories that have been tailor-made to meet rig requirements.

High quality components, modularity to reduce maintenance and down time, as well

as reliable gearboxes, controls, and automation make Cameron top drives the preferred

choice for any drilling crew.

Top Drive Systems

TD 1500-AC-2M TD 1250-AC-2M TD 1000-AC-2M TD 500/650/750-AC-1M TD 750-AC-1M-C

Drive type AC AC AC AC AC

Capacity in elevator 1,500.00 ton

[1,360.78 tonne]

1,250.00 ton

[1,133.98 tonne]

1,000.00 ton

[907.19 tonne]

500.00 ton/650.00 ton/700.00 ton

(453.59 tonne/589.67 tonne/

635.03 tonne)

750.00 ton

[680.39 tonne]

Power rating 2,300.00 hp/3,000.00 hp

[1,691.65 kW/2,206.50 kW]

2,300.00 hp

[1,691.65 kW]

2,300.00 hp

[1,691.65 kW]

1,150.00 hp

[845.82 kW]

1,150.00 hp

[845.82 kW]

Motors 2 2 2 1 1

Continuous torque 120,000.00 ft-lb/157,000 ft-lb

[162,698.15 N·m/212,863.42 N·m]

98,000.00 ft-lb

[132,870.16 N·m]

98,000.00 ft-lb

[132,870.16 N·m]

66,000.00 ft-lb

[89,483.98 N·m]

66,000.00 ft-lb

[89,483.98 N·m]

Maximum speed 250 rpm 274 rpm 274 rpm 263 rpm 263 rpm

Torque at

maximum speed

40,000.00 ft-lb

[54,232.72 N·m]

43,900.00 ft-lb

[59,520.40 N·m]

43,900.00 ft-lb

[59,520.40 N·m]

17,500.00 ft-lb

[23,726.81 N·m]

17,500.00 ft-lb

[23,726.81 N·m]

Speed at

maximum torque

100 rpm 123 rpm 123 rpm 91 rpm 91 rpm

Maximum

breakout torque

147,000.00 ft-lb/220,000 ft-lb

[199,305.24 N·m/298,279.95 N·m]

125,000.00 ft-lb

[169,477.24 N·m]

125,000.00 ft-lb

[169,477.24 N·m]

115,000.00 ft-lb

[155,919.06 N·m]

99,000 ft-lb

[134,225.98 N·m]

Mud line path 4.00in

[101.60 mm]

3.25in

[82.55 mm]

3.25in

[82.55 mm]

3.25in

[82.55 mm]

3.25in

[82.55 mm]

Water course

pressure rating

7,500.00 psi

[517.11 bar]

7,500.00 psi

[517.11 bar]

7,500.00 psi

[517.11 bar]

7,500.00 psi

[517.11 bar]

7,500.00 psi

[517.11 bar]

IBOP standard 20,000.00 psi

[1,378.95 bar]

15,000.00 psi

[1,034.21 bar]

15,000.00 psi

[1,034.21 bar]

15,000.00 psi

[1,034.21 bar]

15,000.00 psi

[1,034.21 bar]

Features

■ High-capacity thrust bearing

■ Helical-cut gear teeth (carburized and

grinded) increase service life and reduce noise

level and maintenance

■ Gearbox lubrication ensures optimal

conditions for gears and bearings under all

environmental conditions

■ Self-calibrating thread compensation

system uses analogue stroke sensor to

optimize performance

■ Bell housings between AC motors and

gearbox provide precise alignment as well as

protect the flexible coupling between motor

output shaft and gearbox pinion shaft

■ High-capacity knuckle link tilt system

allows handling of latest model of «fail-

safe» elevator—from drilling to maximum

kickout mode

■ Wash pipe can be replaced within minutes

■ Rotary head with 18 ports

■ Programmable arbitrary stop positions for

the pipehandler rotate function allow the

driller to set a number of predefined elevator

open positions

■ Customized PLC software provides easy,

accurate and natural operator controls from a

single point

■ Noise reduction

■ Dual retention of all fasteners

■ Torque wrench design eliminates risk of

accidental break out of drillstem subs

TD 1500-AC-2M, TD 1250-AC-2M, TD 1000-AC-2M TD 750-AC-1M, TD 650-AC-1M, TD 500-AC-1M 750-AC-1M-C

SR IV-P SR III-P SR III-XY

Racking arrangement Parallel Parallel Parallel

Stand type Quad Triple Triple

Tubular maximum length 135.00 ft [41.15 m] 96.00 ft [29.26 m] 96.00 ft [29.26 m]

Number of arms (guide/lift) 2G/1L 1G/1L 1G/1L

Guide arms vertical movement 6.56 ft [2.00 m] 6.56 ft [2.00 m] —

Lower guide arm vertical movement 11.48 ft [3.50 m] 11.48 ft [3.50 m] —

Upper guide arm vertical movement 29.53 ft [9.00 m] 29.53 ft [9.00 m] —

Drive type (lift/turn/sideways) AC AC Hydraulic

Lifting capacity 16.53 ton [15.00 tonne] 11.02 ton [10.00 tonne] 11.02 ton [10.00 tonne]

Maximum reach 16.90 ft [5.15 m] 16.90 ft [5.15 m] 15.09 ft [4.60 m]

Rotation 360 degree 360 degree 225 degree

Gripper head pipe range 3.50–14.00in

[88.90–355.60 mm]

3.50–14.00in

[88.90–355.60 mm]

3.50–9.75in

[88.90–247.65 mm]

Pick up elevator pipe 2.88–14.00in

[73.15–355.60 mm]

2.88–14.00in

[73.15–355.60 mm]

2.88–75in

[73.15–247.65 mm]

Cameron delivers a full range of high-performance vertical pipe handling solutions

for a variety of offshore applications. Our product offering includes triple and quad

SmartRacker vertical pipe-handling systems, two-arm systems, double and triple

X-Rackers and fingerboards, handling everything from singles to quadruple stands in a

safe and efficient manner.

Vertical Pipe Handling Systems

SmartRacker IV-P and SmartRacker III-P systems

Cameron SmartRacker* systems fulfill any pipe handling functions on a modern drillfloor. With their main functions driven by AC technology, our

SmartRacker systems perform tripping and standbuilding safely and efficiently. The design includes advanced features, but is simple to use and produces

smooth and accurate movements.

