Sonardyne UM-8300-Compatt 6 - User Manual

UM-8300-Compatt 6
User Manual for the Type 8300 Compatt 6 (and
Variants)
Issue B, Rev 3
Date of Issue:24th April 2019
Sonardyne International Limited
Blackbushe Business Park
Yateley, Hampshire
GU46 6GD, United Kingdom
920-0026
T. +44 (0) 1252 872288
F. +44 (0) 1252 876100
E. support@sonardyne.com
www.sonardyne.com

Summary

Section 1 - Introduction

1.1 Scope of this Manual

Defines the manual's coverage and purpose for users.

1.2 Purpose of this Manual

Outlines information for installation, operation, and maintenance.

1.3 Related Publications

Lists other essential documents for safe and proper operation.

1.4 Conventions

Explains formatting and typographical conventions used throughout the manual.

Section 2 - Safety

2.1 Introduction

Emphasizes reading safety manual and warnings before operation.

2.2 Safety Procedures

Details warnings, cautions, and handling procedures for safe equipment operation.

Section 3 - Technical Description

3.1 Introduction

Introduces the Type 8300 series wideband transponders and their applications.

3.2 Compatt 6 Series (Type 8300)

Details the features and specifications of the Compatt 6 transponder series.

3.3 Type 8300 Variants

Describes various models within the Type 8300 series, like DPT, PIES, AMT, Modem, SLT.

3.4 Housing Labelling

Explains the waterproof coloured labels used to identify instrument details.

3.5 Endcaps

Details the two types of endcaps: Transducer and Sensor, and their functions.

3.6 Connector

Describes the SubConn MCBH8F external connector and its pin configuration.

3.7 Battery

Discusses battery types, disconnect fob, and replacement procedures.

Section 4 - Installation

4.1 Introduction

Emphasizes reading safety before proceeding with installation.

4.2 Pre-Use Checks

Lists essential checks before installing and operating the equipment.

Section 5 - Deployment

5.1 Introduction

Introduces common deployment methods for the transponder.

5.2 Lifting

Describes how to lift the transponder using available lifting points.

5.3 Deployment from Ship

Details recommended and additional methods for deploying from a ship.

Section 6 - Operation

6.1 Introduction

Emphasizes reading safety before operating the equipment.

6.2 Operational Modes

Explains how the transponder is activated and controlled.

Section 7 - Retrieval and Storage

7.1 Introduction

Emphasizes reading safety before retrieving the equipment.

7.2 Retrieval Planning

Advises on formulating a retrieval procedure for safe recovery.

7.3 Retrieval from the Water

Describes the process of bringing the transponder to the surface.

7.4 After Retrieval

Lists post-retrieval steps like battery disconnect and cleaning.

7.5 Storage

Provides guidelines for proper instrument storage to maintain condition.

Section 8 - Maintenance

8.1 Introduction

Emphasizes reading safety before performing maintenance.

8.2 Retrieval from the Water

Refers to Section 7 for retrieval procedures.

8.3 Cleaning

Provides instructions for cleaning the transponder after use.

8.4 Inspection

Lists items to regularly inspect on the instrument for signs of damage or wear.

8.5 Lubrication

Recommends specific lubricants for connectors and O-rings.

8.6 Scheduled Maintenance and Recalibration

Outlines recommended maintenance schedules and recalibration processes.

8.7 Pressure Relief Vent Valve

Explains how to operate the pressure relief vent valve for safety.

8.8 Battery Maintenance

Covers checking battery condition and replacement procedures.

8.9 Removal and Fitment of a Directional Transducer Endcap

Step-by-step guide for removing and fitting the directional transducer endcap.

8.10 Removal and Fitment of Omni-Directional Transducer Endcap

Guide for removing and fitting the omni-directional transducer endcap.

8.11 Removal and Fitment of the Sensor Endcap

Instructions for removing and fitting the sensor endcap.

8.12 Corrosion Removal

Procedures for treating minor corrosion found on the transponder housing.

Section 9 - Functional Test

9.1 Introduction

Emphasizes safety and cleaning before functional testing.

9.2 Test Equipment

Lists the necessary equipment for performing functional tests.

9.3 Operational Testing

Describes how to perform operational checks using 6G Terminal Lite.

Section 10 - Firmware Update

10.1 Introduction

Guides on where to find the latest firmware and contact support.

10.2 Firmware Update Procedure

Step-by-step instructions for updating the transponder firmware.

10.3 DAS Firmware Update

Procedures for updating the Data Acquisition Sub-assembly (DAS) firmware.

Section 11 - Fault Diagnosis

11.1 Introduction

Assists in diagnosing and rectifying operational faults.

11.2 Fault Types

Lists common faults, their causes, and recommended actions.

Section 12 - Spares

12.1 Introduction

Provides information on ordering spare parts.

12.2 Recommended Spares

Lists common spare parts including batteries, upgrade kits, and miscellaneous items.

Section 13 - Technical Specifications

13.1 Mechanical - Compatt 6 Type 3111 with Release Endcap

Provides mechanical dimensions and specifications for the Compatt 6.

13.2 Mechanical - Mini Compatt 6 Type 3131

Details mechanical specifications for the Mini Compatt 6.

13.3 Mechanical - Midi Compatt 6 Type 3141 with Release Endcap

Lists mechanical specifications for the Midi Compatt 6.

13.4 Mechanical - Maxi Compatt 6 Type 3141 with Release Endcap

Provides mechanical specifications for the Maxi Compatt 6.

13.5 Battery Life

Presents data on battery capacity, voltage, and estimated life.

13.6 6 G Battery Life Estimator

Introduces an app for estimating transponder battery life.

13.7 Communication Port

Details the RS232 communication port and baud rates.

13.8 Acoustic

Specifies acoustic transducer types, frequency range, and sensitivity.

13.9 Environmental

Lists operating and storage temperature ranges and IP rating.

13.10 Sensors

Provides specifications for temperature and depth sensors.

13.11 Responder Input Trigger (Sync Input)

Details parameters for the responder input trigger and commands.

13.12 Nett Upthrust

Defines and provides an example calculation for net upthrust.

13.13 Outline Drawings

Refers to outline drawings for Compatt 6 and variants.

Appendix A - Acoustic Positioning Methods

A.1 Long Baseline (LBL)

Explains the hardware and principles of Long Baseline positioning systems.

A.2 Short Baseline (SBL)

Describes Short Baseline positioning systems, their hardware, and principles.

A.3 Ultra-short Baseline (USBL)

Details Ultra-short Baseline positioning systems, including hardware and principles.

A.4 Long; Ultra-short Baseline (L;USBL)

Explains L/USBL systems as a special case of USBL with improved accuracy.

A.5 Long-short USBL (LSUSBL)

Describes LSUSBL as a combination of USBL, LBL, and SBL modes.

Appendix A - Basic Principles of Transponder Interrogation and Reply

A.1 Transceivers

Lists compatible transceivers and their applications.

A.2 Command and Telemetry Functions

Explains remote control of transponder modes via acoustic signals.

A.3 Communicating via RS232

Describes configuration and testing via RS232 link with PC software.

Definitions

Sonardyne UM-8300-Compatt 6 Specifications

General

Type	Acoustic Transponder
Operating Temperature	-5°C to +40°C
Storage Temperature	-20°C to +60°C
Transducer Beam Width	Omnidirectional
Power Supply	Lithium battery pack