Simrad PI54 A Specifications Page 33
- Page / 322
- Table of contents
- TROUBLESHOOTING
- BOOKMARKS
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Getting started
21
850-165186 / Rev.B
• Pelagic trawl: On a pelagic trawl, this sensor proves very
useful when the trawl moves downwards. It will let you
know immediately if the footrope touches bottom.
• Purse seine: When you work with a purse seine, you need to
know when the seine reaches the bottom. This sensor will let
you know. once it happens.
• Danish seine: Used on a Danish seine, the sensor will let you
know when the net has a stable bottom contact, and when it
is time to haul.
• Scientific research: During scientific surveys, an exact
definition of towed distance with proper ground gear contact
is an essential parameter in bottom trawl swept area estimates
of fish abundance. Using a Bottom Contact sensor will
reduce errors in this key parameter.
Catch sensor: When is the trawl full?
This is your “eye” at the cod-end. With PI Catch sensors in use,
you can easily monitor the fi lling rate and the amount of catch
in the trawl. Save time and fuel, haul in the trawl at the right
moment! The design is rugged and awardwinning, and the
sensor’s sensitivity is easily adjustable for trawls of all sizes.
Some professionals claim that the Catch sensor is the most
important sensor on the trawl. Why? Because it will tell you the
amount of catch in the trawl.
The sensor simply monitors the expansion of the meshes in the
cod-end. Once the volume caught is enough to expand the
meshes, they will pull the detector wires and engage the sensor.
The sensitivity of the sensor can easily be adjusted, just extend
the detection rubber bands to span additional meshes.
To monitor the filling rate, we recommend that you use
minimum two sensors. Place the first sensor at the far end of the
cod-end, it will tell you that the trawl is actually fishing. Place
the second sensor closer to the trawl opening. Once the trawl is
filled to the chosen location, the sensor is engaged, and you
know that it is time to haul.
Use the PI Catch sensor to adjust the catch volume according to
the production capacity, check that the trawl is fishing, adjust
the caught volume to secure quality, and minimize the towing
time to save fuel. These are only a few of the reasons why this
sensor is considered to be so important.
- Operator manual 1
- Catch monitoring system 3
- About this document 4
- Sections 5
- 12 Sensor test procedures 6
- 13 Technical specifications 6
- 14 Software updates 6
- Simrad PI54 10
- INTRODUCTION 13
- Changes to this manual 14
- SYSTEM DESCRIPTION 15
- System diagram 16
- Operator Unit 17
- Sensor overview 19
- Battery chargers 20
- GETTING STARTED 21
- Power on 22
- Power off 22
- Pages and Windows 23
- To set up a presentation page 23
- To define window information 24
- Window sizes and information 24
- Page 1: Echo sounder 25
- Page 2: Numeric display 25
- Page 3: Graphic display 26
- Page 4: Navigation display 26
- Leafing through the pages 27
- Other display presentations 27
- Introduction to the main menu 28
- Introduction to the keypad 29
- Introducing the sensors 32
- Depth: How deep can you go? 34
- Rip: Check for damages! 35
- APPLICATION EXAMPLES 37
- Purse seine 38
- Danish seine 39
- Bottom trawl 40
- Pelagic trawl 41
- Echo sounder 42
- Graphic display 43
- DISPLAY PRESENTATIONS 44
- Numeric display 45
- Depth presentation 49
- Height presentation 50
- Spread presentation 51
- Surface temperature 57
- Status display 58
- (A) Numeric information 59
- (B) Upper status field 59
- (C) Frequency spectrum 60
- (D) Gain indicators 60
- (E) Lower status field 61
- → Receiver setup, page 208 61
- → Status setup, page 218 61
- Echo sounder display 62
- Bottom expansion 63
- Highway display 65
- Position display 66
- OPERATIONAL PROCEDURES 67
- → Numeric display, page 33 69
- How to set up the sensors 70
- Predefined settings 71
- How to use the sensors 74
- How to test the sensors 76
- How to define sensor offsets 78
