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BENETEAU 461, Owner'S Manual

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BENETEAU 461 Owner'S Manual Download Page 10

 10 

197837 RCD-2

Index C

1.1   CONSTRUCTION

Model...................................................................................................................................................................................................................................................OCEANIS 46.1
Architect / Design ........................................................................................................................................................................................................... Pascal Conq / Nauta design
Builder .......................................................................................................................................................................................................................................................... SPBI S.A
Principal means of propulsion ............................................................................................................................................................................................................................... Sail
Deck construction material .........................................................................................................................................................................Laminated sandwich glass / GRP / Foam
Hull construction material ...............................................................................................................................................................................Single skin laminated fibreglass / GRP
Deck implementation......................................................................................................................................................................................................................................Injection
Hull implementation................................................................................................................................................................................................................................ Wet laid fiber

1.2   GENERAL DIMENSIONS

L.O.A (L

max

)* ................................................................................................................................................................................................................................................... 14,60m

(Including removable parts that can be dismantled (bow roller, pulpit, bowsprit), without affecting the structure of the boat)

Hull length (L

h

)* ............................................................................................................................................................................................................................................... 13,65m

(Excluding: removable parts that can be dismantled without affecting the structure of the boat)

Overall width (B

max

)* ......................................................................................................................................................................................................................................... 4,50m

(Including: removable parts that can be dismantled without affecting the structure of the boat)

Beam(B

h

)* ......................................................................................................................................................................................................................................................... 4,50m

(Excluding: removable parts that can be dismantled without affecting the structure of the boat)

Air draft - Empty vessel: Classical mast .......................................................................................................................................................................................................... 20,31m

Air draft - Empty vessel:

 Mast Performance.................................................................................................................................................................................................... 21,31m

Draught - Boat fully laden: Deep draught keel version...................................................................................................................................................................................... 2,47m

Draught - Boat fully laden:

 Shallow draught keel version.................................................................................................................................................................................. 1,87m

Draught - Boat fully laden:

 Very deep draught keel version .............................................................................................................................................................................. 2,68m

Wetted surface area ................................................................................................................................................................................................................... Approximately 52 m²

1.3   ENGINE

Nominal maximum propulsion power (at the propeller output)..................................................................................................................................................................... 1 x 59Kw
Maximum recommended engine size.......................................................................................................................................................................................................... 2 x 229kg

1.4   ELECTRICITY

Circuit type: Direct current DC...............................................................................................................................................................................................................................12V

Circuit type:

 Alternating current AC .....................................................................................................................................................................................................................220V

Circuit type:

 AC (US Version)..............................................................................................................................................................................................................................110V

Technical specifications

Summary of Contents for 461

Page 1: ...197837 RCD 2 Index C OCEANIS 46 1 OWNER S MANUAL ...

Page 2: ......

Page 3: ...ting to fire risks and risks of explosion 73 Electrical system 119 Liquefied Petroleum Gas system LPG 125 Domestic appliances 133 Audio visual equipment 137 Onboard comfort 157 Water systems 203 Engine 215 Steering system 223 Deck fittings 235 Hull fittings 241 Handling transport 249 Environment 251 Appendix 1 2 3 4 5 6 7 8 9 10 10 11 11 12 12 13 13 14 14 15 15 16 16 17 17 18 18 19 19 ...

Page 4: ......

Page 5: ... this manual may be optional Your BENETEAU dealer will be able to help and advise you on the use and maintenance of your boat The first time you use your boat a high level of skill and attention will be required The proper functioning of all equipment will depend on the initial set up being carried out correctly For this reason the first launch must be carried out under your dealer s supervision R...

Page 6: ...tact your dealer If a maintenance manual is provided please use it Always use the services of an experienced professional for the maintenance of your boat for fitting accessories and for any modifications Any alterations which may affect the safety specifications of the boat must be assessed carried out and recorded by persons qualified to do so The boat manufacturer cannot be held responsible for...

Page 7: ...l languages French is the authentic reference language This owner s manual was written and formatted by SPBI S A Any reproduction of this manual direct or indirect provisional or permanent by whatever means whether in whole or in part as well as any modification by third parties for commercial reasons is forbidden DANGER Indicates a serious inherent danger with a high risk of death or serious inju...

