浩瀚公司海洋产品列表
水下连接器海洋学设备
电连接器 光连接器 波浪 & 潮流计 CTD
特殊连接器 硫化胶/硫化模 声速计 浊度计
润滑硅脂 PH 值传感器 溶解氧传感器
硫化氢传感器 荧光计
水下缆
普通水下缆 脐带缆 声呐 / 声学产品
中性缆 缆附件 / 承重头 侧扫声呐 浅剖
钢缆 成像 / 扫描声呐 高度计
声学释放器 声波发射器、声信标、接收器
水下摄像系统及附件 水听器&换能器 声学调制解调器 水下摄像机 水下照相机 水声定位系统 多普勒流速计
水下灯 控制单元
云台
ROV& 附件
滑环 ROV 动力单元
光滑环 电滑环 推进器 水下接线盒
光电滑环 流体滑环 油补偿器 机械手
单点系泊滑环 其它组合滑环 控制及显示系统 减压阀
电池 水下拖车
绞车
大洋绞车 石油地震排缆处理系统 定位 / 导航产品
手动绞车 电力／液压绞车 水声定位系统 船舶动力定位系统 波浪补偿绞车 恒张力绞车 陀螺仪 电缆勘察系统 ROV释放及回收系统 导缆器 运动传感器 海洋探测工具
排缆计数器 拉力计
A形架 定制绞车 浮力材料
光电转换系统发泡浮力材 锚链回收浮力物 Float
取样设备 金属水下浮球塑胶水下浮球多管水取样器 浮游生物取样网 玻璃水下浮球
沉积物取样器 光学浮游生物密度计
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如有其它海洋产品需求，请随时与我们联系。
ROV MODEL "ROV-1000"
ROV-1000
Vehicle, rated for operation to 500 ft.(150m) Includes:
1) 4 ea. Thrusters, (2 Horz., 1 lateral, 1 Vertical)
2) UWC-360D, (Dual camera on tilt assembly, 3600)
(1 ea. Color 480 line, .01 lux.)
(1 ea. B&W 600 line, .0003 lux.)
3) Depth transducer (programmable for Fresh & Salt water).
4) Electronic Compass, GYRO.
5) 2 ea. UWL-100 lights, (75 watts ea.).
6) 1 ea. 8 pin spare connectors, (prewired for sonar & Manip).
CABLE, C-3405
Cable assembly is 500 ft., Includes:
1) Connectors on both ends.
2) Weight is 49 lbs. Dry, Neutral wet.
3) .55" diameter
4) 1000 lb. Breaking strength.
POWER SUPPLY, PS-1050
1) Size, 22" x 13" x 23"
2) Weight, 54 lbs.
3) 100-240 VAC, 50/60 Hz., 1800 WATTS MAX.
4) GFI, Isolation protection.
5) 165 VDC power output to ROV, 10 amps.
6) Contains all connectors for cable, hand controller,
keyboard, Sonar, & Video out.
7) Overlay includes: Depth, heading, time/date, diagnostics.
8) 12" Color 450 nit LCD Monitor.
HAND CONTROLLER, HC-1000
1) Single Joystick for 3-axis control.
2) 16 key keypad for control
a) Vertical (up/dwn) thruster control.
b) Camera tilt control.
c) Light dimmer control.
d) Auto hover on/off.
e) Auto heading on/off.
f) Thruster power level.
g) 2 Manip and 4 spare keys (for future applications).
OPTIONS:
2) Sonar unit …………………………. Call for price.
3) PS-1070, Laptop console.
Description
The FOCUS-2 is the latest generation ROTV in the FOCUS and TRIAXUS family and is replacing the existing FOCUS models.
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 is comprised of
the towed platform together with a user selected instrumentation package;
an electro-optic tow cable and a winch with a combined fibre optic & electrical
slip ring and 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-use Windows based software package. The system is designed to carry a broad range of sensor packages from the leading manufacturers of underwater equip-ment 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
Flux gate Compass
Fibre Optic rate gyro (vertical)
Pitch and Roll sensor
Depth sensor (Digiquartz)
Altimeter
Specifications
Depth: 400 metres
Speed: 2-6 knots (higher speeds possible) Payload: 40 kg.