SmartRacker XY system

■ Versatile for handling of triple stands, horizontal-to vertical, as well

as assistance in handling smaller bits, subs and objects

■ Fully-automated functions with focus on extremely simple use

■ All main functions driven by hydraulic motors

■ One gripper head handles all drillpipe, casing and drill collar from

3-⁄ to 9-⁄in (88.9 to 247.65 mm) (2-⁄in (73.03 mm) optional)

■ Accurate soft stabbing function saves threads on drillpipes

■ Works in concert with the SmartCat* catwalk machine for horizontal-

to-vertical operations; no need for overhead v-door machines

■ Pickup elevator with fail-safe mechanical lock range from 2-⁄ to

9-⁄in (73.03 to 247.65 mm) pipe size

■ Robust design with few well-protected sensors

■ User-friendly HMI with onscreen operator guidance

BridgeRacker*

■ Suitable for drillships or jack-ups

■ Extremely compact design

■ 11.02 ton (10 tonne) lifting capacity

■ 9.84 ft (3 m) lifting height

■ Handles pipe from 3-⁄ to 14in (88.9 to 355.6 mm)in size

■ Easily retrofittable, due to limited integration needed with derrick and

control system

■ Can be controlled from portable operator panel

Fingerboards

Cameron delivers various types of fingerboards. All fingerboards are tailor-

made with respect to storage capacity, dynamic considerations, interfaces,

options and choice of remote control or automated functionality.

Cameron delivers a full range of high-performance horizontal pipe handling solutions

for a variety of offshore applications. Our product offerings include catwalk machines,

conveyers, feeding tables, pipe deck cranes and tail-in arms that handle everything

from drillpipe to casing and marine risers in a safe and efficient manner. Cameron

delivers both tailor-made, standalone equipment and complete systems designed for

tripping and offline standbuilding of casing and drillpipe while drilling. Cameron has a

range of products that can be used to optimize pipe handling through rig upgrades as

well as new builds.

Horizontal Pipe Handling Systems

Catwalk

The Cameron catwalk machine runs horizontal from the pipe rack area

onto the drillfloor to deliver and pick up singles of drillpipe, drill collars,

and casing as well as smaller items such as subs, bits, and pumps.

■ Horizontal handling of all drillpipe improves overall safety and ease

of operation

■ Tail-in-arm for guiding pipe to and from vertical position

■ Fully-automated system that can be interfaced with other machines

on the drillfloor

■ Twin skate travel motors, gears, and brakes

■ Fail-safe design philosophy

■ Transport frame with 33.07 ton (30 tonne) capacity

Riser catwalk

The riser catwalk machine runs horizontal from the riser rack area onto the

drillfloor to deliver and pick up risers.

■ Versatile to accommodate various drillfloor layouts, with a skate capable

of up to 131 ft (39.93 m) of horizontal travel

■ Uplift unit designed to lift the front end of the risers in order to

accommodate for various riser gimbal heights

■ Tail in unit, for tail-in of risers, built into the skate

■ Includes transport frame with 55.12 ton (50 tonne) lifting capacity,

which allows for of various pieces of equipment (i.e., spider, gimbal,

etc.) to and from the drillfloor

■ Fully-automated system that can be interfaced with other machines on

the drillfloor

Pipe deck crane, knuckle boom with «JibLink»

■ Knuckle boom for direct connection with the load

■ Lightweight and cost-efficient «JibLink» design provides wider operating

envelope without the need for any telescope in the jib

■ Lifting capacity of 5.51 ton (5tonne)

■ Wide operating radius: 8.2 ft to 85.3 ft (2.5 m to 26 m) reach

■ Handles pipe with up to 20in (508mm) diameter and 45 ft

(13.72m) length

■ Simple, low-maintenance gripper yoke

■ LED floodlights

■ Onboard HPU

Optional:

■ Operator cabin with HVAC

■ CCTV in gripper head

■ Winch

Pipe deck crane, knuckle boom

■ Knuckle boom for direct connection with the load (no wires or

swinging load)

■ Lifting capacity range of 5.51 ton to 38.58 ton (5 tonne to 35 tonne)

■ Operator-friendly cabin

■ Onboard HPU

Optional:

■ Telescopic jib

■ Winch

■ Various gripper yoke designs available

The Cameron pipe deck crane is designed as an advanced stand-alone system

for horizontal handling of tubular between the pipe deck and the tubular catwalk

machine. The crane is a knuckle-boom type crane with a circular pedestal, specially

designed to have a simple interface and large operating envelope.

Pipe Deck Crane

Drillfloor Pipe Handling Equipment

Drillfloor manipulator arm

■ Versatile arm installed under guide rails or

other suitable locations

■ Accommodates tubular ranging from 2.88 to

47in (73.15 to 1,193.8 mm)

■ Telescoping range of 17.06 ft (5.2 m)

■ 180-degree swing

■ 1,322.77 lb (600 kg) extended lifting capacity

Floor handling arm

■ Versatile handling arm can be placed on

drillfloor or cellar deck

■ Adapter for gripper or work basket

■ Lifting capacity of up to 6.61 ton (6 tonne) at

8.2 ft (2.5 m)

■ Maximum reach for guiding of 28.54 ft (8.7 m)

■ 360-degree swing

Mouseholes

The main function of the mousehole is to

hold tubulars during standbuilding or stand

breakdown. Mouseholes are designed to utilize

the area below drilling, and are flush-mounted

with the drillfloor upon installation.

Available in various designs:

■ Fixed

■ Telescopic

■ Rotating

■ Colt

■ Rabbit

■ Rotary-mounted fixed

All types can be equipped with the following:

■ Hydraulic or spring-powered centralizer

■ Patented shock absorbing system

■ Mud drain system

Cameron delivers high-performance hydraulic roughnecks including the patented

JiM20 large-tubular hydraulic roughneck, one of the most advanced hydraulic

roughnecks on the market, capable of handling tubulars from 2-⁄ to 20in (73.15 to

508mm). The JiM 20 hydraulic roughneck features a six-grip drive ring that transmits

torque accurately onto the tool joint with a built-in pipe doper and mud bucket. The

JiM 20 hydraulic roughneck is fully automated and can transmit torque/turn data

directly to «the beach» in real time.

Hydraulic Roughnecks

JiM 20

The Cameron JiM 20 hydraulic roughneck embraces a complete

equipment package to perform jointing operations on all tubular pipes

used for drilling, casing, and completing the well.

The JiM 20 hydraulic roughneck handles spinning, make up and break

out of all drillpipes, drill collars, casing and tubing—from 2-⁄in

(60.45mm) drillpipe to 20in (508 mm) casings—by changing jaw inserts.

