Simrad SC90 Omni Sonar Manuals

Manuals and User Guides for Simrad SC90 Omni Sonar. We have 4 Simrad SC90 Omni Sonar manuals available for free PDF download: Installation Manual, Harbour Acceptance Test, Sea Acceptance Test, Factory Acceptance Test

Simrad SC90 Installation Manual (544 pages)

Fish finding sonar

Brand: Simrad | Category: Sonar | Size: 16 MB

Table of Contents
5
About this Manual
17
Simrad Sc90
19
Important
19
System Description
21
Key Features
22
System Diagram
23
System Units
24
- Display Description
  24
- Processor Unit Description
  25
- Transceiver Unit Description
  26
- Operating Panel Description
  27
- Operating Panel Power Supply Description
  27
- Power Supply Unit Description
  28
- Hull Unit Description
  28
- Transducer Description
  31
- Installation Trunk Description
  32
Scope of Supply
34
General Safety Rules
45
Installation Requirements
46
Network Security
48
Support Information
49
Preparations
52
Installation Summary
53
About Installation Drawings
55
Tools, Equipment and Consumables Required for SC90 Installation
56
Personnel Qualifications
57
Choosing the Best Location for the Hull Unit
58
Location of Hardware Units on the Bridge
61
Sonar Room Requirements
66
Acoustic Noise
78
- Introduction to the Acoustic Noise Challenge
  78
- Contributing Factors
  78
- Self Noise
  80
- Ambient Noise
  82
- Electrical Self Noise
  83
- Reverberation
  83
- Some Means to Reduce Acoustic Noise
  84
Installing the Optional Gate Valve Dn350
86
About the Optional Gate Valve
87
Gate Valve System Description
89
Gate Valve Installation Principles
90
Mechanical Support Brackets
91
Installing the Mounting Flange
92
Installing the Gate Valve
98
Installing the Transducer Dock
99
Installing the Hydraulic Units
101
Verifying the Quality of the Gate Valve Installation
102
Installing the Optional Gate Valve Dn500
105
About the Optional Gate Valve
106
Gate Valve System Description
107
Gate Valve Installation Principles
108
Mechanical Support Brackets
109
Installing the Mounting Flange
110
Installing the Gate Valve
115
Installing the Transducer Dock
117
Installing the Hydraulic Units
119
Verifying the Quality of the Gate Valve Installation
120
Mounting the Sc90 Installation Trunk
122
About the Installation Trunk
123
- Rubber Gasket
  124
- Mechanical Support Brackets
  124
- Design and Installation Drawings
  125
Mounting the Installation Trunk
125
Verifying the Quality of the Installation
128
Installation Example: Standard Type
130
Installation Example: Oil Filled Type
131
Mounting the Sc94 Installation Trunk
132
About the Installation Trunk
133
- Rubber Gasket
  134
- Mechanical Support Brackets
  134
- Design and Installation Drawings
  135
Mounting the Installation Trunk
135
Verifying the Quality of the Installation
138
Installation Example: Standard Type
140
Installation Example: Oil Filled Type
141
Installing the Sc90 Hull Unit
142
SC90 Hull Unit Familiarization
149
Unpacking the Hull Unit from Its Transport Box
150
Mounting the Hull Unit on Top of the Installation Trunk
152
Designing and Mounting Mechanical Support Brackets to Secure the Hull Unit
154
Hull Unit and Transducer Alignment
156
Inspecting the Transducer
156
Verifying the Quality of the Hull Unit Installation
157
Installing the Sc94 Hull Unit
160
About the Hull Unit Installation
161
SC94 Hull Unit Familiarization
166
Unpacking the Hull Unit from Its Transport Box
167
Mounting the Hull Unit on Top of the Installation Trunk
169
Connecting a Ventilation Pipe to the Air Bleeding Cock
171
Designing and Mounting Mechanical Support Brackets to Secure the Hull Unit
172
Hull Unit and Transducer Alignment
173
Inspecting the Transducer
174
Verifying the Quality of the Hull Unit Installation
175
Installing the Sc90 Hardware Units
178
Installing the Display
179
Installing the Enix Processor Unit
180
Installing the Operating Panel
182
- Operating Panel Cut-Out Drawing
  183
Installing the Operating Panel Power Supply
184
Installing the Power Supply Unit
185
Installing the Transceiver Unit
186
Cable Layout and Interconnections
192
Read this First
193
Topside Cable Plan
194
- A Processor Unit
  194
- C Operating Panel
  194
- D Operating Panel Power Supply
  194