Page 8: ......

Page 9: ...9 TECHNICAL SPECIFICATIONS Construction 10 General dimensions 10 Engine 10 Electricity 10 Capacities 11 Sails 12 1 ...

Page 10: ... the boat Overall width Bmax 4 50m Including removable parts that can be dismantled without affecting the structure of the boat Beam Bh 4 50m Excluding removable parts that can be dismantled without affecting the structure of the boat Air draft Empty vessel Classical mast 20 31m Air draft Empty vessel Mast Performance 21 31m Draught Boat fully laden Deep draught keel version 2 47m Draught Boat ful...

Page 11: ...pacity Auxiliary fuel tank 200L Fresh water capacity 330L Fresh water capacity Extra water tank 200L Blackwater capacity Fore WC 50L Blackwater capacity Aft head 80L It may not be possible to use these capacities fully depending on the trim and load of the boat It is recommended that you keep a reserve of 20 in the fuel tanks Refer to the corresponding chapter to locate the position of the tank ea...

Page 12: ...r other spars and the surface of fore triangle s to the foremost forestay fixed permanently during operation of the vessel with the mast bearing the established sails without overlap assuming that the jackstays and leeches are straight lines The surface of the spars is not included in the projected calculation sail plan area with the exception of the wing masts Classical mast Mast Performance I Di...

Page 13: ...13 DESIGN CATEGORIES AND DISPLACEMENT Shallow draught keel version 14 Deep draught keel version 14 Very deep draught keel version 14 Design categories 16 2 ...

Page 14: ...52kg Design category A B C D Maximum number of people onboard CL 10 11 12 12 Light displacement MLC 10 789kg Recommended maximum load ML 4 200kg Displacement with maximum load MLDC 14 989kg DEFINITION CL Crew Limit MLC Mass of the boat in Light Craft Condition includes the weight of the boat in the standard ready to navigate configuration keel standard equipment engine s and sails if the boat is a...

Page 15: ...the recommended maximum number of people onboard However many people are onboard the total combined load of people and any gear or equipment must never exceed the recommended maximum load Always use the seats or seating areas provided When loading the boat never exceed the recommended maximum load Always load the boat with care and distribute weight evenly in order to maintain the optimum trim mor...

Page 16: ...cant height up to 4 metres inclusive Category C A yacht of design category C is considered to be designed for wind that may go up to force 6 inclusive and waves that can reach a significant height up to 2 metres inclusive Category D A yacht of design category D is considered to be designed for wind that may go up to force 4 inclusive and waves that can reach a significant height up to 0 3 metres i...

Page 17: ...17 STABILITY AND BUOYANCY Stability information 18 Access to the boat 20 3 ...

Page 18: ...portant to keep water in the bilges to a minimum Adding weight high up on the boat will affect stability In heavy weather it is important to close all the hatches lockers and doors to minimise the risk of water pouring in The boat s stability can be reduced when towing a boat or when using a davit or boom to lift a heavy load Breaking waves are a serious threat to stability Reduce speed in wavy co...

Page 19: ...rcumstances it may then sink The sail plan should be adjusted according to wind and sea conditions and it is important to be particularly vigilant in case of gusty winds or squalls Boat with minimal load Boat with maximum load Angle of vanishing stability in degrees 117 109 STIX 44 38 Boat with minimal load Boat with maximum load Angle of vanishing stability in degrees 118 109 STIX 44 38 Boat with...

Page 20: ... openings Slamming an access hatch may cause injury always close the hatch gently and carefully Do not allow children to open or close the hatches unsupervised It is essential that companionway access is kept closed when at sea Close the deck hatches and portholes before each trip Close all access doors and hatches in heavy weather or when the sea is rough When under way keep hull valves and fille...

Page 21: ...197837 RCD 2 Index C 21 Access to the engine compartment Side hatch Port and starboard aft cabins Companionway Stability and buoyancy 3 ...

Page 22: ...22 197837 RCD 2 Index C Access to companionway Holding Stability and buoyancy ...

