SeaBeam3012多波束系统操作手册

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"Operator Manual Multibeam System SeaBeam3012.pdf 是L-3 Communications ELAC Nautik GmbH出品的一款全海深多波束系统的操作手册，版本号为Rev.:-11/2012。" 这篇操作手册详细介绍了SeaBeam3012多波束系统的使用、维护和安全注意事项，旨在确保用户在整个产品服务周期内能够正确、成功地使用该系统。手册遵循了国际标准ISO16016的安全指南，以提供全面的产品知识。手册的结构清晰，内容丰富，通过不同的标题（如操作说明、转换指令等）划分章节。每个章节都有独立的页码，页码由章节标识和具体页数组成，便于用户查找和参考。例如，1-8表示第一章的第八页。 SeaBeam3012是先进的多波束测深系统，它在海洋测绘和海底探测领域具有广泛应用。该系统可能包括硬件组件（如声纳头、数据处理单元和控制面板）、软件工具（用于数据采集和分析）以及复杂的算法，用于生成高分辨率的海底地形图。手册中会详细阐述如何安装和校准设备，如何设置和运行系统，以及如何解读和处理收集到的数据。此外，手册还可能包含故障排查指南和维护保养建议，以保证系统的长期稳定性能。对于可能遇到的技术问题，手册将提供解决方案，并给出定期检查和维护的建议，以延长设备寿命。制造商L-3 Communications ELAC Nautik GmbH是一家专业制造高品质海洋电子设备的公司，其产品代表了行业的先进技术。制造商代码D1876，公司地址位于德国的Neufeldtstrasse1。这份操作手册是SeaBeam3012多波束系统的操作者和维护人员的重要参考资料，涵盖了所有必要的技术细节和安全规定，确保用户能够充分利用该系统进行高效的海洋测量工作。

Multibeam System SeaBeam 3012

Content

viii

Operator Manual

TH 44 303 8034 EN Rev.: - 11/2012

Refer to protection notice ISO 16016.

4.5.3.2.2 Replace Fuses on the Power Supply NG 174 ......................................................................... 4-69

4.6 Software Installation .............................................................................................................. 4-70

4.6.1 General ..................................................................................................................................... 4-70

4.6.2 Restore Operator Station via the Recovery DVD..................................................................... 4-70

4.6.3 Re-Install or Reconfigure Individual Software Components .................................................... 4-70

4.6.4 Install Software Updates Provided by L-3 ELAC Nautik .......................................................... 4-70

4.6.5 IP Addresses of the System Components ............................................................................... 4-71

4.6.6 List of Third-Party Software to be Installed on the Operator Station ....................................... 4-71

4.6.7 Cable Connections ................................................................................................................... 4-72

4.6.8 Install the Sonar Software ........................................................................................................ 4-72

4.6.9 Install the HydroStar Online Software ...................................................................................... 4-76

5 REPAIR ..................................................................................................................... 5-1

6 PARTS DATA ........................................................................................................... 6-1

7 ANNEXES ................................................................................................................. 7-1

7.1 LICENSE AGREEMENT ............................................................................................................ 7-1

Multibeam System SeaBeam 3012

Content

TH 44 303 8034 EN Rev.: - 11/2012

Operator Manual

Refer to protection notice ISO 16016.

List of Figures

Figure 2-1: Depth and Coverage Performance of SeaBeam 3012 1°x1° ...................................... 2-3

Figure 2-2: System Configuration of SeaBeam 3012 1° x 1° ...................................................... 2-14

Figure 2-3: Hydrophone Junction Box AK 131-10 (Bottom View) ............................................... 2-16

Figure 2-4: Hydrophone Junction Box AK 131-10 (Top View) .................................................... 2-16

Figure 2-5: Hydrophone Junction Box AK 131-10 (Open) .......................................................... 2-17

Figure 2-6: Overview Transmitter Control Unit (TCU) ................................................................. 2-19

Figure 2-7: Transmitter Assembly .............................................................................................. 2-21

Figure 2-8: Controller Unit EBE 271 ........................................................................................... 2-22

Figure 2-9: Tx Controller (PowerPC) .......................................................................................... 2-23

Figure 2-10: Power Amplifier Controller (CPAC) Board .............................................................. 2-24

Figure 2-11: Power Amplifier Board PGN 55 .............................................................................. 2-25

Figure 2-12: Tuning Board EBE 279 .......................................................................................... 2-26

Figure 2-13: Capacitor Assembly ............................................................................................... 2-27

Figure 2-14: Capacitor Module CE 19 ........................................................................................ 2-28

Figure 2-15: High-Voltage Power Supply (HVPS) NG 178 ......................................................... 2-29

Figure 2-16: Low-Voltage Power Supply (LVPS) NG 179 ........................................................... 2-29

Figure 2-17: Terminal Strip with Interface Converter (Blue Module) ........................................... 2-30

Figure 2-18: Receiver Control Unit (RCU) .................................................................................. 2-31

Figure 2-19: Sonar Processor PC (Front View) .......................................................................... 2-33

Figure 2-20: Uninterruptible Power Supply (UPS) Unit(s) inside the RCU .................................. 2-35

