Compatt 6+
Overview
Compatt 6+ is used for high precision survey and construction operations in all water depths, including: spool piece metrology, pipeline touchdown monitoring, structure installation and dynamic positioning reference.
Compatt 6+ offers significant time saving with fast update rates (up to 1 Hz LBL tracking), all made possible using the Wideband 3 acoustic telemetry protocols. Support of Wideband 2 ranges maintains backwards compatibility. This makes any system operating with Compatt 6+ significantly easier to operate therefore de-risking operations, reducing vessel time and reducing training requirements for offshore personnel.
At a glance
- Compatible with all 6G LBL, INS and USBL systems
- Wideband 3 enabled
- Versatile, flexible and cost-effective
- Over 3,600 different configurations available
- Choice of depth ratings to 7,000 m
Our Wideband advanced signal processing offers improved acoustic performance in challenging conditions, longer ranges, improved multipath rejection around structures and real-time range diagnostics for quality control. Wideband also reduces the interference to and from adjacent Sonardyne and other acoustic positioning systems.
The integrated communications and navigation technology allows the transponder to be used as a multi-purpose modem, autonomous data logger and navigation reference transponder.
Wideband 3
For the first time, sensor telemetry data (e.g. pressure, depth or temperature) is embedded within ranging data so no more waiting for sensor readings at vital moments.
Compatible
Compatt 6+ transponders are backwards compatible with your existing Compatt 6 inventories so you can mix and match in the field.
Upgradable
We can upgrade your existing Compatt 6 into plus units quickly and cost effectively meaning you can go on to realise the full benefits of Fusion 2.
Overview
Compatt 6+ is used for high precision survey and construction operations in all water depths, including: spool piece metrology, pipeline touchdown monitoring, structure installation and dynamic positioning reference.
Specifications table
Feature | Type 8300-3111 | Type 8300-3113 | Type 8300-5213 | |
---|---|---|---|---|
Depth Rating | 3,000 m | 3,000 m | 5,000 m | |
Operating Frequency | MF (20–34 kHz) | MF (20–34 kHz) | MF (19–34 kHz) | |
Transducer Beam Shape | Omni-directional | Directional | Directional | |
Transmit Source Level (dB re 1 µPa @ 1 m) | 187–196 dB (4 levels) | 190–202 dB (4 levels) | 190–202 dB (4 levels) | |
Tone Equivalent Energy (TEE) | 193–202 dB | 196–208 dB | 196–208 dB | |
Receive Sensitivity (dB re 1 µPa) | 90–120 dB (7 levels) | 80–120 dB (7 levels) | 80–120 dB (7 levels) | |
Ranging Precision | Better than 15 mm | Better than 15 mm | Better than 15 mm | |
Number of Unique Wideband 2 Addresses | >300 | >300 | >300 | |
Battery Life (Listening) | Alkaline | 833 days | 833 days | 833 days |
Lithium | 1,390 days | 1,390 days | 1,390 days | |
External Power Supply | 24 V | 24 V | 24 V | |
Safe Working Load (4:1) | 250 kg | 250 kg | 250 kg | |
Operating Temperature | -5 to 40°C | -5 to 40°C | -5 to 40°C | |
Storage Temperature | -20 to 55°C | -20 to 55°C | -20 to 55°C | |
Dimensions (Maximum) (Length x Diameter) |
With Sensor Guard | 1,034 x 200 mm | 1,018 x 200 mm | 1,018 x 200 mm |
Without Sensor Guard | 1,034 x 178 mm | n/a | n/a | |
Weight in Air/Water | 23.8/11.8 kg | 27.0/14.0 kg | 29.0/15.0 kg | |
Endcap Sensors and Options | ||||
Temperature (±0.1°C) | Standard | Standard | Standard | |
Tilt Switch (±30–45°) | Standard | Standard | Standard | |
Strain Gauge Pressure Sensor (±0.1%) | Standard | Standard | Standard | |
High Precision Strain Gauge (±0.01%) Presens or Keller |
Optional | Optional | Optional | |
Feature | ||||
Paroscientific DigiQuartz Pressure Sensor 1,350 m, 2,000 m, 4,130 m, 6,800 m (±0.01%) |
Optional | Optional | Optional | |
Inclinometer (Tilt Sensor) Range ±90°, Accuracy: ±1° |
Standard | Standard | Standard | |
High Accuracy Inclinometer
Range: ±90°, Accuracy: ±0.05° over 0 – ±15°; ±0.2° over 0 – ±45° |
Optional | Optional | Optional | |
Sound Velocity Sensor ±0.02 m/s Accuracy Under Calibration Conditions | Optional | Optional | Optional | |
Release Mechanism | Standard | Standard | Standard | |
Power for External Sensors | Standard | Standard | Standard | |
Gyro Input | Standard | Standard | Standard |
Frequently asked questions
Compatt 6 and 6+ Deployment Tests
Frequency management is obsolete. Here’s why.
6G Terminal Lite Range Test
When to use a float, when to use a stand?
How can I get the best performance from my long layback tracking operations?
How can I deploy my Compatt 6+ using iWand?
How to correctly set a Compatt 6+ release mechanism
Does Compatt 6+ have modem capabilities?
How often do endcap sensors need calibrating to keep them in spec?
Is it possible to position Compatt 6+s independently within the same array and send each positioning out of Fusion to our navigation software?
Will Compatt 6+ work with Ranger 2 and Marksman?
I want to buy standard red Compatt 6, are they still available for sale?
Can Compatt 6+ be used in the same LBL array as standard Compatt 6?
What is the difference between Compatt 6 and Compatt 6+?
If I’m using Fusion 2, can I choose to use Wideband 2 or Wideband 3 telemetry?
Can ROVNav 6+ be used with standard Compatt 6s?
Will my ROVNav 6 work with Compatt 6+?
Do I need to upgrade to Compatt 6+ and ROVNav 6+?
How to QC a Sound Velocity (SV) in Fusion 2
How far can my Compatt 6+ be above the seabed?
How to replace a battery in Compatt 6 and 6+ family of transponders
How to plan my sparse LBL array (guidance note)
How do I calibrate my sparse LBL array?
How do I set up structure deflection monitoring (SDM) in Fusion 2?
Can I use Compatt 6+ Multiuser in Fusion 2?
How do I perform a SLAM calibration in Fusion 2?
How do I set up sound speed collection and pressure to depth conversion in Fusion 2?
Software and firmware
Software and control hardware
Transponders
Datasheets
Manuals and quick start guides
Did you know?
Compatt 6+ uses Wideband 3 technology