TM-55-1930-209-14P-1 Tow Bar Assembly Aircraft P/N AA1730 1251 NSN 1730-00-967-9556 Manual

CHAPTER 1 INTRODUCTION - TM-55-1930-209-14P-1_155
Figure 1-1. Major Components of ROWPU Barge Systems and Equipment - Deckhouse Roof
Figure 1-1. Major Components of ROWPU Barge Systems and Equipment - Deckhouse Roof - cont
Figure 1-1. Major Components of ROWPU Barge Systems and Equipment - Deckhouse Roof - cont - TM-55-1930-209-14P-1_158
Figure 1-1. Major Components of ROWPU Barge Systems and Equipment - Deckhouse Roof - cont - TM-55-1930-209-14P-1_159
General. - TM-55-1930-209-14P-1_160
Special limitations - TM-55-1930-209-14P-1_161
Items required but not furnished
CHAPTER 2 DESCRIPTION OF OPERATION - TM-55-1930-209-14P-1_163
Figure 2-1. Reverse Osmosis Demonstration
Drinking water production.
Manual format for operational use
Figure 2-2. ROWPU and Ballast Seawater Supply Block Diagram
Figure 2-3. ROWPU System Block Diagram
Figure 2-4. Drinking Water System Block Diagram (Barge 1)
Figure 2-5. Drinking Water System Block Diagram (Barges 2 and 3)
CHAPTER 3 ELECTRICAL POWER SYSTEMS
Description - TM-55-1930-209-14P-1_172
Figure 3-1. Switchboard Distribution Circuit Breakers (Barge 1)
Figure 3-2. Switchboard Distribution Circuit Breakers (Barges 2 and 3)
Figure 3-3. Power Panel 1 Circuit Breakers, 440 Vac
Figure 3-4. Power Distribution Panel 2, 440 Vac
Figure 3-5. Power Distribution Panel 3, 120 Vac
Figure 3-6. Power Distribution Panel 4, 440 Vac (Barge 1)
Figure 3-7. Deck Lighting Panel
Figure 3-8. Void Lighting Panel
Figure 3-9. Receptacle Panel
Table 3-1. Electrical Power System Major Components
Table 3-2. Barge Normal Electrical Power Distribution
Figure 3-10. Overall View of Switchboard Control Panels
Figure 3-11. Typical Switchboard Generator Control Panel
Switchboard distribution panel
Figure 3-12. Switchboard Distribution Panel (Barge 1)
Figure 3-13. Switchboard Distribution Panel (Barges 2 and 3)
Figure 3-14. Paralleling and Control Panel
Figure 3-15. Switchboard Miscellaneous Controls and Indicators
Prestart procedures from switchboard
Shutoff systems
Operating procedures from switchboard
Paralleling generators and transferring load - TM-55-1930-209-14P-1_194
Correcting reverse power situation
Emergency shutdown - TM-55-1930-209-14P-1_196
Table 3-3. Major Components of Emergency Electrical System
Figure 3-16. Location of Controls for Emergency Shutdown Systems
Section IV. Operating instructions
Figure 3-17. Emergency Electrical System Diagram
Figure 3-18. 24 Vdc Power Panel
Figure 3-19. Emergency Lighting Panel
Figure 3-20. Battery Charger
Figure 3-21. Battery Bank
Normal operating procedures - TM-55-1930-209-14P-1_205
Shutdown procedures - TM-55-1930-209-14P-1_206
Special limitations - TM-55-1930-209-14P-1_207
Engine indicators
Prestart procedures - TM-55-1930-209-14P-1_209
Starting procedures at the engine - TM-55-1930-209-14P-1_210
Shutdown procedures - TM-55-1930-209-14P-1_211
Section VI. 20 kW ship auxiliary generator (SAG) set
Operating instructions - TM-55-1930-209-14P-1_213
4.236M diesel engine
SC144E generator
hutdown procedures
CHAPTER 4 SMOKE DETECTOR SYSTEM
Figure 4-1. Front Panel of Marine Smoke Detector Cabinet
Normal operations
Emergency procedures for malfunctions
CHAPTER 5 COMMUNICATIONS SYSTEMS
Capabilities - TM-55-1930-209-14P-1_222
Figure 5-1. Radio Communications System Major Components
Figure 5-3. Marine Radio Equipment Interface
Figure 5-4. Walkie-Talkie Equipment Interface
Performance characteristics - TM-55-1930-209-14P-1_226
Description of operation - TM-55-1930-209-14P-1_227
