TELEDYNE
RD INSTRUMENTS
Getting Started with the Pioneer DVL
P/N 95B-6134-00 (April 2018)
Install the Software and Documentation
The Documentaon and Soware CD includes:
• TRDI Toolz and RDI Tools soware
• Pioneer DVL Guide PDF
• Pioneer Geng Started PDF
• Pioneer Integraon Guide PDF
1
Step
2
Step
3
Step
4
Step
Verify all parts are present
The standard DVL includes:
•
Pioneer DVL with Dummy Plugs
• Power/Comm Cable and Pigtail cable
• Shipping case
• Spare Parts Kit
• Software and Documentation CD
• Printed copy of Getting Started and Integration Guide
• Check packing slip for additional options
Read the Integration Guide
Included with the system is a printed
copy of the Integration Guide.
Communication and Power Setup
See the reverse side of this guide for detailed
instructions.
PRODUCT FEATURES:
• Bottom-tracking capability for deep water operations:
1000-4500 meter depth rating for tracking ranges
100-275 m
• Compact DVLs that can be packaged into small portable
UUVs of 7.5 inches (<19 cm) in diameter
• Flexible triggering with both trigger in and trigger out
• Multiple communications channels, allowing for
optimum connectivity with external sensors
• Upgradeable to include ADCP capabilty
• Real-time current proling option provides additional
critical data parameters from a single instrument
Informaon included herein is controlled by the Export Administraon Regulaons (EAR) and may require an export license,
license excepon or other approval from the appropriate U.S. Government agency before being exported from the United
States or provided to any foreign person. Diversion contrary to U.S. law is prohibited.
• Self-contained or remote-head options available
• Advanced AHRS IMU for accurate vehicle attitude
correction in static and dynamic environments
• Leak detection and monitoring for peace of mind in the
most critically demanding deep missions
• Transducer and system health monitoring for real-time
health monitoring of your critical navigation asset
• Time of validity output for highly accurate coupling with
an Inertial Navigation System (INS), further improving
the resulting DVL-aided-INS position accuracy