Dimensions: 120x120x200-270* cm.
Weight: 120-160 kg.
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
* Depending on sensor configuration.
Description
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 pre-programmed 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 the
successful 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 seastate
MacArtney
The Man Machine Interface (MMI) is an easy-to-use Windows 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's
●Optical Plankton Counter
●PAR and radiation sensors
●Fluorometers
●Transmissometers
●Video Plankton Recorders
●Camera and Light
●Other oceanographic sensors Applications
●Ocean Science
●Fisheries research
●Hydrodynamic studies
Features and Benefits
●3D Undulating Vehicle
●Onboard fibre optic telemetry system
●Easy payload reconfiguration
●Plug and Play for additional sensors
●Proven hydrodynamic design
Specifications
TRIAXUS D (Standard version): Envelope: 0 - 175 m* @ 8 knots
Using a 10 mm fibre optic tow cable Tow speed: 1 - 10 knots*
Vertical speed: 5 - 100 cm/s Payload: 40 kg
Dimensions (W x H x L):
125 x 125 x 185 cm
Weight: 120-160 kg
(Depending on sensor
configuration)
Materials: Syntactic
foam, Carbon fibre
* Depending on tow cable configuration and seastate Specifications
TRIAXUS E (Extended version):
Envelope: 0 - 350 m* @ 8 knots
Using a 10 mm fibre optic tow cable
Tow speed: 1 - 10 knots*
Vertical speed: 5 - 100 cm/s
Payload: 50 kg
Dimensions (W x H x L):
195 x 125 x 185 cm
Weight: 130-170 kg
(Depending on sensor
configuration)
Materials: Syntactic
foam, Carbon fibre
Denmark ? Norway ? Germany ? Benelux
France ? United Kingdom ? USA
Winches
MacArtney
Introduction
The MacArtney Group has been delivering winches and cable handling systems to
the international underwater technology market for more than 15 years.The systems,
manufactured locally in Denmark, have proven track records in the deep water ROV,
military, diving and ocean science markets world-wide.
We specialises in the delivery of fully integrated and certified systems including cab-
les, terminations, slip rings and tension spooling.The standard range of products is
extensive, but systems for special applications are a regular part of our production
programme.
Hand Driven Winches
The MHW I SS Hand Winch is designed for on-deck storage of cables.The winch
frame is constructed from stainless steel with an electro-polish finish and the drum
from a specially formulated plastic material, making the whole unit resistant to corrosi-
on with very low maintenance.The drum, which can hold up to 1.500 m of 6 mm ?
(350 m of 14 mm ?) cable, is also prepared for a Focal 180 electrical/electro-optical
slip ring.The unit weighs 43 kg without cable and slip ring.The unit is also available
as a lighter, smaller unit constructed from corrosion resistant high grade aluminium
with a base weight of 22 kg.Electrical drive is optional.
Stainless Steel Electrical Winches
The "Cormac" electrical oceanographic winches are available in three sizes
for respectively 450 m, 650 m & 1.500 m of 10 mm ? cable.The winch is
constructed from glass blasted AISI 304 stainless steel, which requires no
painting or maintenance.All electric motors and junction boxes are IP 56 and
the standard units are fitted with a direct drive level wind and a "soft start"
function.All units are prepared for a Focal 180 electrical/electro-optical
slip ring.The two larger models have a variable speed function and all
winches are available with a remote control option.
Oceanographic Winches
The "Cormac" electric or electro-hydraulic winches are available in
several sizes from 500 m to 6.000 m of 12,5 mm ? cable.These
all steel winches are used extensively for side scan sonar,
ROV/ROTV systems and towed oceanographic systems.
Features include;direct drive level wind, variable speed,
fail safe brake, hard piping, built in star delta starter and
IP 56 protection on electrical parts.All units are prepared
for Focal slip rings and have forklift slots and pad
eyes for lifting.