Roughneck tubing tongs and casing tongs are replaced with the JiM 20

hydraulic roughneck.

■ Unique split driving design for continuous rotation

■ Six mechanically-synchronized dies in each jaw

■ Extreme torque capability of up to 184,390.54 ft-lb (250 kN·m)

● Bit breaking at full torque

● Top drive backup at full torque

■ Integrated cleaning and doping system

■ Integrated mud bucket

■ Allows for quick changes between drillpipe and casing modes

(approximately 14 minutes)

JiM 10

The design of the Cameron JiM 10 hydraulic roughneck delivers a cost-

effective, modern hydraulic roughneck in a compact format. Featuring an

advanced control system, the JiM 10 hydraulic roughneck keeps safety in

mind and is a sensible choice for today’s demanding drilling needs.

The Cameron JiM 10 hydraulic roughneck is an advanced system for

make up and break out of drillpipe and drill collars, engineered for a

tubular range of 3-⁄ to 10in (88.9 to 254 mm). The JiM 10 hydraulic

roughneck features a torque wrench in an articulated arm, allowing

the torque wrench and spinner assembly to travel from parked position

to well center. The elevation system ensures that the JiM 10 hydraulic

roughneck is capable of handling a wide range of stick ups with ease and

high precision. Additionally, casing modems are available for the JiM 10

hydraulic roughneck.

■ Compact design

■ Triple-grip torque wrench with integrated clamp cylinders

■ Powerful spinner (3,466.54 ft-lb (4.7 kN·m)) with high-grip rollers

■ Synchronized clamps

■ Smart clamp system with adjustable clamp pressure

■ Short (T-P) or long (T-P-L) reach models available

■ High make up and breakout torque of 103,258.7 ft-lb to

147,512.43ft-lb (140 kN·m to 200 kN·m)

Model code GR01 GR02 GR03

Product model JiM 10 T-P JiM 10 T-P-L JiM 10 T-R

Diameter range, drilling tubular 3-⁄–10in

[88.90–254.00 mm]

3-⁄–10in

[88.90–254.00 mm]

3-⁄–10in

[88.90–254.00 mm]

Diameter range, casing and tubing ———

Torque capacity, make up 103,258.70 ft-lb [140.00 kN·m] 103,258.70 ft-lb [140.00 kN·m] 103,258.70 ft-lb [140.00 kN·m]

Torque capacity, break out 103,258.70 ft-lb [140.00 kN·m] 147,512.42 ft-lb [200.00 kN·m] 147,512.42 ft-lb [200.00 kN·m]

Torque capacity, back up ——103,258.70 ft-lb [140.00 kN·m]

Torque capacity, bit breaking ——103,258.70 ft-lb [140.00 kN·m]

Spinner torque 3,466.54 ft-lb [4.70 kN·m] 3,466.54 ft-lb [4.70 kN·m] 3,466.54 ft-lb [4.70 kN·m]

Travel/extend range 75.59in/94.69in

[1,920.00 mm/2,405.00 mm]

153.54in/193.39in

[3,900.00 mm/4,912.00 mm]

275.59in

[7,000.00 mm]

Parked size (l × w × h) 4.62 ft × 4.43 ft × 8.50 ft

[1.41 m × 1.35m × 2.59 m]

7.41 ft × 5.12 ft × 8.96 ft

[2.26 m × 1.56 m × 2.73 m]

6.30 ft × 6.30 ft × 8.30 ft

[1.92 m × 1.92 m × 2.53 m]

Integrated mud bucket No No No

Weight 5.40 ton [4.90 tonne] 8.71 ton [7.90 tonne] 8.71 ton [7.90 tonne]

Hazardous area classification ATEX Zone 1 ATEX Zone 1 ATEX Zone 1

Class ABS / DNV Class II ABS / DNV Class II ABS / DNV Class II

Model code GR12 GR20

Product model JiM 10 M-P-L JiM 20

Configuration CDT10 CCT9 CCT22

Diameter range, drilling tubular 3-⁄–10in

[88.90–254.00 mm]

— — 2-⁄–9-⁄in

[73.15–241.30 mm]

Diameter range, casing and tubing — 2-⁄–9in

[60.45–228.60 mm]

9–22in

[228.60–558.80 mm]

5–22in

[127.00–558.80 mm]

Torque capacity, make up 103,258.70 ft-lb

[140.00 kN·m]

25,077.11 ft-lb

[34.00 kN·m]

81,131.84 ft-lb

[110.00 kN·m]

184,390.54 ft-lb

[250.00 kN·m]

Torque capacity, break out 147,512.42 ft-lb

[200.00 kN·m]

25,077.11 ft-lb

[34.00 kN·m]

81,131.84 ft-lb

[110.00 kN·m]

184,390.54 ft-lb

[250.00 kN·m]

Torque capacity, back up ———184,390.54 ft-lb

[250.00 kN·m]

Torque capacity, bit breaking ———184,390.54 ft-lb

[250.00 kN·m]

Spinner torque 3,466.54 ft-lb

[4.70 kN·m]

Variable motor displacement Variable motor displacement 8,850.75 ft-lb

[12.00 kN·m]

Travel/extend range 157.48in/208.66in

[4,000.00 mm/5,300.00 mm]

157.48in/208.66in

[4,000.00 mm/5,300.00 mm]

157.48in/208.66in

[4,000.00 mm/5,300.00 mm]

275.59in

[7,000.00 mm]

Parked size (l × w × h) 7.61 ft × 5.12 ft × 8.96 ft

[2.32 m × 1.56 m × 2.73 m]

7.91 ft × 5.25 ft × 8.96 ft

[2.41 m × 1.60 m × 2.73 m]

9.32 ft × 6.20 ft × 8.96 ft

[2.84 m × 1.89 m × 2.73 m]

9.38 ft × 7.25 ft × 9.84 ft

[2.86 m × 2.21 m × 3.00 m]

Integrated mud bucket No No No Yes

Weight 10.91 ton [9.90 tonne] 8.71 ton [7.90 tonne] 10.25 ton [9.30 tonne] 13.78 ton [12.50 tonne]

Hazardous area classification ATEX Zone 1 ATEX Zone 1 ATEX Zone 1 ATEX Zone 1

Class ABS / DNV Class II ABS / DNV Class II ABS / DNV Class II ABS / DNV Class II

Cameron delivers a range of innovative drillfloor tools for a variety of offshore applications.