Page 23: ...197837 RCD 2 Index C 23 NOTE Storage of the companionway doors under the starboard cockpit seat Stability and buoyancy 3 ...

Page 24: ......

Page 25: ...25 MANOEUVRABILITY Visibility from the steering station 26 4 ...

Page 26: ...rs and curtains 8 Persons or mobile equipment located in the helmsman s field of view Sails that may obstruct forward view All except storm jib The international rules and regulations for avoiding collisions at sea Col Reg RIPAM require a full and constant lookout as well as observance of the rules of right of way Observance of these rules is essential Manoeuvrability is reduced at excessive speed...

Page 27: ... Index C 27 4 1 1 Navigation lights The navigation lights run on DC power 1 Mooring light 2 Steaming light 3 Navigation lights 4 Stern light Navigation lights Stern light Control Steering station Manoeuvrability 4 ...

Page 28: ......

Page 29: ...29 RIGGING AND SAILS Rigging diagram 30 Standing rigging 31 Running rigging 34 Sails 35 Setting the sails 36 Deck fittings 41 Winches 42 Genoa furler 44 Single line furler 44 5 ...

Page 30: ...nce Designation 1 Genoa furler 2 Genoa traveller 3 Asymmetrical spinnaker sheet 4 Genoa winches 5 Asymmetric spinnaker tack 6 Self tacking jib rail 7 Mainsheet on the roof 8 Mainsheet on the cradle 9 Coach roof winch 2 3 1 6 7 5 9 4 8 Rigging and sails ...

Page 31: ...n the Genoa with furler is in position the Genoa halyard must always be fully tightened Regularly check the tension of the Genoa halyard when underway When the Genoa sail with furler is removed during winter lay up or for maintenance for example it is important to keep the Genoa halyard away from the forestay which could cause the halyard to break and the boat to be demasted The first time you use...

Page 32: ... material 9 Bridle Port 1 8 Cable 9 Bridle Starboard 1 8 Cable 10 Backstay pendant 1 8 Cable Reference Designation Quantity Diameter in mm material 1 Forestay 1 10 Cable 2 D3 2 8 Cable 3 D3 2 5 Cable 4 V2 2 8 Cable 5 D2 2 7 Cable 6 V1 2 10 Cable 7 D1 2 10 Cable 8 Backstay 1 8 Cable 9 Bridle 2 7 Cable Rigging and sails ...

Page 33: ...FORMANCE Reference Designation Quantity Diameter in mm material 1 Forestay 1 10 Dyneema 2 D3 2 8 Dyneema 3 D3 2 5 Dyneema 4 V2 2 8 Dyneema 5 D2 2 7 Dyneema 6 V1 2 10 Dyneema 7 D1 2 10 Dyneema 8 Backstay 1 8 Dyneema Rigging and sails 5 ...

Page 34: ... is too great this can lead to problems when hoisting furling SYSTEM AT MAST FOOT Classic mast Carbon mast Roller furling mast Starboard Starboard 1 Kicking strap 2 Mainsail outhaul 3 Mainsail sheet german sheeting 4 Self tacking jib sheet 5 Spinnaker halyard 1 Kicking strap 2 Mainsail outhaul 3 Mainsail sheet german sheeting 4 Self tacking jib sheet 5 Spinnaker halyard Port Port 6 Genoa halyard 7...

Page 35: ...r them with a sail cover or protective fabric The genoa can be fitted with an anti UV strip Make sure that the furling direction on the furling drum is correct the UV strip must appear on the outside Never use force if the sail sticks when furling or unfurling If this happens check that a halyard is not rolled around the forestay The leech line must be released at the end of every sailing trip If ...

Page 36: ...ting FIRST LINE version Reference Designation 1 Single pulley 2 Single pulley 3 Mainsail sheet Reference Designation 1 Single pulley 2 Single pulley 3 Mainsail sheet Reference Designation 1 Harken single pulley 3215NP 2 Harken single pulley 3227 3 Mainsail sheet 2 3 1 1 2 3 Rigging and sails ...