Winches
MacArtney
Standard ROV Winches
The "Cormac" ROV electro-hydraulic and electrical driven winch range is designed
to meet the requirements for handling industry standard large "Work Class" vehicles.
The standard winches are designed to hold 1.100 m of 42 mm ? armoured umbilical
with full drum line pulls of 7, 9 and 12 tons.The drum can be extended to handle up
to 4.000 m of a similar cable.Features include a detachable protective frame and on
site adjustment of level wind position.DnV certification of the units is available upon
request.These winch units are designed to integrate with our LARS and wave
compensation systems.
Right Angle Level Wind ROV Winches
The "Cormac" right angle level wind winches are designed similarly to the standard
ROV winches, but optimised for minimal deck space use.The winches are designed
to hold 2.500 m to 3.500 m of 42 mm ? armoured umbilical with full drum line pulls
of 8 to 12 tons.Features include a detachable protective frame and on site adjust-
ment of level wind position.Our DnV Certified ISO 9001 QA System monitors all
production, testing and documentation.DnV certification of the units is available
upon request.
Launch and Recovery Systems
MacArtney A/S currently supplies several standard launch and recovery
systems (LARS) from a 2 ton SWL for medium sized observation vehicles
and up to a 12 ton SWL system for "work class" vehicles.All systems use
standard ROV winches and the winch power pack is also used to power
the "A" frame.A number of docking mechanisms and turntable designs
are available depending on the type of vehicle used.The winch and
"A" frame are mounted on a single skid.The complete systems are
built according to DnV lift appliance regulations.
Special Winch Engineering & Design
MacArtney delivers a broad range of special winch systems and
offers design and engineering support for special projects.We
deliver integrated systems including cables and slip rings for
military, seismic, civil engineering, nuclear and offshore projects.
The majority of these projects involve close co-operation
between our project managers and our customers' engineers
to identify technical needs and task expectations.Our
expertise covers hydraulics, mechanics, hydrodynamics,
electronics, fibre optics and software-fully supported
by extensive test facilities.
Underwater T echnology
FOCAL 907
Model 907 Video/Data Multiplexer
The Model 907 Single-Board Video and Data Multiplexer provides digital fibre optic transmission for 3 high quality video and 6 data channels in an extremely compact form factor PC/104 (90,2 x 95,9 x 12,7 mm). Each remote and console module requires
only a single +5 VDC power input and supports both PAL and NTSC composite video along with 4 RS-232 and 2 RS-485/422 channels of bi-directional data.
The standard 1310 nm dual fibre link supports operation on multimode or singlemode fibre with a typical optical budget of 20 dB.
An optional external WDM and 1550 nm transceiver option permit operation
on a single fibre. LED indicators provide on-board diagnostics.
The Model 907 is ideal for use with small remotely operated vehicles (ROVs)
or other compact instrumentation packages.
Specification
Video:
No. Channels: 3
ormat: NTSC,
PAL
Digitization: 8 bit, 3 channels or 10 bit, 2 chan-
nels
Bandwidth: 6,0
MHz
SNR: > 56 dB, typical
Impedance: 75
Ohms
Data:
RS-232: 4 bi-directional channels, up to 120
kbaud.
RS-422/485: 2 bi-directional channels, 2,5 Mbaud.
Supports AC-coupled RS-485. Options: Expansion cards for Ethernet, data
isolation, Tritech Arcnet, MS900/971,
Hydrophone/Analogue.
Optical:
Optical Fibre: 2 singlemode or 2 multimode Uplink: 600 Mbaud at 1310 nm Downlink: 600 Mbaud at 1310 nm or 155 nm Flux Budget: 20 dB
Options: WDM for operation over a single
fibre.
Electrical:
Power Supply: 5 VDC input required.
