APPENDIX 7 - CONTENTS

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1 APPENDIX 7 - CONTENTS Appendix 7.1 MV BLUEFIN Specifications & Survey Requirements Page 1 of 1 Reviewed: March 2018 UTAS - Bluefin Uncontrolled when printed

2 APPENDIX 7.1 MV BLUEFIN SPECIFICATIONS & SURVEY REQUIREMENTS Australian Maritime College Tel: + 61 (0) Specs & Survey

3 MV BLUEFIN MAIN DIMENSIONS Length OA Length BP Breadth Freeboard to working deck Maximum draft Deadweight DESIGN PARTICULARS Hull materials m m m 1.20 m 4.40 m t Steel ELECTRICAL SYSTEM AC Voltage 415V total 96kVA 3 phase 50 Hz AC Voltage 415V total 96kVA 3 phase 50 Hz AC Voltage 24V total 30kW Stabilised system for scientific equipment Voltage 240 VAC total 60 AMP 50 RESEARCH FACILITIES Marine Biology Wet Lab 9 square metres Research Office, with computers and microscopes 10 square metres Sheltered deck space with work tables RANGE, SPEED AND ENDURANCE Cruising range Cruising speed Maximum Speed Endurance ACCOMMODATION Officers + Crew Scientists + Trainees Air Conditioned 2,500 nm 10.0 knots 10.5 knots 15 days 5 persons 20 persons Accommodation is designed to passenger standard for lecturers and students. As such, it is much more comfortable than accommodation in normal fishing boats. CAPACITIES AND WORKING SPACES Gross Tonnage 387GRT Dry cargo hold No. 1 4 cubic metres Fuel 46 cubic metres Fresh water 30 cubic metres Ballast water 20 cubic metres Wet laboratories (total area) 9 square metres Dry laboratories (total area) 10 square metres Hold for fresh fish 5 cubic metres Hold for frozen fish 3 cubic metres Free working deck area 20 square metres Space for container laboratory 6m x 6m 7.1 Specs & Survey Page 1 of 14

4 Vessel Name Flag BLUEFIN Australia Type Fisheries training/research vessel multipurpose stern trawler Survey Class 1B- NSCV Ocean or sea area(s) where vessel operates Area 1: All coastal watersnot more than 200 nautical miles Owner University of Tasmania Operator Street Address Australian Maritime College Newnham Drive, Mailing Address Locked Bag 1399, Launceston, 7250 Country Tasmania, Australia Telephone Number (03) Contact for Charter enquiries Mr Dean Cook (03) Yard where built Tamar Steel Boats In Country Tasmania, Australia Year built 1981 Safety Management System AMSA Medical Facilities Marine orders part 10 MAIN DIMENSIONS Length OA Length BP Breadth Freeboard to working deck Maximum draft Deadweight m m m 1.20 m 4.40 m t DESIGN PARTICULARS Hull materials Steel Energy Sources -.1 Diesel Propulsion 7.1 Specs & Survey Page 2 of 14

5 Main Engine Power (BHP) Caterpillar Diameter and max. rpm propeller Total power auxiliary diesels, excl. Harbour/emergency set 850 HP at 1,200 rpm 2.20 m at 240 rpm 180 KVA 2 x 80 KW Electrical system.1 AC Voltage /415V total 96kVA 3 phase 50 Hz.2 AC Voltage /415V total 96kVA 3 phase 50 Hz.3 DC Voltage 24V total 30kW DC. Voltage 240 VAC total 60 AMP 50 Hz Main Engine Caterpillar C4.4 Model DITA 129hp/ rpm 24 volt starting Fitted with fresh water cooled inter coolers Governor = ECU ( Electronic) Reduction gear = Ulstein Type 220 GSC Ratio = Controls Make MAR-EL No. 512 Specification drawing of BLUEFIN 7.1 Specs & Survey Page 3 of 14