Page 37: ...INE version Reference Designation 1 Single pulley 2 Single pulley 3 Mainsail sheet Reference Designation 1 Single pulley 2 Single pulley 3 Mainsail sheet Reference Designation 1 Harken single pulley 3215NP 2 Harken single pulley 3227 3 Mainsail sheet 1 2 3 1 2 3 Rigging and sails 5 ...

Page 38: ...38 197837 RCD 2 Index C GENOA CIRCUIT Furling genoa Reference Designation 1 Furling drum kit 2 Stanchion block 3 Stanchion fairleads 5 Single pulley 1 2 3 5 2 FIRST LINE 2 3 Rigging and sails ...

Page 39: ...dex C 39 Genoa traveller SELF TACKING JIB Reference Designation 1 Genoa car adjustment 2 Genoa sheet Reference Designation 1 Single pulley 2 Single swivel pulley 3 Self tacking jib sheet 1 2 2 3 1 Rigging and sails 5 ...

Page 40: ... 197837 RCD 2 Index C ASYMMETRICAL SPINNAKER CIRCUIT CIRCUIT CODE 0 Reference Designation 1 Single pulley 2 Asymmetrical spinnaker sheet 3 Asymmetric spinnaker tack 4 Code tack 0 1 2 3 4 Rigging and sails ...

Page 41: ...ck fittings regularly and to replace worn ropes means that a block or hoist may suddenly break causing an accident involving serious injury and damage to the boat Maintenance Upon return from sailing always rinse the deck fittings with fresh water Wash deck gear regularly with a gentle soap turning the sheaves of each block Rinse afterwards with fresh water Never use grease on deck fittings except...

Page 42: ... Inserting a winch handle into an unloaded winch automatically disconnects the motor transmission and allows it to be used manually NOTE Operating the electrical winches requires heavy battery usage Make sure the battery bank is systematically recharged after a day s sailing Control The use of an electric winch for furling unfurling the genoa or any other foreward sail must be strictly avoided ris...

Page 43: ...inches regularly with fresh water Rinse winches regularly with fresh water Dismantle clean and lubricate each winch annually Parts that have been damaged or worn may need replacing Access to the engine Aft cabins Rigging and sails 5 ...

Page 44: ...e Rinse the furling drum regularly It is recommended that you rinse mechanical parts at least once a year with fresh water 5 9 SINGLE LINE FURLER The jib furler differs in use from roller reefing gear The foresail is either completely furled or completely unfurled It is not possible to reduce the sail plan using the jib furler as can be done with roller reefing gear Furling and unfurling is carrie...

Page 45: ...ns and means of reboarding 46 Storing the liferaft 50 Securing moveable items 51 Deck Layout 52 Information on flooding risks and boat stability 53 Emergency systems in case of steering gear failure 60 Information on lightning related risks 61 6 ...

Page 46: ...AND MEANS OF REBOARDING 6 1 1 Prevention of man overboard The off limits areas of the working deck when under way are cross hatched below Working deck refers to the exterior parts of the boat where people stand or walk during normal use Use the seats provided Safety ...

Page 47: ...achment points Regularly check the guardrails With metal guardrails look out for signs of corrosion particularly at connecting points With synthetic guardrails change them as soon as they show signs of wear due to chafing or UV Ref 1 Reboarding device Ref 2 Mooring cleats Safety 6 ...

Page 48: ...sy to use by someone alone in the water Before using your boat make sure the safety ladder is in its place Make sure your safety ladder is installed in accordance with the installation diagram Make sure the triggering line is installed in accordance with the installation diagram AVERTISSEMENT Veillez à ce que l échelle souple soit installée conformément aux instructions du Manuel Propriétaire Veil...

Page 49: ...be on the back of the case to ensure they do not prevent the ladder from being taken out for use Adjust the length of the cord to reach the water level and check that the ladder is properly released It is important to ensure that the ladder extends smoothly into the water Attach the end of the cord to the swivel plate provided for this purpose Finally stow away the ladder and close the internal fl...

Page 50: ...be stored in the space provided for it Ref 1 A pictogram allows for easy location Before putting to sea carefully read the launching instructions shown on the liferaft It is the responsibility of the skipper to ensure regularly that the liferaft is properly secured in place Safety ...

