Macartney systems, products and services

Systems, products &

services

Vol.1

MacA

rtney s

yste

ms, p

roducts

& s

erv

ices

MacArtney A/S · Group Headquarters: Gl. Guldagervej 48 · DK-6710 Esbjerg V · Denmark · Tel. +45 7613 2000 · [email protected]

www.macartney.com Vol. 1

Copyright© MacArtneyAll rights reserved. Printed in 2015.

Specifications are subject to change without prior notice.

5041 Printedmatter 0457

Rosendahls

“The MacArtney Underwater Technology Group is dedicated to maintain a strong global presence. With 14 group operations supplemented by 23 representative companies spread across the world, MacArtney solutions are always available locally - with full global support”

Connectivity

Introduction

Winch and handling solutions

Telemetry

Remote technology

Instruments

Service

Introduction

Moulding and cable assembly Slip ring repair and maintenance Fibre optics Calibration and maintenance service Hydrostatic pressure testing Winch training Winch storage package Preventive service programmes 24/7 winch hotline service

LUXUS Cameras LUXUS Lights LUXUS Controllers LUXUS Accessories MacArtney Pressure Vessels

FOCUS-2 TRIAXUS

NEXUS MK III NEXUS MK IV NEXUS MK V NEXUS MK VI NEXUS MK VII NEXUS MK E NEXUS MK C

MERMAC R winch series MERMAC S winch series MERMAC A Launch and Recovery Systems (LARS) CORMAC Q winches CORMAC M winches CORMAC B winches Custom winch and handling solutions Auxiliary products Focal rotary solutions

SubConn® OptoLink TrustLink TrustLink API GreenLink Stock cables

MacArtney world wide operations MacArtney local representatives About MacArtney

6-7

8-71

72-91

92-107

108-113

114-151

152-179

1st edition

MacArtney world wide operations

MacArtney local representatives

EuropeBelarus TETIS PRO JSC - Minsk [email protected] +375 29 379 53 79 Finland ARWELL-Tekniikka Oy [email protected] +358 207 199 900 Germany J. Bornhöft Industriegeräte GmbH [email protected] +49 (0) 431 23 70 95 0Italy Geomarine S.r.l. [email protected] +39 071 6608346 Poland Escort Sp. z o.o. [email protected] + 48 91 431 04 00 Russia TETIS PRO JSC - Moscow [email protected] +7 965 338 25 82 Russia TETIS PRO JSC - Novosibirsk [email protected] +7 953 863 72 72 Spain EMS, SL [email protected] +34 93 253 09 09 Sweden Marine Survey & Consulting AB [email protected] +46 (0) 13 151517

Middle EastIsrael Vsense Technologies Ltd. [email protected] +972 72 2113111 United Arab Emirates Unique System FZE [email protected] +971 65 310 333

AsiaChina SeaTech China [email protected] +86 20 39388496India Deekay Marine Service Pvt Ltd. [email protected] +91 22 2838 7874Japan Marimex Japan K.K. [email protected] +81 3 5674 5527 Japan Nishiyama Corporation [email protected] +81 6 6350 6814 South Korea GeoTech System Corp [email protected] +82 2 2068 3070 South Korea Shinyang Technology Co., Ltd. [email protected] +82 31 737 2147 Taiwan Royalty Technology Instrument Ltd. [email protected] +886 7 347 9883

North America Mexico Meyah Ich Ha S.A. de C.V. [email protected] +521 2291 499825 USA Ocean Innovations [email protected] +1 858 454 4044

AfricaSouth Africa Unique Hydra (Pty) Ltd. [email protected] + 27 21 534 3600

South AmericaBrazil Okeanus Ltda. [email protected] +55(21) 2513 1151Chile Alakaluf Ltda. [email protected] +56 61 222 00 80Colombia EnvitecK S.a.s. [email protected] +57 (1) 4 63 72 60 Uruguay Cledirsa Ltda. [email protected] +598 2 402 92 15Peru Isetek S.A. [email protected] +51 1 205 3000

Europe Denmark, Esbjerg MacArtney A/S (Headquarters) [email protected] +45 7613 2000Norway, Stavanger MacArtney Norge AS [email protected] +47 5195 1800United Kingdom, Aberdeen MacArtney UK Ltd. [email protected] +44 (0) 1224 358 500France, Aix-en-Provence MacArtney France S.A.S. [email protected] +33 (0) 442 394 985The Netherlands, Rotterdam MacArtney Benelux BV [email protected] +31 10 2041166Germany, Kiel MBT GmbH [email protected] +49 (0) 431 535500 70

North America United States, Houston, TX MacArtney Inc. - Gulf of Mexico Operations [email protected] +1 713 266 7575United States, Boston, MA MacArtney Inc. - Northeast Operations [email protected] +1 781 829 4440United States, San Diego, CA MacArtney Inc. - West Coast Operations [email protected] +1 858 674 6605United States, West Palm Beach, FL MacArtney Inc. - Southeast Operations [email protected] +1 713 266 7575Canada, Victoria MacArtney Inc. - Pacific Northwest Operations [email protected] +1 250 744 0550

AsiaSingapore, Singapore MacArtney Singapore Pte. Ltd. [email protected] +65 65424500

Oceania Australia, Perth MacArtney Australia Pty Ltd. [email protected] +61 (0) 862 58 5670

6 www.macartney.com

MacArtney Underwater Technology

1st edition

The MacArtney Group is a global supplier of underwater technology specialising in the design, manufacture, sales and service of a wide range of solutions to offshore industry operators, subsea surveyors, the renewable energy sector, ocean science institutes, maritime civil engineering industries and navies across the world. The company offers an extensive range of advanced and reliable products and systems spanning from subsea cables and connectors to state-of-the-art integrated packages and systems, combining in-house expertise and design capabilities covering connectivity, fibre optic telemetry, underwater cameras and lights, oceanographic instruments, marine winch system and remotely operated towed vehicles. All solutions supplied are designed and tested to supply high quality, efficiency and reliable performance in harsh underwater environments.

By MacArtneyThe MacArtney Group supplies and services a wide range of integrated systems and products designed, developed and manufactured by MacArtney. We are also trusted representatives of other leading manufacturers of underwater products. MacArtney product lines include underwater connectivity systems (SubConn®, OptoLink, TrustLink and GreenLink), advanced NEXUS fibre optic telemetry systems, electric CORMAC and MERMAC winch and handling systems with active heave compensation winches for ROV systems. Our range of fast, versatile and precise remotely operated towed vehicles (ROTV) includes the MacArtney FOCUS and TRIAXUS vehicles. Moreover, MacArtney supplies a versatile range of LUXUS underwater cameras and lights.

System design and integration by qualified, experienced engineers is also an important part of the MacArtney portfolio. Combined with a wide range of products and systems, MacArtney can offer turnkey solutions designed specifically to customer requirements and installed ready for use wherever needed. All MacArtney system solutions can be supplied with dedicated service, maintenance and training packages.

A global presence - with local solutionsMacArtney is a privately owned corporation established in 1978 with group headquarters in Esbjerg (DK). The MacArtney group also has offices in Aberdeen (UK), Stavanger (NO), Aix-en-Provence (FR), Rotterdam (NL), Kiel (DE), Houston, Boston, San Diego and West Palm Beach (US), Victoria (CA), Hamala (BH), Perth (AU) and Singapore (SG). Moreover, MacArtney operates an extensive network of 23 representatives and agents spread across every continent. This way, MacArtney products are available locally - with global 24/7 support.

About MacArtney

Introduction

7

1st edition

Connectivity

Empowering underwater technology since 1978Ever since the company was founded in 1978,

connectivity has held a special place at the core of the increasingly system oriented MacArtney organisation. Even today, connectors, cables, terminations, junction

boxes and everything beyond and in between, are involved in pretty much everything that we do and in

many ways, it is connectivity and integration that has paved - and still paves - the way for most

other innovative MacArtney products and systems.

Connectivity for everyone, everything and everywhere

MacArtney designs and manufactures state-of-the-art connectivity for any application within all maritime industries

including subsea, offshore oil and gas, marine renewables, ocean science, civil engineering, defence, fisheries and diving. Key technologies include wet and

dry mateable power, signal and optical connector solutions, terminations and penetrators, under the renowned

SubConn®, TrustLink and OptoLink brands, GreenLink termination solutions and subsea cables from leading

manufacturers. Besides this, MacArtney supplies an endless list of custom connectivity solutions including

special moulded or machined cable assemblies, bespoke interconnect solutions and junction boxes.

All MacArtney connectivity solutions are designed, built and tested for use under extreme conditions and have

established a track record of uncompromised reliability in harsh marine environments.

8 www.macartney.com


1st edition

SubConn®

OptoLink

TrustLink

TrustLink API

GreenLink

Stock cables

SubConn®

OptoLinkTrustLink

TrustLink APIGreenLink

Stock cables

10-11

12-19

20-27

28-33

34-37

38-71

Connectivity

9

1st edition

SubConn® MacArtney and SubConn® have been working together since 1978 supplying underwater mateable and harsh environment connectors to customers worldwide. SubConn® connectors are widely regarded as dependable, rugged and cost effective. Easily recognisable by their red locking

sleeves and with a track record of more than 35 years at the service of maritime equipment and system operators, SubConn® connectors are regarded as an industry standard connectivity solution within most marine markets, applications and industries.

SubConn® Circular series SubConn® Low profile series

SubConn® Ethernet series SubConn® Coax series

Circular connectors are available in various standard sizes and configurations with 1 to 25 contacts rated from 300 to 600 V at 5 to 10 A and offers the ability to combine signal and power within a single connector.

The SubConn® Low Profile series is designed to offer connectivity for underwater systems and equipment where space is restricted or a more compact solution is required.

The SubConn® Ethernet series marked the first high speed underwater communications system to offer true Ethernet type performance.

The SubConn® Coax connector series is primarily used for facilitating the transmission of high definition (HD) video signal within and between underwater systems and for interfacing HD video based equipment such as cameras and telemetry systems.

10 www.macartney.com


1st edition

SubConn®

SubConn® catalogueNeed more information about SubConn®

connectivity products and solutions?

MacArtney has recently published a new version of the SubConn® catalogue - offering a comprehensive guide to harsh environment underwater connectivity. See the catalogue online at www.macartney.com where you can also order a free hardcopy!

SubConn® Metal Shell series SubConn® Power series

SubConn® Penetrator series SubConn® Specials

The SubConn® Metal Shell series represents an alternative to Circular series bulkhead connectors where an even more rugged, resilient and protected underwater connectivity solution is required.

The SubConn® Power series is designed to offer a high performance, dependable connector solution to accommodate the ever growing power requirements of underwater system operators and industries.

The SubConn® Penetrator series is a fixed installation alternative to in-line and bulkhead connectors. SubConn® Penetrators are primarily used for applications, where direct signal and power feedthrough is emphasised above the flexibility provided by a mateable connector interface.

SubConn® holds extensive experience and expertise in supplying special connector solutions for a broad range of specific client applications ranging from swimming pool cleaning equipment, through oceanographic sensors to advanced naval systems.

SubConn®

Connectivity

11

1st edition - 1.1

OptoLink Fibre Optic Connector

MacArtney OptoLink connectors combine robustness and reliability with flexibility and ease of use. They provide low noise fibre optic connections for one to four optical fibre passes in a wide range of configurations for connector and penetrator types.

Thanks to spherical lens technology, MacArtney OptoLink connectors are easy to clean and reassemble in the field. OptoLink connectors are robust and reliable and are rated for depths of up to 6,000 metres. Their flexible cables also make the connectors easy to work with.

MacArtney OptoLink connectors are available in flange (FCR), bulkhead (BCR) and cable mount (CCP, CCR) configurations from stock in both nickel/aluminium, bronze and stainless steel AISI 316 housings.

Features and benefits 6,000 metres standard depth rating 1-4 fibre passes Can combine single mode and multi mode Low attenuation Unlimited number of matings Excellent performance even when mated in

harsh marine environments FCR and BCR rated to 600 bar back pressure

in oil Stock and service from various MacArtney

locations worldwide Applications

ROV, ROTV and AUV systems Fibre optic video and data multiplexers Cable ploughs Acoustic ranges Fibre optic riser fatigue systems General underwater fibre optic

communications Renewable energy applications

Options

Other shell materials available Certified pressure testing of assemblies or

components



1st edition - 1.1

Specifications

Material specifications

Metal shell housing: Nickel/aluminium, bronze or AISI 316Fibre optic insert: ArcapDust cup: Black POMO-Rings: FPM 75Full pressure dummy: Nickel/aluminium, bronze or AISI 316

Connector specifications

Depth rating: Mated: 6,000 mTemperature rating: Storage: -50º C/+85º C Operational: -20º C/+50º CMating cycles: Optical: >1,000Pigtails: 1 m pigtail included on FCR and BCR connector

Optical specifications (single mode)

Wavelength: 1,310 to 1,650 nmAttenuation: Max 2.5 dB, Typical 1.0-1.5 dB (when mated)Fibre types: 9/125 μmConnector back reflection: 30 dB (typical) -28 dB (max)Optical passes: 1 to 4 passes

Optical specifications (multi mode)

Wavelength: 850 to 1,300 nmAttenuation: Max 2.5 dB Typical 1.5-2.0 dB (when mated)Fibre types: 50/125 or 62.5/125 μmOptical passes: 1 to 4 passes

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Drawing no.:

DrawnDS/ISO 128

Surface:

Tol.:

Scale:

Matr.:

< 3.2

DS/ISO 2768-m

N/A

2

SH300-30Optolink A

Size 4

JGR 10-08-2011

KATALOGOptolink A Size

Sheet no.:

1

FCR600 BAR Oil Back Pressure

BCR600 BAR Oil Back Pressure

Dust CapFemale

Dust CapMale

CCPCCP

CCR

Pressure CapFeamle

Pressure CapMale

73.32

O-rings:1. ø17.10 x 1.60 FPM752. ø18.77 x 1.78 FPM75 (2-018)3. ø25.12 x 1.78 FPM75 (2-022)4. ø20.35 x 1.78 FPM75 (2-019)

86.82

38.1

n32

.7

App. 150-160App. 150-160

32 40

n32

n32

App. 150-160

n32.5

24n H8 (24.00024.033)

1.51

x15°

10m

in.

1.6

n35

24n - 0.0000.033+

21m

in.

1.51

x15°

1.6

7/8-14 UNF - 2B

10m

in.

38.1

38.1

n4.2 (4 of)

n33.1

24n- 0.0410.020

-

Mounting hole forBCR

Mounting hole forFCR

21

3627

BCR-AFCR-A

1 2

Drn.Reason for IssueDateRev. Chk.

1 100811 FOR INFORMATION JGR

2 071111 ændret tekst og Font str. EVW

3 291013 O-Ring 3 & 4 added - R0.2 adde in Mounting hole SH

4 060116 21 changed to min. 21 SH

25.4

25.4

24n f7 (23.95923.980)

R0.2R0.2

21

21 3 4

3 4

OptoLink

Connectivity

13

1st edition

OptoLink Single Fibre Connector

MacArtney’s single fibre connector has been specially developed to offer reliable fibre optic connection in a minimal sized connector. Designed for subsea equipment manufacturers, the low insertion loss and low back reflection make this connector perfect for high speed data and video transmission.

The rugged stainless steel design ensures the connector is robust and reliable – whether on the deck of a vessel, on a platform or when deployed at high ocean depth.

The OptoLink single fibre connector is available in a bulkhead (BCR) and cable mount (CCP) configuration with minimal attenuation between the mated connector pairs. Connectors are rated to 6,000 metres and have a stainless steel AISI 316 housing as standard.

The BCR also acts as a water block in case of cable damage.

Features and Benefits 6,000 metres standard depth rating Available as single mode or multi mode Stock and services available from MacArtney

locations worldwide

Applications ROV, ROTV and UUV systems Fibre optic video and data multiplexers Cable ploughs Acoustics ranges Fibre optic riser fatigue systems General underwater fibre optic communication Renewable energy

Options Other shell materials are available Certified pressure testing of assemblies or

components



1st edition

Specifications


Metal shell housing: AISI 316Fibre optic insert: ST typeDust cap: Black POMO-Rings: FPM 75Full pressure dummy: AISI 316


Depth rating: Mated: 6,000 metresTemperature rating: Storage: -40º C/+85º C Operational: -10º C/+50º CMating cycles: Optical: >100

Water blocking: BCR acts as water block in case of damage (BCR will require servicing)


Wavelength: 850 to 1,300 nmAttenuation: 0.5 - 0.7 dB (typical) - 1.0 dB (max) Fibre types: 50/125 or 62.5/125 μmOptical passes: 1 pass


Wavelength: 1.310 to 1.550 nmAttenuation: 0.5 - 0.7 dB (typical) - 1.0 dB (max) Fibre types: 9/125 μmOptical passes: 1 pass

OptoLink

Connectivity

15

1st edition

OptoLink Fibre Penetrator

The MacArtney OptoLink Fibre Penetrator is specifically designed to withstand the challenges of system infrastructure at depths of up to 6,000 metres. It is completely blocked from both sides, so even if the system cable is damaged, water will not enter the system box. Its unique depth rating also means that integrity is certified for almost the entire global ocean floor.

The MacArtney penetrator design is extremely versatile. It is available with 2 types of standard housing; 5/8” thread or FCR. The FCR is available with straight, angled or custom made housing. They are interchangeable and can be replaced should customer requirement change over time.

The OptoLink Fibre Penetrator is designed to use standard parts, ensuring tried and tested quality and reasonable pricing. It is also available for fast delivery.

Features and Benefits 6,000 metres standard depth rating Up to 600 bar back pressure in oil Wide range of available housing types Interchangeable housings Stock and service at various MacArtney

locations worldwide

Applications ROV, ROTV and AUV systems Fibre optic video and data multiplexers Cable ploughs Acoustic ranges Fibre optic riser fatigue systems Renewable energy applications General underwater communication applications Subsea completion systems

Options Can be ordered with any pigtail length Various shell materials available Certified pressure testing of assemblies or

components



1st edition

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< 3.2

DS/ISO 2768-m

N/A

2

SH300-31Optolink A

Size 5

LH 10-08-2011

Sheet no.:

1

Customised

O-rings:1. ø20.35 x 1.78 FPM75 (2-019)2. ø25.12 x 1.78 FPM75 (2-022)3. ø18.77 x 1.78 FPM75 (2-018)


1 200510 FOR INFORMATION LH -

2 181110 FOR INFORMATION LH -

3 170111 Blocked - Mounting hole for FCR-A and 5/8" - O-Rings: for DWB added / Dimension ch. on CCP/CCR SH

4 071111 tekst str.og font ændret EVW -

5 270912 App. 88 added SH

FOR INFORMATION

24n H8 (24.00024.033)

32.5n

1.5x

15°

10m

in.

1.6

25.438.1

25.4

38.1

n17

35n1.6

Mounting hole forFCR

FCR-A

Mounting hole for 5/8"-18UNF

24n f7 (23.95923.980)

n4.2 (4 of)

77

47

n32

54.545

n32

n32

74

4150

.5

21

1 2

31

5/8"-18UNF Dual Way Blocked Penetrator

FCR-A Dual Way Blocked Penetrator

FCR-A-RA Dual Way Blocked Penetrator

Dual Way Blocked Penetrator

88App.

Specifications


Metal shell housing: AISI 316O-Rings: FPM 75


Depth rating: 6,000 mTemperature rating: Storage: -50º C/+85º C Operational: -20º C/+50º CPigtails: 1 m pigtail with ST connector

Optical specifications (single mode and/or multi mode)

Wavelength: Within single mode rangeAttenuation: ST connector typically -0.2 dBFibre types: 9/125 μm and 50/125 μmOptical passes: 1 to 7 passes

OptoLink

Connectivity

17

1st edition

“The expanded beam spherical lens technology used by MacArtney OptoLink fibre optic connectors was originally contemplated for military applications. An OptoLink lens magnifies the signal carrying light by 11 times, hereby rendering the process of signal transfer in harsh offshore or subsea environments much less vulnerable”

Did you know?



1st edition

Fibre Optic Connector Termination Kit

MacArtney’s fibre optic connector termination kit contains the tools and parts necessary for terminating most standard fibre optic connectors in a practical case. The kit is designed for re-terminating and repairing in the field. Options

Ruggedised series Hand held power meter and light source

(please specify wave length)

Contains Red No-Nik Jacket stripper Tape Utility knife Scissors 4 bit screwdriver

Measuring tape Foam swabs Economy pen scribe Kim wipes Workmat Tweezers Buffer tube stripper Clauss strip tool or Miller tool Piano wire

FC, ST, SL or LC fibre connector (please specify) Cable marker Epoxy Epoxy mixer Epoxy applicator Universal crimp tool Heat oven 220V/110V (please specify voltage) Syringes Alcohol Canned air

Polishing disc (please specify connector) Glass polishing plate 1um polishing film 3um polishing film 5um polishing film PC polishing pad

400x magnification microscope with adaptor Matching gel Flashlight Cable ties 2 storage boxes Shrink tape Micro torch

OptoLink

Connectivity

19

1st edition

TrustLink ConnectorsCritical connectivity for subsea applications

The MacArtney TrustLink connector range includes a variety of cutting-edge power and signal connectivity solutions for critical subsea and offshore applications.

Based on advanced technology, rugged materials and MacArtney connectivity knowhow, TrustLink dry-mate connectors are designed and tested for prolonged deployment under harsh marine conditions at depths up to 4000 metres. With pin counts spanning from 4 to 24 electrical contacts, TrustLink Connectors offer excellent flexibility to operators of subsea and offshore systems. Trustworthy testingAll TrustLink Connectors are thoroughly tested during production to ensure full integrity, functionality and immaculate performance from topside to seabed.

This meticulous approach to testing is also applied to the entire connector and cable assembly. When PBOF cables are used, every element of the assembly is tested individually before construction, to ensure that it is entirely intact and can function, even if water ingresses the cable. A special boot fitted behind the connector ensures that any water entering the PBOF cable cannot penetrate it and the connector will continue to work for its intended lifespan - even when fully flooded.

Highlighted specifications Voltage rating: 600 V Current rating: 10 A per contact (4 pin connector) Current rating: 6 A per contact (12 pin connector) Current rating: 3 A per contact (24 pin connector) Depth rating: 4,000 metres

Features and benefits Up to 24 conductor passes All external parts of the connector assembly are made

from stainless steel AISI 316 (other materials available upon request)

Full performance even with a flooded PBOF cable Available in cable overmould version Withstands full back pressure The FCR is able to withstand full open face pressure Excellent performance even when deployed in harsh

marine environments

Applications Connectivity, signal and power supply for

subsea installations, systems and equipment Connectivity, signal and power supply for

offshore installations, systems and equipment (topside) Connectivity for ocean observatories Connectivity for general marine and underwater

installations, systems and equipment



1st edition

Specifications

Material

Metal shell housing: AISI 316Dummy pressure cap: AISI 316Dummy connector: POMElectrical insert: PEEKO-ring materials: FPM-75

Connector (4 pin)

Current rating: 10 A per contact (1-4 passes)Connector (12 pin)

Current rating: 3 A per contact (1-12 passes)

Connector (24 pin)


Connector (4, 12 and 24 pin)

Voltage rating: 600 VDepth rating: 4,000 m

TrustLink 4 pin connector TrustLink 12 pin connector TrustLink 24 pin connector

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A040000401--066

2

I00490-001

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SMNO 01-04-2014

MAC 4-PIN CONNECTOR4-Pin FCR Assembly - Female

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n5.2

n59.5 n73HCP

n5.2

n82

n34

.5

n55

.9

15.5 8.567

15.5 8.5

94

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DrawnDS/ISO 128

Surface:

Tol.:

Scale:

Matr.:

< 3.2

DS/ISO 2768-m

N/A

A040000401--066

2

I00490-001

1

SMNO 01-04-2014


Sheet no.:

2

n49HCP

n5.2

n34

.5

12.5 8.567

n57

.5

n51HCP

n5.2

n59.5 n73HCP

n5.2

n82

n34

.5

n55

.9

15.5 8.567

15.5 8.5

94All measurements in millimetres (mm)

TrustLink

Connectivity

21

1st edition

“TrustLink FITA terminations are oil compensated to maintain the same pressure inside the termination as outside. This allows them to operate at extreme ocean depth without the need for thick, heavy shells. Though oil filled, should water ingress the termination, it can still continue to operate fully flooded in saltwater for 4-6 months”

Did you know?



1st edition

TrustLink FITA Field Installable Termination Assembly

The TrustLink Field Installable Termination Assembly, or FITA, is a unique subsea connectivity system that assembles a harness cable or array of harness cables to a single cable, typically linking subsea control systems to an umbilical. Unlike other termination assemblies, the FITA can be assembled on site without the need for moulding.

The TrustLink FITA flange can interface several different connector, gland and penetrator types to accomodate client specifications and operational requirements.

Booting technology is efficient and convenientMacArtney booting technology makes the TrustLink FITA termination entirely watertight at every level. Designed to be handled in the field, the FITA termination process can be performed by trained operators on board a vessel or platform, making it possible to repair broken cables without experiencing lengthy down time caused by the need for onshore repair. Furthermore, FITA terminations can be re-used without the need for cleaning.

Works fully floodedTrustLink FITA terminations are oil compensated and maintain the same pressure inside the termination as outside. This allows them to operate at high ocean depth without the need for thick, heavy shells. Though oil filled, should water ingress the termination, it can still continue to operate fully flooded in saltwater for 4-6 months.