Operating Instructions - TM-55-1930-209-14P-1_228
Figure 5-5. Army Radio Power Supply PP-6224 A/U Controls and Indicators (Barge 1)
Figure 5-6. Army Radio Power Supply PP-2953/U Controls and Indicators (Barges 2 and 3)
Figure 5-7. Army Radio Controls and Indicators
Figure 5-8. Marine Radio Controls and Indicators
Figure 5-9. Walkie-Talkie Battery Charger Controls and Indicators
Figure 5-10. Walkie-Talkie Controls and Indicators
Army radio
Commercial marine radios - TM-55-1930-209-14P-1_236
Walkie-talkies
Table 5-2. Frequency/Channel Chart for Commercial Marine Radios in USA - TM-55-1930-209-14P-1_238
Table 5-2. Frequency/Channel Chart for Commercial Marine Radios in USA - TM-55-1930-209-14P-1_239
Shutdown procedures - TM-55-1930-209-14P-1_240
Performance characteristics - TM-55-1930-209-14P-1_241
Figure 5-11. Foghorn Major Component Location
Section IV. Telephone system
Table 5-4. Locations of Telephone Stations and Equipment
Figure 5-12. Telephone System Major Component Location
Table 5-5. Telephone System Major Components
Description of operation - TM-55-1930-209-14P-1_247
Operating controls and Indicators
Operating procedures - TM-55-1930-209-14P-1_249
Figure 5-13. Telephone Station Selector Box Controls
Figure 5-14. System Operator Telephone Handset Station
Figure 5-15. Telephone Headset Controls and Plug
Figure 5-16. Telephone Headset Station
Talking between telephone stations
Figure 5-17. Telephone Speaker
CHAPTER 6 LIGHTING SYSTEM
Figure 6-1. Normal Interior Lighting Arrangement
Table 6-1. Normal Interior Lighting System Components
Figure 6-2. Emergency Interior Lighting Arrangement
Table 6-2. Emergency Interior Lighting System Components
Operating instructions - TM-55-1930-209-14P-1_261
Figure 6-4. 30A 3-Way Rotary Snap Switch
Figure 6-5. Power Panel 3
Figure 6-6. Deck Lighting Panel
Figure 6-7. Void Lighting Panel
Figure 6-8. Emergency Lighting Panel - TM-55-1930-209-14P-1_266
Figure 6-8. Emergency Lighting Panel - TM-55-1930-209-14P-1_267
Figure 6-8. Emergency Lighting Panel - TM-55-1930-209-14P-1_268
Table 6-3. Exterior Lighting System Components
Operating Instructions - TM-55-1930-209-14P-1_270
Shore discharge hose deployment status lights - TM-55-1930-209-14P-1_271
Section IV. Emergency shutdown
Figure 6-10. 24 Vdc Power Panel\
Figure 6-11. Searchlight
CHAPTER 7 VENTILATION, HEATING, AND AIR CONDITIONING SYSTEMS
Figure 7-1. Example of Light-Proof Louvered Hatches on Deckhouse Port and Starboard Bulkheads
Figure 7-2. Example of Covered Fan Motors on Deckhouse Top
Figure 7-3. Power Panel 2, 440 Vac
Table 7-1. Major Components of Deckhouse Ventilation System
Emergency shutdown - TM-55-1930-209-14P-1_280
Figure 7-4. Ventilation System Operating Controls
Section III. Voids ventilation system
Table 7-2. Major Components of Voids Ventilation System
Figure 7-5. Voids Ventilation Fan Motors on Port and Starboard Deckhouse Bulkheads (Portside Shown)
Figure 7-6. Example of Vertical Fan Motors near ROWPU Space Aft Bulkhead
Figure 7-7. Example of Round Blower Covers on Port and Starboard Bulkhead Exteriors
Figure 7-8. Voids Ventilation Emergency Shutdown Controls
Operating procedures - TM-55-1930-209-14P-1_288
Section IV. Heating and air conditioning (HAC) system
Figure 7-9. Heating and AC Selector Switch
Figure 7-10. Heating and AC System Controls
Table 7-3. Major Components of Heating and Air Conditioning System
Prestart procedures - TM-55-1930-209-14P-1_293
Figure 7-11. Location of Seawater Valves Affecting AC Unit
Heating unit
Emergency shutdown procedures - TM-55-1930-209-14P-1_296
Figure 7-12. Heating Systems Locations (Barge 1).