Drillfloor Tools

Hydraulic cathead

■ Designed for easy service

and maintenance

■ Remote operation

■ Pad eyes for backup tongs on

swing sheave

■ Valve cabinet for

drillfloor installation

■ Remote operation; no crew

needed on floor during operation

■ Fail-safe isolation valve

Utility winch

■ Lifting capacity ranging from 1.1 ton to

16.53 ton (1 tonne to 15 tonne)

■ Controlled from winch or optional

remote control

■ Certified to DNV Drilling Plant and

ABS+CDS (other requirements available

upon request)

Man-rider winch

■ Compact and versatile man rider

■ Controlled from winch or optional

remote control

■ Delivered in accordance with any approval

and certificate requirement(s)

■ Certified to DNV Drilling Plant and

ABS+CDS (other requirements available

upon request)

Back-up stabber

■ Offers backup when making connections

with high stick up

■ Easily installed behind top drive guide rails

■ Torque capacity of up to 88,500 ft-lb

(119.99 kN·m)

Work basket

■ 551.16 lb (250 kg)

basket capacity

■ ±45-degree boom swing

■ Hydraulic unit rated for

ZoneII operation

■ Double-telescopic boom can be

tilted or slewed

■ Emergency stop on local and

remote control panels

Mud bucket

■ Long reach

■ Handles wide range of stick ups

■ Quick replacement of mud seal

■ Quick connections on mud hose

■ Emergency stop located in

control stand

Rotary table

■ Supplied with spiral-bevel,

induction-hardened gears

■ Include a forged-steel fabricated

housing and a heat-treated

forged-steel turntable

■ Lever access from the top to lock

the table in position

Cameron delivers a complete range of BOP handling systems for semisubmersibles,

drillships, platforms, and jack-ups. Our systems are designed and built with focus on easy

maintenance, durability, and the ability to withstand even the harshest environments.

Cameron provides solutions to meet our customer’s requirements and specifications.

Cellar Deck Equipment

BOP handling equipment for platforms

and jack-ups:

■ BOP monorail hoists up to 137.79 ton

(125tonne)

■ BOP overhead cranes up to 248.02 ton

(225tonne)

■ BOP service cranes up to 38.58 ton (35 tonne)

■ BOP fork cranes up to 137.79 ton (125 tonne)

■ BOP trolleys (of various designs)

■ BOP skids up to 248.02 ton (225 tonne)

■ BOP tensioner cylinders

■ X-mas tree skids up to 165.35 ton (150 tonne)

■ X-mas tree skids with turn-table

BOP handling equipment for

semisubmersibles and drillships:

■ BOP/LMRP cranes up to 661.38 ton

(600tonne) (with or without BOP/LMRP

guiding on pinned leg)

■ AC BOP cranes with variable frequency

drives (VFDs)

■ BOP service cranes (of various designs)

■ BOP forklift carriers up to 716.5 ton

(650 tonne)

■ BOP moonpool trolleys up to 1,102.31 ton

(1,000 tonne)

■ BOP skids (of various designs) up to

661.38ton (600 tonne)

■ BOP underhull guiding

■ BOP/LMRP bulkhead guiding

■ BOP/LMRP seafixing

Various cellar deck handling equipment:

■ X-mas tree handling cranes up to 165.35 ton

(150 tonne)

■ X-mas tree skids up to 165.35 ton (150 tonne)

■ X-mas tree stack-up guide

■ X-mas tree guide arms

■ Trip saver trolleys up to 1,102.31 ton

(1,000 tonne)

■ Test stump retraction unit

■ Connector removal skid

■ STiCS stab-in connection system

■ MUX cable tensioning system

BOP handling equipment

■ Skidding of BOP directly on to forklift

■ Fully-guided BOP

■ Integrated test stump retraction unit

BOP crane

■ VFD-driven AC crane with pneumatic auxiliary hoists

■ Emergency caliper brakes with 220% safe working load (SWL)

brakingforce

■ API 7K and DNV compliant

Casing guide

■ Guides casing through the splash zone

■ Eliminates casing stickup movement

■ Increases casing running speed

■ Eliminates hazardous work above open water by allowing the

operator to safely connect or disconnect the goosenecks to/from

the telescopic joint via a remote operated panel

■ All hydraulic connections are located on the STiCS system executer

assembly, no onboad hydraulics stay on the telescopic joint

The STiCS stab-in connection system

safely and quickly connects heavy choke

and kill hoses to the riser slip joint to

save hours of rig time while reducing

hazardous work above water. The

operator remotely stabs and makes up

all riser hose connections then stores

and hides the hydraulic handling arms

and actuators. Corrosion-resistant

gooseneck connections remain fail-safe

locked onto the riser.

For easy maintenance access,

disconnection is done in reverse

order by parking the hose/gooseneck

assemblies at the side of the moon pool.

Handling arms are mounted on the BOP

trolley or moon pool structure. STiCS

systems can be used with both in-line

and wireline tensioners. The termination

receptacles may be welded or clamped

onto any telescopic joint.

Stab-in Connection System

STiCS system

■ Stainless steel hydraulic fluid tank

■ HPU skid supplied with vibration dampeners

■ Continuous oil circulation system

■ Offline fine-filter system

■ Duplex main return and drain filter

■ Individual pressure filter for main pumps

■ Distribution manifold in the supply line

■ Low and low-low level tank alarms

■ High and high-high fluid temperature alarms

■ Local operator panel provides start/stop

control and running indications on all motors

■ HPU skid equipped with four certified

lifting eyes

■ Pressure relief valve mounted in each main

supply line

■ Hydraulic soft start-up system

Noise hood

■ Access doors for easy maintenance

■ Removable

■ Entire HPU can be lifted (including noise hood)

■ Stainless steel construction

Cameron offers a line of hydraulic power units (HPUs), available in three-, four- and

five-pump models, designed to the highest standard, with a focus on low noise, easy

maintenance, and low life cycle cost.

Hydraulic Power Units

Model Number

of pumps

Operating pressure,

psi [bar]

Required electric input

power per pump, hp [kW]

Output flow per pump,

gal/min [L/min]

Total output flow,

gal/min [L/min]

HPU 1-210-94-240-240 13,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 63.40 [240.00]

HPU 2-210-94-240-480 23,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 126.80 [480.00]

HPU 3-210-94-240-720 33,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 190.20 [720.00]

HPU 4-210-94-240-960 43,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 253.61 [960.00]

HPU 5-210-94-240-1200 53,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 317.00 [1,200.00]

HPU 6-210-94-240-1440 63,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 380.41 [1,440.00]

HPU 7-210-94-240-1680 73,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 443.81 [1,680.00]

HPU 8-210-94-240-1920 83,000.00 [206.84] 126.00 [92.67] 63.40 [240.00] 507.21 [1,920.00]

Cameron delivers motion compensation

equipment for the drillstring and riser,

enabling floaters to operate in the harshest

environments. Our equipment is designed and

fabricated to the highest quality standards to

offer years of accurate and reliable operation.