Features and benefits Eliminates the need for chemicals or moulding Custom designed to suit exact client requirements All FITA parts can be re-used when terminating Operates even when fully flooded On site termination course Accomodates several different connector, gland and

penetrator types Ideal for electric and fibre optic connections Long lifetime Suited for use at high ocean depth Can be used with most cable types Housing slides away for easy access, maintenance,

service and repair

Applications Subsea completion systems Subsea control systems Pigtail assembly from ROV to umbilical On-site cable repair Connectivity, signal and power supply for

subsea installations, systems and equipment

Options Leak sensor with alarm Integration to existing customer oil

compensation system Integrated stress termination API standard compliant version (compliance third party

certified by DNV)

TrustLink

Connectivity

23

1st edition

“MacArtney TrustLink Stress Terminations can be supplied with a safe working load up to 100 tonnes”

Did you know?



1st edition

TrustLink Stress TerminationsRugged connectivity solutions for heavy loads

TrustLink Stress Terminations represent a range of rugged, safe and reliable solutions for connecting a cable to a towed or profiling system or for handling a heavy piece of cabled underwater equipment or a subsea installation.Terminating and moulding the cable to a connector ensures a watertight connection from the cable to the subsea equipment.

MacArtney holds TrustLink Stress Terminations in stock for steel or kevlar armoured cables with a broad variety of industry standard diameters.

TrustLink Stress Terminations are available in either an ‘shackle’ or ‘fork’ termination design. While standard TrustLink Stress Terminations are available with safe working loads (SWL) ranging from 300 to 14,000 kg, MacArtney also holds extensive experience in designing custom stress termination solutions for loads of up to 100 tonnes.

Specifications Standard SWL range 300 - 14,000 kg Body material: Stainless steel AISI 316

Features and benefits Simple, rugged, dependable and flexible connectivity

solutions for multiple applications ‘Shackle’ and ‘fork’ termination designs available Extremely high durability Easy to re-terminate Watertight connection from cable to system Wide range of loads handled

Applications Subsea drilling, coring and CPT systems Drop-camera systems Remotely operated towed vehicles (ROTV) Custom towed sensor platforms and towfish

applications Side scan sonars CTD systems and sampling rosettes Sound velocity sensors Dive support equipment Dredging support systems Installing and recovering cabled subsea installations General lifting and handling of towed systems General lifting and handling of profiling systems and

equipment

Options Customisable from 1 to 100,000 kg SWL Termination and moulding to connectors and cables Moulded bend stiffeners

TrustLink

Connectivity

25

1st edition

“MacArtney holds extensive experience in supplying special topside and pressure compensated subsea junction boxes for almost any marine application and environment”

Did you know?



1st edition

TrustLink SpecialsConnectivity solutions and technologies

TrustLink PenetratorsMacArtney designs and manufactures a broad range of standard and custom subsea penetrators rateable for any water depth. TrustLink Penetrators are designed to connect systems to underwater infrastructure and offer a viable alternative to connectors by minimising attenuation loss in fibre optic transmissions. TrustLink Penetrators are available with internal water block and can be used with several types and combinations of electric and fibre optic cable. The penetrators are available with a range of standard or custom housings and are delivered with 1 metre pigtails and ST connectors as standard.

TrustLink Optical Extension and Take Out TerminationsTrustLink Extension and Take Out Terminations are used when cables have been damaged or if they require extension in order to reach new locations. They are also used in subsea fibre optic and electric structural monitoring systems where take outs are required in several positions along a main cable. TrustLink Optical Extension and Take Out Terminations are usually designed to hold the same working load and depth rating as the appurtenant cable and are often designed for a lifespan of 10 to 15 years immersed in seawater.

TrustLink Chamber Terminations TrustLink chamber terminations connect a cable to a specially designed connector. The chamber transfers the entire force from the cable to the steel parts of the termination, maintaining the safe working load of the cable throughout the connection. The chambers can be rated and certified for up to 300 bars and the chamber design makes it possible to replace the connector or cable relatively easily re-using the metal termination parts. TrustLink Chamber Terminations are used for several subsea applications including towed systems, CTD units, cabled sensor platforms and coring systems.

TrustLink Oil Compensated TerminationsTrustLink Oil Compensated Termination systems allow fibre optic and electrical connectors to function at very high ocean depth. The chamber is oil filled and compensates for hydrostatic pressure by means of an internal bladder or an external reservoir. TrustLink Oil Filled Terminations can be certified for connectors up to 4.5 kV to pressures of up to 600 bar. TrustLink Oil Compensated Terminations are widely applied for deep towed vehicles, profiling or fixed instrumentation platforms and subsea installations.

TrustLink Bend Restrictors and Bend StiffenersTrustLink Bend Restrictors, Limiters and Stiffeners are designed to minimise the risk of harmful sharp bends on subsea cables, hereby protecting them from stress inflicted damage and kinks. TrustLink Bend Restrictors, Limiters and Stiffeners mechanically confine the angle at which the cable is able to bend and aid to prevent unwanted system tension.

TrustLink

Connectivity

27

1st edition - 1.1

TrustLink API ConnectorsSubsea connectivity for critical environments

Based on advanced technology, rugged materials and MacArtney connectivity knowhow, all TrustLink Connectors are designed and tested for prolonged deployment under harsh marine conditions at depths up to 4,000 metres.

In addition to this, all connector solutions within the TrustLink API series are fully compliant with relevant American Petroleum Institute (API) standards for use in critical and strictly regulated subsea environments.

With pin counts spanning from 4 to 24 electrical contacts, TrustLink API Connectors offer excellent flexibility to operators of subsea systems and equipment. Trustworthy testingConnectors are thoroughly tested at every stage of production to ensure integrity and functionality underwater.

During production, both the cable and connectors are pressure tested before completion, and the complete harness cable is pressure tested prior to delivery.

For the API 17E standard, the PBOF cable is as important as the connector. Every element in the assembly is tested individually before construction to ensure that it is entirely intact and can function, even if water ingresses the cable. A special boot fitted behind the connector ensures that any water entering the PBOF cable cannot penetrate it and the connector will continue to work for its intended lifespan, even when fully flooded.

Double test ports on the TrustLink API Connector itself permit pressure testing of both sections after mating and before the connection is lowered into the water.

Both the CCP and FCR connectors comply with API standard 16D. Together with the cable, the PBOF and connector assembly complies with the requirements of standard 16D and 17E.

Certified API complianceAs an industry unique feature, full API standard compliance is third party certified by DNV.

Highlighted specifications Voltage rating: 600 V Current rating: 10 A per contact (4 pin connector) Current rating: 6 A per contact (12 pin connector) Current rating: 3 A per contact (24 pin connector) Depth rating: 4,000 metres

Features and benefits Designed, tested and approved to the

API 17E standard Approved to the API 16D standard Certified to DNV-OSS-306 All external parts of the connector assembly are made

from stainless steel AISI 316 (other materials available upon request)

Up to 24 conductor passes Full performance even with a flooded cable Withstands full back pressure FCR is able to withstand full open face pressure Excellent performance when deployed in harsh and

strictly regulated marine environments

Applications Riser monitoring systems Flexible riser umbilical systems Subsea and drilling control systems Blow out preventor (BOP) systems Intervention and workover systems Subsea completion systems Connectivity, signal and power supply for




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DS/ISO 2768-m

N/A

-

1

TrustLink APIConnectors

SH 27-01-2016

Sheet no.:

102800024FCR Assembly for FITA 24-PinA085000401-0411302800012FCR Assembly for FITA 12-PinA085000401-04312028108104-Pin FCR Assembly - FemaleA085000401-08011Supplier Part NoSupplierMaterialDescriptionMac No.QtyPos

n4.5

n55

HPC

n62

n5.4

n67

HPC

n84

n77

HPC

n87

n36

.5

10 18

74 138

46 2235 22

100

46.9

n

55.9

n

n5.4

1st edition - 1.1

Specifications

Material

Metal shell housing: AISI 316Dummy pressure cap: AISI 316Dummy connector: POMElectrical insert: PEEKO-ring materials: FPM-75

Connector (4 pin)

Current rating: 10 A per contact (1-4 passes)Connector (12 pin)


Connector (24 pin)


Connector (4, 12 and 24 pin)

Voltage rating: 600 VDepth rating: 4,000 mTest port interface: SAE 3/16”

Certifications

Connector: Certified according to API 16D, API 17EDocumentation: In accordance with DNV ISO 9001:2008

TrustLink API 4 pin connector TrustLink API 12 pin connector TrustLink API 24 pin connector

All measurements in millimetres (mm)

TrustLink

Connectivity

29

1st edition

“MacArtney TrustLink API FITA terminations often form an integral part of the last-ditch critical connectivity system needed to activate a subsea blow out preventer (BOP) in the case of an emergency”

Did you know?



1st edition

TrustLink API FITA Field Installable Termination Assembly

The TrustLink API FITA is a unique subsea connectivity system that assembles a harness cable or array of harness cables to a single cable, typically linking critical subsea control systems to an umbilical. Unlike other termination assemblies, the FITA can be assembled on site without the need for moulding.

Certified API compliance This TrustLink API FITA version is designed and tested for compliance with relevant American Petroleum Institute (API) standards for use in critical and strictly regulated subsea environments.

Booting technology is efficient and convenientMacArtney booting technology makes the TrustLink API FITA entirely watertight at every level. Designed to be handled in the field, the FITA termination process can be performed by trained operators on board a vessel or platform, making it possible to repair broken cables without experiencing lengthy down time caused by the need for onshore repair. Furthermore, FITA terminations can be re-used without the need for cleaning.

Works fully floodedTrustLink API FITA terminations are oil compensated and maintain the same pressure inside the termination as outside. This allows them to operate at high ocean depth without the need for thick, heavy housing. Though oil filled, should water ingress the termination, it can still continue to operate fully flooded in saltwater for 4-6 months.

Features and benefits Designed and tested to API standard compliance Eliminates the need for chemicals or moulding Custom designed to suit exact client requirements All FITA parts can be re-used when terminating Operates even when fully flooded On site termination course Suitable for use with glands, connectors or

penetrators Ideal for electric and fibre optic connections Long lifetime Suited for use at high ocean depth Can be used with most cable types Housing slides away for easy access, maintenance,

service and repair

Applications Subsea completion systems Subsea control systems Blow out preventer (BOP) systems Pigtail assembly from ROV to umbilical On-site cable repair Connectivity, signal and power supply for


Options Leak sensor with alarm Integration to existing customer oil

compensation system Certifiable to relevant standards (including API 16D) Integrated stress termination

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Connectivity

31

1st edition - 1.1

TrustLink API OpticalSubsea fibre optics for critical environments

Based on advanced technology, rugged materials andMacArtney connectivity knowhow, all TrustLink Connectorsare designed and tested for prolonged deployment underharsh marine conditions. In addition to this, all connector solutions within the TrustLink API series are fully compliant with relevant American Petroleum Institute (API) standards for use in critical and strictly regulated subsea environments.

The TrustLink API Optical connector is specifically designed with API required test ports on the FCR connector for performing integrity checks on the dual O-ring between the FCR and the installation flange. They are also used to check the dual O-ring sealing on the connector pair when mated.

Fibre optic performance

The TrustLink API Optical connectors are designed to work with single and multi mode optical fibres offering swift and efficient signal and data transfer for subsea installations, systems and equipment. The connectors are rated to 6,000 metres with shells manufactured from stainless steel AISI 316 with an electro polished surface.

Trustworthy testing

Connectors are thoroughly tested at every stage ofproduction to ensure integrity and functionality underwater.During production, both the cable and connector arepressure tested before completion.

Highlighted specifications Optical passes: one to four fibre 9/125 μm,

50/125 μm or 62,5/125 μm Attenuation: 1.0-1.5 (typical) - 2.5 dB (max) Back reflection: 30 dB (typical) - 28 dB (max) Operation depth: 6,000 metres

Features and benefits Designed and tested to the API 16D standard Double test ports Standard depth rating 6,000 metres One to four fibre passes Low attenuation Low back reflection Unlimited number of matings Excellent performance when deployed in harsh and

strictly regulated marine environments

Applications Fibre optic video and data multiplexers Fibre optic riser monitoring systems Subsea control systems Drilling control systems Connectivity, data and signal transfer for




1st edition - 1.1

Specifications


Metal shell housing: Stainless steel SS 316Fibre optic insert: ArcapDummy connector: Black POMO-Ring materials: FPM 75Full pressure dummy: Stainless steel SS 316


Wavelength: 1,310 and 1,550 nmAttenuation: Max 2.5 dB Typical 1.0-1.5 dB (mated pair)Fibre types: 9/125 μmBack reflection: 30 dB (typical) -28 dB (max)Optical passes: 1 to 4 passes


Wavelength: 850 and 1,300 nmAttenuation: Max 2.5 dB Typical 1.5-2.0 dB (mated pair)Fibre types: 50/125 or 62.5/125 μmOptical passes: 1 to 4 passes


Depth rating: Mated: 6,000 mTemperature rating: Storage: -50º C/+85º C Operational: -20º C/+50º CMating cycles: Optical: >1,000Optical passes: Single, multi mode or combined

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SH300-27-API

2

SH 05-11-2014

API ASSEMBLY DRAWINGTrustLink API Optical

Sheet no.:

1

1.5x1

5°

45n

28.52n H7 (28.52028.541)

R0.2

n48HPC

n5.5 (4o

f)

60

50

O-rings:1. ø26.7 x 1.78 FPM75 (2-023)2. ø28.0 x 1.7 FPM753. ø31.47 x 1.78 FPM75 (2-026)4. ø25.12 x 1.78 FPM75 (2-022)

Blind plug:5. 3/16" SAE port (Thread 3/8"-24UNF)

1 2

1 2 3 45

10Mi

n.


1 051114 FOR INFORMATION SH

2 061114 Optolink API changed to TrustLink API Optical SH

TrustLink API Optical FCRTrustLink API Optical CCP

TrustLink API Optical female pressure cap TrustLink API Optical male dust cap

Mounting hole for FCR

All measurements in millimetres (mm)

TrustLink

Connectivity

33

1st edition - 1.1

GreenLink Inline TerminationFast and flexible grid connectivity solutions

Available in standard and custom pipe sizes, MacArtney GreenLink Inline Terminations are designed to make offshore medium voltage termination jobs faster, easier and more efficient, hereby saving valuable ship time. These dry-mate systems are often used to connect dynamic cables from offshore renewable wind, tidal and wave energy converters to export cables. Moreover, they are widely used to interconnect subsea units.

Engineered to be easy to mount and dismount onboard a vessel, cables can be terminated before deployment and mechanically connected on deck. The mechanical connection of the two halves takes less than two hours and this marks a significant improvement on the time it normally takes to cut and splice cables offshore. This mechanical connection makes it possible to repeatedly connect and disconnect the cables. It also provides mechanical stress transfer between the cables and offers extra protection with bend stiffeners or bend limiters (optional). Moreover, GreenLink Inline Terminations are delivered with external O-ring test ports on the termination housing. These can be used for testing the O-ring seal on the fully assembled termination prior to system deployment.

GreenLink Inline Terminations can also be mounted onto cable ends for installation in two stages. This way, half of the system can be sealed with a pressure cap and left on the seabed, ready for the other half to be mated at a later stage. GreenLink Inline Termination systems are adapted to suit the requirement of each project and combine the benefits of custom engineering, trusted technology and industry standard electrical components. Finally, if required, GreenLink Inline Terminations can also be used in semi-flooded or dry applications.

Highlighted specifications Standard working voltage: Up to 36 kV Up to 1,250 amp Conductor range: 35-630 mm2

Working depth: 100 m (Other working depths available upon request)

Housing material: Stainless steel AISI 316 (Other materials available upon request)

Design life: 25 years (with 5 year maintenance periods) O-ring test ports on termination housing

Applications Connecting dynamic cables to export cables Connecting cables from wind, tidal and wave energy

converters units to land cables Interconnecting marine renewable energy converter

units and applications Sea cable splice kit

Options Connection of auxiliary conductors Fibre optic connectivity The termination can be dry or nitrogen filled Field installation and offshore support Purpose designed installation skid Bend restrictors



1st edition - 1.1

GreenLink

Electrical specifications

MacArtney GreenLink Inline Terminations are available in three different standard setups:

Size 1 (12” pipe size)Size 2 (14“ pipe size)Size 3 (16” pipe size)

Beyond the overall physical size of the inline termination, the sizes also refelct the voltage rating and current capacity of the systems.

Phases

All sizes: 3 phasesDC applications: 2 conductors +/-

Voltage rating (size 1)

Rated voltage Un: 30 kVRated voltage Uo: 18 kVMax operating voltage Um: 36 kV


Rated voltage Un: 36 kVRated voltage Uo: 20,8 kVMax operating voltage Um: 42 kV



Current rating

Size 1: 630 ASize 2: 800 A Size 3: 1,250 A

Please note: All electrical components used are rated to maximum current, hence the current is limited by the square of the cable only.

Shortcircuit levels (size 1)

Max thermal short circuit (1 sec): 31.5 kAMax dynamic short circuit current: 108 kA


Max thermal short circuit (1 sec): 40 kAMax dynamic short circuit current: 125 kA



Cable cross sections

Size 1: 35-185 mm2 (Up to 240 mm2 at 24 kV)Size 2: 50-300 mm2

Size 3: 120-630 mm2

Operational environment

GreenLink inline terminations are suited for deployment in seawater.Temperature range: (to be verified case by case)

Standards

Internal electrical connectors are manufactured to EN 50181 and tested to IEC 60502-4Please note: As there are no specific EN or IEC standards applicable for this product, testing will be according to customer specification.Testing procedures are arranged upon order of hardware.

Mechanical specifications

Standard termination pipe size: 12”, 14” or 16” (other pipe sizes available upon request)Working depth: 100 m (other working depths available upon request)Material: AISI 316 (other materials available upon request)Design life: 25 years (with 5 year maintenance intervals)Zinc anode design life: 5 years (with 2 ½ years inspection intervals)Straight line pull SWL: Matches cable specifications and working depth (verified case by case)

Pull out/lift SWL: Matches cable specifications and working depth (verified case by case)O-ring test ports: All flange connectivity interfaces are fitted with test ports for pressure testing prior to system deploymentThirt party qualification/approval: Available on request - to be verified case by caseField installation and offshore support: Performed by experienced and fully certified MacArtney technicians

Connectivity

35

1st edition - 1.1

GreenLink HubModular underwater termination units

MacArtney GreenLink Hubs are heavy-duty, dry-mate modular ‘subsea sockets’ made up to house multiple cables. Each module is mechanically linked to other modules using GreenLink inline termination technology and extra sections can be added at initial launch or at a later stage, making the GreenLink Hub a flexible option over time.

Speed and flexibility for offshore terminationsThe innovative GreenLink hub design is connector based and all connections are mechanical, eliminating the need for moulding and drying, hereby making vessel based preparations fast and efficient. As bolts and flanges have replaced cutting, splicing and terminations, should a GreenLink Hub need dismounting and remounting, it merely needs to be raised, unbolted, rebolted and lowered back into the water. This makes subsequent system adjustments and additions comparatively fast and straightforward. The hub is delivered with pressure caps for sealing unused ports.

MacArtney has designed the GreenLink Hub with all cable entry points located on the same side. This makes the hub easier to handle after termination and minimises the risk of cable damage as the system is deployed on the seabed. Alternative configurations available upon request.

GreenLink Hubs can be used for multiple subsea marine renewable energy applications including wind, tidal and wave energy converters which are typically located close to shore.

As standard, GreenLink Hubs are manufactured from stainless steel AISI 316L, with sacrificial anodes for protection against corrosion inflicted by seawater. Moreover, the hubs are delivered with external O-ring test ports on the hub housing. These can be used for testing the O-ring seal on the fully assembled hub.

Finally, GreenLink Hubs are available with waterblocking at the cable cut between the hub housing and the inline termination connector ports.

Highlighted specifications Standard working voltage: Up to 36 kV Up to 1,250 amp Conductor range: 35-630 mm2

Working depth: 100 m (Other working depths available upon request)

Material: Stainless steel AISI 316L (Other materials available upon request)

Design life: 25 years (with 5 year maintenance periods)

O-ring test ports on hub housing

Applications Subsea hub UTU - Underwater Termination Unit Connecting multiple dynamic cables to export cable Connecting multiple cables from wind, tidal and

wave energy converters to export cables Interconnecting multiple energy converters Interconnecting subsea installations

Options Waterblocking between the hub housing and the inline

termination connector ports - up to 10 bar pressure (Note: May depend on actual cable - case by case verification required)

The hub can be dry or nitrogen filled Bend restrictors and bend stiffeners



1st edition - 1.1

GreenLink

Electrical specifications

MacArtney GreenLink Hub solutions are designed for specification compatibility with the following standard size MacArtney GreenLink Inline Terminations setups:

Size 1 (12” pipe size)Size 2 (14“ pipe size)Size 3 (16” pipe size)

Beyond the overall physical size of the inline termination to be used with the hub, the sizes also refelct the voltage rating and current capacity of the systems.

Phases

All sizes: 3 phasesDC applications: 2 conductors +/-


Rated voltage Un: 30 kVRated voltage Uo: 18 kVMax operating voltage Um: 36 kV





Current rating

Size 1: 630 ASize 2: 800 A Size 3: 1,250 A

Please note: All electrical components used are rated to maximum current, hence the current is limited by the square of the cable only.


Max thermal short circuit (1 sec): 31.5 kAMax dynamic short circuit current: 108 kA





Cable cross sections

Size 1: 35-185 mm2 (Up to 240 mm2 at 24 kV)Size 2: 50-300 mm2Size 3: 120-630 mm2

Operational environment

GreenLink Hubs are suited for deployment in seawaterTemperature range: (to be verified case by case)

Standards

Internal electrical connectors are manufactured to EN 50181 and tested to IEC 60502-4Please note: As there are no specific EN or IEC standards applicable for this product, testing will be according to customer specification.Testing procedures are arranged upon order of hardware.

Mechanical specifications

Standard hub pipe size: 34” (other pipe sizes available upon request)Working depth: 100 m (other working depths available upon request)Material: AISI 316 (other materials available upon request)Design life: 25 years (with 5 year maintenance intervals)Zinc anode design life: 5 years (with 2 ½ years inspection intervals)Straight line pull SWL: Depends on cable specifications or working depth (verified case by case)

Pull out/lift SWL: Depends on cable specifications or working depth (verified case by case)O-ring test ports: All flange connectivity interfaces are fitted with test ports for pressure testing prior to system deploymentThirt party qualification/approval: Available on request - to be verified case by caseField installation and offshore support: Performed by experienced and fully certified MacArtney technicians

Connectivity

37

1st edition

Cables in stock - overview

Type 6075 OD: 7.50 mmPage 40

Type 6130OD: 14.00 mm Page 44

Type 2009/BOD: 9.00 mm Page 46






Type 4971OD: 11.00 mmPage 51








TV Cables

Power/signal cables

Data cables



1st edition

Stock cables







Type 4 SMOD: 9.00 mmPage 62

Type 3762/KOD: 16.00 mmPage 65



Type 3409/BOD: 9.10 mmPage 63




Data cables (continued)

Fibre cablesH

ybrid cablesSpecial cables

Connectivity

39

1st edition

TV cable, micro Type 6075

Construction characteristics Coax 75 ohm coax (1 each)

Conductors 1.00 mm² bare copper conductor insulated with PE (2 each)

Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100%

Outer jacket Polyurethane jacket. Colour orange

Mechanical characteristicsDiameter 7.50 mm ±0.25 mm

Weight in air 73 kg/km nom

Weight in seawater 28 kg/km nom

Min. bending radius, static 50 mm

Min. bending radius, dynamic 60 mm

Depth rating 5,000 m

Electrical characteristicsOperating voltage 600 V for conductors

Test voltage 1500 V DC for 1 min

Conductor resistance ≤ 250.0 ohm/km for coax ≤ 20.0 ohm/km for conductors

Insulation resistance ≥ 5,000 Mohm×km

Capacitance 59 pF/m for coax

Attenuation 4.30 dB/100 m at 5 MHz for coax 6.50 dB/100 m at 10 MHz for coax 13.80 dB/100 m at 50 MHz for coax 18.60 dB/100 m at 100 MHz for coax 67.11 dB/100 m at 1,000 MHz for coax



1st edition

TV cable, mini Type 6011


Conductor 1.34 mm² bare copper conductor insulated with PE (1 each) Shielded twisted pair 0.50 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 each) Shielded twisted pair 1.34 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 each)

Twisted pair 0.22 mm² tinned copper conductor insulated with PE. Two conductors twisted together (1 each)

Filling compound The cable is filled with cable filling compound

Shield Aluminium/polyester foil and tinned copper drain wire, coverage 100% Outer jacket Polyurethane jacket. Colour orange







Electrical characteristicsOperating voltage 600 V for 1.34 mm² and 0.50 mm² conductors 24 V for 0.22 mm² conductors

Conductor resistance ≤ 135.0 ohm/km for coax ≤ 15.3 ohm/km for 1.34 mm² conductors ≤ 41.0 ohm/km for 0.50 mm² conductors ≤ 96.2 ohm/km for 0.22 mm² conductors

Insulation resistance ≥ 5000 Mohm×km for coax, 1.34 mm² and 0.22 mm² conductor ≥ 10000 Mohm×km for 1.34 mm² and 0.50 mm² conductors (cond. - cond.) ≥ 100 Mohm×100 m for 1.34 mm² and 0.50 mm² conductors (cond. - shield)

Capacitance 59 pF/m for coax 155 pF/m for 1.34 mm² pair 107 pF/m for 0.50 mm² pair 57 pF/km for 0.22 mm² pair

Impedance 37 ±5 Ohm at 1-10 MHz for 1.34 mm² pair 52 ±5 Ohm at 1-10 MHz for 0.50 mm² pair 73 ±5 Ohm at 1-10 MHz for 0.22 mm² pair

Attenuation 7.0 dB/100 m at 1 MHz for 1.34 mm², 0.50 mm² and 0.22 mm² pair 17.5 dB/100 m at 10 MHz for 1.34 mm² pair 18.0 dB/100 m at 10 MHz for 0.50 mm² and 0.22 mm² pair