Prestart procedures - TM-55-1930-209-14P-1_298
Figure 7-13. Heater Controls
Figure 7-14. Switchboard Distribution Panel (Barge 1)
Figure 7-15. Power Distribution Panel 4,440 Vac (Barge 1)
CHAPTER 8 EQUIPMENT MONITORING SYSTEM (EMS)
Table 8-1. Equipment Monitoring System Main Components - TM-55-1930-209-14P-1_303
Table 8-1. Equipment Monitoring System Main Components - TM-55-1930-209-14P-1_304
Figure 8-2. Equipment Monitoring System Arrangement
Table 8-2. Equipment Monitoring System Sensor Data
Figure 8-4. Salinity Display Page
Figure 8-5. System Status Display Page
Figure 8-7. High Pressure Water Pumps Display Page
Figure 8-8. Bilge Alarms Display Page
Figure 8-10. Tank Levels Display Page
Section III. Operating instructions - TM-55-1930-209-14P-1_312
Table 8-3. EMS Operating Controls and indicators
Figure 8-11. 24 Vdc Power Panel
Figure 8-12. Equipment Monitoring System Main Processor
Figure 8-13. Equipment Monitoring System Keyboard
Figure 8-14. Main Processor Battery Charger
Normal operating procedures - TM-55-1930-209-14P-1_318
To acknowledge alarms sounded by EMS
Accessing edit mode
Using EDIT MENU option I to activate/deactivate sensors
Using EDIT MENU option 1 to change or set reference markers - TM-55-1930-209-14P-1_322
Using EDIT MENU option 2 to activate/deactivate switches - TM-55-1930-209-14P-1_323
Using EDIT MENU option 3 to activate/deactivate totalizers - TM-55-1930-209-14P-1_324
Using EDIT MENU option 4 to set time and date on EMS clock - TM-55-1930-209-14P-1_325
Level 2 editing procedures - TM-55-1930-209-14P-1_326
Shutdown procedures - TM-55-1930-209-14P-1_327
CHAPTER 9 CHLORINATION SYSTEM
Figure 9-1. Chlorination System Installation (Barge 1)
Figure 9-2. Chlorination System Installation (Barges 2 and 3)
Table 9-1. Major Components of Chlorination System
Figure 9-3. Chlorination System General Working (Block) Diagram
Figure 9-4. Chlorination System Flowchart
Section III. Operating instructions - TM-55-1930-209-14P-1_334
Table 9-2. Operating Controls and Indicators
Table 9-2. Operating Controls and Indicators (Continued)
Figure 9-5. Chlorination Unit Controls and Indicators
Figure 9-6. Chlorine Metering Pump Controls
Figure 9-7. Chlorine Metering Pump Control Unit Controls and Indicators
Figure 9-8. Chlorine Metering Pump Motor Controller
Figure 9-9. Chlorination Unit Control Cabinet Controls and Indicators
Figure 9-10. Interior of Chlorination Control Unit Cabinet
Figure 9-11. EMS Keyboard
Figure 9-13. EMS Status Display Page
Table 9-3. Chlorination System Valves
Table 9-3. Chlorination System Valves (Continued)
Normal chlorination system operation
Normal chlorination system operation - cont - TM-55-1930-209-14P-1_348
Normal chlorination system operation - cont - TM-55-1930-209-14P-1_349
Brine tank and holding tank priming - TM-55-1930-209-14P-1_350
Chlorine generation and recirculation
Initial flushing with seawater
Acid flush - TM-55-1930-209-14P-1_353
Shutdown procedure
Section IV. Operation under extreme conditions
CHAPTER 10 WORKBOAT AND BOW CRANE
Figure 10-1. Workboat Profile
Figure 10-2. Location of Workboat Components
Figure 10-2. Location of Workboat Components - cont
Capabilities - TM-55-1930-209-14P-1_360