We have incorporated many novel ideas

to achieve easier operation and reduce

maintenance than competing products.

Motion Compensation Equipment

Model Dynamic

capacity†,

kip [tonne]

Stroke,

ft [m]

Static capacity,

kip [tonne]

Sheave diameter,

in [mm]

Wire diameter,

in [mm]

Maximum

speed,

mph [m/sec]

Dry weight

(approximate)††,

lb [tonne]

TMC 1000-25-2000 1,000.00 [453.59] 25.00 [7.62] 2,000.00 [907.18] 60.00 [1,524.00]

72.00 [1,828.80]

1.75 [44.45]

2.00 [50.80]

2.93 [1.31] 396,000.00 [179.62]

TMC 1000-25-2650 1,000.00 [453.59] 25.00 [7.62] 2,650.00 [1,202.02] 60.00 [1,524.00]

72.00 [1,828.80]

1.75 [44.45]

2.00 [50.80]

2.93 [1.31] 396,000.00 [179.62]

TMC 1500-25-2000 1,500.00 [680.39] 25.00 [7.62] 2,000.00 [907.18] 72.00 [1,828.80]

78.00 [1,981.20]

2.00 [50.80]

2.13 [53.98]

2.93 [1.31] 440,000.00 [199.58]

TMC 1500-25-2650 1,500.00 [680.39] 25.00 [7.62] 2,650.00 [1,202.02] 72.00 [1,828.80]

78.00 [1,981.20]

2.00 [50.80]

2.13 [53.98]

2.93 [1.31] 440,000.00 [199.58]

† Capacity at top drive elevator

†† Including steel APVs

Top mounted compensator

■ Top-mounting installation reduces weight on bit (WOB) fluctuations

■ Cylinder placement designed to allow standard top drives to be lifted

between compensation cylinders

■ Low weight of compensator module is due to vertical forces

■ Compensator can be locked in any position

■ High static force rating

■ Unit ready for easy installation on top of the derrick at delivery

■ Active-heave compensator can be easily added

■ Low-friction seals are used in the cylinders and accumulator

■ Geometry of the rocker arms in combination with how the wire is

reeved over the guide sheaves reduces the effect of compression/

decompression of the air volume due to cylinder movements

■ Flow shut-off valve protects the system against uncontrolled movement

if a drillstring failure occurs

■ Position measuring system for the crown block

■ Only hard piping between the main components (i.e., no flexible hoses)

■ Customized PLC software provides simple and natural operator controls

from a single point

Active-heave compensator

■ Compact

■ Lightweight

■ Easy to lift/handle, access, and maintain

■ Independent modules for easy disconnection

■ Simple operation and full integration with top-mounted

compensator (TMC)

■ Operational media: mineral oil

Guideline and podline tensioners

■ Reliable and low-maintenance design

■ Automatic flow shut-off function included in case of wire rope failure

■ Easy maintenance at defined locations

Capacity

(push/pull)

Stroke Maximum

speed

Dry weight

(approximate)

61.80 kip

(28.00 tonne)

25.00 ft

(7.62 m)

2.93 mph

(1.31 m/sec)

9,920.00 lb

(4.50 tonne)

16 kip

Imperial (US) SI

Tensioner capacity 16.09 kip 7.30 tonne

Wire line travel 50.00 ft 15.24 m

Maximum line speed 354.33 ft/min 1.80 m/sec

Tensioner cylinder stroke 12.50 ft 3.81 m

Wire sheave diameter 27.95in 711.20 mm

Wire rope diameter 0.75in 19.00 mm

Hydraulic fluid type — Water glycol based

Maximum fluid pressure 3,002.28 psi 207.00 bar

Maximum pressure in working

air pressure vessels

3,002.28 psi 207.00 bar

Wireline riser tensioners

Cameron wireline riser tensioners are designed to maintain the riser string

in tension on floating vessels.

Three versions currently are available. The 160-, 200-, or 250-kip double-

wire rope tensioners include idler sheaves, wire, rotating deadline

drum, valve block skids, APVs, control system, anti-recoil, and optional

air compressors.

■ Compact and robust mechanical design

■ Easy maintenance at defined points

■ Hydraulically driven deadline drum simplifies wire replacement

■ Manifold valve blocks used to reduce the amount of piping and number

of leakage points

■ State-of-the-art anti-recoil valve with flow shut-off function allows for

safe normal operation and disconnect operation

■ State-of-the-art tensioner cylinder rod coating for harsh

marine environment

■ High degree of redundancy in the system

■ State-of-the-art redundant control system ensures an efficient, safe, and

smooth operation

■ Separate filling and draining unit provides easy and safe filling and

draining of compensation fluid

■ System operation is conducted from the drilling control room (DCR) and

a local operator panel in the moonpool area

160 kip 200 kip 250 kip

Imperial (US) SI Imperial (US) SI Imperial (US) SI

Dual tensioner capacity 2.00 × 160.00 kip 2.00 × 72.57 tonne 2.00 × 200.00 kip 2.00 × 90.72 tonne 2.00 × 250.00 kip 2.00 × 113.40 tonne

Single tensioner capacity 160.00 kip 72.57 tonne 200.00 kip 90.72 tonne 250.00 kip 113.40 tonne

Wire line travel 50.00 ft 15.24 m 50.00 ft 15.24 m 50.00 ft 15.24 m

Maximum line speed 330.71 ft/min 1.68 m/sec 330.71 ft/min 1.68 m/sec 330.71 ft/min 1.68 m/sec