Stock cables

Connectivity

41

1st edition

TV cable, Kevlar Type 6926



Shielded twisted quint 0.14 mm² tinned copper conductors insulated with PE. Five conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 each)

Shielded twisted quad 0.22 mm² tinned copper conductors insulated with PE. Four conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 each)


Strength member Kevlar braid

Outer jacket Polyurethane jacket. Colour red






Min. breaking strength 7 kN


Electrical characteristicsOperating voltage 600 V for 1.00 mm² conductors 24 V for 0.22 mm² and 0.14 mm² conductors

Test voltage 1,500 V DC for 1 min. for coax, 0.22 mm² and 0.14 mm² conductor 3,000 V DC for 1 min. for 1.00 mm² conductor

Conductor resistance ≤ 89.5 ohm/km for coax ≤ 20.0 ohm/km for 1.00 mm² conductor ≤ 96.2 ohm/km for 0.22 mm² conductor ≤ 145.0 ohm/km for 0.14 mm² conductor


Capacitance 67 pF/m for coax 80 pF/m for 0.22 mm² quad 65 pF/m for 0.14 mm² quint

Impedance 75 ±3 Ohm at 1 MHz for coax

Attenuation 2.5 dB/100 m at 5 MHz for coax 12.20 dB/100 m at 100 MHz for coax 41.50 dB/100 m at 1,000 MHz for coax



1st edition

TV cable, 2 coaxes Type 6120/B


Twisted quad 0.50 mm² bare copper conductors insulated with PE Four conductors twisted together (1 each)

Shielded twisted pairs 1.34 mm² bare copper conductors insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (4 each)

Filling compound The cable is filled with cable filling compound Outer jacket Polyurethane jacket. Colour orange

Mechanical characteristicsDiameter 14.80 mm ±0.20 m



Min. bending radius, static 170 mm Min. bending radius, dynamic 225 mm


Electrical characteristicsOperating voltage 600 V

Test voltage 1,500 V DC for 1 min. for coax 3,000 V DC for 1 min. for 0.50 mm² and 1.34 mm² conductors

Conductor resistance ≤ 89.5 ohm/km for coax ≤ 41.0 ohm/km for 0.50 mm² conductor ≤ 15.3 ohm/km for 1.34 mm² conductor


Capacitance 56 pF/m for coax 50 pF/m for 0.50 mm² quad 190 pF/m for 1.34 mm² pair

Impedance 37 ±5 Ohm at 1-10 MHz for 1.34 mm² pair

Attenuation 3.00 dB/100 m at 5 MHz for coax 4.30 dB/100 m at 10 MHz for coax 44.3 dB/100 m at 1000 MHz for coax 7.0 dB/100 m at 1 MHz for twisted pair 17.5 dB/100 m at 10 MHz for twisted pair

Stock cables

Connectivity

43

1st edition

TV cable, 3 coaxes Type 6130


Shielded twisted pairs 0.50 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire, aluminium/polyester oil and a PE sheath (3 each) Conductor 1.00 mm² bare copper conductor insulated with PE (2 each)


Outer jacket Polyurethane jacket. Colour blue







Electrical characteristicsOperating voltage 600 V Test voltage 1,500 V DC for 1 min. for coax 3,000 V DC for 1 min. for 1.00 mm² and 0.50 mm² conductors

Conductor resistance ≤ 135.0 ohm/km for coax ≤ 20.0 ohm/km for 1.00 mm² conductors ≤ 41.0 ohm/km for 0.50 mm² conductors

Insulation resistance ≥ 5,000 Mohm×km for coax and 1.00 mm² conductors ≥ 10,000 Mohm×km for 0.50 mm² conductors (cond. - cond.) ≥ 100 Mohm×100 m for 0.50 mm² conductors (cond. - shield)

Capacitance 59 pF/m for coax 107 pF/m for 0.50 mm² pair


Attenuation 3.79 dB/100 m at 5 MHz for coax 5.32 dB/100 m at 10 MHz for coax 17.44 dB/100 m at 100 MHz for coax 67.11 dB/100 m at 1000 MHz for coax 7.0 dB/100 m at 1 MHz for 0,55 mm² pair 18.0 dB/100 at 10 MHz for 0.55 mm² pair



1st edition

Stock cables

TV cable Type 6013



Shielded twisted pair 0.50 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil. (1 each)

Shielded twisted quad 0.22 mm² bare copper conductor insulated with PE. Four conductors twisted together with a tinned copper drain wire and aluminium/polyester foil. (1 each)

Twisted pairs 1.34 mm² bare copper conductor insulated with PE Two conductors twisted together. (2 each)



Outer jacket Polyurethane jacket. Colour yellow







Electrical characteristicsOperating voltage 600 V for 0.50 mm², 2.00 mm² and 1.34 mm² conductors 24 V for 0.22 mm² conductors

Conductor resistance ≤ 135 ohm/km for coax ≤ 10.0 ohm/km for 2.00 mm² conductors ≤ 41.0 ohm/km for 0.50 mm² conductors ≤ 96.2 ohm/km for 0.22 mm² conductors ≤ 15.3 ohm/km for 1.34 mm² conductors

Insulation resistance ≥ 5,000 Mohm×km for coax, 2.00 mm² conductors and 1.34 mm² conductors ≥ 10,000 Mohm×km for 0.50 mm² conductors and 0.22 mm² conductors

Capacitance 59 pF/m for coax 80 pF/m for 0.50 mm² and 1.34 mm² pair 65 pF/m for 0.22 mm² quad

Attenuation 3.79 dB/100 m at 5 MHz for coax 5.32 dB/100 m at 10 MHz for coax 67.11 dB/100 m at 1000 MHz for coax

Connectivity

45

1st edition

Power/signal cable Type 2009/B

Construction characteristics Power conductors 2.00 mm² bare copper conductor insulated with PVC (2 each)


Inner jacket PVC jacket








Electrical characteristicsOperating voltage 600 V for 2.00 mm² conductors 24 V for 0.22 mm² conductors Test voltage 3,000 V DC for 1 min. for 2.00 mm² conductors (cond. - cond.) 1,500 V DC for 1 min. for 0.22 mm² conductors (cond. - cond.)

Conductor resistance ≤ 10.0 ohm/km for 2.00 mm² conductors ≤ 96.2 ohm/km for 0.22 mm² conductors

Insulation resistance ≥ 100 Mohm×km for 2.00 mm² conductors ≥ 5,000 Mohm×km for 0.22 mm² conductors

Capacitance 70 pF/m for 0.22 mm² pair

Characteristic impedance 58 ±5 Ohm at 1-10 MHz Attenuation at 1 MHz 10.0 dB/100 m

Attenuation at 10 MHz 25.0 dB/100 m



1st edition

Stock cables

Power/signal cable Type 2019/B

Construction characteristics Power conductors 2.00 mm² bare copper conductor insulated with PVC (2 each)



Inner jacket Polyurethane jacket

Strength member Braided Kevlar





Min. breaking strength 1,500 kg

Min. bending radius, static 1A60 mm



Operating temperature range -20 C to 80 C

Electrical characteristicsOperating voltage 600 V for 2.00 mm² conductors 24 V for 0.22 mm² conductors

Test voltage 3,000 V DC for 1 min. for 2.00 mm² conductors (cond. - cond.) 1,500 V DC for 1 min. for 0.22 mm² conductors (cond. - cond.)


Insulation resistance ≥ 100 Mohm×km for 2.00 mm² conductors ≥ 5,000 Mohm×km for 0.22 mm² conductors


Characteristic impedance 60 ±5 Ohm for 0.22 mm² pair

Attenuation 10.0 dB/100 m at 1 MHz 25.0 dB/100 m at 10 MHz

Connectivity

47

1st edition

Power/signal cable Type 4026

Construction characteristics Conductor (center) 1,50 mm² bare copper conductor IEC 60228 class 5 insulated with HDPE Nominal wall thickness 0,70 mm, nominal diameter 2,95 mm Colours: blue, red, yellow, white, (4 ea)

Tape Protective polyester

Inner sheath SEBS TPR, nominal wall thickness 2,10 mm. Nominal diameter 11,35 mm

Shielded twisted pair (STP) 0,50 mm² bare copper conductor IEC 60228 class 5 insulated with HDPE Nominal wall thickness 0,43 mm, nominal diameter 1,75 mm 2 conductors twisted together white-blue with a polyester tape, tinned copper drain wire 7 x 0,3 and aluminium/polyester tape Polyethylene sheath, nominal thickness 0,30 mm, nominal diameter 4,35 mm Colour white numbered 1-11, (11 ea)

Filling compound Silicone water blocking compound

Outer jacket Hydrolysis UV resistant Polyurethane. Nominal wall thickness 1,70 mm, black

Mechanical characteristicsDiameter 23,50 mm

Weight in air 698 kg/km

Weight in seawater 253 kg/km

Weight in fresh water 265 kg/km



Operating temperature -30°C - +80°C

Electrical characteristicsOperating voltage 600 V for 0,50 mm² 1,000 V for 1,50 mm²

Conductor resistance < 39,00 Ω/km @ 20°C for 0,50 mm² conductors < 13,30 Ω/km @ 20°C for 1,50 mm² conductors



1st edition

Stock cables


Construction characteristics Shielded twisted triad 1.50 mm² bare copper conductor insulated with PE. Three conductors twisted together with tinned copper drain wire and aluminium/polyester foil (1 each)

Shielded twisted pairs 0.50 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (8 each)


Outer jacket Polyurethane jacket, black







Electrical characteristicsOperating voltage 1,000 V DC for 1.50 mm² conductors 600 V DC for 0.50 mm² conductors

Test voltage 4,000 V DC for 1 min for 1.50 mm² conductor 3,000 V DC for 1 min for 0.50 mm² conductor

Conductor resistance ≤ 13.7 ohm/km for 1.50 mm² conductor ≤ 41.0 ohm/km for 0.50 mm² conductor

Insulation resistance ≥ 10,000 Mohm×km (cond. - shield) ≥ 100 Mohm×100 m (shield - shield)

Capacitance 80 pF/m for 1.50 mm² triad 100 pF/m for 0.50 mm² pair

Impedance 57 ±5 Ohm for 0.5 mm² pair


Connectivity

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1st edition


Construction characteristics Power conductors 1.00 mm² bare copper conductor insulated with PE (2 each)

Shielded twisted pairs 0.22 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire, aluminium/polyester foil and a PE sheath (1 each)

Shielded twisted pairs 0.22 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and an aluminium/polyester foil (5 each)

Shield Tinned copper braid, coverage 85%

Outer jacket Polyurethane jacket, blue







Electrical characteristicsOperating voltage 600 V DC for 1.00 mm² conductors 24 V DC for 0.22 mm² conductors

Test voltage 3,000 V DC for 1 min for 1.00 mm² conductor 1,500 V DC for 1 min for 0.22 mm² conductor

Conductor resistance ≤ 20.0 ohm/km for 1.00 mm² conductor ≤ 96.2 ohm/km for 0.22 mm² conductor

Insulation resistance ≥ 100 Mohm×km (cond. - cond.) ≥ 50 Mohm×km (cond. - shield) ≥ 10 Mohm×km (shield - shield)






1st edition

Stock cables


Construction characteristics Power conductors 2.50 mm² bare copper conductor insulated with PE (2 each)

Shielded twisted pair 0.50 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (1 each)

Outer jacket Polyurethane jacket, orange







Operating temperature range -20 C to 80 C

Electrical characteristicsOperating voltage 600 V DC for 2.50 mm² conductors 300 V DC for 0.50 mm² conductors

Test voltage 4,000 V DC for 1 min for 2.50 mm² conductors 3,000 V DC for 1 min for 0.50 mm² conductors


Insulation resistance ≥ 5,000 Mohm×km for 2.50 mm² conductors ≥ 10,000 Mohm×km for 0.50 mm² conductors (cond. - cond.) ≥ 100 Mohm×100 m for 0.50 mm² conductors (cond. - shield)

Capacitance 100 pF/m for 0.50 mm² pair at 800 – 1,200 Hz nom

Characteristic impedance (1-10 MHz) 57 ±5 Ohm for 0.50 mm² conductors


Connectivity

51

1st edition

Data cable, 1 STP Type 4021

Construction characteristics Shielded twisted pair 1.00 mm² bare copper conductor insulated with PE.Two conductors twisted together with a bare copped drain wire and aluminium/polyester foil (1 each)









Test voltage 4,000 V DC for 1 min

Conductor resistance ≤ 20.0 ohm/km

Insulation resistance ≥ 500 Mohm×km (cond. - cond.) ≥ 10 Mohm×100 m (cond. - shield)

Capacitance 85 pF/m nom

Impedance 65 ±5 Ohm at 1-10 MHz




1st edition

Stock cables

Data cable Type 4022

Construction characteristics Shielded twisted pair 0,50 mm² bare copper conductor IEC 60228 class 5 insulated with HDPE Nominal wall thickness 0,43 mm, nominal diameter 1,75 mm 2 conductors twisted together white-blue with a polyester tape, tinned copper drain wire 7 x 0,3 mm and aluminium/polyester tape, Polyethylene sheath nominal wall thickness 0,30 mm, nominal diameter 4,35 mm Colour white numbered 1-11 (11 ea)

Fillers 2 ea

Filling compound Silicone water blocking compound

Outer jacket Hydrolysis UV resistant Polyurethane. Nominal wall thickness 1,55 mm, black

Mechanical characteristicsDiameter 21,20 mm

Weight in air 549 kg/km

Weight in seawater 187 kg/km

Weight in fresh water 196 kg/km

Min. bending radius, static 106 mm static


Operating temperature -30°C - +80°C

Electrical characteristicsConductor resistance < 39,00 Ω/km @ 20°C for 0,50 mm² conductorsOperating voltage 600 V for 0,50 mm² conductors

Connectivity

53

1st edition


Construction characteristics Centre filler Textile filler Shielded twisted pairs 1.00 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (4 each)











Test voltage 4,000 V DC for 1 min (cond. - cond.) 3,000 V DC for 1 min (cond. - shield) 500 V DC for 1 min (shield - shield)


Insulation resistance ≥ 100 Mohm×100 m (shield - shield)

Capacitance 100 pF/m

Inductance 240 μH/Km





1st edition - 1.1

Stock cables


Construction characteristics Shielded twisted pairs 0.50 mm² bare copper conductor insulated with PE. Two conductors twisted together with a tinned copper drain wire and aluminium/polyester foil (7 each)


Outer jacket Polyurethane jacket, blue










Insulation resistance ≥ 500 Mohm×km (cond. - cond.) ≥ 100 Mohm×km (cond. - shield) ≥ 10 Mohm×km (shield - shield)




Cable is halogen free according to IEC 60754

Connectivity

55

1st edition

Data cable, 4 conductor Type 6589

Construction characteristics Conductors 1.00 mm² bare copper conductor insulated with PE (4 each)


Shield Bronze braiding







Breaking strength 1 kN (braiding only)






Capacitance 70 pF/m

Impedance 100 ohm at 100 kHz



1st edition

Stock cables


Construction characteristics Strength member Aramid yarn insulated with PE (1 each)







Breaking strength > 3,600 N




Electrical characteristicsOperating voltage 750 V DC



Insulation resistance ≥ 10,000 Mohm×km (cond. - cond.) ≥ 100 Mohm×100 m (cond. - shield) ≥ 10 Mohm/km (shield - shield)

Connectivity

57

1st edition


Construction characteristics Conductors 1.50 mm² bare copper conductor insulated with TPE (7 each)









Electrical characteristicsOperating voltage 480 V DC



Insulation resistance ≥ 100 Mohm×km



1st edition

Stock cables


Construction characteristics Conductors 0.50 mm² tinned copper conductor insulated with PVC (12 each)

Shield Aluminium/polyester foil, coverage 100% Tinned copper braid, coverage 90%








Electrical characteristicsOperating voltage 300/500 V U/Uo




Connectivity

59

1st edition


Construction characteristics Conductors 1.50 mm² bare copper conductor insulated with TPE (12 each)















1st edition

Stock cables

Fibre cable, single mode Type 3010

Construction characteristics Fiber Optic Element CCC Ruggedised Optical Cable. Tight buffered depressed clad SM fibre (1 each)

Strength Member Inconel wire strength member.

Inner Jacket Hytrel inner jacket. OD Approx. 2,16 mm

Outer Jacket PUR outer jacket. Approx. 1,47 mm wall thickness

Mechanical characteristicsDiameter, approx. 5,10 mm



Minimum breaking strain, approx. 1,5 kN

Minimum bending radius 38 mm

Rated dynamic working load 0,6 kN


Operating temperature -40˚C to +80˚C

Electrical characteristicsFiber dimension 8.3/125/245 μm

Tensile Proof 100 kpsi

Attenuation ≤ 0.50 dB/km @ 1310 nm ≤ 0.40 dB/km @ 1550 nm

Connectivity

61

1st edition

Fibre cable, single mode Type 4 SM

Construction characteristics Optical fibres ROC ELEMENT: Fiber type: OFS Allwave FLEX ZWP Fiber dimension: 9/125/250/600 um (4 ea.) Overall polyester tape

Jacket Pressure extruded polyurethane outer jacket, red

Mechanical characteristicsDiameter 9.00 mm


Weight in sea water 30 kg/km nom

Breaking strength 5,3 kN

Operating temperature -40°C to +80°C


Min. bending radius, dynamic 90 mm Working load 1,8 kN


Electrical characteristicsAttenuation ≤ 0.50 dB/km at 1,310 nm ≤ 0.30 dB/km at 1,550 nm



1st edition

Stock cables

Fibre cable, single mode, Kevlar Type 3409/B

Construction characteristics Centre fill Aramidic yarn

Optical fibres Single mode 9/125/245 µm optical fibres in unitube, 1.7 mm diameter (4 each) Fibre colours: red, white, green, white


Strength member Kevlar braiding

Outer jacket Polyurethane jacket, red




Min. breaking strength 2.5 kN




Electrical characteristicsOptical, trans massive and dimensional characteristics in accordance with ITU-T G652

Max. attenuation 0.40 dB/km at 1,300 nm 0.25 dB/km at 1,550 nm

Connectivity

63

1st edition

Hybrid cable Type 3762

Construction characteristics Fibre optic element Steel tube (1.9 mm OD) with six single mode fibre SMF (9/125). Two multi mode fibre MM (50/125), With a polyethylene black jacket to nominal OD of 3.5 mm SM colours: white, yellow, green, blue, red, orange MM colours: Brown, grey

Conductors 1.0 mm² (18 awg) tin plated copper conductor with dual wall insulation of Tecnopolymer compound. Nominal OD 2.23mm (7 each)

Wrap Mylar tape

Outer jacket Polyurethane C 1.3 mm wall thickness, red




Min. bending radius 105 mm static 160 mm dynamic


Operating temperature -20°C to 80°C

Electrical characteristicsOperating voltage 2,500 V (RMS)

DC Resistance @ 20C 20.4 ohm/km

Fibre Attenuation SM – dB/km 0.35 max @ 1310 nm 0.25 max @ 1550 nmMM – dB/km 2.8 max @ 850 nm 0.8 max @ 1300 nm



1st edition - 1.1

Construction characteristics Fiber Optic Element Steel tube (1.9 mm OD) with six single mode fibre SMF (9/125). Two multi mode fibre MM (50/125), With a polyethylene black jacket to nominal OD of 3.5 mm SM colours: white, yellow, green, blue, red, orange MM colours: Brown, grey

Conductors 1,0 mm² (18 AWG) stranded tinned copper conductor with dual wall insulation system. Primary jacket XL polyvinylidene flouride. O.D. 2,23 mm (7 each)

Wrap Mylar tape

Inner Jacket Polyurethane inner jacket, 1,3 mm wall thickness

Strength Member High strength textile braid

Outer Jacket Polyurethane outer jacket, 1,5 mm wall thickness

Colour of jackets Red RAL 3000 Glossy

Mechanical characteristicsDiameter 16 mm ±0.40 mm



Min. bending radius 160 mm static 240 mm dynamic

Min. Safe working load 10kN

Min. Breaking strengh 50kN



Electrical characteristicsOperating voltage 3,000 V (RMS)

Test voltage 6 kVA.c. @ 1 minute

Electrical Resistance @ 20C ≤ 20.4 ohm/km

Insulation Resistance @ 20C ≥ 1,000 Mohm/km

Fibre Attenuation SM – dB/km 0.35 max @ 1310 nm 0.25 max @ 1550 nmMM – dB/km 2.8 max @ 850 nm 0.8 max @ 1300 nm

Stock cables

Hybrid cable, Kevlar Type 3762/K

Connectivity

65

1st edition

Hybrid cable, Kevlar Type 3444

Construction characteristics Fibre optic element (MM) Loose tube with 4 multi mode optical fibres 50/125 µm with Kevlar reinforcement and polyolefin sheath. 3 mm diameter Fibre colours: grey, white, red, black.

Fibre optic element (SM) Loose tube with 4 single mode optical fibres 9/125 µm with Kevlar reinforcement and polyolefin sheath. 3 mm diameter Fibre colours: blue, orange, green, brown

Conductors 1.0 mm² stranded tinned copper conductor insulated with polyofin 3 mm diameter. Conductor colours: blue, black, red, brown (4 each)

Filler Filler element

Inner jacket Polyurethane jacket, red

Strength member Kevlar braiding

Outer jacket Polyurethane jacket, red





Min. bending radius 230 mm



Electrical characteristicsOperating voltage 1,000 V DC

Max. attenuation 3.00 dB at 850 nm for multi mode fibres 0.80 dB at 1,300 nm for multi mode fibres 0.40 dB/km at 1,300 nm for single mode fibres 0.25 dB/km at 1,550 nm for single mode fibres



1st edition

Stock cables

Special cable, sonar Type 5025

Construction characteristics Inner Conductor 0.50 mm² stranded bare copper conductor (7 each)

Dielectric Foam polyolefin

1st Shield Tinned copper braid, coverage ≥ 85%

2nd Shield Tinned copper braid, coverage ≥ 85%


Strength member Aramidic yarn braid

Outer jacket Polyurethane jacket, yellow




Breaking load 25 kN

Safe working load 6 kN






Insulation resistance ≥ 5 ohm/km

Impedance 50 ohm ±3 ohm

Capacitance 94 pF/m

Attenuation ≤ 10 dB/km at 1 MHzw

Connectivity

67

1st edition

Special cable, multi purpose Type 0799

Construction characteristics Coax 1.94 mm² stranded bare copper wires insulated with PE- 1.40 mm wall 0.08 mm² bare copper wire shield and copper polyester tape (1 each)

Jacket PE jacket – 0.98 mm wall

Armour Inner layer: 24 x 0.95 mm wire GIPS Outer layer: 24 x 1.22 mm wire GIPS




Breaking strength 71,2 kN

Working load 17.8 kN


Electrical characteristicsVoltage rating 1,900 V DC

Insulation resistance 3,000 Mohm×km

DC resistance 9.8 ohm/km for coax conductor 6.9 ohm/km for coax shield

Impedance 40 ohm


Attenuation 10.5 dB/km at 1 MHz 23.3 dB/km at 5 MHz



1st edition - 1.1

Stock cables

Special cable, FOCUS/TRIAXUS Type 0382

Construction characteristics Conductors 0.24 mm² (24 AWG) copper conductor insulated with PP (2 each)

Electro/optical element 8.3/125/245 µm single mode optical fibre with Hytrel buffer, 0.91 mm² (18 AWG) HD copper serve and PP belt (2 each)

Inner Jacket HDPE jacket

Armour One layer of galvanised steel wires – 14 x 1.32 mm One layer of galvanised steel wires – 24 x 1.07 mm




Specific gravity 5.7


Working load 15 kN


Electrical characteristicsOperating voltage 500 V for conductor 1,200 V for electro/optical element

DC resistance 82.0 ohm/km for conductor 21.3 ohm/km for electro/optical element

Insulation resistance 3,000 Mohm×km for conductor and electro/optical element

Attenuation 0.45 dB/km at 1310 nm 0.35 dB/km at 1550 nm

Connectivity

69

1st edition

“All MacArtney CORMAC and MERMAC winches use cutting-edge electric driven level wind technology in order to ensure that the cable always remains perfectly aligned on the drum”

Did you know?



1st edition

Stock cables

Non stock cables

Video system umbilicalsOur range of underwater video umbilicals spans from traditional diver, sewer inspection and well head TV system cables to cables using sophisticated transmission systems with multiple broadband channels. We also help to develop and produce long cable fibre optic transmission systems for security systems, ROV and ROTV systems, underwater trenchers and ploughs.

ROV and trencher umbilicalsWe supply standard and specially designed fibre optic, high voltage cables for ROV systems suitable even for use in deep waters. Our range includes steel armoured lift umbilicals and aramide reinforced tether cables and neutrally buoyant tethers for Tether Management Systems and small ROV systems. We also design and build special cables for long excursion tunnel inspections.

Sonar and acoustic system cablesWe supply a complete range of cables for acoustics applications. Our range includes multi-core steel and aramide cables, armoured coaxial cables for side scan uses, fishery net sounder systems and fibre optic tow cables for advanced acoustic systems.

OtherVarious other cables and ancilliary products can be manufactured and supplied to order.

Connectivity

71

1st edition

Winch and handling solutions

MacArtney winch and handling solutions embrace some of the most advanced and rugged systems available and have

been trusted by operators within maritime industries for decades. MacArtney supplies winches and handling systems for all requirements and with more than 500

solutions delivered since 1989, MacArtney systems are continuously involved in the safe and efficient launch and recovery of ROVs, towed systems, corers, drills, ploughs, pumps, sonars, sensors, diving systems and a vast range

of other equipment types, under harsh maritime conditions, all across the globe.

Standard and custom winch and handling systems

Winch and handling systems based on proven MacArtney standard designs offer several advantages to customers

including reduced delivery time, lower costs and standardisation of spare parts. The MacArtney range of

standard electric driven winch system includes the CORMAC B, Q and M series spanning from basic deck

reel systems to highly versatile modular and frame integrated handling systems.