Page 51: ...ed in the boat by the pictogram below The electrical technical areas are identified in the boat by the pictogram below Technical areas may not be used as storage compartments Ensure that movable items are firmly secured when sailing Do not store anything below the floorboards Safety 6 ...

Page 52: ...ndex C 6 4 DECK LAYOUT 1 Outboard engine bracket outboard engine not supplied 2 Lifebuoy support bracket ring lifebuoy not supplied The maximum weight of the outboard engine on the pushpits must not exceed 20 kg Safety ...

Page 53: ...ecessary Reference Designation Valve 1 Chain locker scupper No 2 Water tank vent No 3 Blackwater tank vent No 4 Blackwater tank vent No 5 Fuel tank vent No 6 Port boiler exhaust No 7 Washbasin drainage No 8 Washbasin drainage No 9 Engine exhaust No 10 Starboard boiler exhaust No 11 Additional tank vent Water Fuel No 12 Blackwater tank vent No 13 Blackwater tank vent No 14 Generator exhaust No 15 A...

Page 54: ...ake Toilet Yes 13 Seawater intake Foot pump Yes 14 Sink drainage No 15 Seawater intake Toilet Yes 16 Shower drainage Yes 17 Seawater intake Air conditioning Yes 18 Drainage of blackwater tank into the sea Yes 19 Electronic sensor Forward Scan No 20 Seawater intake Deck wash pump Yes 21 Cockpit fridge condenser No 22 Drainage of blackwater tank into the sea Yes 23 Shower drainage Yes 24 Seawater in...

Page 55: ...els The drainage channels allow the water to drain down to the lowest point in the boat where it can be discharged It is important to allow the water to flow freely down to this lowest point of the boat which means regularly cleaning the lowest point of the boat and the drainage channels DIAGRAM OF LAYOUT DRAINAGE CHANNELS UHVHUYRLU 2 67 Safety 6 ...

Page 56: ...CD 2 Index C DIAGRAM OF LAYOUT BILGE PUMPS Reference Designation Rate 1 Manual bilge pump 32L minute 2 Manual bilge pump lever 3 Electric bilge pump 45L minute 4 Electric bilge pump switch 45 strokes minute Safety ...

Page 57: ...anual bilge pump is in the cockpit Ref 1 The bilge pump lever is located nearby Ref 2 Operation I Attach the lever to the manual bilge pump II Repeatedly work the lever up and down to its fullest extent The manual bilge pump lever must remain accessible at all times Safety 6 ...

Page 58: ...the battery switches II Switch on the bilge pump Ref 4 If the boat is equipped with an automatic bilge pump the switch has an always on position Location of the electric bilge pumps Ref 3 Electric bilge pump if there is a bow thruster with nozzle Ref 3 Control Chart table Pressing the switch once activates the automatic mode of the bilge pump The pictogram lights up red Pressing the switch twice a...

Page 59: ...ot designed to control water coming from breaches in the hull Keep the water level in the bilges to a minimum Never store anything at the very bottom of the boat Allow bilge water to flow freely down to the lowest point of the boat Check that each bilge pump is working at regular intervals Clear the points and suction filters of the bilge pump of any debris that could clog them If the watertight p...

Page 60: ...ller is designed only to enable navigation at a reduced speed in case of steering gear failure Location of components Instructions in the event of steering gear failure I Unscrew the access hatch using a winch crank handle II Fit the emergency tiller Ref 2 in the square on the rudder post Inspection hatch Safety ...

Page 61: ...e the closed vessel Occupants should not be in the water or let their arms or legs hang in the water Occupants should avoid touching any part connected to a lightning protection device especially in such a way that the parts become connected Occupants must avoid contact with the metal parts of the rigging spars deck fittings and boat wiring Even inside the boat occupants should stay as far as poss...

Page 62: ......

Page 63: ... RELATING TO FIRE RISKS AND RISKS OF EXPLOSION Propulsion engines and other fuel burning equipment 64 Electrical system 64 Gas system 64 Fire fighting and prevention equipment 65 Emergency exits in case of fire 71 7 ...