Figure 10-3. Workboat Operator Controls and Indicators
Outboard drive controls
Master switch
Figure 10-4. VHF/FM Marine Radio Control Panel
Figure 10-5. Depthfinder Controls and Indicators
Prestart procedures - TM-55-1930-209-14P-1_366
Figure 10-6. Engine Maintenance Controls and Indicators
Figure 10-7. Messenger Line Reel Unit
Starting procedures - TM-55-1930-209-14P-1_369
Operating procedures - TM-55-1930-209-14P-1_370
Depthfinder operations
Workboat operations
Firefighting techniques
Operations under unusual conditions
Shutdown procedures - TM-55-1930-209-14P-1_375
Deployment and recovery
Figure 10-8. Bow Crane In Traveling (Stowed) Configuration
Figure 10-9. Bow Crane Control Panel (Barge 1)
Figure 10-10. Bow Crane Control Panel (Barges 2 and 3)
Procedures for deploying workboat
Bow crane shutdown procedures - TM-55-1930-209-14P-1_381
Figure 10-11. Standard Military Hand Signals for Controlling Cranes
Figure 10-12. Workboat Cradle Tie-Down with Ratchet
Figure 10-13. Bow Crane Lifts Workboat with Three-Point Suspension Harness
Operations under extreme conditions
CHAPTER 11 SEAWATER SYSTEM
Figure 11-1. ROWPU and Ballast Seawater Supply
Table 11-1. Major Components of ROWPU and Ballast Seawater Supply
Figure 11-2. ROWPU and Ballast Seawater Supply Block Diagram
Figure 11-3. Air Conditioner Cooling Seawater and Chlorination Unit Seawater Supply
Table 11-2. Major Components of Air Conditioner Cooling Seawater and Chlorination Unit Seawater Supply
Figure 11-4. Air Conditioner and Chlorination Seawater Cooling Block Diagram
Figure 11-5. Diesel Engine Generator Cooling Seawater
Table 11-3. Major Components of Diesel Engine Generator Cooling Seawater
Figure 11-6. Diesel Engine Generator Cooling Seawater Block Diagram (Barge 1)
Figure 11-7. Diesel Engine Generator Cooling Seawater Block Diagram (Barges 2 and 3)
Section III. Operating instructions - TM-55-1930-209-14P-1_397
Table 11-4. Operating Controls and Indicators
Figure 11-8. Seawater System's Electrical Controls
Figure 11-9. ROWPU Control Station (ROWPU 1 Station Shown)
Figure 11-10. Ballast Tank Liquid Level Indicator
Table 11-5. Seawater System Valves
Table 11-5. Seawater System Valves (continued) - TM-55-1930-209-14P-1_403
Table 11-5. Seawater System Valves (continued) - TM-55-1930-209-14P-1_404
Table 11-5. Seawater System Valves (continued) - TM-55-1930-209-14P-1_405
Table 11-5. Seawater System Valves (continued) - TM-55-1930-209-14P-1_406
Normal Procedures
Alternate procedures
Alternate procedures
Supplying seawater from cooling pump to air conditioning and chlorination units
Filling ballast tank (to correct a bow high condition)
Draining ballast tank (to correct a stem high condition)
Supplying seawater for generator cooling
Aft seachest blowdown (serving generator cooling seawater system)
Shutdown seawater supply to ROWPU's - TM-55-1930-209-14P-1_415
Shutdown seawater supply to ROWPU's - TM-55-1930-209-14P-1_416
CHAPTER 12 COMPRESSED AIR SYSTEM
Figure 12-1. Location of Compressed Air System Components (Barge 1)
Figure 12-2. Location of Compressed Air System Components (Barges 2 and 3)
Table 12-1. Compressed Air System Major Components