For even more demanding tasks, MacArtney offers the MERMAC S series of powerful general purpose marine

winches and the MERMAC R series of cutting-edge ROV winches with active heave compensation (AHC). When

it comes to launch and recovery systems, all MacArtney standard solutions are united under the MERMAC A series. Beyond standard winch and handling systems, MacArtney

supplies a broad range of advanced customised or bespoke solutions including complete vessel moon pool handling

systems and winches for military, container integrated, underwater and arctic applications.



1st edition

MERMAC R winch series

MERMAC S winch series

MERMAC A - Launch and Recovery Systems (LARS)

CORMAC Q winches

CORMAC M winches

CORMAC B winches

Custom winch and handling solutions

Auxiliary products

Focal rotary solutions

MERMAC RMERMAC S

MERMAC ACORMAC Q

CORMAC MCORMAC B

Special engineering

Auxiliaryproducts


74-75

76-77

78-79

80-81

82-83

84-85

86-87

88-89

90-91

Winch and handling systems

73

1st edition

MERMAC RRemotely Operated Vehicle (ROV) winch series

MacArtney MERMAC R electric driven winches are robust and advanced vehicle handling systems that safely control the launch, operation and recovery of work class and inspection ROV systems.

MERMAC R winches are designed to be dependable, offer high performance and be easy to use. MERMAC R winches are available in standard and custom configurations and are easily combined with launch and recovery or moon pool handling systems. All MERMAC R winches are designed as compact and modular systems. Several components are standardised, making it easy to specify, adapt or upgrade to the required performance and capacity.

MERMAC R winches are available with Active Heave Compensation (AHC) which immediately compensates for vessel movement caused by waves, even in heavy seas. This feature reduces weather-related downtime and makes launch and recovery of tethered equipment easier and safer.

MERMAC R winches can be delivered with a remote diagnostics tool which allows MacArtney technicians to remotely monitor and troubleshoot several winch functions in real time. By eliminating unnecessary offshore engineering support, this unique feature potentially offers substantial cost savings to customers and operators.

Features and benefits Compact and modular design using standardised

and exchangable components Designed for easy integration with launch and

recovery and moon pool handling systems All structural components in painted carbon steel Integrated protection frame and grating Frame mounted control panel Electric driven level wind Designed according to DNV’s Standard for Lifting

Appliances Certification note 2.22 Long and proven track record

Applications Work Class ROV systems Inspection Class ROV systems Towed underwater vehicles and systems Subsea installations General marine instrumentation and applications

System options Active Heave Compensation (AHC) Drum mounted disc brakes Right angle level wind Remote diagnostics tool Service and maintenance programme Spare parts package Remote control with joystick and emergency stop Remote control with joystick, emergency stop

and display for indication of deployed cable length and speed

Wireless remote control with joystick and emergency stop

Cable status indicator (speed and length) A-frame, davit or deck crane LeBus sleeves Cable sheave Vibration absorbing installation brackets Focal electric/electro-optical slip ring

model 176 CE marking (if cable and termination is supplied) Fork lift pockets Tarpaulin cover



1st edition

MERMAC R

Depth

Hei

ght

Width

Winch dimensions(Width/depth/height)

Drum dimensions(Core/flange x length) Cable OD Cable capacity

(Length)Winch weight

Pull(Layer 1)

Speed(Layer 1)

Motor size

Power supply

model mm mm mm m kg kN m/min kW V

MERMAC R10 2,640/2,081/2,180 ø1,000/ø1,450 x 780 20 - 30 1,375 - 550 8,000 39 0 - 45 1 x 37 3x400/440

MERMAC R10 AHC 2,640/2,081/2,180 ø1,000/ø1,450 x 780 20 - 30 1,375 - 550 8,000 39 0 - 91 1 x 75 3x400/440

MERMAC R20 3,784/2,850/2,260 ø1,300/ø1,900 x 1,934 21 - 30 6,600 - 2,400 12,000 70 0 - 35 2 x 22 3x400/440

MERMAC R20 AHC 3,784/2,850/2,260 ø1,300/ø1,900 x 1,934 21 - 30 6,600 - 2,400 13,000 70 0 - 70 2 x 45 3x400/440

MERMAC R30 3,950/2,750/2,710 ø1,300/ø2,400 x 1,369 34.5 - 40 3,150 - 2,125 17,000 195 0 - 37 6 x 22 3x400/440

MERMAC R30 AHC 3,950/2,750/2,710 ø1,300/ø2,400 x 1,369 34.5 - 40 3,150 - 2,125 19,000 195 0 - 75 6 x 45 3x400/440

MERMAC R40 4,437/3,175/2,710 ø1,300/ø2,400 x 1,800 34.5 - 40 4,150 - 3,175 21,000 195 0 - 37 6 x 22 3x400/440


MERMAC R50 4,990/3,175/2,710 ø1,300/ø2,400 x 2,304 34.5 - 40 5,400 - 4,050 22,000 195 0 - 37 6 x 22 3x400/440


Specifications


75

1st edition

MERMAC SMulti purpose winch series

First introduced for handling delicate oceanographic equipment, MacArtney MERMAC S electric driven winches are advanced and robust systems suited for numerous general marine applications. MERMAC S winces are available with several purpose dedicated features and options which make them ideal for use with side scan sonars, corers, CTD systems, towed vehicles and other instrument and equipment types.

MacArtney MERMAC S winches combine reliability with controllability and are supplied with variable speed, tension read-out and control via an integrated load cell. A PLC on the winch controls the electric driven level wind and transmits encoder and load cell data to a display showing winch speed, paid out cable length and alarms. The PLC can also interface to other control systems. Optional PC software offers fully automated profiling capabilities.

The winches can be adapted to suit various cable diameters and are also available with interchangeable drums. Spare drums can be spooled with different cable sizes and swapped as needed for swift change of winch application.

MacArtney MERMAC S winches often form part of complete vessel winch and handling solutions.

Features and benefits Compact and modular design using standardised

and exchangable components All structural components in painted carbon steel Electric driven level wind Integrated load cell Adaptable to suit various cable diameters Exchangeable cable drums Designed according to DNV’s Standard for Lifting

Appliances Certification note 2.22 Long and proven track record

Applications Side scan sonar systems Sub bottom profiler systems Oceanographic profiling and CTD systems Remotely Operated Towed Vehicles (ROTV) General oceanographic instrumentation

and applications

System options Service and maintenance programme Spare parts package Ancillary cable drums Remote control with joystick and emergency stop Wireless remote control with joystick and

emergency stop Remote control with display for indication of

deployed cable length and speed Cable status indicator (speed and length) PC control software including software for fully

automated profiling capabilities A-frame, davit or deck crane Cable sheave Vibration absorbing installation brackets Focal electric/electro-optical slip ring

model 180 CE marking (if cable and termination is supplied) Can be designed to 46 CFR 189.35 of Federal

Requirements for Wet Weight Handling Gear Fork lift pockets Tarpaulin cover



1st edition

Depth

Hei

ght

Width




Pull(Layer 1)

Speed(Layer 1)

Motor size

Power supply


MERMAC S10 1,475/1,275/1,600 ø460/ø680 x 650 8.18 - 15 1,575 - 415 1,700 15 0 - 50 15 3x400/440

MERMAC S20 1,476/1,366/1,705 ø460/ø900 x 650 8.18 - 17.3 4,250 - 875 1,800 23 0 - 50 22 3x400/440

MERMAC S30 2,350/1,500/2,025 ø560/ø1,085 x 1,070 8.18 - 17.3 10,000 - 2,000 2,800 28 0 - 39 22 3x400/440

MERMAC S40 2,600/2,000/2,400 ø600/ø1,150 x 1,110 8.18 - 20 12,000 - 1,800 4,500 53 0 - 44 55 3x400/440

MERMAC RA S40 3,047/2,430/1,900 ø600/ø1,150 x 1,110 8.18 - 20 12,000 - 1,800 7,000 53 0 - 44 2 x 30 3x400/440

MERMAC S50 2,925/2,100/2,700 ø720/ø1,525 x 1,530 15 - 25.4 9,000 - 2,850 6,250 78 0 - 41 75 3x400/440

Specifications

MERMAC S


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1st edition

The MacArtney range of dynamic MERMAC A launch and recovery system (LARS) solutions include A-frames, davits and other solutions for providing reliable and fully controllable deployment and recovery of a wide range of equipment - from small oceanographic instruments to large work class ROV systems. MERMAC A LARS solutions can be designed as portable or fixed systems and form part of compact and fully integrated winch and handling solutions onboard almost any type of vessel. Standard MacArtney MERMAC A-frame models range from the MERMAC A10 compact and portable A-frame handling system to the powerful and uniquely foldable MERMAC A50. The MERMAC A10 is designed to incorporate MacArtney CORMAC Q winches for efficient handling of inspection ROVs, side scan sonar, survey equipment, oceanographic instrumentation and a wide range of other marine equipment. MERMAC A10 systems are easy to control and provide the outreach needed for safe launch and recovery. The systems can be supplied with or without a power unit.

At the other end of the range, the MERMAC A50 is a 120kN A-frame primarily designed for handling TMS based work class ROV systems. The system design features an industry unique extra skid joint which allows the frame to fold at an extreme angle to enter transportation or deck access mode. The MERMAC A50 system is delivered with a fully integrated docking head with latching mechanism and rotating function.

Beyond the A10 and the A50, the MacArtney MERMAC A range also spans everything from basic over-the-side handling systems, including J-frames and davits, to much more advanced systems such as articulating A-frames, 45° launch position A-frames, horizontal launch position A-frames, low dip A-frames and container integrated A-frame solutions.

MERMAC ADynamic and versatile LARS solutions

Applications Work class ROV systems Inspection class ROV systems Towed vehicles and instrumentation platforms Side scan sonar systems Oceanographic systems, sensors and equipment Seabed drilling and sampling systems Light handling and support for subsea completion General marine instrumentation

Options Certification according to DNV 2.7-3 Certification according to DNV 2.22 Docking head Hinged base system for easy transport Extension on main legs Pitch/roll on docking head Remote control/wireless remote control Spares packages Service packages

MERMAC A50 A-frame



1st edition

MERMAC A

SWL Design factor DNV 2.22 Docking

headSystemweight

Basewidth

Baselength

Frameheight

Stack height

Frame outreach

model kN - - - ton mm mm mm mm mm

MERMAC A10 8 kN 3 yes no 2 2,075 2,500 5,945 5,180 3,500

MERMAC A20 30 kN 3 yes yes 8.5 2,860 6,040 6,770 4,195 3,960

MERMAC A45 89 kN 2.5 yes no 7.7 7,440 1,605 6,400 6,000 4,700

MERMAC A50 120 kN 3 yes yes 19.5 3,990 6,485 10,610 6,135 6,080

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Specifications


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1st edition

CORMAC QStainless steel winch series

MacArtney CORMAC Q stainless steel winches are dependable and versatile systems self-contained in protective frames. The CORMAC Q series includes five different standard models (CORMAC Q2, Q3, Q4, Q5 and Q6) which are all available in HS (high speed) versions.

CORMAC Q winches are designed and engineered for optimal durability and require minimal maintenance. Operators are allowed to choose between a broad range of specifications including speed, pull, motor size and cable capacity. The modular outline of the CORMAC Q design ensures that the winches can be easily modified to accommodate a variety of tasks.

CORMAC Q winches come with several intelligent features which allow for accurate and effective equipment handling. A soft-start function makes the winch easy to handle, improves equipment manoeuvrability and protects the motor and gear.

All CORMAC Q winches are fitted with an electric driven level wind, allowing for significantly improved spooling performance, while making it possible to easily change cable diameter. All CORMAC Q winches are prepared for a Focal model 180 electric/electro-optical slip ring.

Features and benefits All structural components made from glass

blasted stainless steel Minimal maintenance required Integrated protection frame and grating Frame mounted control panel Electric driven level wind Designed, tested and certified according to The

Machinery Directive; Type IIB Declaration Long and proven track record

Applications Side scan sonar systems ROV systems Oceanographic profiling CTD systems Light towed equipment and platforms Underwater TV systems Diver communication lines General marine instrumentation

System options Service and maintenance programme Spare parts package Remote control with joystick and emergency stop

(10 m cable) Remote control with joystick, emergency stop

and display for indication of deployed cable length and speed (10 m cable)


Cable status indicator (speed and length) A-frame or davit Cable sheave Vibration absorbing installation brackets Focal electric/electro-optical slip ring

model 180 CE marking (if cable and termination is supplied) Fork lift pockets (standard on CORMAC Q5 and Q6) Tarpaulin cover



1st edition

Cormac winch




Pull(Layer 1)

Speed(Layer 1)

Motor size

Power supply


CORMAC Q2 1,050/1,095/1,050 ø400/ø700 x 443 6.4 - 14.4 2,700 - 600 350 3.5 0 - 30 2.2 3x400/440

CORMAC Q2 HS 1,050/1,095/1,050 ø400/ø700 x 443 4.7 - 14.4 3,900 - 600 350 1.75 0 - 60 2.2 3x400/440

CORMAC Q3 1,050/1,296/1,145 ø400/ø700 x 443 8.2 - 14.4 1,500 - 600 450 6 0 - 30 4 3x400/440

CORMAC Q3 HS 1,050/1,296/1,145 ø400/ø700 x 443 6.4 - 14.4 2,700 - 600 450 3 0 - 60 4 3x400/440

CORMAC Q4 1,050/1,296/1,145 ø400/ø700 x 443 8.2 - 14.4 1,500 - 600 475 7.5 0 - 45 7.5 3x400/440

CORMAC Q4 HS 1,050/1,296/1,145 ø400/ø700 x 443 6.4 - 14.4 2,700 - 600 475 4.8 0 - 72 7.5 3x400/440

CORMAC Q5 1,255/1,460/1,380 ø480/ø850 x 610 10.0 - 14.4 2,200 - 900 850 12 0 - 36 9 3x400/440

CORMAC Q5 HS 1,255/1,460/1,380 ø480/ø850 x 610 8.2 - 14.4 3,300 - 900 850 6 0 - 72 9 3x400/440

CORMAC Q6 1,605/1,490/1,430 ø480/ø940 x 970 10.0 - 14.4 4,000 - 2,050 1,025 12 0 - 36 9 3x400/440

CORMAC Q6 HS 1,605/1,490/1,430 ø480/ø940 x 970 8.2 - 14.4 4,000 - 2,050 1,025 6 0 - 72 9 3x400/440

Specifications

CORMAC Q

Depth

Hei

ght

Width


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1st edition - 1.1

CORMAC MModular stainless steel winch series

MacArtney CORMAC M modular stainless steel winches are dependable and versatile systems capable of handling multiple marine applications and tasks. The winches feature a modular and compact design allowing for flexible system installation on vessels with confined deck space. The CORMAC M series includes five different standard winch models (CORMAC M2, M3, M4, M5 and M6).

CORMAC M winches are designed and engineered for optimal durability and require minimal maintenance. Operators are allowed to choose between a broad range of specifications including speed, pull, motor size and cable capacity.

CORMAC M winches come with several intelligent features which allow for accurate and effective equipment handling. A soft-start function makes the winch easy to handle, improves equipment manoeuvrability and protects the motor and gear. CORMAC M2 and M3 winches always include an electrical slip ring. In addition, they come with a mechanically driven level wind.

CORMAC M4, M5 and M6 come with an electrically driven level wind, allowing for significantly improved spooling performance, while making it possible to easily change cable diameter. CORMAC M4, M5 and M6 winches are prepared for a Focal model 180-based electric/electro-optical slip ring.

Features and benefits Modular and compact design using standardised

components All structural components made from glass

blasted stainless steel Separate control panel Mechanically driven level wind (models 2-3) Electrically driven level wind (models 4-6) Designed, tested and certified according to

The Machinery Directive, Type IIB Declaration Long and proven track record

Applications Side scan sonar systems Sub bottom profiler systems Light ROV systems Oceanographic profiling CTD systems Light towed equipment, platforms and ROTV systems Underwater camera systems General marine instrumentation

System options Service and maintenance programme Spare parts package Remote control with joystick and emergency stop Remote control with joystick, emergency stop

and display for indication of deployed cable length and speed


Cable status indicator (speed and length) A-frame, davit or deck crane Cable sheave Vibration absorbing installation brackets Focal model 180-based electric/electro-optical slip ring CE marking (if cable and termination is supplied) Fork lift pockets Tarpaulin cover



1st edition - 1.1




Pull(Layer 1)

Speed(Layer 1) Motor size Power

supply


CORMAC M2 581/381/548 ø159/ø255 x 225 3.1 600 70 1.5 0 - 46 1.5 1x230

CORMAC M3 757/498/651 ø256/ø450 x 376 3.1 - 6.4 4,000 - 830 115 1.5 0 - 46 1.5 1x230

CORMAC M4 833/770/1,181 ø420/ø575 x 250 6.4 - 10 625 - 215 355 5.5 0 - 58 7.5 3x400/440

CORMAC M5 987/744/1,181 ø420/ø575 x 400 6.4 - 10 1,000 - 340 382 5.5 0 - 58 7.5 3x400/440

CORMAC M6 1,344/832/1,446 ø420/ø650 x 700 8.2 - 10 1,700 - 1,075 640 11 0 - 58 15 3x400/440

Specifications

CORMAC M

Depth

Hei

ght

Width


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1st edition

CORMAC BBasic winches with manual or electric drive

The MacArtney portfolio of winch and handling systems includes the CORMAC B range of basic marine winches.

CORMAC B winches come with manual drive as standard but can also be delivered with hand crank or electric motor drive. The winches feature a highly modular system design and are easily modifiable to accommodate a variety of tasks and applications. Further adding to the flexibility of CORMAC B winches, all systems are designed to be lightweight and highly portable.

CORMAC B winches are primarily used on vessels, barges or rigs to store deck cable under harsh maritime conditions. With frames and drums manufactured from either stainless steel or aluminium, the winches are rugged, highly durable and require very little maintenance.

Beyond cable storage, applications for MacArtney CORMAC B winches include the handling of basic inspection class ROV systems, underwater camera systems, general oceanographic instrumentation, diver communication lines and general marine instrumentation.

CORMAC B winches hold the capacity to store several types of cable typically with a diameter of 8 to 25 mm and up to 1,700 metres in length - depending on cable diameter. Last but not least, CORMAC B winches are prepared for the integration of a Focal model 180 electric/-electro-optical slip ring.

Highlighted specifications Available in stainless steel AISI 304 (sand/bead

blasted surface treatment) or aluminium AlMg3 (painted surface treatment)

Designed for use with a Focal model 180 electric/electro-optical slip ring

Designed to handle cables with a diameter between 8 and 25 mm and up to 1,700 metres of length - depending on cable diameter

Mechanical parking brake Self lubricating Delrin bearings

Features and benefits Highly modular winch design. The systems are easily

modifiable to accommodate a variety of applications Lightweight and highly portable systems Low maintenance requirements Corrosion resistant Rugged design and materials suited for use in harsh

marine environments

Applications Deck cables for vessels, barges, rigs etc. Basic ROV systems (inspection class ROVs) Underwater camera systems (including the LUXUS

Dropplate and various downhole systems) Oceanographic instrumentation and sensors (including

CTD applications) Diver communication lines General marine instrumentation

Options Hand crank drive Hand crank drive and gear box (I = 10:1) Hand crank drive, gear box (I = 10:1) and anti run back

device Electric motor, 1 x 110/220 VAC with 20 kg pull and

variable speed Electric motor, 1 x 110/220 VAC with 60 kg pull and

variable speed Clutch for free-spooling



1st edition

Specifications

CORMAC B - Stainless steel version

Material: AISI 304Construction: Bolted frame and flangesSurface treatment: Sand/bead blastedBearings: Delrin - self lubricatingBrakes: Mechanical parking brakeDimensions: H: 720 mm W: 780 mm D: 700 mmMax cable weight: 250 kgMax cable pull: 70 kgWinch weight: 45 kg

CORMAC B - Aluminium version

Material: AlMg3Construction: Bolted frame and flangesSurface treatment: Painted RAL 9007Bearings: Delrin - self lubricatingBrakes: Mechanical parking brakeDimensions: H: 720 mm W: 780 mm D: 700 mmMax cable weight: 100 kgMax cable pull: 70 kgWinch weight: 22 kg

CORMAC B

Ø 700

630

725 Ø 4

00

780

500


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1st edition

Custom winch and handling solutionsSpecial engineering and design

Underwater winchesMacArtney primarily supplies underwater winch systems for port security and oceanographic applications. For the latter, MacArtney winches are typically used for scientific equipment such as profiling buoy mounted CTD and sensor systems operating off a stationary seabed platform. MacArtney underwater winches are fully programmable. Settings and data are accessed through a web interface for real time information and control. The winches have several integrated features to help ensure that the supported systems work optimally from the sea floor. Moreover, the winch drum material has been specifically selected to offer an extended lifespan when deployed under water. Depending on the application, the winches can powered from shore through a cable or via batteries. For this reason, winch power is enabled to vary between DC and AC power with operational power requirements as low as 200 W.

Traction winchesMacArtney supplies traction based winch system which are often used for handling long synthetic ropes and for cables with synthetic armouring. Traction winches work to enhance the spooling performance, protect and prolong the lifetime of these cables. Other uses for traction winches include applications where precise tension is an absolute requirement. MacArtney traction winch systems are typically needed for tunnel or pipe inspection equipment on offshore platforms. Therefore, the winches are often designed to meet ATEX/EEX, NORSOK requirements and DNV certifications. MacArtney traction winch systems are available for +10,000 metre cable applications. Also, they are optimised to require minimal space and come with an avanced cooling system to ensure performance - even with a full drum.

Moon pool handling systems with cursor winchesMacArtney advanced moon pool handling systems provide easy control and handling of entire ROV systems through a vessel moon pool. Within the scope of these systems, cursor winches are used to control the mechanical trolley that carries the TMS and ROV systems via a vessel moon pool and safely through the splash zone. MacArtney offers a wide range of sheave arrangements to aid cable routing along with various tension damper systems tailored to a variety of vessel and applications. For optimal ROV system control, a fully integrated MacArtney MERMAC active heave compensated umbilical winch solution, complete with damper and sheaves, offers maximum synergy and automatisation during launch and recovery process.

A sea of solutions MacArtney delivers a broad range of special winch and handling solutions and offers design and engineering support for custom and bespoke handling system projects all across the globe. These special systems are used in offshore, subsea, defence, scientific, civil engineering and nuclear projects across the world and projects often involve close cooperation with the client to identify technical needs and expectations. MacArtney offers engineering expertise in electrics, hydraulics, mechanics, hydrodynamics, fibre optics, electronics and software. From draft to delivery, MacArtney systems are fully supported by extensive in-house test facilities and quality system procedures.



1st edition

Special engineering

Arctic winchesMacArtney supplies a broad range of winches for arctic applications that are all designed, manufactured and tested to offer safe and efficient performance under extreme climatic conditions. Our scope of of supply within the realm of arctic winch systems span from small custom winch systems for CTD deployment directly off the edge of the ice crust, through airplane transportable and rugged sledge integrated systems for ice core sampler drill handling to advanced full-scale integrated winch package solutons for arctic region based oil and gas offloading tower applications.

Container integrated winch and handling systemsMacArtney designs, manufactures and supplies an extensive variety of container integrated winch and handling systems for empowering various standard and special applications. MacArtney container integrated solutions range from basic winch systems encased in a shipping container, either for logistical or harsh climatic protection reasons, through dedicated AHC right angle winches for empowering portable, container integrated ROV launch and recovery systems to advanced offshore drill support and subsea mud recovery systems with full DNV 2.22, 2.7-1, ATEX and NORSOK certification.

Military specification winches

MacArtney holds experience in designing and constructing winches for military applications. MacArtney is able to design systems and supply winches that meet the requirements of most military specifications, regulations, design criteria and standards across the world (including United States MIL standards). Applications for these systems can be numerous and include navy ROV handling, CTD deployment, general ocean science sensor applications, towed monitoring platforms, side scan sonars, mine hunting systems and several other equipment types. Military specification winches often place high demands on approval criteria with regards to performance, system endurance and dependability under maritime harsh operational conditions.

Cable tensionersMacArtney is able to supply subsea cable or pipe tensioner systems for use in combination with cable carousels onboard cable and pipe laying vessels. These systems assist in laying the cable from the vessel onto the seabed in a safe and efficient manner using precise tension control driven via an electric or hydraulic power system. MacArtney cable tensioners are designed to provide optimal performance and control over the dynamic forces involved in the cable laying process. Cable tensioners can be delivered as 2 or 4-track systems depending on the required pull and holding force. All MacArtney tensioner solutions can be fully certified according to relevant DNV standards and regulations.

Complete research vessel winch and handling solutions

MacArtney supplies complete integrated winch, handling and LARS solutions to research vessel across the world. MacArtney packages often comprise both standard, customised and bespoke winches in whichever combination that will best address the specific requirements of smaller scientific boats as well as large ocean going research vessels. MacArtney research vessel packages often comprise up to 10 winch systems with up to 15,000 metres of cable, wire or synthetic rope for various equipment deployment use. Examples of equipment handling applications include CTDs, corers, sledges, towed sensor and instrumentation platforms, ROV and ROTV systems.


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1st edition

Cable Status Indicator MKII

The MacArtney microprocessor controlled cable status indicator display length of cable and pay out speed. It can be adapted to suit any winch or sheave block installation.

The LCD display with two lines of 16 digits shows the length of the cable outboard in metres and the cable speed in metres per minute.

The cable display can be reset to zero or to a custom offset directly from the front panel. It can also be connected to a PC via RS232 or RS422 communication ports.

The continuous data string showing cable length and speed can be sent to another MK II cable status indicator set in a slave/master setup.