6 Type electronic hydraulic with automatic overload control Propeller, Make = Ulstein, Rotation RH Model 4 blade Diameter = 2.2m Variable Pitch Stern tube and seal. HDW Simplex compact (oil lubricated) Forward power take-off, Make = Twin Disc Model SP 214 PM T1 Triple output, Rating 38.5 HP / 100 RPM = /1,225 RPM Auxiliary Engines Caterpillar Electric Start 24V DC Model 3304 rated at 85KW at 1,500 RPM at 0.8 power factor ( 2 off, full redundancy) Governor = Woodward electronic Generators = Leroy Somers, Model LSAM442S7, power 86EKW, 107 KVCA, 3 phase Voltage regulators, Genuas ayr 380. Automatic using residual voltage,3-5 volts excitation. Model SR4A with build in battery for field flashing, also fitted with emergency hand control. Excitation support system, Basler Model SBO 242 Over current and Revers power protection system. Genop-21 Controllers = Deep Sea Electronics, model 8610 auto synchronise Trip. settings = No. 1 refrigerators = 120 amps Time delay = 5 secs = No. 2 non-essentials = 138 amps Time delay = 3 secs = No. 3 short circuit = 150 amps Time delay = 10 secs Fuel System The fuel is carried in two double bottom tanks port and starboard forward of the engine room bulk head. Port tank has a capacity of 19.5 tonnes, the starboard tank 22 tonnes. From the main tanks the fuel is pumped to what is called a daily service tank or settling tank. This tank has a capacity of 3.1 tonnes. The fuel then passes through a filter and is then fed to the main and auxiliary engines. APPROX. FUEL CONSUMPTION 8.0 knots: 75 litres per hour 9.0 knots: 90 litres per hour per day 10 Knots 115 litres per hour per day RANGE, SPEED AND ENDURANCE Cruising 9 knots Cruising range Cruising speed Maximum speed Endurance 4,900 nautical miles 4,500 nautical 10 Knots 10.0 knots 12.0 knots 28 days 7.1 Specs & Survey Page 4 of 14

7 Manoeuvring and Propulsion C.P. propeller Bow thruster Bow anchor, length anchor cable 150m Steering Gear Wagner electric hydraulic twin ram Model T EB2. Full follow up Automatic change over to hand steering on loss of power Relief valve setting 1,000PSI Rudder Type = Balanced Angle 37 ½ or 75 total Hard over to hard time 11/22 seconds In 1985 an Alfa Laval Separator model MAB-103B with a solids retaining bowl assembly was installed. The purpose of this unit is to (a) (b) Clean and maintain the hyd oil in a satisfactory condition To remove water and contaminant from the fuel. The separator is used at sea to transfer fuel from the double bottom tanks to the daily service tank and also to circulate this tank. In the separator bowl the liquid being treated is subjected to approximately 7,000 times the earth s gravity. PUMPS AND PIPE SYSTEMS Cooling Water The cooling water for the main and auxiliary engines is circulated by engine-driven pumps manufactured by Caterpillar. This applies to both the fresh and the salt water. The Air Conditioning Refrigeration plant condenser is sea water cooled also using a Stalker centrifugal pump with a similar relief valve working at a pressure of 200 KPA. 7.1 Specs & Survey Page 5 of 14

8 Domestic freshwater The fresh water is stored in two double bottom tanks plus 2 x 14 Ton aft side tanks with a total number of 56 tonnes. From the selected tank the water is pumped into a pressure vessel controlled by a pressure switch. From this pressure storage the fresh water is distributed throughout the vessel through a filtering system. Domestic salt water The salt is drawn from the sea water main and pumped into a pressure vessel. This pump is also controlled by a pressure switch. From the storage tank the water is piped into the ship s toilets. Sewage System The ship s toilet and all sullage water from the lower deck drains into the sewerage tank which is situated in the forward part of the engine room. From here it is pumped into an Ecomar 6AC sewerage treatment unit which has an inbuilt macerator and then chemically treats the waste. The Econmar unit is both Lloyds and IMO approved. Fire Main (water on deck) This is supplied by an electrically driven centrifugal pump type 1 ¼ -9 manufactured by Kelly & Lewis. This pumps draws salt water from the sea water main and feeds the ship s fire main switch which also is used as a general service pump. There is an additional emergency fire pump driven by and independent diesel motor situated in the steering flat which doubles for this purpose. 3 cylinder Yanmar to Stalker self priming pump. Bilge Pumping The vessel is divided into a number of compartments each having a bilge suction pipe leading to a valve chest, which in turn is connected to the bilge pump section chest. This valve chest has also got a sea injection valve for priming purposes. The bilge pump is a self priming type make, Kelly & Lewis, model Pegson 2 B3. This pump is also used for pumping water ballast from the aft peaks tanks.the pump discharges overboard. Bilge water is stored in an overhead bilge tank and discharged to shore facility. Fish Handling Room There is a branch from the fire main supplying sea water for washing down, cleaning fish fillets, etc. The handling room has a large drainage sump on the starboard side fitted with a float switch and a high level alarm. The float switch controls a CD 60 mono pump situated in the engine room which pumps the sump contents overboard as required. 7.1 Specs & Survey Page 6 of 14