Table 12-1. Compressed Air System Major Components (continued)
Figure 12-3. Air Compressor Electric Controller
Figure 12-4. Barge 1 Air Compressor/Receiver
Figure 12-5. Barges 2 and 3 Air Compressor/Receiver
Figure 12-6. Exterior View of Air Pressure Regulator with Gauge
Prestart procedures - TM-55-1930-209-14P-1_426
Figure 12-7. Exterior View of Air Filter 1 and Air Filter 2
Startup after temporary shutdown
Figure 12-8. Air Station Valve and Quick Disconnect
Operating compressed air station 6 to power the PIG
Figure 12-9. PIG Launcher Controls
Operating compressed air system for seachests blowdown
Emergency shutdown - TM-55-1930-209-14P-1_433
CHAPTER 13 ROWPU SYSTEM
Table 13-1. ROWPU System Components
Table 13-1. ROWPU System Components (continued)
Figure 13-1. ROWPU 1 Installation
Figure 13-2. ROWPU 2 Installation
Figure 13-3. ROWPU System Block Diagram
Figure 13-4. ROWPU System Flow Diagram
High Pressure (HP) pump skid
Section II. Description of operation - TM-55-1930-209-14P-1_442
Figure 13-5. Reverse Osmosis Demonstration
Section III. Operating instructions - TM-55-1930-209-14P-1_444
Table 13-2. Operating Controls and Indicators (continued)
Figure 13-6. ROWPU Control Station (ROWPU 1 Station Shown)
Figure 13-7. HP Pump Diesel Engine Controls and Indicators
Figure 13-7. HP Pump Diesel Engine Controls and Indicators - cont
Figure 13-8. RO Block Valves and Indicators
Figure 13-9. Pretreatment Skid Valves and Temperature Indicator
Figure 13-10. Coagulant and Inhibitor Pump Controls
Figure 13-10. Coagulant and Inhibitor Pump Controls - cont
Figure 13-12. Monitoring System High Pressure Water Pumps Display Page
Table 13-3. ROWPU System Valves
Table 13-3. ROWPU System Valves (continued)
Section III. Operating instructions - TM-55-1930-209-14P-1_456
Section III. Operating instructions
Figure 13-13. High Pressure Diesel Pump Lubrication
Operating procedures - TM-55-1930-209-14P-1_459
Startup procedures
Startup procedures - cont - TM-55-1930-209-14P-1_461
Startup procedures - cont - TM-55-1930-209-14P-1_462
Operating procedures - TM-55-1930-209-14P-1_463
Operating procedures - TM-55-1930-209-14P-1_464
Shutdown procedures
Emergency shutdown - TM-55-1930-209-14P-1_466
Emergency shutdown procedures - TM-55-1930-209-14P-1_467
CHAPTER 14 DRINKING WATER SYSTEM
Figure 14-1. Drinking Water System Installation (Barge 1)
Figure 14-2. Drinking Water System Installation (Barges 2 and 3)
Table 14-1. Major Components of Drinking Water System
Table 14-1. Major Components of Drinking Water System (continued)
Figure 14-3. Drinking Water System Block Diagram (Barge 1)
Figure 14-4. Drinking Water System Block Diagram (Barges 2 and 3)
Section III. Operating instructions - TM-55-1930-209-14P-1_475
Table 14-2. Operating Controls and Indicators
Figure 14-5. Drinking Water System Electrical Controls
Figure 14-6. Tank Liquid Level Indicator
Figure 14-7. Drinking Water Discharge Pressure Gauge, Flow Rate Meter, and Associated Monitoring System Display
Figure 14-8. Drinking Water Salinity Sensor and Monitoring System Display
Figure 14-9. Potable Water Tanks Monitoring System Display
Figure 14-10. Drinking Water Pressure Set Pressure Gauge