The system consists of Sealed splash proof sensor unit Deck cable Display electronics unit

The cable status indicator is designed for use in conjunction with the MacArtney cable sheave. It can also be used as a separate unit.

Features and Benefits LCD alpha/numeric display with 2 lines of

16 Characters High resolution High accuracy Easy to programme Menu controlled RS232 or RS422 communication ports Master/slave function Easy to install Ideal for panel mounting

Applications Towed vehicles Side scan sonars ROV launch and recovery systems CTD sensors

Options DC power supply Remote display MacArtney Jumbo Display

Dimensions: W 380 x H 280 x D 130 mm (including the lid)

LED 1 line display Kit for IP56 installation Other options available



1st edition

1

Specifications

Cable Sheave

Safe Working Load: 25 kN Cable diameter: 8-12 mm as standard

Sensor Unit

Sensor elements: Dual Hall elementsSensor connection: SubConn® BH4MOverall dimension: H 116 x W 44 x D 58 mm

Cable Status Indicator

Power supply: 220 V AC - standard 12/24 V DC - optionalPower consumption: 3 VADisplay: LCD alpha/numeric 2 lines 16 charactersOverall dimensions: H 48 x W 96 x D150 mmCut away dimensions: H 43.8 x W 90 mm

Auxiliary


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1st edition


Electrical Slip Ring Model 180This compact electrical slip ring is designed for small systems including ROV systems, oceanographic instrumentation, sonar systems and underwater video cameras. The model 180 is rugged and designed for the marine environment backed by ISO 9000 quality. The housing is stainless steel and the bearings are seated for life. The unit is available with up to 60 circuits, rated 1,000 V at 7 Amp with a maximum ratingof 100 Amp per unit. Signal noise is less than 1 microvolt RMS. Options include a bidirectional 1 or 2 fibre optic rotary joint, EEX certification and an electromechanical swivel rated for 3 ton. Design life exceeds 5 million rotations at a maximum of 1,000 rpm.

Electrical Slip Ring Model 176This unit is normally supplied with a combination of high voltage and low noise signal circuits and fibre optic passes. Units are also available with integrated fluid rotary unions. The model 176 is used on ROV systems, diving bell handling systems, trenchers, single point moorings, oceanographic systems and geophysical streamer and airgun applications. Power circuits are rated to 5,000 V at 20 Amp with a maximum rating of 760 A per unit and wide band signal circuits have very low insertion loss, crosstalk and VSWR. Units are available for hazardous areas with the appropriate EEX certification and can also be oil filled and pressure compensated for underwater use such as in ROV tether management systems.

Electrical Slip Ring Model 159This unit has all the features of the Model 176 with the exception of a higher power rating 3,500 V (power rings rated) at 60 Amp with a maximum rating of 660 A per unit. This unit meets the demand of the work class ROV industry where power requirements have increased dramatically over the past years. Purged units are available for all hazardous environments and pressure compensated units are available for underwater use - e.g. on ROV tether management and trencher systems.

Fibre Optic Rotary Joint Model 190 and 242The Model 190 is a multimode unit with up to 21 passes with typical insertion losses of less than 5 dB. The 190 can be integrated with the standard range of Focal electrical and fluid rotary units. The 190 has the same advantages as the 197 unit and can be fluid filled and pressure compensated. The Model 242 is a singlemode unit that can be delivered with up to 6 passes. Applications include winches for ROV systems, dipping sonars, towed arrays, industrial robotics, turrets, crane, submarine telescopes and wind turbines. The unit meets a number of demanding MIL specifitcations including MIL STD 167-1 for vibration and MIL STD 810 D functional shock (40 g)



1st edition

Fluid Rotary Union Model 70Developed as an industry standard for the saturation diving market, the Model 70 has found new applications in the geophysical and hydraulic control markets. The unit can be combined with electrical and optical slip rings to produce customized units for special applications. The unit is available with up to 11 passes for gases and liquids compatible with 316 stainless steel, Ferralium 255, Rulon J and Viton. All passes can be rated to 200 bar stationary and 68 bar rotating at up to 10 rpm. Standard ports are from ¼” to 1” and standard fittings are S.A.E. straight threads UNF. Helium leakage is less than 10 litres per hour per seal at maximum rotation pressure of 68 bar. There is no leakage between ports.

Fibre Optic Rotary Joint Model 197The Model 197 is a single pass Fibre Optic Rotary Joint (FORJ). The unit is bidirectional and allows the transfer of optical signals across a rotational interface. The 197 offers a high bandwidth and immunity to electromagnetic interference and can be integrated into the standard electrical and fluid slip rings. The unit can also be pressure compensated for submersible applications. Model 197 is used in a very broad range of applications including ROV handling systems, dipping sonars, towed arrays, wind turbines and industrial robotics. The unit has a maximum insertion loss of 3,0 dB.

Fibre Optic Rotary Joint Model 285 and 286The Model 285 is a single-pass single mode fibre optic rotary joint and the Model 286 is a single-pass, multimode fibre optic rotary joint. It is passive and bi-directional and allows the transfer of optical signals across rotational interfaces. With a body diameter of only 9.5 mm and a length of 26 mm and 19 mm, the Model 285 and 286 is ideally suited to applications where size and weight are critical issues.

Fibre Optic Rotary Joint Model 215The FO215 is an ultra-compact, two pass, multimode fibre optic rotary joint (FORJ). It is passive and bidirectional, and allows the transfer of optical signals on two separate optical fibres across rotational interfaces. The FO215 can be combined with our electrical and fluid slip rings, giving a single, compact package for optical signals, electrical power and fluid transfer.

FPSO Slip RingFocal manufacture large composite slip rings for FPSO (Floating Production Storage Offloading) applications. These large units can exceed 8 metres in height and weigh over 25 ton. A typical example, used on a Submerged Turret Production system, transmitting high power at 18,5 MW, including multi pass hydraulic lines and signal rings rated at 500 V at 5 Amp. The complete unit is certified explosion proof for use in Zone 1 hazardous locations. Can be certified to IP68/20 metres.



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1st edition

Telemetry

MacArtney NEXUS multiplexersDuring the last two decades, MacArtney has built up a strong and versatile track record of supplying in-house developed and manufactured NEXUS multiplexers and complete NEXUS telemetry solutions to OEMs, system

providers and operators at a global scale.

Providing the link between surface and seabedNEXUS multiplexers bring together Focal multiplexer cards

and other state-of-the-art telemetric technologies and are widely used for subsea applications such as ROVs,

trenchers, towed monitoring platforms and other sensor carrying systems. Beyond interfacing a vast variety of

sensors mounted on board a given application, NEXUS multiplexers work to provide and sustain a safe and efficient

fibre optic link between surface and seabed. Standard connectivity interfaces on NEXUS telemetry systems

include SubConn® and OptoLink connectors.

The NEXUS range includes several standard models spanning from advanced fibre optic and HD-video capable

systems, through electric coax cable compliant multiplexers to bespoke customer specified or completely customised

telemetry solutions.



1st edition

NEXUS MK III

NEXUS MK IV

NEXUS MK V

NEXUS MK VI

NEXUS MK VII

NEXUS MK E

NEXUS MK C

NEXUS MK IIINEXUS MK IV

NEXUS MK VNEXUS MK VI

NEXUS MK VIINEXUS MK E

NEXUS MK C

94-95

96-97

98-99

100-101

102-103

104-105

106-107

Telemetry

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1st edition

NEXUS MK IIIDual multibeam sonar uplink for subsea pods

The MacArtney NEXUS MK III multibeam sonar and echosounder transmission system transmits high speed digital sonar data from multibeam sonars/echosounders installed on a remotely operated vehicle or system.

The system is able to transmit high speed data from two multibeam sonar/echosounder heads on one single or multimode optical fibre.

The low speed downlink control data for the sonar head is transmitted through the existing telemetry system onbord the underwater vehicle or system.

The NEXUS MK III package consists of a 19” rack mounted top side unit and a subsea PCB assembly for installation in an existing onboard subsea telemetry pod.

Features and benefits Handles 2 multibeam sonars/echosounders Supports any multibeam sonar/echosounder (P)ECL

or Gigabit Ethernet uplink Operates on singlemode or multimode fibre

Applications Telemetry for ROV/ROTV pipeline survey applications Telemetry for ROV/ROTV cable route survey

applications Telemetry for rock dump ROV applications Telemetry for trencher applications

Options 10/100 Mbit Ethernet interface (P)ECL or Gigabit Ethernet



1st edition

NEXUS MK III

Electrical

Supply voltage: 12 VDC

Multiplexer

Multibeam signals: 2 x (P)ECL (125 Mb/s) or 2 x Gigabit Ethernet

Fibre optic

Fibre type: Singlemode 9/125 or multimode 50/125- 62,2/125Number of fibres: 1 or 2

Flux budget: 10-18 dB (multimode fibre)* 18-24 dB (singlemode fibre)*

* Depending on the configuration, number of optical fibres available, multimode fibre size and wavelength used. Please contact MacArtney Underwater Technology for detailed optical budget based on your application.

Transport

Delivered in Pelicase

Specifications - topside unit

Mechanical

Dimensions: 19” rack mount 1 U high

Electrical

Supply voltage: 85-265VAC, 50/60HzPower consumption: 25 W

Transport


Specifications - subsea assembly

Telemetry

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1st edition

NEXUS MK IVROV telemetry and survey multiplexer

The MacArtney NEXUS MK IV is a multi-beam sonar multiplexer that carries all signals over one single mode optical fibre via CWDM (Coarse Wavelength Division Mulitplexing).

The system encompasses MacArtney (P)ECL fibre optic converters, the Cypress multiplexer, MiniController and Ethernet converters.

Power switching is software controlled and can be installed on any computer with at least one com port (real or USB). The protocol is open and can be integrated into customer software for monitoring convenience. Sensor power status, leak, link, etc., are also continually monitored through the software.

The subsea housing is manufactured from hard anodised aluminium and uses anodised aluminium SubConn® connectors. For depth ratings over 3,000 msw, the pressure housing can be manufactured from titanium or high tensile Duplex steel.

Features and benefits Interfaces all standard multibeam sonars and

survey sensors Software controlled power supply to sensors Operates on one singlemode optical fibre Interface for Seabat 81xx, Seabat 71xx,

Kongsberg EM 300x, Kongsberg EM 2040 and R2Sonic multibeam sonar (dual head)

Applications ROV/ROTV multiplexer for multibeam-sonar

survey sensor setup

Options Titanium or high tensile steel pressure housing for

the subsea unit Customised subsea controls



1st edition

Mechanical

Dimensions pod: OD 197 mm, total length including connectors approx. 750 mmDepth rating: 3,000 msw Material: Hard anodised aluminium (7075 T6 standard) Weight in air: Approx. 42 kgWeight in water: Approx. 20 kg

Multiplexer

Multibeam-sonar: 2 (P)ECL, 125 Mb/s 2 GBE (see below)RS 232: 5RS 232/485: 2RS232/485/422/TTL 2Ethernet (10/100 Base-T): 1Ethernet (1000 Base-T): 2Digital channels: 16 I/OAnalog channels: 8 input (12 bit), 2 output (12 bit)Leak sensor: Yes (1)

Electrical

Supply voltage: 85-132 & 180-264 VAC 50/60 HzOutput voltage: 48/24/12 VDC Power switching: 2x48 V, 10x24 V and 8x12 V Other voltages on requestFibre optic

Fibre type: Singlemode 9/125 or multimode 50/125- 62.5/125 (Ethernet 1000 Base-T has 500 m range on standard multimode)Number of fibres required: 1 or 2 Flux budget: > 26 dB

Transport

Delivered in flightcase

NEXUS MK IV


Mechanical

Dimensions: 19” rack mount, 1 U high

Electrical

Supply voltage: 85-265VAC, 50/60HzPower consumption: 25 W

Various: Light diodes for status indication

Transport


Specifications - subsea unit

Telemetry

97

1st edition

NEXUS MK VVideo, multibeam and survey sensor multiplexer

The MacArtney NEXUS MK V multiplexer replacesthe NEXUS 907 system. It is still based on the Focal 907 video/data multiplexer combined with the MiniController, ethernet converters and the Focal Gb-media converters. Power switching of all sensors and cameras is software controlled and combined with monitoring of sensor power status.

The subsea housing is made of 7075 T6 hard anodisedaluminium and the SubConn® connectors are also theanodised aluminium type. For depth ratings over 3,000 msw, the pressure housing can be manufactured from titanium or high tensile Duplex steel.

The fibre optic telemetry takes advantage of theCWDM (Course Wavelength Division Multiplexing)technology and communicates all signals over justone singlemode optical fibre.

Features and benefits Interfaces all standard survey sensors and

cameras (including MacArtney LUXUS models) Supplies power to sensors and cameras Software controlled Operates on one singlemode optical fibre

Applications ROV/ROTV multiplexer Survey sensor package multiplexer Multiplexer for subsea rigs Multiplexer for towed camera and sensor systems

Options Titanium or high tensile steel pressure housing for the

subsea unit Interface for SeaBat 71xx series multibeam

sonars Customised subsea controls



1st edition

NEXUS MK V

Mechanical

Dimensions pod: OD 197 mm, total length including connectors app. 770 mmDepth rating: 3,000 msw (standard)Material: Hard anodised aluminium (7075 T6 standard)Weight in air: 50 kgWeight in water: 26 kg

Electrical

Supply voltage: 85-132 and 180-264 VAC 50/60 HzOutput voltage: 24/12 VDC/othersPower switching: 18x24 V and 4x12 V

Multiplexer

Multibeam-sonar signals: 2 (P)ECL, 125 Mb/s (Option: SeaBat 71xx interface)Video channels: 3RS 232: 9RS 232/485: 2RS232/485/422/TTL: 1

Ethernet: 10/100 Base-TDigital channels: 16 I/OLeak: Occupies either 1 analog input or 1 digital input

Fibre optic

Fibre type: Singlemode 9/125 or multimode 50/125- 62,2/125Number of fibres required: 1 or 2 Flux budget: > 20 dB

Transport



Mechanical

Dimensions: 19” rack mount 2 U high Electrical

Supply voltage: 85-265 VAC, 50/60 Hz

Power consumption: 25 WVarious: Light diodes for status indicationTransport



Telemetry

99

1st edition

NEXUS MK VIMultiplexer for ROV and survey applications

The MacArtney NEXUS MK VI is a HD video and multi-beam sonar multiplexer that carries all signals over one single mode optical fibre via CWDM (Coarse Wavelength Division Multiplexing). Options include (P)ECL and 10/100 Ethernet cards.

Power switching is software controlled and can be installed on any computer with at least one real or USB com port. The protocol is open and can be integrated into customer software for monitoring convenience. Sensor power status, leak alarm, telemetry link, etc. are also continuously monitored by the software.

As standard, the subsea housing is manufactured from hard anodised aluminium. Connectivity interfaces include SubConn® anodised aluminium connectors, SubConn® Coax (HD video) connectors and a MacArtney OptoLink fibre optical connector. For depth ratings over 3,000 msw, the pressure housing can be manufactured from titanium or high tensile Duplex steel.

Features and benefits Interfaces most standard survey sensors Software controlled power switching for sensors Interface for SeaBat 71xx, R2Sonic and

Kongsberg multibeam sonar system (dual head) Three HD video interfaces (full broadcast quality) Operates on one single mode optical fibre

Applications ROV/ROTV multiplexer for HD video and

multibeam-sonar survey sensor setup Multiplexer for cable trencher systems Multiplexer for drop camera systems Multiplexer for towed camera and sensor systems Multiplexer for seabed monitoring applications

including landers and observatory systems

Options Interface for SeaBat 81xx multibeam

sonar head (P)ECL Interface for 10/100 Ethernet Customised subsea controls Titanium or high tensile Duplex steel housing for the

subsea unit



1st edition

NEXUS MK VI


Mechanical

Dimensions: OD 197 mm, total length including connectors approx. 750 mmDepth rating: 3,000 msw Material: Hard anodised aluminium (7075 T6 standard) Weight in air: Approx. 32 kgWeight in water: Approx. 12 kg

Multiplexer

Multibeam-sonar: 2 x GbE (1000BaseT only) 2 x (P)ECL (optional)HD video: 3 x HD-SDI (SMPTE-424M and SMPTE-292M)RS 232: 6 + 1 for internal controlRS 485: 1RS 232/485/422/TTL: 2Ethernet: 1 x 10/100BaseT (optional)

Electrical Supply voltage: 100 - 250 VAC 50/60 Hz 400 Hz (optional) 140 - 370 VDC (optional) Output voltage: 48/24/12 VDC

Fibre optic

Fibre type: Single mode 9/125 Number of fibres required: 1 Flux budget: > 20 dB

Diagnostics

Control: Power switching with individual fused outputsMonitoring: Leak sensor, voltage and current monitoring, link status monitoring and feedback on power status

Transport



Mechanical

Dimensions: 19” rack mount 1 U high

Electrical


Power consumption: 50 WVarious: LEDs for status indication

Transport


Telemetry

101

1st edition

NEXUS MK VIIHighly versatile and configurable multiplexer

The MacArtney NEXUS MK VII is an advanced and versatile HD video, standard video, Ethernet, serial and multibeam sonar multiplexer based on Focal 907 telemetric technology. Providing a highly efficent link between surface and seabed, the NEXUS MK VII carries all signals over one single mode optical fibre via CWDM (Coarse Wavelength Division Multiplexing).

The NEXUS MK VII is highly configurable and allows for an easy upgrade/modification path when operational or applicational requirements change. Multiplexer options can be installed between jobs or even at sea without the need for an electronics workshop.

Power switching is software controlled via PC software or using a tablet which is online via LAN or WiFi. Sensor power status, telemetry link, leak alarm etc. is also continuously monitored by the software. Advanced features include programmable fuses and software enabled interface selection. The protocol is open and can be integrated into customer software for monitoring convenience. A touch screen display on the topside front panel allows for easy monitoring of selected parameters during setup and operation.

As standard, the subsea unit housing is manufactured from hard anodised aluminium. Connectivity interfaces include SubConn® anodised aluminium connectors, SubConn® Coax (HD video) connectors and a MacArtney OptoLink fibre optic connector.

Features and benefits Interfaces all standard survey sensors Interface for SeaBat 71xx, R2Sonic and Kongsberg

multibeam sonar system (dual head) Full HD video interface Software controlled power switching for sensors

(PC or tablet based) Highly versatile (several connectivity interfaces) Readily configurable for new applications On-site upgrade and modification Based on Focal 907 technology Operates on one single mode optical fibre 3,000 msw depth rating as standard

Applications ROV/ROTV multiplexer for HD video and

multibeam sonar survey sensor setup Multiplexer for cable trencher systems Multiplexer for towed camera and sensor systems Multiplexer for seabed monitoring applications

including landers and observatory systems Subsea instrumentation platform systems

Options 4 x HD-SDI (full broadcast quality) Video interface (6 x PAL/NTSC, 8/10-bit) Dual (P)ECL interface for SeaBat 81xx or EM 3002

multibeam sonar head Dedicated INS interface Titanium or high tensile Duplex steel housing for the

subsea unit



1st edition


Mechanical

Dimensions: OD 244 mm (255 mm including POM protection ring)Total length: Approx. 780 mm (including connectors)Depth rating: 3,000 msw Material: Hard anodised aluminium (7075 T6 standard) Weight in air: Approx. 49 kgWeight in water: Approx. 15 kg

Electrical

Supply voltage AC: 85 - 264 VAC 50/60 Hz

Output voltage DC: 4 x 48 V/5 A (max. 12 A total) 30 x 24 V/5 A (max 24 A total) 16 x 12 V/5 A (max. 12 A total) Maximum DC output power is de-rated to 60% at 110 VAC

Output voltage AC: 2 x 230 V / 2 A (voltage dependent on input voltage)

Multiplexer Base

Multibeam sonar: 2 x 10/100/1000BaseTSerial: 5 x RS232 2 x RS485

(HD video and light control) 2 x RS232/RS485 (MB, software switchable) 2 x RS232/RS485/RS422/ TTL (software switchable)

Ethernet: 1 x 10/100/1000BaseT 1 x 10/100BaseT (INS connector)

Fibre optic

Fibre type: Single mode 9/125 Number of fibres required: 1Flux budget: > 20 dB

Control and monitoring

Control: Power switching with software fuse and interface selection (sensor level), PC software/tablet control Monitoring: Optical budget and link status, leak sensor, voltage level and current consumption (sensor level), touch screen diagnostics Transport



Mechanical

Dimensions: 19” rack mount 3 U high 460 mm deep

Electrical


Power consumption: 100 WVarious: 4.3” color touch display and LEDs for link status indication

Transport


Options

Multiplexer option - 907-Ser

Serial: 4 x RS232INS: 3 x RS232, 1 x TTL

Multiplexer option - 907-Flex

HD video: 4 x HD-SDI (SMPTE-424M and SMPTE-292M)

Multiplexer option - 907V

Video: 6 off (PAL/NTSC, 8-bit) Serial: 1 x RS485 (video)

Multiplexer option - 907-ECL

(P)ECL: 2 off (125 Mbps)

NEXUS MK VII

Telemetry

103

1st edition

NEXUS MK EMultiplexer for coax cabled applications

The NEXUS MK E is designed as an electrical alternative to a fibre optic multiplexer. The MK E has been adapted to work with non-fibre optic cables and can be used to handle data on existing coax type side scan sonar and CTD cables as well as twisted pair cables.

The MK E is intended for use in applications where there is a need to perform online communication with a number of underwater sensors and/or live video transmission.

Power switching of the individually connected sensors, lights and camera is controlled through top side software.

The system communicates with power and data on the same conductors along 6,000 metres of coax cable as standard or 3,000 metres on twisted pair cable. Coax cable length can be up to 10,000 metres as an option.

The MK E multiplexer system includes a 19” 3U rack and subsea unit and a PC software package for setting up channels and power switching facilities (48, 24, 15 and 12 VDC).

The system can also be supplied with 1 video channel and control of up to 2 underwater lights.

The NEXUS MK E is designed to the same high standards as MacArtney’s fibre optic NEXUS multiplexers and is prepared with an upgrade path for subsequent upgrade to MacArtney’s fibre optic based telemetry system.

Features and benefits Designed for use on existing copper cables Power switching individually controlled via

software Power and data transferred on the same

conductors Based on tried and tested MacArtney multiplexer

technology and knowhow Easy upgrade path to fibre optic based telemetry Can be delivered as a portable multiplexer that

can work with both fibre optic and copper cable systems

Applications Oceanography - CTD and LADCP ROV upgrade Towed vehicles Drop camera and towed camera systems

Options Control of up to 2 LED underwater lamps

(RS485) Fiber interface Seabird SBE 9 plus interface



1st edition


Multiplexer

8 serial channels, full duplex, max. 115.2 KBaud (see below)RS232: 6RS485: 1RS422: 1Ethernet: 1 (Low bandwidth)

Serial baud rate can be configured to customer requirements up to max. 115.2 KBaud

Video

PAL or NTSC: 1 (Up to 704 x 576 px) Control of LED lamp: 2

Mechanical

Depth rating: 3,000 mDimensions pod: OD 136 mm, total length including connectors approx. 750 mm Material: Hard anodised aluminium (7075 T6 standard)Weight in air: 14 kgWeight in water: 7 kg

Depth rating: 6000 mDimensions pod: OD 164 mm, total length including connectors approx. 770 mm

Material: Hard anodised aluminium 6082T6 Weight in air: 22 kgWeight in water: 9 kg

Electrical

Supply voltage: 375 VDC (range 250-425 VDC) Output voltage: 48V/150 W 24V/150 W 12V/150 W Software controlled power switchingCable

Cable type: Coaxial (6,000 m) or twisted pair (3,000 m)Option: Up to 10,000m depending on cable typePower/data: Combined power and data on same conductors

Transport



Mechanical


Electrical

Supply voltage: 110-230 VAC, 50/60 HzPower consumption: 75 WVarious: Light diodes for status indication

Transport


NEXUS MK E

Telemetry

105

1st edition

NEXUS MK CCustom designed and manufactured multiplexer

The MacArtney NEXUS MK C is a plug and play multiplexer for ROVs. This built to order multiplexer is intended to be the main multiplexer for a work class ROV or similar vehicle. It can be fitted to new ROVs or as an upgrade to existing systems.

The multiplexer is easy to install and can handle data for ROV setups that require multiple cameras, sonars, attitude sensors, manipulators, cable- or pipe trackers etc. It is based on Focal 907 series multiplexer boards in combination with MacArtney MiniController and specialized interface boards.

The topside unit is a 19” rack unit which has indicator LEDs on the front panel showing status of all data channels. On the back panel, a number of D-sub or RJ-45 connectors are installed for serial data and digital I/Os. BNC connectors are used for video and multibeam output.

Camera function and sensor power control is provided through a software interface which also includes monitoring of power interfaces. The control protocol is open (ASCII based) and can be integrated in a larger control system if needed.

One subsea bottle houses the corresponding multiplexer boards, power supplies and control electronics. The bottle can be made in several materials including anodized aluminium, high tensile Duplex steel and titanium for depths down to 6,000 m.

Multi conductor harness cables can be routed to an oil filled junction box for additional sensor interfaces if required.

The fibre optic telemetry takes advantage of the CWDM technology (Coarse Wavelength division multiplexing) combining several wavelengths on one fibre.

The NEXUS MK C is built to customer requirements and is not a stock item.

Please contact MacArtney for a quotation.