Tensioner cylinder stroke 12.50 ft 3.81 m 12.50 ft 3.81 m 12.50 ft 3.81 m

Wire sheave diameter 64.00in 1.63 m 78.00in 1.98 m 90.00in 2.29 m

Wire rope diameter 2.13in 54.10 mm 2.50in 63.50 mm 2.75in 69.85 mm

Hydraulic fluid type — Water glycol based ————

Maximum fluid pressure 3,000.00 psi 206.84 bar ————

Maximum pressure in working

air pressure vessels

3,000.00 psi 206.84 bar ————

Maximum pressure in standby

air pressure vessels

4,350.00 psi 299.92 bar ————

Conductor tensioner systems

■ Maintain the conductor system in tension to prevent buckling under

compressive load from the BOP or self-weight

■ Simple adjustment of tension load

■ Redundancy if one cylinder fails

■ Easy manual adjustable lateral supports

■ Compact and reliable design

■ Splitable CTU design is standard

■ Remote monitoring of the cylinder tension force from the Drilling Control

Room (DCR)

■ Available for operation with water/glycol based fluid

■ Suitable for hazardous area operation

Model Tension

load capacity,

kip [tonne]

Horizontal

load capacity,

kip [tonne]

Conductor

size range,

in [mm]

Number of

cylinders

Cylinder

stroke,

in [mm]

Maximum

operating pressure,

psi [bar]

CTU 272 600.00 [272.16] 77.00 [34.93] 9.63–36.00 [244.60–914.40] 413.80 [350.52] 3,000.00 [206.84]

CTU 400 882.00 [400.07] 77.00 [34.93] 9.63–36.00 [244.60–914.40] 413.80 [350.52] 3,000.00 [206.84]

CTU 500 1,100.00 [498.95] 265.00 [120.20] 9.63–36.00 [244.60–914.40] 439.40 [1,000.76] 3,000.00 [206.84]

■ Designed and fabricated according to the

latest edition of API 4F model specifications

■ ABS/DNV certified

■ Area of operation according to customer’s

requirement(s), generally API Bull 2INT-MET

(Gulf of Mexico)

■ Weight-efficient structural design

■ Designed for safe operation, in compliance

with North Sea safety requirement as

a standard

■ Designed for timely assembly on erection site

■ Small quantity of loose parts, assembly in

smaller sections

■ 3D design for optimal layout, interface control

and clash prevention

■ Corrosion resistant hot-dip

galvanized structure

■ Generally designed for single lift onboard

Cameron delivers a variety of drilling derricks, purpose-built to meet our customers’

preferences with respect to loading and operational conditions. We design and

fabricate to comply with all industry standards using the latest 3D design tools,

focusing on low weight and life cycle cost, easy fabrication, quick quayside erection

and complete interfaces with drilling and third-party equipment. Derrick structures

are available in various configurations for fixed or floating platforms, to handle triples

and quads, and ratings up to 1,250 ton (1,133.98 tonne) at the top drive stem, and are

supplied to a number of vessel specifications. API monogramming is also available.

Drilling Derricks

Cameron combines an extensive knowledge in drilling, subsea handling and active-

heave compensation equipment to deliver efficient Well Intervention Systems. Together

with our clients we develop well intervention packages that can be optimized for special

tasks, or designed as multi-purpose solutions making the vessels attractive in many

segments of the market.

Well Intervention Packages

TOTAL DRILLING FLUID SOLUTIONS

HP system

Cementing

unit

Standpipe manifold

Active system

Active

tanks

Mud

treatment

Injection well

Well

Cuttings

handling

Well

control

Cameron offers a comprehensive range of complete drilling fluid packages and

standalone equipment. Our products are designed to streamline many essential, yet

time-consuming operation and maintenance procedures, improve operator safety and

productivity, and reduce costly system downtime.

Reserve/mix system

Bulk

(cement)

Bulk

(barite)

Mix

system

station

system

Mud control

system

Slop system

From well (mud)

Cuttings

Mud system 1

Slops

Mud system 2

Bulk system

The Cameron mud control system is a custom-designed control system for drilling fluids

systems and processes. Offering increased product automation and system integration,

the mud control system provides operators with more information and advanced control

capabilities, making their jobs safer and more effective. Its purpose-designed software

also enables closer monitoring and better reporting abilities that can reduce equipment

downtime and improve system/production planning. Our mud control system hardware

and software is engineered to ensure a flexible control system that can be upgraded as

operational needs change.

Mud Control System

Real-time monitoring and logical control of drilling fluids equipment and complete systems

from local and remote locations.

User interface and control panel engineered for optimal overview and ergonomic safety.

Bulk (barite)

Bulk (cement)

HP system RIO

cabinet

PLC 1

PLC 2

RIO

cabinet

VFD

cabinet

Mix system

Active tanks

LP system

Mud treatment

Slop system

Cuttings handling

Well control

Drilling control system

HMI operator stations

Remote services

Third party

Complete control cabins

■ Tailored to installation area layout

■ Integrated control system equipment for handsoff mixing, dosing, and

transfer operations

■ Noise- and vibration-insulated housing

■ Complete with windows, lights, and HVAC

Field instrumentation

■ A range of field instrumentation packages are available to enhance

and support the control experience

■ Level indicators, pressure transmitters, density transmitters with

precise degree of measurement/indication

Cameron mud mixing and additive equipment makes drilling fluid mixing operations

smarter, safer and more accurate. With our proven technology, hands-on experience

and innovative thinking, Cameron has engineered a product portfolio that improves

drilling fluid system operations from both production and operator standpoints. Whether

you need a full system design or standalone equipment, Cameron has mud mixing and

additive solutions that help improve your operations.

Mud Mixing System

Density LAS

Barite/

bent BBU

Hopper 1

Hopper 2

Hopper 3

SDU

From mud mix pump 1 To mud LP

To mud LP

From mud mix pump 2

From mud mix pump 3

Sack dosing unit (SDU)

■ Standalone unit with integrated control system

■ Market’s most compact footprint

■ Dust-free in operation

■ Integrated waste compactor

■ Can be assembled on a skid for easy installation

■ Accompanied with a vacuum lifter and electro-hydraulic lifting table

Big bag unit (BBU)

■ Cuts and doses big bags up to 1 ton

(0.91 tonne)

■ Removable discharge hopper designed to

prevent wastage and material clogging

■ Integrated dust filter and vibration unit

■ Automatic dosing screw conveyor to hopper

■ Weight control system

Liquid additive skid (LAS)

■ Easy and accurate/reliable dosing of

liquid chemicals

■ Compact footprint

■ VFD-controlled hose pumps

■ Easy cleaning and maintenance

■ Integrated control system with local control

panel for real-time monitoring and control

Mixing hopper

■ Skid-mounted for ease of installation

■ Venturi-type mud mixer

■ Low-maintenance requirements

■ Suitable for powder and liquid mixing

■ Direct discharge into mixing lines

SHR sack-handling robot technology

■ Customized and highly flexible layout

■ Scalable system for multiple pallets/chemicals

■ Depalletizing robot

■ Intelligent vision system

■ Minimized exposure to chemicals for operators

■ Reduced manual handling

■ Increased automation

The Cameron bulk storage and transfer system is a complete solution for bulk

barite, bentonite, and cement storage. Each system is custom-engineered to meet

your production requirements and offers efficiency enhancing options such as full

instrumentation packages, remote valves, product automation, and remote system

control capabilities.

