|
Seaeye 600DT

 |
|
64 Systems delivered
Production ended 2004 in
favour of open frame ROVs
|
|
The Seaeye 600DT System is rated for operations
to a depth of 300 metres. The 600DT is the latest evolution
of the original Seaeye 600 introduced in the mid 1980's. The
original hydrodynamic shape remains unchanged but modern digital
electronics, today's control technology and the latest Seaeye
SM4 thrusters have been added to enhance the power and performance
envelope of this internationally established observation ROV.
The forward speed of a Seaeye 600DT is in excess of three
knots.
A basic ROV system comprises the Vehicle, Power
Distribution Unit (PDU) which contains all the surface control
electronics, a Hand Controller and an isolation transformer.
The surface power and control units can be supplied
free standing or as a containerised system. The Control
Container can be Zone II rated or rated for safe area
operations with optional air conditioning.
Seaeye 600DT's can be operated either
in a free swimming mode or via the optional Seaeye 600DT
Tether Management System (TMS). The TMS is a side entry
garage system with a bale arm mechanism (no slip-rings required)
and with a140 metre tether capacity.
A skid mounted 'A' frame and lifting winch with
400 metres of armoured lift umbilical is offered as a compact
combined unit to launch and recover a TMS garaged Seaeye
600DT. This can be offered rated for hazardous area Zone
II operations or to A60 standard for 'safe area' operations
and is known as a 'LARS' or Launch and
Recovery System. Alternatively you may have
your own crane available and may only require the lifting
winch and armoured umbilical with an umbilical sheave and
a lock-latch release mechanism and vehicle bullet for launch
and recovery.
| Specifications |
| Maximum working depth |
300 metres |
| Length |
1000 mm |
| Height |
580 mm |
| Width |
760 mm |
| Thrust Fwd |
42 kg |
| Thrust Lateral |
17 kg |
| Thrust Vertical |
14 kg |
| Weight |
65 kg |
| Payload |
12 kg |
| |
Propulsion
The 600DT is propelled by four highly efficient SEAEYE SM4
brushless DC thrusters. Thruster configuration is two horizontal
and two vertran units.
Chassis
Manufactured in polypropylene with an ABS bottom protective
cover and 316 stainless steel lifting frame. The chassis is
rugged, durable, resilient and virtually maintenance free.
All fasteners are 316 stainless steel.
Pressure Housings
Both the electronics pod and camera ball are machined
from 6082 marine grade aluminium and hard anodised black.
Connectors
Neoprene 'wet mateable' type connectors are used throughout.
Buoyancy
A single hydro-dynamically shaped block of closed cell polyurethane
foam. A fully protected aperture for an obstacle avoidance
sonar is designed into the foam.
Control System
16 bit digital system providing easy interfacing to ancillary
equipment by the operator. The SEAEYE comprehensive video
overlay is fitted as standard providing digital and analogue
compass rose, tilt icon, date time group, depth (metric or
imperial), CP value ,pre-titled and free text pages. Vehicle
data may be exported to clients Survey or Navigation computer
systems via the SEAEYE Telemetry Interface Unit in conjunction
with a PC.
Navigation
Sensitive flux-gate compass unit with enhanced azimuth
stability from a solid state rate sensor system:
| |
| Accurary |
± 1° |
| Resolution |
0.351° |
| Up-date rate |
125 mS |
| |

Depth Sensor
Electronic unit, housed within the electronics pod.
| |
| Accurary |
< ± 0.5% of fsd |
| Linearity |
< ± 0.2% of fsd |
| |
Auto-pilot
Automatic pilot is provided for heading and depth.
Camera Ball
A hydro-dynamically shaped 1 atmosphere housing in which
two television cameras may be fitted. A SEAEYE colour CCD
camera is fitted as standard. The second camera being a client
specified option.
Tilt range is +70° and -90° from the horizontal.
Lighting
Single lighting channel equipped with two individually
fused SEAEYE 150W lamp units. Brilliance control is on the
Hand Control Unit. Lamp units are positioned at either end
of the camera ball to provide optimum lighting.
Video System
Single TV channel with camera change-over switch in the
vehicle. Instantaneous camera selection is by the pilot from
the Hand Control Unit. Video transmission is via a balanced
line driver and a screened twisted pair within the umbilical
cable.
Surface Control Unit
Contains all vehicle system surface control electronics.
This unit is 19" rack mountable and is supplied in a sealed
(when closed) steel enclosure.

Hand Controller & Surface Unit
Hand Control Unit
A small remote hand control unit containing all vehicle
controls. Unit is supplied with a 5 metre flying lead.
Isolation Transformer
Portable isolation transformer unit with IP65 rated steel
housing. This unit provides all the necessary voltages to
operate the vehicle system. Power requirements: 110 to 440vac
single/dual phase. 50/60 Hz. at 6.5kva.
Options
- Technical training programme.
- Tether Management System (T.M.S.)
- SEAEYE low light mono CCD TV camera.
- Sonar systems
- Tracking systems.
- Single function electrical 'Gripstick' manipulator.
- SIT camera fit.
- CP Probe. (Contact or proximity.)
- Launch & deployment system. (Zoned & un-zoned.)
- ROV Control cabin. (Zoned & un-zoned.)
SPECIFICATIONS MAY CHANGE WITHOUT PRIOR NOTICE

|