Features and benefits Interfaces to all standard survey sensors and

cameras Supplies power to sensors and cameras Control software for topside control of power

switching and video control Operates on one single - or multi mode fibre

Applications ROV/ROTV multiplexer Survey sensor package multiplexer Multiplexer for geotechnical subsea rigs and

other UUVs

Options Anodised aluminium, titanium or high tensile Duplex

steel housing for the subsea unit Sensor junction box Customised subsea controls Gigabit Ethernet interface HD video interface



1st edition

Specifications - subsea unit (example)

Specifications subsea bottle

Dimensions: OD 246 mm - 575 mm longDepth rating: 3,000 mMaterial: Anodised aluminium (7075 T6 standard)Weight dry: 32 kg Weight wet: 7 kg

Subsea junction box

Dimensions 270 x 270 x 132 mmDepth rating: 3,000 m (oil filled)Material: Anodised aluminium/ acrylic switchesWeight dry: 9,4 kg (excl. oil) Weight wet: -0,2 kg (excl. oil)

Electrical:Supply voltage: 85-132 and 180-264 VAC Output voltage: 24 VDC and switched mains voltage

Multiplexer

RS 232: 16 full duplex @ 115 kbps (1 used by micro controller) Arcnet (Tritech): 1RS 485/422: 3 full duplex @ 115 kbpsEthernet (option): 1 (RS 232 speed will be reduced to 57.6 kbps)

PECL: 2 uplink only @ 125 mbpsVideo channels: 8 using singlemode fibre 8 switched to 4 using multimode fibreFormat: NTSC, PAL, S-video (Y/C), RGB

Fibre optic

Fibre type: Singlemode 9/125 or multimode 50/125 - 62.2/125Number of fibres required: 1 or 2 Flux budget: 20-30 dB

Control Unit channels

Digital down: 24 (8 used for zoom and focus control for two cameras, and 16 used for power switching of sensor power supplies)Digital up channels: 24 feedback for digital Analogue down: 8 (hard wired)Analogue up: 2 (1 is used for power monitoring). All 8 analogue uplinks are available seriallyTransport


Specifications - topside unit (example)

Mechanical


Electrical

Supply voltage: 230 VAC, 50/60 Hz (default) 120 VAC, 50/60 Hz (option) Power consumption: 50 W

Transport


NEXUS MK C

Telemetry

107

1st edition

Remote Technology

MacArtney ROTV systemsThe involvement of the MacArtney Group in the design and

manufacture of remotely operated towed vehicle (ROTV) systems reaches back to 1989, when the development of

the first generation of FOCUS systems was initiated. The range was later expanded to include the TRIAXUS

oceanographic data acquisition ROTV and the FOCUS-2 towed survey system.

Efficient and flexible survey and monitoring solutions

MacArtney takes pride in the success and track record of its cutting-edge ROTV systems which are widely used by surveying contractors, pipeline inspection specialists and

oceanographic institutes across the world. Common to all MacArtney ROTV systems is the efficiency,

flexibility and high data quality offered to marine industry operators who often regard the optimal utilisation of ship time as alpha and omega. With this in mind, MacArtney

ROTV systems are designed to offer operation of a multitude of sensor options and empowered by their unique

hydrodynamic design, the systems are highly stable, very manoeuvrable and able to effectively collect

quality data at high speeds.



1st edition

FOCUS-2

TRIAXUS

FOCUS-2TRIAXUS

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Remote technology

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FOCUS-2

The FOCUS-2 is the latest generation ROTV in the FOCUS and TRIAXUS family.

The vehicle is constructed using carbon fibre technology and is based on the successful TRIAXUS vehicle design. The FOCUS-2 uses state-of-the-art computer technology and fibre optic telemetry for vehicle and sensor communication providing high data capacity in a very efficient package.

A powerful industrial PC controls the vehicle based on inputs from the onboard vehicle control sensors according to the pre-programmed flight path. The tow cable is a small diameter low drag electro-optic cable. It also supplies the power and control data to the vehicle. The high volume of data, generated by the onboard instrumentation and sensors, is transmitted to the surface via the NEXUS based fibre optic multiplexer system.

The FOCUS-2 operates with a number of acoustic survey sensors and instruments simultaneously ensuring maximum usage of ship time. The system comprises the towed platform together with a user selected instrumentation package.

An electro-optic tow cable and a winch with a combined fibre optic and electrical slip ring. A user friendly control and display unit with input and output for user selected sensors and instruments.

The system operates to 400 metres depth at 5 knots with a controlable horizontal movement of +/- 80 metres. The cable layback ratio is a function of tow speed i.e. 1:5 @ 5 knots & 1:3 @ 3 knots.

The Man Machine Interface (MMI) is an easy-to-useWindows based software package. The system isdesigned to carry a broad range of sensor packagesfrom the leading manufacturers of underwater equipment including:

Side scan sonar (analogue and digital) Multibeam sonar Mechanical forward looking sonar Mechanical scanning profiling sonar Sub bottom profiler Video camera Laser line scan camera Fibre optic gyro Motion sensor Bottom tracking doppler log Responder for USBL

Features and benefits Steerable towed data collection platform Highly stable in all planes Operating depth of 400 metres @ 5-6 knots High data transmission rates Software controlled steering functions Built-in standard control sensors User friendly controls and displays Modular rugged and streamlined design Low noise magnetic and acoustic signatures High payload for multiple peripheral equipment Quick-change custom buoyancy packs Electro-optic tow-cable

Applications Pipeline inspection Large area searches and MCM Site surveys and sea floor mapping Cable route surveys

Standard vehicle control sensors Attitude sensor Depth sensor (Digiquartz) Altimeter



1st edition

FOCUS-2

Specifications

Depth: 400 metresSpeed: 2-6 knots (higher speeds possible)Payload: 40 kgDimensions: (W x H x L) 125 x 125 x 185-270* cmWeight: 120-160 kg

* Depending on sensor configuration

Materials: Syntactic foam, carbon fibre 9 off full Duplex serial data channels RS 232, RS 422, TTL data formats 12 V DC and 24 V DC power supply switchable from the topside unit 4 off analogue 12-bit I/O’s 3 video up links

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TRIAXUS

Adding a new dimension to towed vehicles, the TRIAXUS is the natural step forward from the existing 2D towed vehicle technology to a true 3D towfish. The TRIAXUS uses state of the art computer technology and fibre optic telemetry for vehicle and sensor communication.

The TRIAXUS features flaps for vertical as well as lateral control. A powerful industrial PC controls the vehicle based on input from the onboard vehicle control sensors according to the preprogrammed flight path.

The TRIAXUS is developed for high-speed oceanographic data acquisition work and is designed to undulate between 1 and 350 metres*. Lateral offsets of up to 80 metres to either side of the ship is possible, enabling the vertical profiling to be carried out in an undisturbed water column. Towing speed* between 1 and 10 knots and vertical speed* of up to 1 metre per second are possible.

The TRIAXUS has been designed using the latest carbon fibre moulding technologies and the Danish Maritime Institute (DMI) has supplied the hydrodynamic design.

The embedded telemetry system is based on thesuccessful MacArtney NEXUS fibre optic multiplexer system, allowing interface of up to 9 additional sensor packages using the Plug and Play principle.

*) Depending on vehicle version, tow cable and sea state.

The Man Machine Interface (MMI) is an easy-to-useWindows based software package. The system is designed to carry a broad range of sensor packages from the leading manufacturers of oceanographic monitoring equipment including:

CTD Optical plankton counter PAR and radiation sensor Fluorometer Transmissometer Video Plankton Recorder Camera and light Other oceanographic sensor

Features and benefits Steerable towed data collection platform 3D Undulation Software controlled steering functions Highly stable in all planes Proven hydrodynamic design Built-in standard control sensors User friendly controls and displays Modular rugged and streamlined design Low noise magnetic and acoustic signatures Onboard fibre optic telemetry system High payload for multiple peripheral equipment Plug and Play for additional sensors High data transmission rates 100 MBit Ethernet Subsea LAN port Electro-optic tow-cable

Applications Ocean Science Fisheries research Hydrodynamic studies

Standard Vehicle Control Sensors Attitude sensor Depth sensor (Digiquartz) Altimeter



1st edition

TRIAXUS

Specifications

TRIAXUS D (standard version)Envelope: 0 - 175 m* @ 8 knots Using a 10 mm fibre optic tow cableTow speed: 1 - 10 knots*Vertical speed: 5 - 100 cm/sPayload: 40 kgDimensions: (W x H x L) 125 x 125 x 185 cmWeight: 120-160 kg (Depending on sensor configuration)Materials: Syntactic foam, Carbon fibre

TRIAXUS E (extended version)Envelope: 0 - 350 m* @ 8 knots Using a 10 mm fibre optic tow cableTow speed: 1 - 10 knots*Vertical speed: 5 - 100 cm/sPayload: 50 kgDimensions: (W x H x L) 195 x 125 x 185 cmWeight: 130-170 kg (Depending on sensor configuration)Materials: Syntactic foam, Carbon fibre

*) Depending on vehicle version, tow cable and sea state.

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Instruments

Beyond integrating a vast variety of underwater technology instruments and equipment types from

renowned suppliers into its unique subsea solutions, MacArtney also designs and manufactures its own

advanced instruments for ‘underwater visualisation’ and ‘hydrostatic pressure testing’ respectively.

Visualising the abyssThe mainstay of the MacArtney instrumentation portfolio is

the LUXUS range of cameras, lights, controllers and accessories. From draft to delivery, MacArtney LUXUS

cameras and lights are designed to combine operational and service flexibility, excellent performance and reliability.

The compact size, modern design and versatile first-rate specifications of the units make them ideal for a multitude of demanding underwater tasks and applications - including diving missions, underwater

inspection and deep-water remotely operated vehicle systems.

Piling on the pressureMacArtney also designs and supplies its own range of

pressure vessel to clients who need to set up their own facility capable of putting almost any type of underwater

equipment to the test. Based on the tried and trusted system concept and advanced technology used by

MacArtney hydrostatic test facilities all across Europe, the company offers a range of highly capable and versatile

standard pressure vessels. Moreover, MacArtney is able to supply customised or bespoke vessels featuring alternative dimensions and pressure rating. If required, even a full test

environment can be supplied.



1st edition

LUXUS Cameras

LUXUS Lights

LUXUS Controllers

LUXUS Accessories

MacArtney Pressure Vessels

LUXUSCameras

LUXUSLights

LUXUSControllers

Pressure vessels

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130-139

140-143

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LUXUSAccessories

Instruments

115

1st edition

The LUXUS Compact Camera is ideal for use in diving and light ROV applications. This light sensitive camera has a fixed focal length which can be factory adjusted to capture images at very close range. It can be equipped with differ-ent lenses for various angles of view.

The camera consumes just 2 W and can handle DC power units from 12 to 24 VDC.

It is the most compact camera in the LUXUS range and de-signed to function perfectly in combination with the LUXUS Compact LED and LUXUS Compact Media Controller.

The camera housing is made from sandblasted titanium and has a depth rating of 4,000 metres.

LUXUS Compact Camera

Features and benefits Lightweight Compact 4,000 m depth rating

Applications General underwater inspection Diving applications ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sleadge systems Underwater observatory systems Winch and deck monitoring

Options A range of lenses Alternative connectors Custom wiring NTSC or PAL LUXUS helmet mounting bracket LUXUS universal mounting bracket LUXUS pistol grip bracket LUXUS dovetail bracket



1st edition

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LUXUS COMPACT CAMERA / COMPACTCAMERA LOW LIGHT

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Specifications

Electrical

Power supply: 12 - 24 VDCPower consumption: 2 WOutput: Video Composite 1 VppSignal to noise ratio: >52 dBStandard wiring: 1 Video hot 2 Power Gnd/screen 3 Power + 4 NC

Mechanical

Material: TitaniumStandard connector: SubConn® MCBH4M TiOther connectors: On requestDimensions: See drawing (mm)Weight: 280 g in air 190 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” Exview HAD CCDAngle of view (horizontal) Air: Standard 120°Water: Standard 90° (Other angles optional)Sensitivity: 0.1 luxMin. focus distance: 10 cmZoom: NoIris: NoFocus: NoTV lines: 650

Environmental

Depth rating: 4,000 mTest pressure: 600 barStorage temperature: -30 to +70 °COperating temperature: -10 to +50 °C

LUXUSCameras

Instruments

117

1st edition

The LUXUS Compact Long Line Driver Camera is a LUXUS Compact Camera fitted with a video signal amplifying unit. This unit increases the signal and compensate losses when the camera is used with extensive cable lengths for applications that do not involve telemetry.

Upon request, all LUXUS Cameras (except the HD models) can be fitted with the long line driver amplifying unit.

The LUXUS Compact Long Line Driver Camera has a fixed focal length which can be factory adjusted to capture images at very close range. The camera consumes just 2 W and can handle DC power units from 12 to 24 VDC. The camera is delivered with SubConn® or alternative customer specified connectors.

The LUXUS Compact Long Line Driver Camera is designed to function perfectly in combination with the LUXUS Compact LED and LUXUS Compact Media Controller.

The camera housing is made from sandblasted titanium and has a depth rating of 4000 metres.

LUXUS Compact Long Line Driver Camera

Features and benefits Lightweight Compact 4,000 m depth rating Able to handle long cable lenghts (up to 750 m)

Applications Diving applications Extended diver umbilicals General underwater inspection Tow and drop camera systems Benthic sledge systems

Options A range of lenses Alternative connectors Custom wiring NTSC or PAL LUXUS helmet mounting bracket LUXUS universal mounting bracket LUXUS pistol grip bracket LUXUS dovetail bracket



1st edition

Specifications

Electrical

Power supply: 12 - 24 VDCPower consumption: 2 WOutput: Video Composite 1 Vpp Signal to noise ratio: >52 dB Standard wiring: 1 Video hot 2 Power Gnd/screen 3 Power + 4 NC

Mechanical

Material: Titanium Standard connector: SubConn® MCBH4M Ti Other connectors: On request Dimensions: See drawing (mm) Weight: 310 g in air 215 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” Exview HAD CCDAngle of view (horizontal) Air: Standard 120° Water: Standard 90° (Other angles optional)Sensitivity: 0.1 luxMin. focus distance: 10 cmZoom: No Iris: No Focus: No TV lines: 650

Environmental

Depth rating: 4,000 m Test pressure: 600 bar Storage temperature: -30 to +70 °COperating temperature: -10 to +50 °C

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LUXUS COMPACT CAMERA LONG LINEDRIVER

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LUXUS COMPACT CAMERA LONG LINEDRIVER

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LUXUSCameras

Instruments

119

1st edition

The LUXUS Compact Low Light Camera is specially designed for harsh environment diving applications and light ROV systems.

The LUXUS Compact Low Light Camera offers excellent performance in conditions where light is limited and when the use of artificial light is impeded by turbidity. Within such environments, the black and white sensor offers high light sensitivity, image quality and viewing performance.

The camera consumes just 2 W and can handle DC power units from 12 to 24 VDC. The camera is delivered with SubConn® or alternative customer specified connectors.

The LUXUS Compact Low Light Camera is designed to function perfectly in combination with the LUXUS Compact Media Controller and LUXUS brackets and accessories.


LUXUS Compact Low Light Camera

Features and benefits High performance in turbid environments Lightweight Compact 4,000 m depth rating Low light sensitive

Applications Diving applications General underwater inspection Harbour inspection Sewer inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems

Options A range of lenses Alternative connectors Custom wiring NTSC or PAL LUXUS universal mounting bracket LUXUS helmet mounting bracket LUXUS pistol grip barcket LUXUS dovetail bracket LUXUS long line diver



1st edition

Specifications

Electrical

Power supply: 12 - 24 VDC Power consumption: 2 WOutput: Video Composite 1 VppSignal to noise ratio: >52 dBStandard wiring: 1 Video hot 2 Power Gnd/screen 3 Power + 4 NC

Mechanical

Material: Titanium Standard connector: SubConn® MCBH4M Ti Other connectors: On request Dimensions: See drawing (mm) Weight: 280 g in air 190 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” BW Exview HAD CCDAngle of view (horizontal) Air: Standard 120° Water: Standard 90° (Other angles optional)Sensitivity: 0.005 luxMin. focus distance: 10 cmZoom: No Iris: No Focus: No TV lines: 600

Environmental


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LUXUSCameras

Instruments

121

1st edition

The LUXUS Low Light Camera is designed for underwater conditions where light is limited and is ideal for use with ROV applications.

When deployed in harsh and turbid environments, the black and white sensor offers high light sensitivity, image quality and viewing performance.

The LUXUS Low Light Camera has a zoom function and can be adjusted for focus, white balance, iris and a number of other settings. Focus and white balance also have auto settings. Camera functions can be controlled with the supplied software or as hard wired.

The LUXUS Low Light Camera consumes just 6.5 W and can handle a wide range of DC power inputs from 9 to 36 VDC. It can be supplied with various output types, including Composite Y, and is delivered with SubConn® or alternative customer specified connectors.


LUXUS Low Light Camera

Features and benefits High performance in turbid environments Numerous adjustable settings Easy integration with existing systems 4,000 m depth rating

Applications General underwater inspection Harbour inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Diving applications Winch and deck monitoring

Options Alternative connectors Custom wiring NTSC or PAL LUXUS universal mounting bracket LUXUS Long Line Diver RS485 communication



1st edition

Specifications

Electrical

Power supply: 9 - 36 VDCPower consumption: 6.5 WOutput: Video Composite 1 VppSignal to noise: >50 dB Control options: RS232 – options on requestStandard wiring: 1 Power + 2 Power Gnd 3 RS232/RS485 Tx 4 RS232/RS485 Rx 5 RS232 Gnd 6 NC 7 Video hot 8 Screen

Mechanical

Material: Titanium Standard connector: SubConn® FCR1508M Ti or SubConn® 75CXBH6MOther connectors: On requestDimensions: See drawing (mm) Weight: 2,500 g in air 1,325 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” Super HAD CCD II BWAngle of view (horizontal): Air: 8.0° tele - 84.0° wideWater: 6.0° tele - 62.0° wideSensitivity: 0.0004 luxRecommended illum.: >0.015 luxZoom: 10 x optical, 12 x digitalIris: Manual or automaticFocus: Manual or automaticWhite balance: Manual or automatic TV Lines: 530

Environmental

Depth rating: 4,000 m Test pressure: 600 bar Storage temperature: -30 to +70 °COperating temperature: -10 to +50° C

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LUXUS LOW LIGHT CAMERA / LUXUSCOLOUR ZOOM CAMERA

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LUXUSCameras

Instruments

123

1st edition

The LUXUS Colour Zoom Camera is designed for use with ROV systems and is ideal for use in combination with the LUXUS Power LED.

The camera is equipped with a zoom function and can be adjusted for focus, white balance, iris and a number of other settings. Focus and white balance also have auto settings. Camera functions can be controlled with the supplied software or as hard wired. The camera uses a composite output but can also be supplied with other output types. The camera is delivered with SubConn® or alternative customer specified connectors.

The LUXUS Colour Zoom Camera consumes just 5 W and can handle a wide range of DC power inputs from 9 to 36 VDC.

The camera housing is made from titanium and has a depth rating of 4,000 metres.

LUXUS Colour Zoom Camera

Features and benefits High performance and image quality Zoom function Numerous adjustable settings 4,000 m depth rating

Applications General underwater inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Diving applications Winch and deck monitoring

Options Alternative connectors Custom wiring NTSC or PAL LUXUS universal mounting bracket LUXUS Long Line Diver RS485 communication



1st edition

Specifications

Electrical

Power supply: 9 - 36 VDC Power consumption: 5 W Output: Video Composite 1 VppSignal to noise ratio: >52 dBControl options: RS232 – others on requestStandard wiring: 1 Power + 2 Power Gnd 3 RS232/RS485 Tx 4 RS232/RS485 Rx 5 RS232 Gnd 6 NC 7 Video hot 8 Screen

Mechanical

Material: Titanium Standard connector: SubConn® FCR 1508M Ti or SubConn® 75CXBH6M Other connectors: On requestDimensions: See drawing (mm) Weight: 2,500 g in air 1,325 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” Exview HAD CCDAngle of view (horizontal): Air: 8.0° tele - 82.0° wideWater: 6.0° tele - 61.0° wideSensitivity: 1 lux Recommended illum.: >100 luxZoom (120x): 10 x optical, 12 x digital Iris: Manual or automatic Focus: Manual or automatic White balance: Manual or automatic TV Lines: 560

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LUXUSCameras

Instruments

125

1st edition

The LUXUS High Definition Camera is designed for use with ROV systems and is ideal for use in combination with the LUXUS Power LED.

This high definition camera is equipped with a zoom function and can be adjusted for focus, white balance, iris and a number of other settings. Focus and white balance also have auto settings.

The camera can be supplied with various output types and can be controlled with the supplied software or as hard wired.

The LUXUS High Definition Camera consumes just 5 W and can handle a wide range of DC power inputs from 9 to 36 VDC. The camera is delivered with SubConn® or alternative customer specified connectors.


LUXUS High Definition Camera

Features and benefits High performance Full HD image quality Zoom function Numerous adjustable settings 4,000 m depth rating

Applications General underwater inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Diving applications Winch and deck monitoring

Options Alternative connectors Custom wiring LUXUS universal mounting bracket 3 component output



1st edition

Specifications

Electrical

Power supply: 9 - 36 VDC Power consumption: 5 W Output: HD-SDI or 3 Component (Y/Pb/Pr)Signal to noise ratio: >52 dBControl options: RS232 - others on request

Mechanical

Material: Titanium Standard connector: SubConn® Coax Connector 75CXBH6MOther connectors: On request Dimensions: See drawing (mm)Weight: 2,500 g in air 1,323 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” Exview HAD CCDAngle of view (horizontal): Air: 8.0° tele - 82.0° wideWater: 6.0° tele - 61.0° wideSensitivity: 1 luxRecommended illum.: >100 luxZoom (120x): 10 x optical, 12 x digital Iris: Manual or automatic Focus: Manual or automatic White balance: Manual or automaticTV Lines: HD output (2 Mpix)

Environmental

Depth rating: 4,000 m Test pressure: 600 bar Operating temperature: -10 to +50 °C Storage temperature: -30 to +70 °C

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LUXUS HIGH DEFINITION 3 COMP CAMERA

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LUXUS HIGH DEFINITION 3 COMP CAMERA

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LUXUSCameras

Instruments

127

1st edition

The LUXUS High Definition (HD) Ethernet Camera is designed for easy integration with underwater vehicles, systems and sensor platforms. The camera is ideal for use in combination with the LUXUS Power LED.

Since most industry standard underwater telemetry units, including MacArtney NEXUS multiplexers, feature one or more Ethernet ports, the reliable and user friendly Ethernet enabled HD interface provided by the LUXUS HD Ethernet Camera is often preferred by system integrators.

The LUXUS HD Ethernet Camera is equipped with a zoom function and can be adjusted for focus, white balance, iris and a number of other settings. The LUXUS High Definition Ethernet Camera consumes just 6 W and can handle a wide range of DC power inputs from 9 to 36 VDC. The camera is delivered with SubConn® or alternative customer specified connectors.


LUXUS High Definition Ethernet Camera

Features and benefits Easy integration with existing systems Full HD image quality Zoom function Reliable and user friendly interface Numerous adjustable settings 4,000 m depth rating

Applications General underwater inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Winch and deck monitoring

Options Alternative connectors Custom wiring LUXUS universal mounting bracket



1st edition

Specifications

Electrical

Power supply: 9 - 36 VDC Power consumption: 6 W Output: Ethernet GbESignal to noise ratio: >52 dBControl options: Ethernet control

Mechanical

Material: Titanium Standard connector: SubConn® ethernet connectorOther connectors: On request Dimensions: See drawing (mm)Weight: 2,900 g in air 1,633 g in waterWindow/Lens: Borosilicate glass

Optical

Sensor: 1/3” Exview HAD CCDAngle of view (horizontal): Air: 8.0° tele - 82.0° wideWater: 6.0° tele - 61.0° wideSensitivity: 1 luxRecommended illum.: >100 luxZoom (120x): 10 x optical, 12 x digital Iris: Manual or automatic Focus: Manual or automatic White balance: Manual or automaticTV Lines: HD output (2 Mpix)

Environmental

Depth rating: 4,000 m Test pressure: 600 bar Operating temperature: -10 to +50 °C Storage temperature: -30 to +70 °C

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LUXUSCameras

Instruments

129

1st edition

The LUXUS Compact LED light is ideal for diving applications. The LED has an output of 440 or 780 lumen and is available with different reflectors. The LUXUS Compact LED is a wet and dry light and can be used from 4,000 metres depth up to the deck without needing to be switched off. The electronics have an auto resetting thermal protection switch that protects the LED and LED driver from high temperatures.

The LUXUS Compact LED can be dimmed with a reference voltage of 0 to 5 VDC, 0 to 10 VDC or with a variable resistor and can be powered with a wide DC range from 15 to 32 VDC. The LUXUS LED driver can be built into the LED light or placed in an external controller, allowing the light to be operated using only 2 wires. The light is delivered with SubConn® or alternative customer specified connectors.

The LUXUS Compact LED is the smallest LED light in the LUXUS range and is designed to function perfectly in combination the LUXUS Compact Camera and LUXUS Compact Media Controller.

The housing is made from sandblasted titanium and has a depth rating of 4,000 metres.

LUXUS Compact LED

Features and benefits Lightweight Compact Wet and dry 4,000 m depth rating Thermal protection

Applications Diving applications General underwater inspection ROV systems ROV manipulator systems Trencher systems Crawler systems Tether management systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Winch and deck lighting

Options 440 lumen or 780 lumen version A range of different reflectors Alternative connectors Custom wiring LUXUS helmet mounting bracket LUXUS universal mounting bracket LUXUS pistol grip bracket LUXUS dovetail bracket Intergrated brackets



1st edition

Specifications

Electrical

440 version Output: 440 lumen Power supply: 15 - 32 VDC

780 version Output: 780 lumen Power supply: 24 - 32 VDC

Power consumption: 5 WDimming: 0 - 5 VDC, 0 - 10 VDC or 5 kΩ potentiometerStandard wiring: 1 Power + 2 Power Gnd 3 Dimming (5 VDC)

Mechanical

Material: Titanium Standard connector: SubConn® MCBH2M (external LED driver) SubConn® MCBH3M (internal LED driver)

Other connectors: On request Dimensions: See drawing (mm) Weight: 200 g in air 135 g in waterWindow/Lens: Borosilicate glassThermal protection: Yes, auto resetting

Optical

Beam angle air: 33°, 47° or 65° Beam angle water: 25°, 35° or 50° Output: 440/780 lumenTypical colour temperature: > 5,600 ˚K

Environmental


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LUXUSLights

Instruments

131

1st edition

The LUXUS Power LED is an all purpose LED light for use in ROV and inspection applications. This LED is also ideal for use in combination with the LUXUS Colour Zoom and LUXUS Low Light cameras. The LED has an output of 2,200 lumen and is available with different reflectors.