Bulk Storage And Transfer System

Bulk mud/cement storage and surge tanks

■ Tank design minimizes potential wastage,

clogging, and maintenance downtime

■ Three-legged or skirt-support design provides

superior stability

■ Aeration panels in cone and base ensure

optimal flow during pressurization and discharge

processes and minimize the amount of material

left in the tank after emptying

■ Full instrumentation package

■ Remote, real-time monitoring, and control

capabilities for repetitive tasks

■ Meets ASME standards

■ ABS/DNV certification

123 4

Loading station

Mixing system

Dust

collector/

cyclone

Overboard vent

Dust cyclone and collector unit

■ Reclaims and recycles costly powder dust into the bulk storage system

■ Automatic filling, separation, and discharge

■ Proven effective operation in any climate condition

■ Single cyclone-type separator delivers ongoing high

operational efficiency

Cement discharge valve

■ Optimizes the fluidization process within the silo tank

■ Provides high levels of precision, easier control, and better results

during bulk cement transfer

■ Low maintenance

■ Electrically-actuated control valve

Loading stations

■ Self-supporting frame with internal piping, couplings, and lifting legs

■ Hydraulic-driven reels

■ Loading hoses

■ Portable remote control

Cell feeder

■ Enables automatic dosing of bulk material from surge tank into

mixing hoppers

■ Improves dosing accuracy

■ VFD-controlled

Together with M-I SWACO, a Schlumberger company, we are able to provide our

customers with custom-engineered and industry-proven cuttings, solids, and treatment

equipment. M-I SWACO is one of the world’s leading manufacturers and suppliers of

mud treatment systems.

Mud Treatment System

Shale shakers

■ Single/dual/triple deck

■ Single/dual motion

■ Small footprint

■ Modular platform

■ Deck adjustment

■ Maximized fluid distribution

onscreen area

■ Ventilation hood with front

hood available

Mud cleaners

■ Field-proven cone design

■ 12in (304.8 mm) desander cones,

4in(101.6 mm) desilter cones

■ High-processing rate

■ Slant-mount or vertical-mount

■ Ventilation hoods available

■ Replaceable, wear-resistant,

polyurethane hydrocyclones come

with quick-release clamps

Degasser

■ Centrifugal and vacuum degassers

■ Small footprint and compact design

■ High-capacity and high-efficiency

■ Robust design with

minimal maintenance

■ Remote operation available

High-pressure shear unit

■ Effective shearing of drilling fluid

■ Pressure up to 10,000 psi

■ Easy installation

■ Straight or angle top connection

From well

From swarf

To mud system 1

To mud system 2

Diverter Splitter

box

Flow

divider

Flow

divider Sand

trap Degasser

CF degasser

Shaker

Desander Centrifuge Clean

clean

Cameron engineers works with you to assess, calculate and design your low-pressure

mud system or equipment. We work with some of the world’s leading suppliers

of LP equipment to offer low-pressure pump packages and agitating units to suit

every operation.

Low-Pressure System

Low-pressure pumps

■ DNV type certified

■ Semi-open special impellers

■ High-quality bearings and mechanical seals

■ Concentric casing design with heavier frames

Agitating equipment

■ Shaft type or submersible

high-performance agitators

■ Durable design

■ Minimal energy consumption

■ Minimal maintenance

■ Space-saving and easy installation

■ Functions according to ATEX and CE directive

Tank washing equipment

■ Streamlines process of mud pit cleaning

and reduces personnel exposure to

hazardous chemicals

■ Designed for robust and reliable operation

■ Constructed from highly

corrosion-resistant materials

■ Custom-engineered

High rate

mixer

Mud

pits

Mud mix pump

Active transfer pump

pits

Bulk system

Mud mix

To active system

Mud mix 1

Mud mix 2

Mud mix 3

Cameron offers a range of integrated pump packages, including top- or rear-mount

AC- or DC- electric drives, controls, manifolds, piping, and accessories for onshore and

offshore applications. All equipment is designed and manufactured in accordance with

specific project requirements, with local and remote control available.

High-Pressure System

High pressure pumps

■ 1,300 to 2,200 hp (969.41 to 1,640.54kW)

■ High-discharge flow rates

■ Impressive power-to-weight ratios

■ One-piece, forged and fabricated alloy-steel crankshaft

for smooth operation and enhanced longevity

■ High-performance steel connecting rods

■ Forged alloy-steel pinions and gears

■ Triple-redundant power-end lubrication

■ Installed on a heavy-duty oilfield skid for added

strength and durability

Model Maximum input

horsepower (kW rating)1,

hp [kW]

Stroke,

in [mm]

Maximum

pump speed,

Spm

Maximum

liner size,

in [mm]

Maximum

flowrate,

gal/min [L/min]

Maximum

discharge pressure3,

psi [kg/cm2]

WH-1312 1,300.00 [969.41] 12.00 [304.80] 130 6.75 [171.45] 725.00 [2,744.42] 5,000.00 [351.55]

WH-1612 1,600.00 [1,193.12] 12.00 [304.80] 120 7.50 [190.50]4 826.00 [3,126.75] 7,500.00 [527.32]

W-1712 1,700.00 [1,267.69] 12.00 [304.80] 120 7.50 [190.50]4 826.00 [3,126.75] 7,500.00 [527.32]

W-2214 2,200.00 [1,640.54] 14.00 [355.60] 110 9.00 [228.60]51,272.00 [4,815.04] 7,500.00 [527.32]

W-2215 2,200.00 [1,640.54] 15.00 [381.00] 110 9.00 [228.60]51,363.00 [5,159.52] 7,500.00 [527.32]

1 Based on 90% mechanical efficiency

2 Based on 100% volumetric efficiency

3 Pressures greater than 5,000 psi require high-pressure fluid ends

4 Liner is induction-hardened, therefore liner life is reduced

5 Requires special retention system; liner is induction-hardened, therefore liner life is reduced

All specifications are subject to change. Information important to a particular application should be verified by Cameron.

shear

unit

Hp pump 1

Hp pump 2

Hp pump 3

From charge pump 1 Mud manifold

To well

From charge pump 2

From charge pump 3

Mud Modules

Containerized Solutions

Cameron delivers a new generation of mud

modules that are more compact, efficient,

and reliable.