Table 14-3 Drinking Water System Valve Label Identification
Table 14-3. Drinking Water System Valves Label Identification (continued)
Filling drinking water storage tanks - TM-55-1930-209-14P-1_485
Discharging drinking water to shore - TM-55-1930-209-14P-1_486
Discharging drinking water to shore - cont - TM-55-1930-209-14P-1_487
Discharging drinking water to shore - cont - TM-55-1930-209-14P-1_488
Discharging drinking water through port discharge valve
Emptying storage tanks by discharging overboard - TM-55-1930-209-14P-1_490
Supplying storage tank drinking water to pressure set for use on barge
Filling drinking water reserve tank from other vessel or shore supply - TM-55-1930-209-14P-1_492
Supplying drinking water to dayroom, washdown stations, chlorination unit, and shower
Emergency shutdown
CHAPTER 15 SHORE DISCHARGE SYSTEM
Figure 15-1. Shore Discharge System Installation
Table 15-1. Components of Shore Discharge System
Section III. Operating Instructions - TM-55-1930-209-14P-1_498
Table 15-2. Operating Controls and Indicators
Table 15-2. Operating Controls and Indicators (continued)
Figure 15-2. Shore Discharge System Winch Controls and Indicators (Barge 1)
Figure 15-3. Shore Discharge System Winch Controls and Indicators (Barges 2 and 3)
Figure 15-4. Hydraulic Power Unit Control Panel and Remote Start/Stop Switch
Figure 15-5. Hose Winch Hydraulic Power Unit
Figure 15-6. Hydraulic Power Unit Gauges (Barges 2 and 3)
Figure 15-7. Valves and PIG Launcher Controls
Figure 15-8. Hydraulic Disc Brake Release Controls
Figure 15-9. Band Brake Hand Pump Controls and Indicators
Figure 15-10. Levelwind Controls (Barges 2 and 3)
Table 15-3. Shore Discharge System Valves
Preparation of shore discharge hose, reel winch, and hydraulic power system
Deployment of discharge hose (hose out)
Deployment of discharge hose (hose out) - cont
Controlling a runaway discharge hose.
Unpowered discharge hose deployment
Shutdown procedures
Discharge hose retrieval (hose in) - TM-55-1930-209-14P-1_517
Emergency shutdown - TM-55-1930-209-14P-1_518
Emergency shutdown procedures - TM-55-1930-209-14P-1_519
CHAPTER 16 BARGE DEPLOYMENT
Figure 16-1. Tug with Barge "on the Hip"
Towing bridle installation
Figure 16-2. Towing Equipment Installation
Section IV. Anchoring site selection considerations
Support requirements
Modified anchoring with four anchors
Figure 16-3. Positions of Tug, Barge, Shore Facility, and Anchors - TM-55-1930-209-14P-1_527
Figure 16-3. Positions of Tug, Barge, Shore Facility, and Anchors - TM-55-1930-209-14P-1_528
Anchoring with two anchors.
Figure 16-5. Position of Barge, Shore Facility, and Shore Discharge Hose when Using Only One Anchor
Section VI. Retrieving anchors
Figure 16-6. Anchor Winch Control Panel
Prestart procedures - TM-55-1930-209-14P-1_533
Figure 16-7. Outer Side of Anchor Winch
Figure 16-8. Inner Side of Anchor Winch (handle in)
Operating procedures with power - TM-55-1930-209-14P-1_536
Figure 16-9. Servicing Points on Anchor Winch Gear Motor Reduction Box
Shutdown procedures - TM-55-1930-209-14P-1_538
Emergency shutdown procedures - TM-55-1930-209-14P-1_539
Drawings - TM-55-1930-209-14P-1_541
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