Page 64: ...of tender petrol tank on deck 7 2 ELECTRICAL SYSTEM 7 3 GAS SYSTEM The risks associated with motorisation are described in the ENGINE chapter The risks associated with other fuel burning equipment are described in the FUEL BURNING EQUIPMENT OTHER THAN FOR PROPULSION chapter The risks associated with the electrical systems are described in the ELECTRICITY chapter The risks associated with the gas s...

Page 65: ...of the portable fire extinguishers is shown by the pictogram below When in use this boat must be equipped wih a fire blanket to protect the cooking equipment and or the galley installed in the following place near the cooking equipment 3 cabin layout 4 cabin layout 5 cabin layout Location Minimum extinguishing capacity Port side aft cabin hanging locker 5A 34B Starboard aft cabin hanging locker 5A...

Page 66: ...ts in engine compartment The location of evacuation routes and fire exits Equip the vessel with one or more portable extinguishers whose heads are compatible with the diameter of the opening in vertical use Unlock all deck hatches and fire escape openings when the vessel is occupied NEVER Obstruct the passages leading to the emergency exits and the hatches Obstruct or block safety controls for ins...

Page 67: ...ned to operate between 0 and 50 C Whenever any smoke is detected the 85 dB alarm is triggered The smoke detector is not designed to stop a fire from breaking out It serves to warn the people onboard of the danger The detector is a device which warns people onboard in the event of smoke Actions to take if the alarm is triggered The skipper should check the source of the smokeand attempt to extingui...

Page 68: ...ce The smoke detector must be routinely tested when boarding or weekly if staying onboard for a prolonged period of time If the device is faulty change the battery If the device is still faulty after changing the battery replace the detector with the same model consult your dealer Information relating to fire risks and risks of explosion ...

Page 69: ...e side of the device with a vacuum cleaner or a soft brush Use a damp cloth to clean the exterior of the detector cover Winterisation To ensure optimal operation it is recommended that the smoke detector is stored for winter in a fresh and well ventilated place having removed the battery Once one person is onboard it is important to replace the smoke detector in the position specified for the purp...

Page 70: ...he engine compartment has a port that makes it possible to discharge the extinguishing product inside without opening the usual access hatches Location of the fire extinguisher port A pictogram allows for easy location Information relating to fire risks and risks of explosion ...

Page 71: ...of the front cabin you are advised to stack the two mattresses of the bed on top of each other to act as a step and make geting out easier 3 cabin layout 4 cabin layout 5 cabin layout Location Companionway Forward cabin deck hatch Information relating to fire risks and risks of explosion 7 ...

Page 72: ......

Page 73: ...73 ELECTRICAL SYSTEM General information about the electrical system 74 DC installation 12V or 24V 75 Touch screen 91 AC system 110V or 220V 102 Protection against electrolysis Earth plate 115 8 ...

Page 74: ...t is important that installation maintenance and any modifications be carried out by a qualified marine electrician change or modify the strength of the safety devices protecting against power surges install or replace electrical equipment or materials with components which exceed the system s nominal electrical power capacity leave the boat unsupervised when the electrical system is live apart fr...

Page 75: ...tric starter of the propulsion engine The boat may also be equipped with a generator powered by its own battery a bow thruster powered by its own battery bank the batteries are charged either by a load distributor or by the alternator linked to the engine when the engine is running by the battery charger where installed It is essential that a professional engineer connects the batteries when the b...

Page 76: ...76 197837 RCD 2 Index C Battery bank Engine battery 1 x 120A Service batteries 2 x 120A Spare service batteries 3 x 100A Propeller battery 2 x 50A Electrical system ...

Page 77: ...res will reduce the available capacity Higher temperatures will increase the batteries self discharge rate Never open watertight batteries Never add acid or distilled water The pressure valves are used to seal the batteries and cannot be opened without being permanently broken If the batteries overheat a build up of gas may develop stay away from the batteries All work carried out on a battery mus...

Page 78: ...ne battery positive isolator switch 2 Common battery negative isolator switch 3 Service batteries positive isolator switch Turn off all battery isolators before leaving the vessel failure to do so may result in critical damage to the entire battery bank Avoid touching the battery isolators when they are live Never switch off the battery isolators when the boat s engine is running risk of serious d...