■ Reduce, and where possible, prevent human

exposure to dangerous materials

■ Develop a more efficient treatment and mixing

system for drilling fluids

■ Improve mud logistics, pre-mix, and

cuttings handling

■ Employ technology and equipment that

minimize the industry footprint on local and

global environments

■ Maximize available installation area

A range of flexible containerized solutions are

offered at Cameron for a variety of applications

anytime and anywhere.

■ Streamline and optimize transport and

installation procedures

■ Standalone system/plug-and-play

■ Customized solutions

■ Compact designs

■ Factory tested

Surveys and Upgrades

Engineering services

■ Process and instrumentation diagram (P&ID) design for complete

mud systems

■ Flow calculations

Comprehensive services expertly delivered

■ Offshore surveys to advise mud system upgrades

■ Planning, engineering, onshore fabrication, offshore installation, and

commissioning of complete system upgrades

■ System documentation and training for offshore personnel

■ System certifications

SERVICES

With Cameron Services, you have a world

of resources at your command—around

the clock and around the globe. Dedicated

to optimizing your operations and reducing

your total cost of ownership, we have the

most locations worldwide, staffed with

qualified people who are accessible 24/7,

so you are never without service when

you need it. What’s more, our integrated

systems and advanced processes enable

us to provide faster turnaround. And, as

the OEM, we know our products better

than anyone and know how to best

service them.

Comprehensive services expertly delivered

As the market leader in services, we provide flexible solutions through

five main areas that lower the total cost of ownership of your equipment:

■ Parts—Immediate delivery of genuine OEM replacement parts for

many Cameron products.

■ Life of field services—Field service technicians are available around

the world 24/7 to provide a wide variety of services that range

from field repairs to preventive maintenance, technical support,

and training.

■ Repairs—Service centers offer a full range of equipment repair

services, including disassembly, inspection, reassembly, testing, and

parts replacement.

■ Remanufacturing—Provides remanufacturing of oilfield equipment

to return products to first-class, fit-for-function or working-condition

performance standards.

■ Asset management—Provides a range of asset management services,

including storage/warehousing, utilization, brokering, buy-back,

and exchange.

Remote access center

To help better support our customers, Cameron control systems are

designed to enable remote access. A VPN router for secure authorization

and a Cameron support PC are the only two components needed to enable

a gateway to all of Cameron PLCs.

Rig efficiencies

The Cameron support center is able to remotely access each

computer and PLC just as if our support team was on the rig or vessel

themselves. Having the capability to remotely locate and correct

issues in cooperation with the rig maintenance crew provides the

customer with timely support and efficiencies in rig operations.

Cameron software engineers are also available to provide customers

with troubleshooting assistance which can reduce the need for

the rig or vessel’s maintenance crew to access the advanced

software themselves.

Cost savings

Cameron OnTrack24 Remote Access can reduce the need for costly

service interventions by allowing software issues to be resolved and

software updates to be implemented remotely, without the need for

Cameron field service technicians onboard the rig.

Simple upgradability

Updates to PLC software for controlling drilling equipment as well as

HMI updates to the Cameron X-COM operator chair, OnTrack servers

and workstations can be seamlessly implemented and tested from the

Cameron remote access system.

Laboratory

Cameron software is developed in a dynamic 3D HIL test simulator

environment. Furthermore, test activities normally carried out during

commissioning are verified at equipment delivery. All software is

developed in accordance with DNV-RP-D201.

Simulation

The Cameron drilling simulator is used to train the rig’s operational

and maintenance crews by providing familiarization of the machinery

and control stations, sequences collaboration, manual operation and

unexpected scenarios. In addition, the simulator also aids in internal

training to ensure that our service personnel are continually updated with

the latest features and equipment.

Utilizing 3D models, the Cameron drilling simulator is based on the

equipment and machine software that is used on the rig, which reduces

variability between real life and simulator operations. The operator is

able to reverse, stop, or change the operation at any time. The simulator

training is suitable for those participants who have previously taken

Cameron operational training. The Cameron drilling simulator has the

following main components:

■ X-COM operator chairs

■ Instruction station computer

■ PLC simulator computer

■ 3D model simulator computer

■ 3D visualization system

■ Audio system

GRANDE PRAIRIE, ALBERTA

MINOT, NORTH DAKOTA

ODESSA, TEXAS

BASRA, IRAQ

GAOMI, CHINA

ABERDEEN, SCOTLAND

LUANDA, ANGOLA

YUZHNO-SAKHALINSK, RUSSIA

OSLO, NORWAY

TAKORADI, GHANA

MARCELLUS SHALE

RUGBY, ENGLAND

BOGOTÁ, COLOMBIA

KRISTIANSAND, NORWAY

PERTH, AUSTRALIA

SINGAPORE

Global Network

LEGEND

Current locations

New and expanding locations

GRANDE PRAIRIE, ALBERTA

MINOT, NORTH DAKOTA

ODESSA, TEXAS

BASRA, IRAQ

GAOMI, CHINA

ABERDEEN, SCOTLAND

LUANDA, ANGOLA

YUZHNO-SAKHALINSK, RUSSIA

OSLO, NORWAY

TAKORADI, GHANA

MARCELLUS SHALE

RUGBY, ENGLAND

BOGOTÁ, COLOMBIA

KRISTIANSAND, NORWAY

PERTH, AUSTRALIA

SINGAPORE

Cameron operates around the world from more than 300 locations that reach virtually

all of the world’s oil and gas operating basins. Our global network of sales, service, and

strategically located in-house manufacturing centers means customers benefit from

faster ordering times, quicker deliveries and easier access to Cameron professionals,

no matter where your operations are located. Count on Cameron to be there,

anywhere we are needed.

Drilling Products Overview

*Mark of Schlumberger

Other company, product, and service names are the properties of their respective owners.

Chart design: Tress Design – www.tressdesign.no – pages: 64 and 65

Photos: Allan Klo, Statoil, page: 4 | Anders Martinsen, pages: 2, 30, 42, 43, 45, 46 and 47

Anne Lise Norheim, pages: 33, 44, 77, 79, 80 and 81 | M-I SWACO, page: 72

cameron.slb.com/drilling

Cameron Drilling Products Equipment And Services Overview Catalog

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