- MENU Exit 82
- GAIN- GAIN+ 82
- (CD11105C) 82
- → Twin Spread, page 148 83
- → Trawl info, page 223 83
- Readout adjustments 89
- Readouts 89
- Howtoviewechosounderdata 92
- How to set up marker lines 93
- Depth and Height marker lines 96
- 850-165186 / Rev.B 100
- Ping to ping filter 101
- Colour threshold 101
- Signal threshold 101
- Depth grid 101
- Phased range mode 103
- Access to the dialogue 103
- Standard mode 103
- Related topics 104
- Activate A-Scope 107
- De-activate A-Scope 107
- How to define alarm limits 108
- Surface temperature alarm 109
- Clearance alarms 109
- How to select menu language 111
- → Page setup, page 204 112
- PRACTICAL USE OF THE SENSORS 115
- Sensor configuration 116
- PI Bottom Contact sensor 119
- Bottom Contact presentation 120
- System configuration 121
- Mounting 121
- PS Bottom Contact sensor 123
- PI Catch sensor 127
- Presentation 128
- PS Catch sensor 132
- Catch presentation 133
- PI Depth sensor 136
- Numerical presentation 137
- PS Depth sensor 141
- PI Height sensor 146
- Daily operation 147
- PI Rip sensor 150
- Numeric presentation 151
- PI Spread and Remote sensors 155
- Installation principle 158
- Sacrificial water switch 159
- PI Twin Spread 160
- Main parts 161
- PI Temperature sensor 165
- Temperature presentation 167
- PS Temperature sensor 171
- SENSOR CHARGERS 176
- PI Charger 177
- PS30 Charger 179
- General guidelines 180
- Battery depleted frequently 180
- Typical sensor (PI Depth) 180
- MENU SYSTEM 181
- ECHO SOUNDER WIN 182
- Menu system 183
- Echo quick menu 184
- REFERENCES 185
- Setup map 186
- References 187
- Depth calibration 188
- Echo presentation setup 189
- Echo sounder setup 192
- Echo sounder parameters 193
- Factory presets 195
- Graphic setup 196
- → Sensor setup, page 215 198
- → Numeric setup, page 202 198
- Interface setup 199
- PI Function 201
- Position 202
- Navigation 203
- Identification 206
- Applicable telegram formats 207
- Marker line setup 209
- → Graphic display, page 41 211
- → Graphic setup, page 184 211
- → Trawl calculator, page 221 211
- Navigation setup 212
- Numeric setup 214
- Offset adjust 215
- Page setup 216
- Palette setup 217
- Position display setup 218
- Quick guide 219
- Receiver setup 220
- Sensor alarms 223
- Surface temperature alarms 225
- Sensor setup 227
- Speed setup 229
- Status setup 230
- Surface temperature setup 231
- Temperature setup 232
- Trawl calculator 233
- → Marker line setup, page 197 234
- Trawl info setup 235
- Units setup 237
- PI CONFIGURATOR 238
- Basic information 239
- Available equipment 240
- About sensor configuration 241
- Changing the update rate 242
- Main dialogue description 243
- Operational procedures 245
- Software installation 246
- How to interface the sensor 247
- Communication Port Setup 254
- Operation 254
- Configure Sensor 255
- Factory Default 258
- Language 260
- LED Control 261
- Message field 262
- PI Configurator 263
- Ping control 264
- Read Sensor Data 266
- Sensor Type 268
- Show Channel At Startup 270
- Examples 271
- Terminate Communication 272
- Maintenance 273
- Making a programming cable 275
- Troubleshooting 276
- SENSOR TEST PROCEDURES 277
- Bottom Contact test procedure 278
- Testing on land 279
- Testing in water 279
- Tools and equipment required 281
- Catch sensor, test procedure 285
- Depth sensor, test procedure 288
- PI32 Calibration procedure 290
- PI44 Calibration procedure 290
- Height sensor, test procedure 294
- TECHNICAL SPECIFICATIONS 297
- PI Bottom Contact 298
- PI Catch & PI Rip 298
- PI Depth 299
- PI Height 300
- PI Spread & Remote 300
- PI Temperature 301
- - To 70% capacity: 1 hour 302
- - To 100% capacity: 4 hours 302
- - To 100% capacity: 16 hours 302
- SOFTWARE UPDATES 303
- DSP Software upgrade 304
- The program file 305
- Procedure 305
- Messages 306
- Safety measures 306
- Critical process 307
- MMI Software upgrade 308
- PI DSP Upload 311
- E 2005 Simrad AS 322
- ISBN 82-8066-053-4 322
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