1. Swap out Gavia image – with Martin

2. What does Teledyne Marine do?
Survey with Teledyne Odom Hydrographic, Teledyne Gavia, and Teledyne BlueView
Dive with Teledyne Benthos, Teledyne RD Instruments, and Teledyne BlueView
Communicate with Teledyne Benthos
View with Teledyne BlueView
Navigate with Teledyne TSS, Teledyne RD Instruments, and Teledyne BlueView
Explore with Teledyne Geophysical Instruments
Observe with Teledyne Webb Research and Teledyne BlueView
Measure with Teledyne RD Instruments, Teledyne Odom, and Teledyne TSS
Connect with Teledyne DGO’Brien, Teledyne Impulse, and Teledyne ODI
Position with Teledyne Benthos and Teledyne TSS

3. Where can Teledyne Marine be found?

4. Single Beam Echo sounders Multibeam Echo sounders
Founded: 1985; acquired by
Teledyne RDI in Dec. 2008
Products:
Single Beam Echo sounders
Multibeam Echo sounders
Sound Velocity Probes (SVP)
Patented Technologies:
Bottom Detect
Employees: 23
Locations:
Baton Rouge, LA, USA
Poway, CA, USA
RDI has been around since 1982
Started by 2 engineers, Fran Rowe and Kent Deines – the RD in RD Instruments
In Aug 2005 we became a part of the Teledyne family and a member fo the Teledyne Marine Group
We are manufacturer of ADCPs for current speed and direction measurements, waves measurements, and discharge measurements
We also manufacture DVLs for measuring speed of a vessel over ground and through the water
We have a number patented technologies that allow us to provide the highest precision data of any similar manufacturer
We currently employ over 220 people
Our main location where we do all of our manufacturing is located in San Diego CA
We perform sales and service support from this location along
with an office just outside of Nice France (in La Gaude) we are able to provide local service and sales support to our European customers and representatives
Our office in Shanghai China provides service support for our inland water customers and custom software for our Chinese customers
We are ISO9001:2000 certified and are currently involved in moving to 2007 certification
Our business is divided into 3 segments
Water Resources BU for our inland water customers whose primary interest in measuring flow and discharge of water volume
Navigation BU for measuring the speed of a vessel over ground and through the water
Marine Measurements BU for measuring water current speed and direction from the shore line to the open ocean

5. The next generation of Low Cost Survey Grade Multibeam

6. Specifications Feature MB1 Frequency kHz: 170 - 220
Dedicated projector
Yes
Range resolution
3.6 cm
Pulse Width
User selectable 50 µs – 700 µs
Output power
User selectable
A/D
24 bit
Number of beams
User Selectable 10 – 512
Swath
User Selectable 10º to 120º
Beam Spacing
0.5º - 5º
Range (Nadir)
240m
Minimum detectable range
0.5m
Maximum Ping Rate
Up to 60 Hz

7. Specifications Features MB1 Max deployment depth 200 m
Roll stabilization
Yes
Bottom detection
Combined amplitude and phase
Primary data interface
Digital (CAT5)
Data products
Bathymetry, water column backscatter, snippets, sidescan, real time uncertainty
Sensor data interface (sonar head)
RS232 x 4
Dimensions
L 10.50in (.267m), W 6.00in (.152m), H 5.75in (.146m)
Weight dry
10.2kg/22.5lbs transducer only
11.3kg/24.9lb with SVP attached
Weight wet
4.3kg/9.5lbs transducer only
5kg/11lbs with SVP attached
Material
Titanium and Acetal
Power requirements
12 – 30 VDC

8. 24 Bit Signal Processing 12 Bit = 4,096 values 16 Bit = 65,536 values
Reduces the requirement for the surveyor to constantly monitor and adjust real time gain
As A-D conversion is at 24 bit, there is no requirement for Analog TVG
Allows all gain to be applied digitally either in real time or post processing raw data
Allows for greater resolution in sidescan imagery
Allows better identification of objects in the water column
12 Bit = 4,096 values
16 Bit = 65,536 values
24 Bit = 16,777,216 values

9. Full Water Column Data
Full water column data stored as 24 channel received raw data
Allows investigation of mid water column returns and post processing of survey data

10. User defined beam distribution
EQUIDISTANT
Center of each beam positioned at set distances along seafloor athwartships
Allows for more uniform coverage of the sea floor
EQUIANGULAR
Center of each beam formed at a set angle relative to Nadir
Allows for higher resolution in the nadir – excellent for hazard investigation