Page 79: ...ontrolled battery breakers use very little electricity when they are on it is essential to turn off all the battery breakers during lengthy absences to prevent the batteries from slowly and irreversibly discharging The engine s positive battery isolator automatically switches on and off when the engine is started stopped The negative of the circuit is connected to the general negative Location Sai...

Page 80: ...e advantage of preventing a drop in voltage The charge divider is electronic It is designed to distribute the charging current with a low voltage drop between the battery banks engine and service batteries It prevents the current from circulating from one battery to another When the voltage of the charger or alternator is available the charge divider indicator lights up green Location Starboard af...

Page 81: ...he engine In some electrical circuits there may be battery chargers coupled in parallel Maintenance Before doing any maintenance cut the AC supply Regularly vacuum out any dust particles which may accumulate in the charger An annual check of the tightness of the nuts and bolts is necessary to ensure the correct operation of the charger Location Starboard aft cabin Capacity 2 x 40A It is essential ...

Page 82: ...1 r70 BA3 n50 BA3 r50 BAM1 r95 BAM11 n95 A10 r35 A11 r35 CH10 n16 CH20 n16 A10 n50 A11 n70 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 PONTAGE A13 n35 A14 n35 RM r35 CHM1 r16 CHM2 r16 CHS1 r16 CHS2 r16 RS r35 CHEP1 r16 CHEP2 r16 PE1 r35 PE1 n35 Electrical system ...

Page 83: ...2 70 G2 70 A120 95 A121 95 A122 95 CONV 10 95 CONV 10 95 M2 70 G4 2 5 M2 70 S1 95 S3 70 S3 70 S4 70 S4 70 CHM 16 CHS10 16 CHP 16 CH10 16 RS 35 AT1 35 DEM1 70 DEM2 70 REP2 1 REP1 1 APC1a 1 5 APC1 1 5 APC11 5 APC1b 1 5 G4 2 5 VM20 2 5 VM10 2 5 APC10 1 5 APC1 1 5 winch de manoeuvre winch de genois winch de bossoir W10 95 W20 95 W30 95 W1 95 W2 95 W3 95 W1 95 W2 95 W3 95 W10 95 W20 95 W30 95 W11 50 W1...

Page 84: ...Connexion tâble de cockpit iSDB PD2 Guirlande L1G15 N1t N1 PC2 PE1 iLG L2L Connexion Carré BD Cuisine PD4 Connexion pont Tableau elec Bornier disj G4 A Liseuse L4L01 JE1 L1P USB10 L1L02 iLG15 PD1 L3G ATV AIS L2P USB2 L2L01 iL1C17 L1G17 L2L02 USB20 L1G L1G1 L1A40 L2G L2G1 VHF10 VHF20 Connexion cab laterale L1A30 Connexion mod batterie L1P USB1 L1L01 iL1C15 M0 M1 M0 M1 Electrical system ...

Page 85: ...deck wiring looms DC circuit L1C15 L1C16 L1C17 L1C18 L1A10 L1A20 L1C80 5C3T L1K01 3C2T L1H00 L1K00 L1H01 L1H02 L1H03 L1H04 L1A40 3C2T L1H06 L1H07 L1H05 L1H 3C3T 4C4T L1A30 3C3T 4C4T 5C3T L1A41 3C2T 3C3T 4C4T iL1H00 iL1K00 Electrical system 8 ...

Page 86: ...or raising platform 4 Control for lowering platform 5 Lighting Cockpit Location Chart table NOTE The 10 silicone keys switch on the desired DC elements via relays 1 Electronic instruments 2 Navigation lights 3 Steaming light 4 Deck light 5 Mooring light 6 Lighting 7 Bilge pump 8 Available 9 Water unit 10 Fridge Electrical system ...

Page 87: ...irectly by shunting the relay 1 Additional fuse holder for inserting a fuse to power a DC component in defect mode 2 Relay box 3 Fuse Designation Safety fuse Fuse in defect mode by pass Water unit FU 3 FU 23 Electric bilge pump FU 2 FU 22 Auxiliary FU 4 FU 24 Refrigeration unit FU 1 FU 21 Navigation lights FU 8 FU 21 Steaming light FU 9 FU 29 Mooring light FU 7 FU 27 Electronic instruments FU 5 FU...