- E Uninterruptible Power Supply (UPS)
  194
Sonar Room Cable Plan
195
List of SC90 Cables
197
Installing the SC90 Cables
200
Processor Unit Graphic Adapter
210
Processor Unit Serial Adapter
212
Serial Line Splitters
215
Setting up the SC90 in a Synchronized System
224
Cable Drawings and Specifications
230
Basic Cable Requirements
259
- Cable Trays
  259
- Radio Frequency Interference
  260
- Physical Protection of Cables
  260
- Grounding of System Cables
  261
- Cable Connections and Terminations
  261
- Cable Identification
  261
- Cable Glands and Termination Procedures
  262
Setting to Work
267
Setting to Work Summary
268
Inspecting the SC90 Installation
270
Starting up the Hull Unit
284
Turning on the SC90 for the First Time
300
Configuring the SC90 for Normal Operation
315
Setting up the Interfaces to Peripheral Devices
326
Testing the SC90 Operational Functionality
343
Testing the Interfaces with Peripheral Devices
365
Verifying the Installation Parameters
373
Creating a Backup with the SC90 Configuration and Software Installation
385
Installation Remarks
390
Opening the BITE (Built-In Test Equipment) Dialog Box
390
Technical Specifications
393
Introduction to Technical Specifications
394
Performance Specifications
394
Power Requirements
397
Weight and Outline Dimensions
399
Environmental Requirements
401
Compass Safe Distance
402
Minimum Display Requirements
403
Datagram Formats
405
About NMEA and Standard Datagram Formats
406
NMEA Datagram Formats
409
- NMEA DBS Datagram
  409
- NMEA DBT Datagram
  410
- NMEA DPT Datagram
  410
- NMEA GGA Datagram
  411
- NMEA GLL Datagram
  412
- NMEA HDG Datagram
  413
- NMEA HDM Datagram
  413
- NMEA HDT Datagram
  414
- NMEA MWD Datagram
  414
- NMEA MWV Datagram
  415
- NMEA RMC Datagram
  415
- NMEA VBW Datagram
  416
- NMEA VHW Datagram
  417
- NMEA VTG Datagram
  417
- NMEA VWR Datagram
  418
- NMEA ZDA Datagram
  419
Proprietary Datagram Formats
420
- Simrad DBS Datagram Format
  420
- Simrad FS3300 Binary Depth Datagram Format
  421
- Simrad GLL Datagram Format
  421
- Simrad HFB Datagram Format
  422
- Simrad MDS Datagram Format
  422
- Simrad MTW Datagram Format
  424
- Simrad PSIMP-D Datagram Format
  424
- Simrad PSIMP-F Datagram Format
  426
- Simrad TDS Datagram Format
  427
- Simrad TFI Datagram Format
  427
- Simrad TPC Datagram Format
  428
- Simrad TPP Datagram Format
  428
- Simrad TPT Datagram Format
  429
- Simrad TS2 Datagram Format
  430
- Simrad TTS Datagram Format
  430
Third Party Datagram Formats
431
- Furuno CIF Datagram
  431
- Kaijo VDVCD Datagram Format
  434
- Ryokosei RBY Datagram Format
  435
- Serpe BSC Datagram Format
  436
Drawing File
437
About the Drawings in the Drawing File
439
385609 Processor Unit Dimensions
440
422358 Transceiver Unit Dimensions
444
204688 Operating Panel Dimensions
447
422321 Power Supply Unit Dimensions
449
413125 Hull Unit Dimensions SC90
451
426919 Hull Unit Dimensions SC94
454
402509 Installation Trunk Dimensions
457
427176 Installation Trunk Dimensions
460
434524 Installation Trunk Dimensions
462
051344 Blind Panel Dimensions (Ø370 MM)
465
207485 Blind Panel Dimensions (Ø670 MM)
466
044140 Mounting Flange DN350
467
082973 Mounting Flange DN500
470
214043 Gate Valve Installation DN350
473
422915 Gate Valve Installation DN350
475
083045 Gate Valve Installation DN500
477
33414 Gate Valve Dimensions DN350
479
33473 Gate Valve Dimensions DN350
482
33498 Gate Valve Dimensions DN500
484
37357 Gate Valve Dimensions DN500
487
403038 Transducer Dock Dimensions
490
430192 Transducer Dock Dimensions
493
427177 Transducer Dock Dimensions
496
Equipment Handling
499
Transporting Kongsberg Maritime Equipment
500
Lifting Units and Transportation Boxes
501
Inspection of Units and Transportation Boxes after Arrival
502
Specifications for Storage Prior to Installation or Use
503
Unpacking Instructions
504
Specifications for Storage after Unpacking
508
Packing Instructions for Storage or Shipping
509
Storage after Use
510
Handling Instructions for Printed Circuit Boards and Electronic Modules
514
Disposal of Old Products
518
General Safety Rules
520
General Supply Conditions
521
Receipt, Unpacking and Storage
521
Equipment Responsibility
521