9 Navigation and communication Item Manufacturer Model Echosounder Furuno FE-824 DRY PAPER, 28KHz AND 200 KHz TRANSDUCERS Echosounder JRC JFC-216 COLOUR, 28KHz AND 200 KHz TRANSDUCERS Echosounder Simrad EQ Mk 3 50 KHz TRANSDUCER Radar JRC JMA-3525 RASTER SCAN SONAR 96 nm RANGE Radar Furuno FR-2115 RADAR WITH A.R.P.A., 21 DISPLAY Gyro Tokyo Keiki Compass & Auto Pilot Doppler Log JRC JLN-203 Sea Surface Thermometer TMQ Remote Position Radio Beacons Differential GPS Koden Furuno AUTOMATIC DIRECTION FINDING CORRECTED GLOBAL POSITIONING Wind Indicator Young WIND VELOCITY (DIRECTION AND SPEED) Plotter TMQ ELECTRONIC CHARTS UTILISING DGPS SIGNAL GMDSS Furuno GLOBAL MARINE DISTRESS SIGNALLING SATELLITE (ALLOWING UNRESTRICTED COMMUNICATIONS WITH SHORE FACILITIES) Satellite Westinghouse Telephone Seaphone GME Alarm Systems Litton Decca/Wormald MONITORS VESSEL FUNCTIONS 7.1 Specs & Survey Page 7 of 14

10 ACCOMMODATION Officers + Crew Scientists + Trainees Air Conditioned 5 persons 20 persons Accommodation is designed to passenger standard for lecturers and students. As such, it is much more comfortable than accommodation in normal fishing boats. Research Facilities Internal storage 9 square metres Operations room 36 square metres Research Office, with computers 10 square metres Sheltered deck space with work tables CAPACITIES AND WORKING SPACES Gross Tonnage 387 GRT Dry cargo hold No. 1 4 cubic metres Fuel 46 cubic metres Fresh water 48 cubic metres Ballast water 20 cubic metres Wet laboratories (total area) 9 square metres Dry laboratories (total area) 10 square metres Store room & cool room when req 5 cubic metres Hold for frozen fish 3 cubic metres Free working deck area 20 square metres Space for container laboratory 6m x 6m Storage Cold storage of samples, volume: 5 cubic metres TRANSFER BOAT 5 metre, aluminium, twin 50HP outboards HYDRAULICS Relief Valve Settings = 2000 PSI The vessel s hydraulic system consists of 4 pumps driven off the main engine power take off, i.e. two pumps of 103 gallons each, on double pump of 50 gallons and of 20 gallons making a total of 276 gallons per minute. 7.1 Specs & Survey Page 8 of 14

11 There is also an electrically driven 20 gallon pump for standby and harbour duty. The system is divided up as follows: When using the bow thruster: One of the 103 gallon pumps and also the 50 and the 20 gallon pump are diverted via directional control valves to the bow. Port Trawl Winch: When fishing the port side, 103 gallon pump supplies the portside trawl winch. The starboard: 103 gallon pump supplies the starboard trawling winch and net winch (valves fitted). The net winch has additional flow control. The 20 gallon pump supplies the Gilson winches, the derrick topping winch, the derrick hoist winch, or the windlass as required. The 50 gallon pump is returning to tank. The flow from the 20 gallon per minute standby pump can be diverted for any of the above functions but will give a greatly reduced speed on the larger units. Bow Thruster Make = Ulstein, Type = 14T, Thrust = 1.5 tonnes maximum Hydraulic motor Vickers 50m 255A-1C-20 Maximum RPM HP Propeller Diameter = 900mm, No. of blades = 4, maximum RPM = 576 Windlass Make = Port Deck Marine, hydraulic drive Twin gypsy twin independent warp ends Fitted with dog clutches and mechanical brakes Bollard Pull 12 Tonnes Derrick 160 swing 3 tonne single purchase lift In 1997 Bluefin was fitted with bilge keels situated on her chine. These have reduced her rolling and increased her sea kindliness. As a result, she supplies a reasonably stable platform for activities above and beyond her fishing duties. 7.1 Specs & Survey Page 9 of 14