The LUXUS Power LED is a wet and dry light that can also be used in the splash zone. The electronics contain an auto resetting thermal protection switch to protect the LED and LED driver from high temperatures.

The LED light can be dimmed with a reference voltage of 0 to 10 VDC or with an analogue resistor. It can be powered with a wide AC range from 90 to 250 V or with a DC power supply from 24 to 32 V. The light is delivered with SubConn® or alternative customer specified connectors.


LUXUS Power LED

Features and benefits High output Wet and dry 4,000 m depth rating Thermal protection

Applications General underwater inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Diving applications

Options A range of different reflectors Alternative connectors Custom wiring LUXUS universal mounting bracket



1st edition

Specifications

Electrical

Power supply: 24 - 32 VDC 90 - 250 VAC / 50 - 60 HzPower consumption: 25 W Dimming: 0 - 10 VDC or potentiometerStandard wiring: 1 Power + (DC) 2 Power Gnd (DC) 3 Dimming (10 VDC)

1 Power (AC) 2 Power (AC) 3 Dimming (+10 VDC) 4 Dimming (Gnd) 5 Earth

Mechanical

Material: TitaniumStandard connector: SubConn® FCR1503M Ti (DC power supply) SubConn® FCR1505M Ti (AC power supply)

Other connectors: On request Dimensions: See drawing (mm) Weight: 1,500 g in air 875 g in waterWindow/Lens: Borosilicate glassThermal protection: Yes, auto resetting

Optical

Beam angle air: 24°, 32° or 50° Beam angle water: 18°, 24° or 41° Output: 2,200 lumen Typical colour temperature: >5,600 ˚K

Environmental


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LUXUSLights

Instruments

133

1st edition

The LUXUS High Power LED is an ultra bright LED light designed for tasks or environments that demand extra lighting. The LED has an output of 4500 lumen and is available with different reflectors. It is ideal for ROV and underwater inspection applications.

It is a wet and dry light and can also be used in the splash zone. The electronics have an automatically resetting thermal protection switch to protect the LED and LED driver from high temperatures.

The LUXUS High Power LED can be dimmed with a reference voltage of 0 to 10 VDC or with an analogue resistor and can be powered with a wide AC range from 90 to 250 V, and is available in a DC version. The light is delivered with SubConn® or alternative customer specified connectors.


LUXUS High Power LED

Features and benefits Very high output Wet and dry 4,000 m depth rating Thermal protection

Applications General underwater inspection ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems




1st edition

Specifications

Electrical

Power supply: 24 - 32 VDC 90 - 250 VAC / 50 - 60 HzPower consumption: 50 W Dimming: 0 - 10 VDC or potentiometerStandard wiring: 1 Power + (DC) 2 Power Gnd (DC) 3 Dimming (10 VDC) 1 Power (AC) 2 Power (AC) 3 Dimming (+10 VDC) 4 Dimming (Gnd) 5 Earth

Mechanical

Material: Titanium Standard connector: SubConn® FCR1503M Ti (DC power supply) SubConn® FCR1505M Ti (AC power supply)

Other connectors: On requestDimensions: See drawing (mm) Weight: 2,500 g in air 1,325 g in waterWindow/Lens: Borosilicate glassThermal protection: Yes, auto resetting

Optical

Beam angle air: 48° or 28° Beam angle water: 36° or 21°Output:: 4,500 lumen Typical colour temperature: >5,600 ˚K

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LUXUSLights

Instruments

135

1st edition

The LUXUS Wide Angle LED is an ultra effective underwater floodlight designed for fixed installation on underwater systems and applications.

With its uniquely rounded design, the LUXUS Wide Angle LED features a wide beam angle and offers optimal work light conditions within a very extensive illuminated area. Enabled by a flexible dedicated mounting bracket, the LUXUS Wide Angle LED is installable at any vertical and horizontal angle.

The LUXUS Wide Angle LED is a wet and dry light that can also be used in the splash zone. The dual LUXUS Wide Angle LED has an output of 4500 lumen and can be supplied with AC or DC based power supply. The light is delivered with SubConn® or alternative customer specified connectors.

The housing is made from titanium and high grade plastic and has a depth rating of 4,000 metres.

LUXUS Wide Angle LED

Features and benefits Wide beam angle High output Flexible installation Wet and dry 4,000 m depth rating Thermal protection

Applications General underwater inspection General underwater lighting ROV systems Trencher systems Crawler systems Diver habitats Tow and drop camera systems Benthic sledge systems Underwater observatory systems Harbour security installations Moon pool lighting

Options Alternative connectors Custom wiring Flexible dedicated mounting bracket



1st edition

Specifications

Electrical

Power supply: 24 - 32 VDC 90 - 250 VAC / 50 - 60 HzPower consumption: 50 W Dimming: 0 - 10 VDC or potentiometerStandard wiring: 1 Power + (DC) 2 Power Gnd (DC) 3 Dimming (10 VDC)

1 Power (AC) 2 Power (AC) 3 Dimming (+10 VDC) 4 Dimming (Gnd) 5 Earth

Mechanical

Material: TitaniumStandard connector: SubConn® FCR1503M Ti (DC power supply) SubConn® FCR1505M Ti (AC power supply)

Other connectors: On request Dimensions: See drawing (mm) Weight: 1,500 g in air 875 g in waterWindow/Lens: LexanThermal protection: Yes, auto resetting

Optical

Beam angle air: 110°Beam angle water: 83°Output: 4,500 lumenTypical colour temperature: >5,600 ˚K

Environmental

Depth rating: 4,000 m Test pressure: 600 bar Storage temperature: -30 to 70 °COperating temperature: -15 to 45 °C

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LUXUSLights

Instruments

137

1st edition

The LUXUS RGB (Red, Green, Blue) Light allows the user to remotely control and specify the colour of light used for supporting underwater cameras.

The LUXUS RGB Light provides an effective and user friendly alternative to the use of camera colour filters which often require equipment to be brought to the surface for manual modifiction. The LUXUS RGB Light is designed for use under harsh and turbid conditions in aquatic environments characterised by high levels of algae, stirred up sediment, plankton and particles. Within such environments, the LUXUS RGB Light can improve the quality and detail of captured footage by flexibly applying the ideal colour tone of light for the specific conditions.

The LUXUS RGB Light is available with different reflectors an can be dimmed with a reference voltage of 0 to 10 VDC. The light is delivered with SubConn® or alternative customer specified connectors.


LUXUS RGB Light

Features and benefits Remote control of colour tone High performance in turbid environments No manual modification needed 4,000 m depth rating

Applications Turbid environment underwater inspection Underwater observatory systems Benthic landers and science platforms Harbour inspection




1st edition

Specifications

Electrical

Power supply: 15 - 32 VDC Power consumption: 40 W Dimming: 0 - 10 VDC or potentiometerStandard wiring: 1 Power + (DC) 2 Power Gnd (DC) 3 Dimming (10 VDC) (R) 4 Dimming (10 VDC) (G) 5 Dimming (10 VDC) (B)

Mechanical

Material: TitaniumStandard connector: SubConn® FCR1506M Ti (DC power supply)Other connectors: On request Dimensions: See drawing (mm) Weight: 1,500 g in air 875 g in waterWindow/Lens: Borosilicate glassThermal protection: Yes, auto resetting

Optical

Beam angle air: 24°, 32° or 50° Beam angle water: 18°, 24° or 41° Output: red 350 lumen green 450 lumen blue 150 lumen

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LUXUSLights

Instruments

139

1st edition - 1.1

The LUXUS Compact Media Controller is designed for single diver video inspections and fits perfectly with the LUXUS range of cameras and lights. The digital controller with touch screen and recording device can handle up to 300 hours of video and has a wide range of integrated inputs and outputs as standard.

The unit controls a camera and a light, and includes output for an external monitor and ‘audio in/out’ for recording communication when an external communication device is in use. Both the camera and the light are operated using the control panel, including dimming of the light from 10 to 100%.

A diver umbilical can be connected to the controller with pre-installed bulkhead connectors or with customer specified connectors. The unit can be delivered with a wide range of optional products, including a range of cameras, lights and video cables from the LUXUS range.

The LUXUS Compact Media Controller is equipped for voltage inputs of 90 to 240 VAC. 12 or 24 VDC input is available as an option.

LUXUS Compact Media Controller

Features and benefits Compact, portable and easy to use Designed for single video and light Video data stored on internal SSD disk

with USB port Video out to connect to large screen Overlay function with company logo Overlay function with time and date Touch screen

Applications Diving applications Sewer inspections

Options LED or halogen lights 12 or 24 VDC input LUXUS pistol grip bracket Series of connectors Different wiring Input communication Alternative connectors



1st edition - 1.1

Specifications

Electrical

Operating system: Customized Windows Input Power: 90 - 240 VAC (50 Hz - 60 Hz)Camera Power: 24 VDC (other voltage available on request)Lamp Power: 24 V/100 W maximum,Lamp Type: LED Controls: Power on/off, camera on/off, lamp on/off, dimmer for lamp, audio in/out, video out, USB out Recording capacity: More than 200 GB

Connection

Power supply: Standard Euro plugUmbilical: SubConn® MCBHRA8FSS Connector (other on request)

Mechanical

Screen: 8.4” transflectiveDimensions: See drawing (mm)Weight: 9 kg (without options)

Environmental

Storage temperature: -20 to 50 °COperating temperature: -40 to 70 °C

LUXUSControllers

Instruments

141

1st edition - 1.1

The LUXUS Multi Media Controller is the most advanced video unit from MacArtney. It is easy to operate and ideal for those who need to digitally record video data with a flexible video overlay function.

Most parameters are preset to make the system easy to use. The unit runs a total of 4 cameras, of which 2 can be viewed and recorded, and 2 are view only. The unit also operates 2 lights and can control communications between divers. Finally, the LUXUS Multi Media Controller can control a Mesotech MS 1000 sonar system.

The solid state, PC based video unit is robust and user friendly. The unit is splash proof and illuminates in poor light conditions. The video can be overlaid with company logo, date, time and project name. As an option, the LUXUS Multi Media Controller can be delivered with up to 4 NMEA0183 interfaces, to display position and depth data.

LUXUS Multi Media Controller

Features and benefits Portable and easy to use Dynamic overview Simultaneous recording and playing Still picture function while recording Solid state internal storage for high data

reliability

Applications Video inspection (2 divers) Sewer/pipeline inspection Surveillance

Options NMEA input position, depth etc. 3rd and 4th camera input (view only) LUXUS pistol grip bracket Scanning sonar Extra USB connections Diver radio communication Extra external hard disk Ethernet connection



1st edition - 1.1

Specifications

Electrical

Operating system: Windows / MulticamInput Power: 90 - 260 VAC (50 Hz - 60 Hz)Video channels: 2 (+ 2 optional)Light control: 2 dimmable (LED or halogen)Recording capacity: More than 200 GB

Connection

Power supply: Standard Euro plugUmbilical: 2 x standard Amphenol (other on request)NMEA: Up to 4 input stringsUSB: 1 internal hardisk / 3 additional USB ports

Mechanical

Screen: 17” transflectiveKeyboard: Standard QWERTY and trackballDimensions: See drawing (mm)Weight: 25 kg (without options)

Environmental

Storage temperature: -20 to 50 °COperating temperature: -40 to 70 °C

LUXUSControllers

Instruments

143

1st edition

The LUXUS Laser Pointer is a very powerful underwater laser reference tool for use with the LUXUS range of cameras and lights.

The LUXUS Laser Pointer is ideal as a reference pointer and for size and distance measurements when two units are deployed together. The LUXUS Laser Pointer is available with a red or green coloured laser lens. The lens colour has influence on performance in harsh and turbid environments.

The LUXUS Laser Pointer is widely used for ROV systems, diving applications and towed underwater vehicles and platforms such as the LUXUS Dropplate. The laser pointer is delivered with SubConn® or alternative customer specified connectors.

The LUXUS Laser Pointer is integrated within a standard compact size LUXUS housing manufactured from sandblasted titanium with a depth rating of 4,000 metres.

LUXUS Laser Pointer

Features and benefits Powerful laser reference tool High performance in turbid environments Light weight Compact 4,000 m depth rating

Applications ROV systems Trencher systems Crawler systems Tow and drop camera systems Benthic sledge systems Underwater observatory systems Diving applications

Options Different lens colours available Alternative connectors Custom wiring LUXUS universal mounting bracket



1st edition

Specifications

Electrical

Power supply: 5 - 24 VDC Power consumption: 1 WStandard wiring: 1 Power + 2 Power Gnd

Mechanical

Material: Titanium Standard connector: SubConn® MCBH2M Ti Other connectors: On request Dimensions: See drawing (mm) Weight: 300 g in air 210 g in waterWindow/Lens: Borosilicate glassThermal protection: Yes, auto resetting

Optical

Wavelength: 532 nmOutput: 10 mW

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LUXUSAccessories

Instruments

145

1st edition

The LUXUS Dropplate is a simple and innovative underwater camera platform enabling the remote operation of three LUXUS Power LED Lights and any LUXUS camera.

Manufactured from high density polyethylene with a frame shielding the onboard cameras and lights from impacts on the seafloor, the LUXUS Dropplate provides the ruggedness and stability needed for performing any basic visual inspection task, even in harsh underwater environments.

The LUXUS Dropplate does not require a specific handling system and can be readily deployed from a small boat or basic vessel of opportunity. Integrated lifting handles make for easy deployment and recovery of the system. A small MacArtney hand winch can also be used.

The LUXUS Dropplate is primarily used for oceanographic and basic inspection applications. The system provides an off-the-shelf, flexible and cost effective alternative to custom built towed camera systems and traditional drop cameras.

The LUXUS Dropplate can be supplied as a plug-and-play solution complete with cameras, lights, controller, cable and optional hand winch.

LUXUS Dropplate

Features and benefits Highly stable, rugged and flexible platform Easy to deploy and recover Professional, yet cost effective inspection tool 4,000 m depth rating

Applications Remote towed camera and light operation Oceanographic applications Basic underwater inspection Drop camera

Options Plug-and-play package with cameras, lights,

controller and cable MacArtney hand winch Benthic tow sledge Weight clamps



1st edition

Specifications

Mechanical

Material: HDPE Dimensions: See drawing (mm) Weight: 11.7 kg in air 0 kg in waterTow speed: 2 - 3 knots

Mountings: 1 x High Power LED, Colour Zoom Camera, HD Camera or Low Light Camera 3 x Power LED 9 x Compact cameras/lights 6 x Weight clamps

LUXUSAccessories

Instruments

147

1st edition

For use with LUXUS Cameras and Lights, MacArtney holds a full and dedicated range of LUXUS brackets in stock.

The LUXUS range of universal mounting brackets includes three different standard sizes compatible with all LUXUS models. The brackets are lightweight, yet robust and practical as they allow users to obtain perfect alignment of LUXUS cameras and lights, when mounted on subsea vehicles and equipment. For use with diver helmets, LUXUS helmet mounting brackets are fully compatible with most professional diver helmet brands and models.

MacArtney also supplies a special LUXUS click-on dovetail bracket configuration, which makes it very easy to mount and demount LUXUS equipment on diver helmets and small ROV systems. A final member of to the LUXUS family is the rugged and handy LUXUS pistol grip bracket, which is widely used for diver inspection work.

Manufactured from high grade HDPE and AISI 316 stainless steel, LUXUS brackets are rated for use on 4000 metres water depth.

LUXUS Brackets

Features and benefits Light weight Robust quality Practical and easy mounting of equipment Perfect alignment of equipment Compatible with professional diver helmets Standard sizes 4,000 m depth rating

Applications LUXUS Cameras LUXUS Lights Diving applications Diver helmets Underwater vehicles, systems and applications

Options LUXUS click-on dovetail bracket LUXUS pistol grip bracket Mounting holes or welded installation



1st edition

Specifications

Mechanical

Bracket material: HDPE Base material: AISI 316Dimensions: See drawing (mm) Weight: 0 kg in waterCompact: 80 g in air

Medium: 580 g in airLarge: 640 g in airMounting: A pattern of mounting holes or welded

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LUXUSAccessories

Instruments

149

1st edition - 1.2

MacArtney Pressure VesselsAdvanced systems for hydrostatic testing

While MacArtney offers worldwide access to cutting-edge hydrostatic test facilities and services, we also design and supply our own range of pressure vessels to clients who need to set up their own facility capable of putting almost any type of underwater equipment to the test.

Based on the tried and trusted system concept and advanced technology used by MacArtney hydrostatic test facilities, we offer a range of highly capable and versatile standard pressure vessels. All our pressure vessels are manufactered according to EU Standard EN13445. Furthermore, we are able to supply customised or bespoke vessels featuring alternative dimensions and pressure rating. If required, we can even quote and supply a complete test environment.

With a pressure capacity up to 690 bar, MacArtney standard pressure vessels can readily simulate the hydrostatic operating conditions at 7,000 metres of ocean depth. In further support of generating realistic subsea conditions and accurate results, the entire testing process is computer controlled - with real time electric and optical measurements. Moreover, our in-house developed control software enables plug-and-play testing, bespoke test programmes and repeated pressure cycling.

Other pressure vessel benefits include lid integrated penetrators and the user friendly ‘clamp-lock’ system which allows for swift test mobilisation and turnaround. Optional features include live video monitoring and inside-vessel temperature control. MacArtney pressure vessels are available with on-site installation and operators training. Finally our pressure vessels require minimal maintenance and have a long service life.

Features and benefits Based on the tried and trusted technology used by

MacArtney hydrostatic pressure test facilities Up to 690 bar pressure testing as standard Versatile high-capacity pressure vessels In-house developed control software Plug-and-play computer controlled testing Bespoke test programmes and pressure cycles Real time electrical and optical measurements 4 lid penetrators as standard User friendly ‘clamp-lock’ system for swift test

mobilisation and turnaround Low maintenance requirements Long service life

Options On-site installation and operators training Equipment for live video monitoring Remote test control More (or less) lid integrated penetrators Test environment equipment and ancillaries Custom pressure vessels with alternative dimensions

and higher (or lower) pressure rating available



1st edition - 1.2

Pressure vessels

IH

ID

Specifications

Max pressure

Internal dimensionsID/IH

Pressuremedium

Test temperature(approx)

Weight(approx)

Outer dimensions*A/B/C/D/E (approx)

model bar mm °C kg mm

Vessel type 1 400 400/1,500 Freshwater 20 2,000 1,124/700/500/1,750/1,650

Vessel type 2 400 762/1,500 Freshwater 20 6,800 1,800/800/950/1,900/1,700

Vessel type 3 * * 690 400/1,500 Freshwater 20 3,400 1,250/750/580/1,810/1,670

Vessel type 4 * * 690 762/1,500 Freshwater 20 14,000 2,000/900/1,120/2,050/1,760

CE declarated acc. PED EN 13445

A (total width)

C (outer diameter)

B (h

eigh

t fro

m fl

oor)

E (o

uter

hei

ght)

D (t

otal

hei

ght)

* To be confirmed upon order

* * All presure vessels above 500 bar are 3rd party certified

Instruments

151

1st edition

Service and training

Global service - with local supportMacArtney offers an extensive range of service solutions

and packages to product and system clients across the world. From accurate sensor calibration performed by

highly trained oceanographic specialists, through advanced hydrostatic pressure testing and expert workshop services to complete training and service programmes for operators of MacArtney CORMAC and MERMAC winch and handling

systems - MacArtney has a solution that can sustain and increase the value, efficiency, performance and lifetime

of your specific system.

MacArtney holds more than 35 years of experience in underwater technology service and our highly trained

technicians always maintain a sharp focus on continued customer satisfaction as well as being a valued partner in

joint operational success.



1st edition

Moulding and cable assembly

Slip ring repair and maintenance

Fibre optics

Calibration and maintenance service

Hydrostatic pressure testing

Winch training

Winch storage package

Preventive service programmes

24/7 winch hotline service

Hydrostatic pressure testing

Slip ring facilities

Fibre optics facilities

Calibration and maintenance

Winch Training



Winch hotline

154-155

156-157

158-159

160-161

162-163

164-173

174-175

176-177

178-179

Moulding facilities

Service

153

1st edition

MacArtney workshop facilitiesMacArtney offers a wide range of workshop services to owners of underwater technology equipment and systems.

Global moulding and cable assembly servicesEmpowered by a network of dedicated moulding and cable assembly workshops located across the globle, we are able to handle any type of order - from large scale series production of cable and connector assemblies to highly advanced one-off custom moulds.

The right hands with the right toolsMacArtney strives to be the industry’s number one worldwide partner for cable assembly services. To achieve this goal, we continually work to ensure that our experienced technicians are trained to the highest levels possible and have access to the latest production technology and materials to aid them in their work. This way, our workshops always remains fully geared to provide our customers with a fast turnaround, a high level of efficiency and premium quality.

Moulding and cable assemblyWorkshop facilities and services

Computerised mouldingAt selected MacArtney moulding and cable assembly workshops, technicians have access to computerised moulding technology including state-of-the-art mixing machines that are computer controlled to provide accurate mix and material flow ratios allowing flexibility and precise control of shore hardness. Control of mould tool heating is achieved by another computer controlled system.

Trained and committed to qualityIn order to ensure that all products, systems and services that leave MacArtney moulding and cable assembly workshops are of the highest possible quality, we apply an extensive and proactive commitment to quality and quality assurance. For instance, MacArtney employs soldering experts with full ESA certification to perform complex tasks. Moreover, our ISO 9001-2008 quality system ensures that all products delivered meet the highest standards.



1st edition

MacArtney cable assembly workshops

Workshop location: Contact information:

MacArtney HQ: Gl. Guldagervej 48, 6710, Esbjerg V, Denmark [email protected] or +45 7613 2000

MacArtney UK: Howemoss Avenue, Kirkhill Industrial Estate, Dyce, Aberdeen, AB21 0GP, UK [email protected] or +44 (0) 1224 358 500

MacArtney France: Avenue Olivier PERROY, Les Portes de Rousset - Bât. E, F-13790 Rousset, France [email protected] or +33 (0) 442 394 985

MacArtney Benelux: Mandenmakerstraat 188, 3194 DG Hoogvliet, Rotterdam, the Netherlands [email protected] or +31 10 2041166

MBT - Meerestechnisches Büro Turla: Wischhofstrasse 1-3, Geb. 11, D-24148 Kiel, Germany [email protected] or +49 (0) 43153550070

MacArtney Norge: Fabrikkveien 34, 4033 Stavanger, Norway [email protected] or +47 5195 1800

MacArtney Inc.: 2901 West Sam Houston Parkway North, Ste D-260, Houston, TX 77043, USA [email protected] or +1 713 266 7575

MacArtney Singapore: 30 Loyang Way #07-10, Singapore, 508769, Singapore [email protected] or +65 65424500

MacArtney operations with moulding and cable assembly facility

MacArtney operations

Moulding facilities

Service

155

1st edition - 1.1

As part of the long-standing and successful partnership between the MacArtney Group and Focal, MacArtney operates an extensive network of specialised workshops to service and maintain Focal slip ring products.

MacArtney slip ring serviceAll MacArtney slip ring workshops are able to provide ongoing maintenance, service, testing and repair of all Focal slip ring models used in the marine marketplace. Furthermore, several of our workshops are able and equipped to carry out complete overhaul and refurbishment of worn or damaged slip ring products returning them to an ‘as new’ condition.

The right hands with the right toolsOur workshops are staffed by experienced slip ring technicians who have all received advanced training from Focal. Moreover, our workshops are fitted out with equipment and tools that mirror what one would find at Focal’s own manufacturing facility in Canada. This includes induction soldering equipment and advanced system test technologies.

Meticulous testing prevents operational downtimeExtending the operational lifespan and preventing costly downtime of serviced systems is of key importance to MacArtney. In order to comply with this, we apply several testing processes and technologies, including a custom developed test-bed which allows all slip rings to be tested while actually rotating. Moreover, we have the ability to test slip rings and fibre optic rotary joints at low temperatures - thus simulating conditions found in harsh subsea environments.

Spares readily availableIn order to further reduce system downtime during service, the MacArtney Group carries an extensive range of spare parts for slip rings. Our standing stock includes mechanical parts, cables, bearings and other consumables required to refurbish slip ring units.

Slip ring repair and maintenance Workshop facilities and services



1st edition - 1.1

Slip ring facilities

MacArtney slip ring workshops









MacArtney operations with slip ring repair and maintenance facility


Service

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1st edition - 1.1

Fibre optics workshop and capabilitiesMacArtney has at its disposal a worldwide network well-equipped fibre optics workshop with the latest fibre optic production and testing tools including optical time-domain reflectometers (OTDR) and fusion splicing equipment.

From these workshops, teams of highly trained and experienced experienced fibre optics technicians produce and service the range of MacArtney OptoLink fibre optic connectors, penetrators and assemblies along with custom fibre solutions. If required, our technicians are also capable of servicing fibre optic connectivity products from other manufacturers.

Fibre opticsWorkshop facilities and services

Advanced equipment and off site serviceThe MacArtney fibre optics workshops employ only the best materials and components supported by the latest and most efficient equipment and technologies.

Much of our equipment is battery powered allowing our technicians to perform on-site service jobs at the clients location of choice.