Simrad SC90 Harbour Acceptance Test (78 pages)

Fish finding sonar

Brand: Simrad | Category: Fish Finder | Size: 12 MB

Table of Contents
3
Introduction
5
Purpose
6
Personnel and Location
6
Referenced Documents
6
Tools and Test Equipment
7
Hardware and Software Registration
8
Verification of Previously Tested Items
9
Software Items
10
Hardware Items
11
- Display
  11
- Processor Unit
  11
- Transceiver Unit
  12
- Power Supply Unit
  13
- Operating Panel
  13
- Hull Unit
  14
- Transducer
  14
Visual Inspection
15
Visual Inspection of the Display
15
Visual Inspection of the Processor Unit
17
Visual Inspection of the Operating Panel
19
Visual Inspection of the Transceiver Unit
20
Visual Inspection of the Power Supply Unit
22
Visual Inspection of the Hull Unit
23
Environmental Inspection of the Transceiver Unit
25
Verifying that All SC90 Cables Are Properly Connected
27
Testing the Sc90 Operational Functionality
29
Turning on the SC90 to Start the Functional Test
29
Checking the Transducer Lower and Hoist Functionality
30
- Checking the Transducer Lower and Hoist Functionality - Bridge Operations
  31
- Checking the Transducer Lower and Hoist Functionality - Sonar Room Operations
  33
Testing the Operating Panel to Verify Basic Functionality
35
Testing the User Interface to Verify Basic Functionality
39
Verifying that the Transceiver Unit Is Transmitting on All Channels
40
Verifying SC90 Operation by Means of the BITE Functionality
41
Measuring the Output Voltages from the Power Supply Unit
45
Measuring the Echo Level with the Transducer Disconnected from the Transceiver Unit
47
Testing the Noise Conditions
47
Measuring the BITE Noise with the Transducer Disconnected from the Transceiver Unit
49
Measuring the Echo Level in Passive Mode
51
Testing the Interfaces with Peripheral Devices
54
Verifying the Communication with a Navigation System (GPS)
54
Verifying the Communication with Speed Log
56
Verifying the Communication with the Course Gyro
58
Verifying the Communication with the Motion Reference Unit (MRU)
59
Verifying the Installation Parameters
62
Verifying the Alignment of the SC90 Presentation (SC90)
63
Verifying the Alignment of the SC90 Presentation (SC94)
65
Verifying the Installation Parameters for the Global Positioning System (GPS) Antenna
67
Verifying the Installation Parameters for the Transducer
68
Verifying the Physical Dimensions of the Ship
70
Adjusting the Offset Angle between the Motion Sensor and the Direction of the Transducer
71
Customer Acceptance Form
74
Secondary Procedures
75
Opening the BITE (Built-In Test Equipment) Dialog Box
75

Simrad SC90 Sea Acceptance Test (64 pages)