Power Req.: < 5 W typical, each end. Mechanical:
Dimensions: PC/104 form factor
Weight: 120 g
Enclosure: Optical enclosures available. Connectors:
Optical: ST/PC
Video: SMB
Data: 3 x 8-pin Molex
Environmental:
Temperature: -10 to +60 degrees C
(operating)
-20 to +85 degrees C
(storage)
Humidity: 85%
relative,
non-condensing
Vibration: MIL-STD-167-1
(Ships), 3-axis
Shock: MIL-STD-810E
MacArtney
Focal 907 09.02-10.6
NEXUS Fibre Optic Multiplexer Description
The NEXUS Multibeam sonar Multiplexer, developed by the MacArtney Group, is used for transmitting data from installed or retrofitted multibeam sonar system on survey ROV or ROTV systems.
The system is self contained and only requires subsurface/surface power and one or two single
or multi mode fibres through the umbilical system.
The system can also be employed in other applications where a number of data channels
needs to be transferred between an underwater system and a topside control unit in real
time, fully duplex and fully transparent.
Features and Benefits
● Standard operation depth of 3000 m.
● Operates on single mode or multi mode optical fibres ● Accepts 2 multibeam sonar systems and 10
associated sensors simultaneously
● Supplies power to connected multibeam sonar heads
and sensors
● Accepts all standard inputs RS232, RS422, TTL,
PECL, CL etc.
● Single 110/220 v AC power supply
● Supports multibeam sonar heads from all major
suppliers incl. K.S. Mesotech, Reson etc.
● Supports all standard MRUs, gyros, doppler velocity
logs, precision depth sensors etc.Applications
● Multibeam surveys using ROV mounted sonar head
and attitude sensor
● Subsea mapping
● General purpose sensor multiplexer
● Main vehicle multiplexer for special UUVs, Benthic
Landers etc.
Options
● Stainless steel underwater housing
● Separate umbilical between topside and underwater
unit
● Fibre optic penetrator or connector interface to
underwater unit
● Client specified sensor interfaces
Specifications
Top side unit
Power supply:110/220 VAC Dimensions:19" rack mount 1U Subsea unit
Power supply:110/220 VAC
(from vehicle) Dimensions:? 200 mm. 550 mm.
long
Depth rating: 3.000 MSW
Material:AIMgSI 1.0 (aluminium)
- hard anodised Weight:35 kg. (air)
18 kg. (water)
Sensor data
Numbers of I/O's:10 off full duplex @ max.
2 Mb/sec.
Format:RS232, RS422, TTL, CL Subsea connector:Subconn?Micro 8 pin Topside connector:D sub 9 pin
Sensor power
supply output:12-24 VDC and
110-220 VAC Multibeam data
Number of up links:1 (2) up link @ min 100
Mb/sec. or 1 (2) @
min 5 MHz
Format:Pseudo Video or ELC Link between
topside and subsea:1 (2) optical fibres single
or multi mode
Subsea connector:Subconn?Micro 8 pin Topside connector:BNCs
Multibeam power
supply output:24 VDC
MacArtney
Underwater Cables
Introduction The MacArtney Group depends on the support of a number of major cable manufacturers to supply a range of cables that are designed, manufactures and tested to meet the highest demands of the underwater technology industry. The product range includes ROV,
oceanographic geophysical, fibre optic, TV, telecommunication, fishery and sonar cables.
A number of "standard" cables are held in stock but the majority of cables are manufactured to order and can include special cable engineering and design. Quality and testing are
maintained to the highest standard in the industry. MacArtney supply engineering services and components to integrate total cable solution packages. Complimentary products and services include winches, slip rings, cable protections, fairing, electrical and optical connec-tors, penetrators, buoyancy, cable and termination engineering, pressure testing, dynamic testing, tension cable spooling and hydrodynamic studies.
Oceanographic & Tow Cables
Our program for these cables covers most of the market demands. These
include long steel armoured tow cables for sophisticated military arrays to
short lengths of instrument cables for CTD probes. There are a number of
industry standards and we try to support the market with cable stocks at
strategic locations where cables can be terminated at short notice. Fibre
optic cables are playing an increasingly important role in this section of
the market and our in-house engineering can support our customers
with cable and termination designs and advise on tow characteristics etc.