11. User defined beam angles
SECTOR STEERING
The entire swath can be steered to a particular area of interest, increasing ping rate and therefore resolution
Useful for wrecks, piers and harbors and pipeline surveys

12. Phase and Amplitude Detectionɸ ɸ ɸ ɸ A A A
Auto cross over from amplitude to phase dependent on the quality of the returned signal
Reduces phase/amplitude crossover artifacts
Improves data quality

13. Sidescan & Snippets data
Sidescan Image courtesy of Hypack
150ft barge in the Mississippi river
As the wavefront from the multibeam's transmit array propagates through the water column and finally strikes the seafloor, the multibeam first processes the bottom detection information for the bathymetry. It then looks at the fragments of backscatter data, that surround the bottom detection information, for each individual beam, their amplitude and their reflectivity information. These 'fragments' of data are known as, Snippets.

14. Optional Sound Velocity Sensor
Outputs Sound Velocity in real-time to the sonar control software and/or data acquisition software.
DigibarV uses time of flight principals to determine sound velocity accurately and with few interruptions.
Direct connection to Odom Digibar V SVP at the sonar head or via the RTA

15. Built for the marine environment
Titanium and Delrin construction – no corrosion issues.
Teledyne Impulse Titan series wet-mateable connectors
Kevlar reinforced cable
System delivered in two Pelican Storm transit cases

16. Field serviceable/upgradeable
Modular design allow trained engineers to swap boards themselves
Ethernet link for downloading new firmware revisions

17. Flexible mounting arrangement
Stainless steel mounting plate
Replaceable hardware in Delrin top
Built in handle
Tie off point for extra safety

18. Optional integrated DMS
Tightly coupled with new range of TSS DMS sensors.
No misalignment issues
Single power source
High speed Ethernet communications

19. Fairing (optional)

20. Synchronizing multiple data sources in the MB1 sonar
RTA
Synchronizing multiple data sources in the MB1 sonar

21. Benefits Time stamping of data from all sensors to 0.1ms Ease of setup
Collation of all data through one device – output through Ethernet
Removal of any variable latency in the DMS – MBES data
Firmware upgradeable through Ethernet
Interfacing with various motion sensor systems
Single power source for MB1, TSS DMS, Odom SVP and GPS
Supports dual head capability
Compatible with future models of Odom multibeam

22. Real Time Appliance Three (4) port Ethernet switch 12 – 30 VDC
Time stamps data reference to 1PPS signal from GPS with UTC time within 20ns.
Optional built in GPS heading system
Upgradeable to fully integrated Applanix GPS/INS system
Field serviceable

23. MB1 Controller Computer
Network Diagram
GPS
Heading
NMEA GGA, VTG and ZDA 10Hz
Collection Computer L3
NMEA HDG 10Hz
MB1 Controller Computer L2
20KHz packets/sec
151 bytes/packet
RTA
Motion Sensor
H, P, R 100Hz L1
20kHz packets/sec 151 bytes
SV 1Hz
Key:
RS232 Serial Cable
Ethernet Cable
Wet Mateable cable
SV Probe
MB1 Sonar

24. Integrated Hemisphere 320 GPS with Heading (option)
Horizontal Accuracy:
< 0.02 m 95% confidence (RTK 1,4)
< 0.6 m 95% confidence (DGPS1)
< 2.5 m 95% confidence (autonomous, no SA2)
Heading Accuracy:
< 0.30° 0.5 m antenna separation
< 0.15° 1.0 m antenna separation
< 0.10° 2.0 m antenna separation

25. Image Software Real time diagnostics and control
Data logging and replay of raw data
Feature upgrades via Image S/W

26. Third party comparison data
RESON (2x2 Median, collected 5/18/2012)
Odom MB 1 (2x2 Median, collected 6/13/2012)
As you can see, even after a month's worth of Tidal Flows. The bottom has not changed significantly.

27. USACE tests using Hypack
RESON 8101 vs. Odom MB1 Cross Section
(2x2 Median, collected a month apart)

28. USACE tests using Hypack
RESON 8101 vs. Odom MB1 Longitudinal Cross Section
(2x2 Median, collected a month apart)

29. San Diego Offshore Pipeline Survey

30. New York Offshore Pipeline Survey

31. Folsom Lake

32. Survey of the Rigolets waterway in Louisiana
100 ft deep scour hole
Survey of the Rigolets waterway in Louisiana

33. I-10 bridge over Mississippi River
Bridge scour survey

34. Thank You Grant Jennings Director of Sales & Marketing
Teledyne Odom Hydrographic
14020 Stowe Drive
San Diego, CA 92127
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