12 REFRIGERATION Domestic Cool room, temperature = +3 C Capacity = 1.44 tonnes Freezer = -20 C Capacity =.83 tonnes Condensors, tubular fresh water cooled Refrigerants = R404A and R408A CARGO Blast freezer = -30 C Capacity = 1.45 tonnes Fish hold variable down to -10 C Capacity = 2.34 tonnes Brine tanks N/A BACK DECK GANTRY (A-FRAME) Height Width SWL Hydraulic? Capacity for simultaneous winch and A-Frame Ops? Outboard reach 4.5 metres from main deck level (1.5m to water) 2.3 to 3 metres 5.2 tonnes No 1.3 metres Winch: Two main winches with 1500 metres of wire Location Fwd main deck level Wire diameter 32mm Wire length 2*2500 metres Winch speed 3-5 metres per second Winches can be run through Gantry, utilising blocks and certified strong point. Tugger Winch Gilson Location Fwd Main deck in first level Wire diameter 20 mm Wire length 185/200 metres Winch speed free fall to 5 metres/sec Test Certificates At college Suitable to run through A-Frame? Yes 7.1 Specs & Survey Page 10 of 14

13 POT HAULER Purpose built for the deployment and recovery of fishing and hydrographic equipment SWL 500 KG OVERSIDE POLES Purpose built pad eyes and mounts are available and can be secured to both sides of the hull. 7.1 Specs & Survey Page 11 of 14

14 MV BLUEFIN: MINIMUM MANNING REQUIREMENTS Student training voyages: 24 hour duration Master 1 Chief Mate 1 2 nd Mate 1 Chief engineer 1 2 nd Engineer or a dual ticketed crew member with minimum of MED 2. For interstate voyages and voyages to New Zealand Master 1 Chief Mate 1 2 nd Mate 1 Chief Engineer 1 2 nd Engineer 1 Deck Rating 3 Further information can be obtained from the AMSA Minimum Manning Certificate located in the Ship s Certificate Folder. 7.1 Specs & Survey Page 12 of 14

15 SURVEY STATUS (AS AT MARCH 2017) BLUEFIN IMO O/No Completion of Build: 1980 Type: Fisheries Training Vessel GT: USL: Class 1B Length: m Certificates Issued Expiry Cert. of Survey No. T /04/17 19/04/19 International Loadline No. T1560/2 22/03/17 13/04/22 International OPP No. T1562 TBA TBA Issued Expiry Annual Survey 13/04/17 19/04/19 Two Yearly Survey Inspection of Hull 5/2009 2/2011 Sea Injections and ov/bd disch. Vlvs 5/2009 2/2011 Inspection propeller, rudder and underwater fittings 5/2009 2/2011 Four Yearly Survey Tailshaft withdrawal 3/2007 2/2011 Anchors. Cables to range 3/2007 2/2011 Tanks forming part of the Hull/not oil. Pt 3/2007 2/2011 and Stbd fresh water Fore peak ballast 3/2007 2/2011 Pt and Stbd Brine 3/2007 2/2011 Aft peak (solid ballast) 3/2007 2/2011 Void spaces Pt. And Stbd 3/2007 2/2011 Installation Tests above 32VAC or DC 3/2007 2/2011 Eight Yearly Survey Rudderstock and bearing 3/2007 2/2015 Steering gear 7/2004 2/2012 Twelve Yearly Survey Fuel/oil tanks internally DB tank Pt 3/2007 2/2019 DB tank Stbd 5/2009 2/2021 Daily service tank 5/2009 2/2021 DB Pt lube oil 5/2009 2/2021 DB Stbd hydraulic oil 5/2009 2/ Specs & Survey Page 13 of 14

16 CRITICAL EQUIPMENT LIST Machinery Systems 1. Main engine 2. 1 and 2 generators 3. Electrical distribution board 4. Propulsion system 5. Main steering gear 6. Emergency steering gear 7. Bilge system and bilge pumps 8. Main fire pump 9. Derrick 10. Emergency fire pump 11. Fire detection system 12. Windlass cable and anchors Navigation Equipment 1. Navigation charts 2. Magnetic compass 3. Radar Emergency Response Equipment 1. Fire fighting equipment 2. First aid equipment 3. All life saving appliances 4. GMDSS equipment and emergency power supply 5. Work boat 7.1 Specs & Survey Page 14 of 14

Australian Maritime College Ports and Shipping Tel: Fax:

APPENDIX 7.1 MV BLUEFIN SPECIFICATIONS & SURVEY REQUIREMENTS Australian Maritime College Ports and Shipping Tel: + 61 03 6324 9640 Fax: + 61 03 6324 9720 Append 7 1 - MV Bluefin Specs Survey.doc MV BLUEFIN