Finally, the MacArtney fibre optics workshops are supported by an extensive stock of optical cable to ensure rapid turnaround and delivery of all customer requirements.



1st edition - 1.1

MacArtney fibre optics workshops









Fibre optics facilities

MacArtney operations with fibre optics facility


Service

159

1st edition

“Our advanced sensor calibration laboratory in Kiel offers military standard services. In fact, calibration of speed-of-sound and seawater density probes for navy submarines is among the main areas of application”

Did you know?



1st edition

Calibration and maintenance service

The MacArtney Underwater Technology Group offers calibration and maintenance services of oceanographic and hydrographic instruments. This service is available from our operations, MBT, in Kiel, Germany.

Calibration on CTD and SVP probes Maintenance on side-scan-sonar and echo sounders Maintenance on in-situ nutrient and particle analysers Maintenance on oceanographic sensors Pressure test facility Mil-standard services High-end data acquisition and analysis Further services available - please enquire!

Test environment 3 stabilised salinity bathes (10 PSU, 20 PSU, 35 PSU) 4 stabilised temperatures bathes

(variable temperatures) 1 adjustable temperature bath for tall devices Lab climate monitoring ESD safe workspace

Calibration standards Temperature: 0.01°C Conductivity: 0.01 mS/cm Pressure: 0.01 dbar Speed of sound: 0.03 m/sec Speed of sound from CTD: 0.1 m/sec Density from CTD: 0.1 kg/m3

Reference measuring devices ASL resistance bridge DDM 1,000 precision temperature Rosemount PT 25 temperature sensors Ozeanus Gallium calibrator Isotech triple point calibrator Autosal 8400A and 8400B Budenberg pressure dead weights Various electrical and electronical test equipment

Redundancy and cross checkAll reference devices are operated in redundant setups to guarantee an uninterrupted availability and reliable performance of the calibration facility.

Calibration and maintenance

Service

161

1st edition

Hydrostatic pressure testingTest facilities and services

MacArtney offers worldwide access to cutting-edge hydrostatic pressure test facilities and services.

Empowered by our own purpose dedicated pressure vessels, which are operated by highly trained and certified workshop technicians, we are able to put almost any type of underwater equipment to the test.

With a pressure capacity up to 800 bar, MacArtney pressure vessels are able to simulate the hydrostatic operating conditions at up to 8,000 metres of ocean depth. In further support of simulating realistic subsea operating conditions and generating accurate results, the entire testing process can be computer controlled - with electric and optical measurements carried out in real time. Meanwhile, our in-house developed control software allows bespoke test programmes and repeated pressure cycling to be carried out. Offering a safe link to the tested equipment, dedicated penetrators are integrated in the pressure vessel lids. Moreover, most of our test facilities are fitted with a powerful overhead crane, which allows for the testing of large and unwieldy equipment. Finally, several of our pressure vessels feature live video monitoring.

All pressure test facilities are available for rent on an hourly or daily basis - complete with the assistance of certified MacArtney technicians. Full test reports can be provided in the form of a printed graph or as data log.

Features and benefits Up to 800 bar pressure testing High capacity pressure vessels Overhead crane facilities Computer controlled testing Bespoke test programmes and pressure cycles Real time electrical and optical measurements Lid penetrators available Detailed test reports Testing performed by certified technicians

Options Live video monitoring Temperature control



1st edition

Specifications

Pressure vessel location Max pressure Internal diameter (ID) Internal height (IH) Pressure medium Test temperature Crane facilities

Denmark - Esbjerg 700 bar 650 mm 2,400 mm Freshwater Approx. 20°C 2,000 kg



UK - Aberdeen 600 bar 600 mm 1,500 mm Freshwater Approx. 20°C 2,000 kg

Norway - Stavanger 300 bar 450 mm 1,000 mm Freshwater Approx. 20°C 1,000 kg

France - Aix-en-Provence 600 bar 650 mm 1,100 mm Freshwater Approx. 20°C 4,000 kg

Holland - Rotterdam 100 bar 850 mm 1,300 mm Freshwater Approx. 20°C 1,000 kg

Germany - Kiel 100 bar 310 mm 500 mm Freshwater Approx. 20°C 315 kg

Germany - Kiel 30 bar 285 mm 500 mm Freshwater Approx. 20°C 315 kg

Hydrostatic pressure testingIH

ID

Service

163

1st edition

Operator training programmeMacArtney AHC winch systems

Training goalsThe winch operator training programme will enable the successful participant to operate the installed MacArtney AHC winch. The participant will understand the capabilities of the winch and learn to make optimal use of the system. Finally, the programme serves as a prerequisite for operators who wants to utilise the MacArtney hotline service package.

Scope of training Theoretical MacArtney AHC winch operation training Practical operation of the MacArtney AHC winch Maintenance of the MacArtney AHC winch

ParticipantsThe number of participants on the training programme is limited to 4-6.

The participants are required to hold Basic knowledge of marine winch operation Basic English language proficiency (written and oral)

Type of trainingThe type of training is divided between classroom sessions and hands-on training

Place of trainingThe training will take place at the physical location of the MacArtney AHC winch. The winch must be accessible and fully operational.

Other training site requirements include Classroom suited for 6 people Projector or flat screen TV

Training schedule and durationThe training course will cover 1 day including hands-on operational training.



1st edition

Winch Training

Training schedule

Theory of MacArtney AHC winch operation a. Introduction to the winch b. Description of the system - Block diagram - Electrical components - Mechanical components c. Review of the offshore manual

Operation of the MacArtney AHC winch a. Introduction to MacArtney panels b. How to log on to the system c. Review of each page d. Procedures: - How to reset the cable length - How to use and adjust the tension - How to replace the cable on the drum e. Troubleshooting: - Review of the alarm list

Maintenance of the MacArtney AHC winch

Practical operation of the AHC winch

Hands-on training in winch settings and operation. Most of this session will comprise one-on-one training

Service

165

1st edition

Supervisor training programmeMacArtney AHC winch systems

Training goalsThe supervisor training programme will enable the successful participant to operate - and supervise the operation - of the installed MacArtney AHC winch system. The participant will fully understand the capabilities of the winch and learn to make optimal use of the system. Finally, the programme serves as a prerequisite for operators who wants to utilise the MacArtney hotline service package.

Scope of Training Operation of the MacArtney AHC winch Maintenance of the MacArtney AHC winch System installation Troubleshooting and replacement of parts and

components Preparation for effective use of MacArtney hotline

Certification Training certificate

ParticipantsThe number of participants on the training programme is limited to 6.

The participants are required to hold Basic knowledge of marine winch operation Basic electrical knowledge Basic English language proficiency (written and oral)

Type of trainingThe type of training is divided between classroom sessions and hands-on training

Place of trainingThe training will take place at the physical location of the MacArtney AHC winch. The winch must accessible and operational.


Training schedule and durationThe training course will cover 3 days including advanced hands-on AHC winch training and troubleshooting.



1st edition

Training schedule

Day 1 Inside the main control panel Inside the remote control panel Inside the PLC cabinet Inside the electrical cabinet Inside the brake resistor Mobilisation procedures:

- Lift boom - Sling

Welding to deck Power connection Remote panel connection Brake resistor connection Cooling water

Day 2 Operators panel, user level Operators panel, level 1 Operators panel, level 2 Intro inverter display Procedure:

- Reset of cable length - Replacement of umbilical

Troubleshooting - documentation Troubleshooting - on the winch Emergency panel Emergency running MRU setup

Day 3 Maintenance:

- Daily, weekly, monthly etc. Replacement of:

- Disc brake - Motor encoder - Motor - Drum encoder - Level wind encoder - Motor for Level wind - Motor fan - Brake cylinder - System oil (including refill): - Level wind gear - Main Gear - HPU

Adjustment of level wind

Winch Training

Service

167

1st edition

Refresher training programmeMacArtney AHC winch systems

Training goalsThe refresher training programme is intended to follow up, refresh and extend the knowledge and skills acquired during the initial training session at the time of installation. Furthermore, the programme will work to build and maintain a better onboard knowledge base in support of smoother winch system operation.

Scope of training Operation of the MacArtney AHC winch Maintenance of the MacArtney AHC winch Q&A session on operational experiences Q&A session on troubleshooting experiences

ParticipantsThe number of participants on the training programme is limited to 4-6.

The participants are required to hold: Basic knowledge of marine winch operation Basic operational or troubleshooting winch experience Basic English language proficiency (written and oral)

Type of trainingHands-on training and Q&A sessions.

Place of trainingThe training will take place at the physical location of the MacArtney AHC winch. The winch must be accessible and fully operational.

Training schedule and durationThe training course will cover 1½ days.



1st edition

Training schedule

Day 1 Q&A session on winch operations (4-6 months

operational experience perspective) Winch system walkthrough (operational) Winch system walkthrough (electrical) Known yields Known hurdles Hands on operation of winch

Day 2 Recap of answers from Q&A sessions

Winch Training

Service

169

1st edition

Advanced electrical training programmeMacArtney AHC winch systems

Training goalsThe advanced electrical training programme will enable the successful participant to electrically troubleshoot the installed MacArtney AHC winch system. The participant will gain understanding of the winch and learn to make optimal use of the system.

Scope of training Understanding the electrical components on the

MacArtney AHC winch Reading and understanding the electrical schematics

of the MacArtney AHC winch Placement and identification of all electrical parts on

the MacArtney AHC winch Troubleshooting and replacement of winch parts and


Certification Training certificate (upon examination)


The participants are required to hold: Basic knowledge of marine winch operation Basic electrical knowledge Basic English language proficiency (written and oral)

Type of trainingThe type of training is divided between classroom sessions and hands-on training.

Place of trainingThe training will take place at the physical location of the MacArtney AHC winch. The winch must be accessible and operational.

Other training site requirements include: Classroom suited for 6 people Projector or flat screen TV

Training schedule and durationThe training course will cover 3 days including advanced hands-on electrical AHC winch troubleshooting.



1st edition

Training schedule

Day 1 Introduction to MacArtney schematics Understanding and identifying components in

MacArtney schematics Inside the main control panel Inside the remote control panel Inside the PLC cabinet Inside the electrical cabinet Inside the brake resistor Power connection Remote panel connection Brake resistor connection

Day 2 Identification of electrical winch components Operators panel, user level Operators panel, level 1 Operators panel, level 2 Introduction to the inverter display Electrical hands-on troubleshooting

Day 3 Electrical hands-on troubleshooting (continued) Examination and presentation of certificate

Winch Training

Service

171

1st edition

Superuser training programmeMacArtney AHC winch systems

Training goalsThe superuser training programme will enable the successful participant to gain full insight into the use of the installed MacArtney AHC winch system. The participant will understand the capabilities of the winch and learn to make optimal use of the system. In addition, the participant will be able to troubleshoot known electrical issues on the system. Finally, the programme serves as a prerequisite for operators who wants to utilise the MacArtney hotline service package.

Scope of training Understanding the full scope of operational features on

the MacArtney AHC winch Build basis for both an operator and a maintenance

based advanced skill-set Understanding the electrical components on the

MacArtney AHC winch Reading and understanding the electrical schematics

of the MacArtney AHC winch Placement and identification of all electrical parts on

MacArtney AHC winch Troubleshooting and replacement of winch parts and


Certification Training certificate (upon examination)


The participants are required to hold Basic knowledge of marine winch operation Basic electrical knowledge Basic English language proficiency (written and oral)

Type of trainingThe type of training is divided between classroom sessions and hands-on training.

Place of trainingThe training will take place at the physical location of the MacArtney AHC winch. The winch must accessible and operational.


Training schedule and durationThe training course will cover 5 days including advanced hands-on electrical AHC winch troubleshooting.



1st edition

Training schedule

Day 1 Theoretical walk-through of winch system Theoretical walk-though of winch operation Mobilisation procedure:

- Lift boom - Sling - Welding to deck

Power connection Remote panel connection Brake resistor connection Cooling water Cable procedure:

- Reset of cable length - Replacement of umbilical

Emergency panel Emergency running MRU setup

Day 2 Winch maintenance:

- Daily, weekly, monthly etc. Replacement of:

- Disc brake - Motor encoder - Motor - Drum encoder - Level wind encoder - Motor for level wind - Motor fan - Replacing a brake cylinder

Refill oil to system: - Level wind gear - Main Gear - HPU - Adjustment of level wind

Day 3 Introduction in to our MacArtney schematics Understanding and identifying components in

MacArtney schematics Inside the main control panel Inside the remote control panel Inside the PLC cabinet Inside the electrical cabinet Inside the brake resistor Power connection Remote panel connection Brake resistor connection

Day 4 Identification of electrical winch components Operators panel, user level Operators panel, level 1 Operators panel, level 2 Intro inverter display Electrical/operational hands-on troubleshooting

Day 5 Electrical/operational hands-on troubleshooting

(continued) Examination and presentation of certificate

Winch Training

Service

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1st edition

“All MacArtney service calls are performed by fully trained and experienced technicians who hold the certifications needed to work on board vessels or on offshore platforms. MacArtney service technicians can be mobilised from several worldwide locations”

Did you know?



1st edition

Demobilisation: Pre-hibernation preparation of your MacArtney winch system

Goals of interventionThe ‘demobilisation’ part of the winch storage package includes a service call to prepare the winch for storage or prolonged periods of non-operation. The goal of intervention is to utilise a planned window of non-operation to compile a comprehensive health report on the winch and get parts and people ready to bring it back into operation. This will minimise the risk of costly downtime during future re-deployment of the system.

Scope of demobilisation call Overall health report of the winch system Reports and quotations are generated Known points of concern are addressed Winterisation: Storage lubricants are applied if needed

Call tasks All grease points are checked Bolts on moving parts are checked and torqued Winterisation: Protective lubricants are applied Electrical components checked for backup batteries

and flashcards Oil and lubricants are replaced if needed Covers and cabinets are checked for leaks Central lubrication system is cleaned Electrical cabinet is checked Slip ring visually is checked All points of concern are documented and reported

Call duration The expected call duration is 1 day

Call preconditions The call should always be performed while the winch

system is fully operational


Mobilisation: Pre-operation preparation of your MacArtney winch system

Goals of interventionThe ‘mobilisation’ part of the winch storage package includes a service call to avoid last minute delays in mobilisation of the winch system. Based on the comprehensive health report compiled during the demobilisation call, the winch system is brought back online with the exact attention to detail needed. This will ensure that the winch is fully geared to re-enter operation and minimise the risk of downtime during deployment.

Scope of mobilisation call Operational checkup of the winch system Reported issues are addressed Known points of concern are addressed General walkthrough of winch operation (light training)

Call tasks All grease points are checked Bolts on moving parts are checked and torqued De-winterisation: Protective lubricant is cleaned Electrical components are charged (if needed) Oil and lubricants are replaced (if needed) Covers and cabinets are checked for leaks Central lubrication system is cleaned and filled Operational functionality is checked Operator safety equipment is checked and tested Machine safety equipment is checked and tested Electrical cabinet is checked Slip ring is visually checked Operational walk-through of the system (light training)

Call duration The expected call duration is 2 days. This can vary in

relation to the specific call punch-list

Call preconditions The call should always be performed while the winch

system is fully operational


Service

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1st edition

Goals of interventionMacArtney offers a range of preventive winch service programmes which are designed to minimise costly downtime and ensure optimal winch performance during system deployment and operation.

Regardless of the specific programme package you choose, all preventive service programme calls are performed by highly trained and experienced MacArtney technicians, who are happy to meticulously investigate and address all points of concern.

Beyond minimising the likelyhood of winch system breakdowns and offering consistent high performance over the entire system lifespan - a MacArtney preventive service programme is an affordable investment for winch owners and operators, who prefer to fully systematise service and support related operations and gain more time and resources to focus on the core business.

Preventive service programmesMacArtney winch systems

Scope service calls Complete check-up and service of wear parts All fastened parts are checked for signs of stress All known points of concern are addressed Comprehensive winch health report is generated

Place of service callsService calls will take place at the physical location of the MacArtney winch. The winch must be accessible and fully operational.



1st edition

Preventive service programme packages

Within the scope of the preventive service programme, MacArtney offers three high-value standard call packages for winch owners and operators to choose from. All standard packages are designed to minimise the risk of breakdowns and to optimise winch performance and system liferspan.

Please do not hesitate to contact us, in case you require a custom or tailor-made winch service solution.

Packages available Basic (Call duration: 2 days) Medium (Call duration: 2.5 days) Full (Call duration: 3 days)

Tasks performed during service call Basic Medium Full

All wear parts are checked X X X

Motor gears are checked and oil replaced/replenished X X X

All bolts on moving parts are checked and torqued X X X

The brake system on the drum is inspected and adjusted X X X

Check-up on HPU X X X

All covers and cabinets are checked for leaks X X X

The central lubrication system is cleaned and filled X X X

Operational functionality tested X X X

Operator safety equipment is checked and tested X X X

Machine safety equipment is checked and tested X X X

The electrical cabinet is checked X X X

Slip ring is visually checked X X X

A ‘needed parts list’ is generated X X X

A comprehensive winch health report is generated X X X

Light refresher winch training is performed for operators X X

Reported issues are fixed X X

Light refresher winch training is performed for both operators and maintenance crew X

In-depth operational analysis X

Available upgrades presented X


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“Most MacArtney winches are available with an industry unique ‘remote access tool’ operating over internet or mobile networks. Once integrated, this tool will enable MacArtney engineers to access operational data in real time, hereby facilitating expedited troubleshooting. Using this option can save valuable time and even eliminate the costs related to on-site technical support”

Did you know?



1st edition

Goals of offering MacArtney AHC winch systems are designed and constructed to offer maximum durability when operating under harsh maritime conditions. However the risk of occasional malfunction caused by system or human error cannot be completely eliminated.

In response, MacArtney offers a 24/7 hotline service subscription granting unlimited access to remote assistance and rapid rectification of errors - around the clock, on every day of the year. This way, the MacArtney hotline service is an efficient and affordable way to prevent costly downtime and ensure optimal performance throughout winch system deployment and operation.

Scope of service The MacArtney 24/7 winch service hotline is manned by highly trained, versatile and experienced engineers who are happy to assist you with any operational issue during a system malfunction and to meticulously investigate and address all points of concern.

24/7 winch hotline serviceFor MacArtney AHC winch systems

Value adding preconditions In order to benefit optimally from the MacArtney 24/7 hotline service package, the caller should have insight into MacArtney AHC winch maintenance, operating manuals and/or electrical schematics. This knowledge can be readily achieved through the participation in one of our training programmes for winch operators.

To expedite hotline service, we kindly ask any caller to have the winch serial number ready and to ensure that the standard fault finding steps have been performed and results recorded.

Remote Access option Please consider to supplement your AHC winch system with the industry unique MacArtney Remote Access Tool. Once integrated, this tool will enable our engineers to access operational data in real time, hereby facilitating expedited troubleshooting. The Remote Access Tool can operate over internet or mobile networks, but only provides system access when you require it. Using this option can save valuable time and even eliminate the costs related to on-site technical support.

Winch hotline

Service

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About MacArtney 7

ConnectivitySubConn® 10OptoLink Fibre Optic Connector 12OptoLink Single Fibre Connector 14OptoLink Fibre Penetrator 16Fibre Optic Connector Termination Kit 19TrustLink Connectors 20TrustLink FITA 23TrustLink Stress Terminations 25TrustLink Specials 27TrustLink API Connectors 28TrustLink API FITA 31TrustLink API Optical 32GreenLink Inline Termination 34GreenLink Hub 36Cables in stock - overview 38TV cable, micro Type 6075 40TV cable, mini Type 6011 41TV cable, Kevlar Type 6926 42TV cable, 2 coaxes Type 6120/B 43TV cable, 3 coaxes Type 6130 44TV cable Type 6013 45Power/signal cable Type 2009/B 46Power/signal cable Type 2019/B 47Power/signal cable Type 4026 48Power/signal cable Type 4591 49Power/signal cable Type 4622 50Power/signal cable Type 4971 51Data cable, 1 STP Type 4021 52Data cable Type 4022 53Data cable, 4 STP Type 4588 54Data cable, 7 STP Type 4700 55Data cable, 4 conductor Type 6589 56Data cable, 7 conductor Type 5071 57Data cable, 7 conductor Type 5072 58Data cable, 12 conductor Type 5121 59Data cable, 12 conductor Type 5122 60Fibre cable, single mode Type 3010 61

Fibre cable, single mode Type 4 SM 62Fibre cable, single mode, Kevlar Type 3409/B 63Hybrid cable Type 3762 64Hybrid cable, Kevlar Type 3762/K 65Hybrid cable, Kevlar Type 3444 66Special cable, sonar Type 5025 67Special cable, multi purpose Type 0799 68Special cable, FOCUS/TRIAXUS Type 0382 69Non stock cables 71

Winch and handling solutionsMERMAC R 74MERMAC S 76MERMAC A 78CORMAC Q 80CORMAC M 82CORMAC B 84Custom winch and handling solutions 86Cable Status Indicator MKII 88Focal rotary solutions 90

TelemetryNEXUS MK III 94NEXUS MK IV 96NEXUS MK V 98NEXUS MK VI 100NEXUS MK VII 102NEXUS MK E 104NEXUS MK C 106

Remote TechnologyFOCUS-2 110TRIAXUS 112

InstrumentsLUXUS Compact Camera 116LUXUS Compact Long Line Driver Camera 118LUXUS Compact Low Light Camera 120LUXUS Low Light Camera 122

INDEX - MacArtney systems, products & services



1st edition

LUXUS Colour Zoom Camera 124LUXUS High Definition Camera 126LUXUS High Definition Ethernet Camera 128LUXUS Compact LED 130LUXUS Power LED 132LUXUS High Power LED 134LUXUS Wide Angle LED 136LUXUS RGB Light 138LUXUS Compact Media Controller 140LUXUS Multi Media Controller 142LUXUS Laser Pointer 144LUXUS Dropplate 146LUXUS Brackets 148MacArtney Pressure Vessels 150

Service and trainingMoulding and cable assembly 154Slip ring repair and maintenance 156Fibre optics 158Calibration and maintenance service 161Hydrostatic pressure testing 162Operator training programme 164Supervisor training programme 166Refresher training programme 168Advanced electrical training programme 170Superuser training programme 172Winch storage package 175Preventive service programmes 17624/7 winch hotline service 179

183

1st edition

INDEX - MacArtney from A-Z

24/7 winch hotline service 179

A

About MacArtney 7Advanced electrical training programme 170

C

Cables in stock - overview 38Cable Status Indicator MKII 88Calibration and maintenance service 161CORMAC B 84CORMAC M 82CORMAC Q 80Custom winch and handling solutions 86

D

Data cable, 1 STP Type 4021 52Data cable, 4 conductor Type 6589 56Data cable, 4 STP Type 4588 54Data cable, 7 conductor Type 5071 57Data cable, 7 conductor Type 5072 58Data cable, 7 STP Type 4700 55Data cable, 12 conductor Type 5121 59Data cable, 12 conductor Type 5122 60Data cable Type 4022 53

F

Fibre cable, single mode, Kevlar Type 3409/B 63Fibre cable, single mode Type 4 SM 62Fibre cable, single mode Type 3010 61Fibre Optic Connector Termination Kit 19Fibre optics 158Focal rotary solutions 90FOCUS-2 110

G

GreenLink Hub 36GreenLink Inline Termination 34

H

Hybrid cable, Kevlar Type 3444 66Hybrid cable, Kevlar Type 3762/K 65Hybrid cable Type 3762 64Hydrostatic pressure testing 162

L

LUXUS Brackets 148LUXUS Colour Zoom Camera 124LUXUS Compact Camera 116LUXUS Compact LED 130LUXUS Compact Long Line Driver Camera 118LUXUS Compact Low Light Camera 120LUXUS Compact Media Controller 140LUXUS Dropplate 146LUXUS High Definition Camera 126LUXUS High Definition Ethernet Camera 128LUXUS High Power LED 134LUXUS Laser Pointer 144LUXUS Low Light Camera 122LUXUS Multi Media Controller 142LUXUS Power LED 132LUXUS RGB Light 138LUXUS Wide Angle LED 136

M

MacArtney Pressure Vessels 150MERMAC A 78MERMAC R 74MERMAC S 76Moulding and cable assembly 154

N

NEXUS MK C 106NEXUS MK E 104NEXUS MK III 94NEXUS MK IV 96NEXUS MK V 98NEXUS MK VI 100



1st edition

NEXUS MK VII 102Non stock cables 71

O

Operator training programme 164OptoLink Fibre Optic Connector 12OptoLink Fibre Penetrator 16OptoLink Single Fibre Connector 14

P

Power/signal cable Type 2009/B 46Power/signal cable Type 2019/B 47Power/signal cable Type 4026 48Power/signal cable Type 4591 49Power/signal cable Type 4622 50Power/signal cable Type 4971 51Preventive service programmes 176

R

Refresher training programme 168

S

Slip ring repair and maintenance 156Special cable, FOCUS/TRIAXUS Type 0382 69Special cable, multi purpose Type 0799 68Special cable, sonar Type 5025 67SubConn® 10Superuser training programme 172Supervisor training programme 166

T

TRIAXUS 112TrustLink API Connectors 28TrustLink API FITA 31TrustLink API Optical 32TrustLink Connectors 20TrustLink FITA 23TrustLink Specials 27TrustLink Stress Terminations 25

TV cable, 2 coaxes Type 6120/B 43TV cable, 3 coaxes Type 6130 44TV cable, Kevlar Type 6926 42TV cable, micro Type 6075 40TV cable, mini Type 6011 41TV cable Type 6013 45

W

Winch storage package 175

A

CD

FGH

LMNOP

RST

W

185

Systems, products &

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MacArtney A/S · Group Headquarters: Gl. Guldagervej 48 · DK-6710 Esbjerg V · Denmark · Tel. +45 7613 2000 · [email protected]

www.macartney.com Vol. 1

Macartney systems, products and services

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