HPT 5000/7000
Overview
When it comes to USBL and LUSBL transceivers, one model does not fit all situations and vessels. For Ranger 2 and Marksman installations, our High Performance Transceiver (HPT) is available two primary configurations.
HPT 5000
HPT 5000 offers full hemispherical acoustic coverage so it’s a popular choice for tracking multiple targets (ROVs, AUVs, towfish, seafloor sensors) over a wide range of depths and elevations. The unit is also suitable for dynamic positioning reference on survey, research and offshore support vessels.
HPT 7000
HPT 7000 is engineered for ultra-deepwater operations, tracking targets far below (rather than to the side) of a vessel, and also high vessel noise operating environments, as those typically encountered on DP drilling and construction where aeration from thrusters is liable to cause signal interference.
Both models of transceiver fully support 6G LBL operations using Fusion 2 LBL software. They are also highly capable acoustic communications modems, able to interrogate, command and recover data payloads from deployed Sonardyne instruments including AMTs and Fetch. Supporting telemetry rates of up to 9,000 bps minimises the time a vessel has to wait on location to recover data, as well as supporting LBL operations.
HPT 5000/7000s are also available in Gyro USBL configurations offering calibration-free installation and use.
At a glance
- Use with Ranger 2 USBL and Marksman LUSBL systems
- Can also be used to communicate and harvest data from Sonardyne sensors
- Hemispherical (HPT 5000) or directional (HPT 7000) arrays to suit your vessel and application
- Can be deployed other-the-side, through-tube or through-hull
- Suitable for new-build vessels or USBL/LUBL upgrade for your existing vessel
All HPTs are built on our 6G technology platform with multi-element processing to enable transponders to be positioned more precisely, more quickly and more robustly due to improvements in signal processing algorithms and array design.
Functionality such as ‘Discovery Mode’ enables vessels equipped with Ranger 2 and Marksman to enter an offshore area and automatically detect previously deployed transponders (including their configured address and channel), making simultaneous operations using shared seabed arrays possible.
Manufactured in aluminium-bronze, HPTs are intended to be fitted temporarily or permanently to a vessel’s through-hull or over-the-side pole. HPT 5000s (including Gyro USBL 5000s) have also been fitted to large USVs for uncrewed missions controlled from over-the-horizon.
For specialist applications, inverted USBL, LMF frequency and extreme depth range HPT transceivers are also available. Please get in contact to discuss your requirements.
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Read moreSpecifications table
Feature | Type 8142-001 | Type 8142-002 (Deepwater optimised unit) | |
---|---|---|---|
Operational Frequency | MF (20–34 kHz) | MF (20–34 kHz) | |
Transceiver Performance |
Operating Range | Up to 7,000 m | Up to 7,000 m |
Acoustic Coverage | Up to ± 90° | Up to ± 90º Optimised for deep water (depending on frequency of operation) |
|
Range Precision | Better than 15 mm | Better than 15 mm | |
Positioning Repeatability | All transceivers tested to better than 0.1% of slant range 1 Drms | All transceivers tested to better than 0.07% of slant range 1 Drms | |
Transmit Source Level (dB re 1 µPa @ 1 m) | 200 dB | 200 dB | |
Tone Equivalent Energy (TEE) | 206 dB (13 JA) | 206 dB (13 JA) | |
Electrical | 48 V dc (±10%), Typical 15 W, Max 120 W |
48 V dc (±10%), Typical 15 W, Max 120 W |
|
Communication | RS485, baud rate switchable, ethernet 100 Mbps |
RS485, baud rate switchable, ethernet 100 Mbps |
|
Operating Temperature | -5 to 40°C | -5 to 40°C | |
Storage Temperature | -20 to 45°C | -20 to 45°C | |
Mechanical Construction | Aluminium bronze | Aluminium bronze | |
Dimensions; Length x Diameter | 322 x 225 mm | 391 x 310 mm | |
Weight in Air/Water | 26.7/15.3 kg | 46.9/29.0 kg | |
Options | Tilted array adaptor | Tilted array adaptor |
Frequently asked questions
How to clean a transceiver array face
How to enter Transceiver & Lodestar Offsets for Optimised USBL
HPT Deployment Tests
Has anyone ever installed an echosounder and Ranger 2 USBL transceiver directly beside each other? Would this work?
How do USBLs work?
Does the HPT’s main connector need any maintenance?
When to use Depth Aiding
What acoustic address should I use for my USBL transponder
How to interface Ranger 2 into a 3rd party survey system
STP files
Software and firmware
Software and control hardware
Datasheets
Did you know?
Both HPT 5000 and 7000 are available in Gyro USBL configurations