Fish finding sonar

Brand: Simrad | Category: Sonar | Size: 7 MB

Table of Contents
3
Introduction
5
Purpose
6
Personnel and Location
6
Referenced Documents
6
Tools and Test Equipment
7
Acceptance Test Summary
8
Hardware and Software Registration
9
Verification of Previously Tested Items
10
Software Items
11
Hardware Items
12
- Display
  12
- Processor Unit
  12
- Transceiver Unit
  13
- Power Supply Unit
  14
- Operating Panel
  14
- Hull Unit
  15
- Transducer
  15
Testing the Sc90 Operational Functionality
16
Turning on the SC90 to Start the Functional Test
16
Testing the Operating Panel to Verify Basic Functionality
17
Testing the User Interface to Verify Basic Functionality
21
Verifying that the Transceiver Unit Is Transmitting on All Channels
23
Verifying SC90 Operation by Means of the BITE Functionality
24
Testing the Noise Conditions
28
Measuring the Echo Level in Passive Mode
28
Making a Noise/Speed Curve to Determine Vessel Noise
30
Testing the Interfaces with Peripheral Devices
35
Verifying the Communication with a Navigation System (GPS)
35
Verifying the Communication with Speed Log
37
Verifying the Communication with the Course Gyro
39
Verifying the Communication with the Motion Reference Unit (MRU)
41
Verifying the Installation Parameters
44
Verifying the Alignment of the SC90 Presentation (SC90)
45
Verifying the Alignment of the SC90 Presentation (SC94)
47
Verifying the Installation Parameters for the Global Positioning System (GPS) Antenna
49
Verifying the Installation Parameters for the Transducer
50
Verifying the Physical Dimensions of the Ship
52
Adjusting the Offset Angle between the Motion Sensor and the Direction of the Transducer
53
Creating a Backup with the Sc90 Configuration and Software Installation
56
About SC90 Software Backup and Restore
56
Creating a Processor Unit Image on a USB Flash Drive Using the Acronis True Image Program
57
Restoring a Processor Unit Image from a USB Flash Drive Using the Acronis True Image Program
58
Creating a Bootable USB Flash Drive Using the Acronis True Image Program
60
Customer Acceptance Form
61
Secondary Procedures
62
Opening the BITE (Built-In Test Equipment) Dialog Box
62

Simrad SC90 Factory Acceptance Test (54 pages)

Fish finding sonar

Brand: Simrad | Category: Sonar | Size: 12 MB

Table of Contents
3
Introduction
5
Purpose
6
Personnel and Location
6
Referenced Documents
7
Tools and Test Equipment
7
Acceptance Test Summary
9
Hardware and Software Registration
10
Software Items
11
Hardware Items
12
- Display
  12
- Processor Unit
  12
- Transceiver Unit
  13
- Power Supply Unit
  14
- Operating Panel
  15
- Hull Unit
  15
- Transducer
  15
Visual Inspection
17
Inspecting Logistic Items
18
Visual Inspection of the Display
18
Visual Inspection of the Processor Unit
19
Visual Inspection of the Operating Panel
20
Visual Inspection of the Transceiver Unit
20
Visual Inspection of the Power Supply Unit
21
Visual Inspection of the Hull Unit
22
Inspecting the Transducer
22
Testing the Sc90 Operational Functionality
24
Turning on the SC90 to Start the Test
24
Testing the Operating Panel to Verify Basic Functionality
25
Testing the User Interface to Verify Basic Functionality
29
Verifying that the Transceiver Unit Is Transmitting on All Channels
31
Verifying SC90 Operation by Means of the BITE Functionality
31
Measuring the Output Voltages from the Power Supply Unit
35
Testing the Noise Conditions
37
Measuring the Echo Level with the Transducer Disconnected from the Transceiver Unit
37
Measuring the BITE Noise with the Transducer Disconnected from the Transceiver Unit
39
Testing the Interfaces with Peripheral Devices
42
Verifying the Communication with a Navigation System (GPS)
42
Verifying the Communication with Speed Log
44
Verifying the Communication with the Course Gyro
46
Verifying the Communication with the Motion Reference Unit (MRU)
47
Customer Acceptance Form
50
Secondary Procedures
51
Opening the BITE (Built-In Test Equipment) Dialog Box
51

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