Video System Umbilicals
The advances in underwater vision systems have developed
dramatically over the years. This has led to new designs in
cables using sophisticated transmission systems with
multiple broad band channels. We supply traditional diver,
sewer inspection and well head TV system cables but
we are also involved in the development and production
of long cable fibre optic transmission systems for
security systems, ROV & ROTV systems, under-
water trenchers and ploughs.
Sonar & Acoustic System Cables
Historically side scan sonar systems were towed by multi-core steel or aramide
armoured cables. Although these cable types are still an industry standard, there has been an upsurge in acoustic, digital and telemetry technology which demand a new
approach to cable engineering. We supply the complete range of cables for acoustic
applications including armoured coaxial cables for side scan and fisheries net
sounder systems and fibre optic tow cables for the most advanced acoustic
systems. The most recent development from MacArtney is the NEXUS fibre optic
telemetry system specifically designed to meet a growing market demand for
integrating advanced multi-beam sonar systems to existing ROV and ROTV
systems where only a single optical fibre is available in the umbilical.
S
T erminations
MacArtney
Introduction
During the last 25 years the MacArtney Group has obtained extensive experience in
terminations ranging from small uncomplicated neoprene mouldings to large heavy-duty
steel terminations with several hundred conductors and connections.MacArtney has the
facilities for manufacturing mouldings in neoprene, PUR and PE.These mouldings have
different advantages depending on the application for which it is required.
Stress terminations have also been a part of the MacArtney product range during the
years with breaking strengths from a few hundred kilos up to 90 tons and in varying
stress member materials such as steel, Kevlar, polyester etc.
Over the last 15 years MacArtney has developed a fibre optic department specialising
in fibre optic cables, slip rings, connectors, multiplexers and penetrators.
All terminations are manufactured according to DS/EN ISO 9001:2000 and are tested in
our in-house test facilities including dimensional tests, pull tests, various electrical tests,
fibre optical tests and pressure testing up to 600 bars.
Our customers include institutes, diving companies, oil companies, ROV operators,
military etc.
Standard Steel Termination
The most common standard steel termination in the MacArtney range is the fork-
termination, which will allow you to make terminations to either steel armoured or
Kevlar armoured cables in the range of 6-14 mm OD to carry loads up to 1250 kg
and make sure that you transfer the full strength as the Safe Working Load (SWL).
The standard steel terminations is a safe and reliable way to hook-up your cable
to your system for towing after a vessel or lifting a heavy object such as a down
hole camera system.
In most cases the cable end is terminated and moulded to a connector and
thereby making the cable termination completely watertight.
Chamber Terminations
T ermination of special fibre optic and electrical steel armoured cables to
special customer designed connectors is one of the many strengths of
MacArtney.On steel armoured cables the mechanical stress termination is
done by using cone metal parts or wire lock thereby making it possible to
transfer the whole force from the cable to the steel parts.
T erminating a cable to a special designed connector can be done by
using a chamber termination where you hook-up the cable to the
connector inside the chamber.The chambers can be rated and certified
for up to 300 bars.The advantage of using a chamber termination
is that it makes it relatively easy to replace connectors and cable
and at the same time making it possible to re-use the steel parts.
Oil Compensation
The oil compensated steel termination basically works like
the chamber termination;the only difference is that the
chamber is oil filled.The oil compensation is either
controlled through a bladder or an external reservoir.
The advantage of using an oil compensated
system is that the system can be certified for up
to 600 bars complete with fibre optic and
electrical connectors for up to 4.5 kV and
thereby meeting the demands of
deep water operations.