Figure 2-21: Main Switch Box (Front View) ................................................................................ 2-36

Figure 2-22: Main Switch Box (Back View)................................................................................. 2-37

Figure 2-23: Receiver Rack (Front View) ................................................................................... 2-39

Figure 2-24: Populated Receiver Rack (open) ........................................................................... 2-40

Figure 2-25: Signal Conditioning Board DLE 235-10 .................................................................. 2-42

Figure 2-26: Interface and DSP Board PSE 53-10 ..................................................................... 2-43

Figure 2-27: LAN Switch Board EBE 272 ................................................................................... 2-44

Figure 2-28: Interface and Control Board DLE 238 .................................................................... 2-45

Figure 2-29: Rx Controller Board NetDCU8 ............................................................................... 2-46

Figure 2-30: Power Supply Board NG 174 ................................................................................. 2-48

Figure 2-31: Power Supply within the Receiver Control Unit ...................................................... 2-49

Figure 2-32: SSV3000 Controller (optional)................................................................................ 2-50

Figure 2-33: POS/MV (optional, front view / back view).............................................................. 2-51

Figure 2-34: Network Switch (back view) ................................................................................... 2-51

Figure 2-35: Interface Splitter ..................................................................................................... 2-52

Figure 2-36: Ethernet Interface at the Front Side of the Receiver Rack ...................................... 2-52

Figure 2-37: Hardware Interfaces at the Rear Side of the Receiver Rack .................................. 2-53

Figure 2-38: Terminal Strip for External Sensors and Network Connections .............................. 2-55

Figure 2-39: Wave Front Forming .............................................................................................. 2-59

Figure 2-40: Element-to-Element Phase Difference Linearly with Time ...................................... 2-60

Figure 2-41: Transmit Beam Footprints ...................................................................................... 2-61

Figure 2-42: Boxcar Filter in the Reception Signal Processing ................................................... 2-63

Figure 2-43: Data Flow Between the Main System Components ................................................ 2-65

Figure 2-44: Handling of the Ping Trigger T0 ............................................................................. 2-66

Figure 2-45: Time Synchronization of the Different System Components ................................... 2-67

Figure 3-1: System Start-up: Switches at the Main Switch Box .................................................... 3-2

Figure 3-2: Default Start-up Configuration of HydroStar Online .................................................... 3-3

Multibeam System SeaBeam 3012

Content

Operator Manual

TH 44 303 8034 EN Rev.: - 11/2012

Refer to protection notice ISO 16016.

Figure 3-3: Ship Parameter Window ............................................................................................ 3-5

Figure 3-4: Sound Velocity Profile Window .................................................................................. 3-6

Figure 3-5: SeaBeam 3000 – Sonar Parameter Settings Window ................................................ 3-8

Figure 3-6: General ................................................................................................................... 3-14

Figure 3-7: Gates Graph View.................................................................................................... 3-15

Figure 3-8: Waterfall Display ...................................................................................................... 3-17

Figure 3-9: Inverse Multibeam Display ....................................................................................... 3-17

Figure 3-10: SeaBeam 3012 Status Display ............................................................................... 3-19

Figure 3-11: Navigation Status: General Display ........................................................................ 3-20

Figure 3-12: Modbus Communication Tester after Program Start .............................................. 3-26

Figure 3-13: Modbus Communication Tester after XML Config File has been Loaded ............... 3-27

Figure 3-14: Connection Icon of the Modbus Communication Tester ......................................... 3-27

Figure 3-15: Remote Power On and Off via the Modbus Communication Tester ....................... 3-28

Figure 4-1: Receiver Rack – Position of Screws ........................................................................ 4-11

Figure 4-2:Maintenance - Starting Transmitter Test ................................................................... 4-22

Figure 4-3: SeaBeam 3000 – Test Summary of a Successful Transmitter Test .......................... 4-22

Figure 4-4:Starting Receiver Performance Test ......................................................................... 4-23

Figure 4-5:Test Summary of a Successful Receiver Test (Electrical Test) ................................. 4-24

Figure 4-6: Test Summary of a Successful Receiver Test (Noise Test) ...................................... 4-24

Figure 4-7: Indicator Lamps on the Controller Unit EBE 271 ...................................................... 4-26

Figure 4-8: Indicator Lamps of the Capacitor Modules CE 19 .................................................... 4-37

Figure 4-9: Sense Connector Default Connection of the HVPS .................................................. 4-42

Figure 4-10: Back of Receiver Rack Inside the Receiver Control Unit ........................................ 4-47

Figure 4-11: Replace the High-Voltage Power Supply (HVPS) NG 178 ..................................... 4-53

Figure 4-12: Replace the Low-Voltage Power Supply (LVPS) NG 179 ....................................... 4-54

Figure 4-13: Replace Fuse in Capacitor Module CE 19 ............................................................. 4-65

Figure 4-14: Uninterruptible Power Supply (UPS) Unit(s) inside the RCU .................................. 4-66

Figure 4-16: NG174 Power Supply with Fuse Position ............................................................... 4-69

Figure 4-17: “Welcome to the SB 3012 Sonar Setup Wizard” Dialog.......................................... 4-72

Figure 4-18: “License Agreement” Dialog ................................................................................... 4-73

Figure 4-19: “Select Start Menu Folder” Dialog .......................................................................... 4-74

Figure 4-20: “Ready to Install” Dialog ......................................................................................... 4-74

Figure 4-21: “Installing” Dialog ................................................................................................... 4-75

Figure 4-22: “Completing the SB 3012 Sonar Software Setup Wizard” Dialog ........................... 4-75

Multibeam System SeaBeam 3012

Content

TH 44 303 8034 EN Rev.: - 11/2012

Operator Manual

Refer to protection notice ISO 16016.