MacArtney A/S Group Headquarters:Gl.Guldagervej 48DK-6710 Esbjerg V Denmark Tel.:+45 7613 2000Fax:+45 7511 7220mac-dk@https://www.doczj.com/doc/8c14615479.html,
https://www.doczj.com/doc/8c14615479.html,
MacArtney
Bend Restrictors and Bend Stiffeners When making a steel termination to a cable and operating it offshore on a vessel, the way to get the assembly overboard is by using a Cable Overboard Unit (COU) or a cable sheave.This can to some extend introduce a sharp bend of the cable in the joint between the cable and the steel part.The sharp bending of the cable can be minimised by using a bend stiffener or a bend restrictor/Armadillo.The bend restrictor will only allow the cable to bend to a certain angle where it will be stopped mechanically.The bend stiffener will make it more difficult to bend the cable as you have the outer reinforcement either in Neoprene or PUR mounted onto your cable, which will allow more force to be used on the cable before it will bend.The advantage of using either of the two solutions is a longer cable lifetime.
PE Mouldings MacArtney provides solutions for terminating cables with a PE jacket to a steel termination by using a special hot moulding machine, where PE moulding material is forced into the moulding form under high pressure.A high pressure moulding to a PE jacketed cable makes sure that the bonding between the cable and steel parts is certified for use at up to 600 bars.T oday many cables for deep water use are made with a PE jacket and the possibility of making a watertight connection between without the use of an oil compensated system will reduce the cost.
Penetrators MacArtney has a long history of making standard and customer designed penetrators for various solutions in both extreme and more “normal”conditions.A penetrator is build up over a metal part with or without a water-block inside depending on the application.The bonding between the cable and metal parts is done with either a PUR or a PE moulding depending on the cable type.The penetrators can be made with electrical cables, fibre optic cables or a combination of both.A penetrator makes it easy to hook-up equipment without using connectors.The advantage of not using connectors in the system, especially for fibre optic transmissions, is that it will minimise the attenuation loss.
Extension and Take Out of Fibre Optic and Electrical Cables MacArtney A/S has many years of experience in extension of fibre optic and electrical cables.This technology is used were cables are damaged or have to be extended in order to reach new locations.The termination is usually designed to meet the same SWL and depth rating as the cable.T ake outs are often used in fibre optic and electrical structural monitoring systems where take outs are needed in several positions on the main cable.T ake out and connectors are often designed for a life time of 10 to 15 years in sea water.
03.04-12.4
Introduction
In 1978 LVMM in Burwell, Nebraska and MacArtney A/S in Denmark entered in to a unique production and marketing agreement which has survived the test of time.
?Today the Subconn underwater plugable electrical connector is an industry
standard accepted worldwide as a reliable, affordable and available product. In early 1999, Subconn Inc. was established, as a joint venture, to serve the market in the Americas directly with the headquarters at the new manufacturing plant and a marketing organization based in Boston MA. The products are supported internationally by the MacArtney Group.
?
Subconn Micro Series
Over recent years underwater instruments have reduced in size due to advances in electronic and software technology. The market demand for compact, reliable underwater mateable rubber moulded electrical connectors ?has increased. In order to meet these demands, the Subconn range was extended to include the Micro series using proven contact technology. The series configuration extends from 2 to 16 contacts in standard in-line and bulkhead versions rated to full ocean depth. Micro low profile connectors are also available in 3, 7 and 9 pin. ?Subconn Standard Circular Series
?This was the first Subconn series to be introduced to the market and
today it still represents the bulk of sales. The connector is used
extensively in diving, ROV, ocean science and underwater video
applications with sales increasing in industrial and leisure markets.
Standard products range from 2 to 16 contacts in 3 shell sizes rated
at 15 Amp @ 600 V. Bulkhead and in-line connectors are standard
and usually supplied with locking sleeves and pressure proof
dummy plugs.
?
Subconn Low Profile Series
Underwater electronic bottles usually require flush mounted
connectors or penetrators to protect flying leads and to save
? space. The Subconn Low Profile Series meets these
requirements with up to 9 contacts (3, 7 & 9 pin with
"Micro" contacts) in flush mounting bulkhead and in-line
configurations, rated at 5 to15 Amp @ 600 V. Snap
on locking straps are also supplied. These rugged
connectors are also full ocean depth rated.Subconn NM (non-metallic)
?The new Subconn NM series has been
developed for harsh and aggressive
environment and can be used with
any type of metallic pressure
vessels where cathodic
corrosion may be an
issue.?
Subconn?