List of Tables

Tab. 1-1: Personnel Qualifications ............................................................................................... 1-3

Tab. 1-2: Emphasis ...................................................................................................................... 1-6

Tab. 1-3: Referenced Documents .............................................................................................. 1-10

Tab. 2-1: Available System Configurations................................................................................... 2-2

Tab. 2-2: Environmental and Physical Specification ..................................................................... 2-4

Tab. 2-3: Power Requirements .................................................................................................... 2-4

Tab. 2-4: Required Characteristics of the Ship’s Power Supply.................................................... 2-5

Tab. 2-5: Environmental Requirements ........................................................................................ 2-5

Tab. 2-6: Overview of Performance Data ..................................................................................... 2-7

Tab. 2-7: Along-Ship Beam Widths .............................................................................................. 2-7

Tab. 2-8: Across-Ship Beam Widths ............................................................................................ 2-8

Tab. 2-9: Types of Input Interfaces .............................................................................................. 2-9

Tab. 2-10: Types of Output Interfaces ........................................................................................ 2-10

Tab. 2-11: Main Components of the Transmitter Control Unit (TCU) .......................................... 2-20

Tab. 2-12: Components of the Transmitter Assembly ................................................................ 2-21

Tab. 2-13: Components of the Transmitter Assembly ................................................................ 2-27

Tab. 2-14: Receiver Control Unit (main components) ................................................................. 2-32

Tab. 2-15: Switches of the Main Switch Box .............................................................................. 2-37

Tab. 2-16: The Different Switching States of the Main Switch Box ............................................. 2-38

Tab. 2-17: Required Boards within the Receiver Rack ............................................................... 2-40

Tab. 2-18: Overview of Interfaces .............................................................................................. 2-54

Tab. 2-19: Connection of the Hydrophone Cables from the AK 131-10 to the Receiver Rack .... 2-55

Tab. 2-20: Connection of the Power Supply Cables from the AK 131-10 to the Receiver Rack .. 2-55

Tab. 3-1: Overview of Automatic Online BITE Functions and Affected LRUs / Items .................. 3-22

Tab. 4-1: Scheduled Maintenance – Summary of Procedures ..................................................... 4-4

Tab. 4-2: Test Points and Expected Results for the Projector Cabling Test ................................ 4-16

Tab. 4-3: Test Points and Expected Results for the Hydrophone Cabling Test .......................... 4-18

Tab. 4-4: Overview of Offline BITE – Functions and Affected LRUs/Items ................................. 4-20

Tab. 4-5: Corrective Actions Workstation ................................................................................... 4-25

Tab. 4-6: Corrective Actions for Power of the Transceiver Electronics ....................................... 4-25

Tab. 4-7: Description of the Indicator Lamps on the Controller Unit EBE 271 ............................. 4-27

Tab. 4-8: Corrective Actions for the Tx Controller ....................................................................... 4-28

Tab. 4-9: Common Terminal Commands @ PPC1-bug> prompt ............................................... 4-29

Tab. 4-10: Corrective Actions for the CPAC Board ..................................................................... 4-33

Tab. 4-11: Corrective Actions for the Power Amplifier Boards PGN 55 ...................................... 4-34

Tab. 4-12: Corrective Actions for the Tuning Board EBE 279 ..................................................... 4-35

Tab. 4-13: Mapping of the Projector Modules LSE 315 to the Tuning Boards EBE 279 ............. 4-36

Tab. 4-14: Normal Status of the Indicator Lamps of the Capacitor Modules CE 19 .................... 4-37

Tab. 4-15: Corrective Actions for the Capacitor Modules CE 19 ................................................. 4-39

Tab. 4-16: Output Voltages of the HVPS, Depending upon Power Level ................................... 4-40

Tab. 4-17: Corrective Actions for the HVPS ............................................................................... 4-41

Tab. 4-18: Voltage Display of Low-Voltage Power Supply (LVPS) ............................................. 4-43

Tab. 4-19: Corrective Actions for the LVPS ................................................................................ 4-43

Tab. 4-20: Fans within the Transmitter Control Unit ................................................................... 4-44

Tab. 4-21: Corrective Actions for Uninterruptible Power Supply (UPS) ...................................... 4-45

Tab. 4-22: LEDs at the Front Door of the Receiver Rack ........................................................... 4-46

Tab. 4-23: LEDs on boards of the Receiver Rack ...................................................................... 4-46

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