Page 88: ... VHF 9 TV 10 AIS 11 Electric toilet 12 Electric toilet 13 Electric toilet 14 Electric toilet 15 Cool box drain pump 16 Electric bilge pump 17 Gas solenoid US Version 18 HiFi 19 Deck wash pump 20 Mechanism for raising lowering the TV 21 Available 10 10 10 10 10 10 USB1 r 1 5 USB2 r 1 5 USB4 r 1 5 USB3 r 1 5 USB5 r 1 5 PD2 r 2 5 PU1 r 2 5 VHF1 r 2 5 VHF10 r2 5 PE1 PD1 r 2 5 PD3 r 2 5 PD4 r 2 5 1NA1 ...

Page 89: ...s 2 Electric winch 3 Electrical aft apron Location Starboard saloon 8 Autopilot 9 Screen Interior Starboard 10 Screen Interior Port 11 System Hull 1 Electronic sensor 2 Radar 3 Screen Starboard cockpit 4 Screen Port cockpit 5 System Deck 6 Bridge 7 HUB Electrical system 8 ...

Page 90: ...from excess current If it blows you must replace it with another fuse of the same rating General fuse for DC system Location Starboard aft cabin When replacing fuses circuit breakers always ensure replacements are of the correct capacity see the colour codes Electrical system ...

Page 91: ... auxiliary functions to be driven and displayed Battery voltage Fresh water gauge Management of boat s AC supply sources The touch screen can be removed for maintenance by a slight manual pressure which removes it from its support Location Starboard saloon Electrical system 8 ...

Page 92: ...r generator This screen is connected to the different devices via a CAN network The measuring unit is a measuring interface which allows viewing of the gauges loads and discharges and the voltage of the engine auxiliaries and service batteries The shore generator AC switch is used to select the AC source to operate the on board appliances This switch is controlled by the touch screen Bus terminal ...

Page 93: ...197837 RCD 2 Index C 93 LAYOUT OF COMPONENTS Electrical system 8 ...

Page 94: ...easurement box Air conditioning 3 Measurement box DC general circuit 4 Measurement box DC AC converter 5 Battery chargers 6 Input block 7 Touch screen 8 Source selector Air conditioning 9 Source selector Generator Version without generator Version with generator Electrical system ...

Page 95: ...r temperature sensor 10 Bus 11 CAN connector Battery measurement menu access Fresh water tank level menu access AC supply distribution menu access Adjustment menu access Access to it is restricted by a code supplied on request to the yard CAN network display Controller Area Network Parameterization of lighting Configuration of the gauge pack Configuration of source selectors Return to preceding pa...

Page 96: ...us page ON OFF button Tank menu Back Next page Battery menu Battery menu Tank menu Air conditioning menu Lighting menu AC source menu Onboard battery voltage Bilge pump active The menus may vary depending on the specific equipment of each boat Electrical system ...

Page 97: ...attery voltage current and charge Port battery voltage Starboard battery voltage Voltage of bow thruster batteries Voltage of stern thruster batteries Generator battery voltage Onboard battery voltage Onboard battery charge Starboard battery voltage Charging green or discharge red current Electrical system 8 ...

Page 98: ...menu icon Air conditioning menu The Navicolor controls the air conditioning in the saloon examples Fresh water tanks Fuel tanks Greywater tanks Blackwater tanks Fresh water tank no 1 Filling time Desired temperature Controlled air conditioning Ventilation Mode Electrical system ...

Page 99: ...wer socket AC shore socket Air conditioning DC AC converter Padlocks Indicates that the handle on the source selector is engaged Menu access DC AC converter voltage Menu access Air conditioning circuit power supply Menu access Supply to on board circuit Reversal of polarity only for the 110V Electrical system 8 ...

Page 100: ...een made On board circuit Voltage Frequency Generator Neutral AC shore socket air conditioning system Voltage Frequency Generator Neutral AC shore socket Shore power supply voltage Power supply frequency of the shore power socket Shore onboard power Air conditioning shore supply voltage Air conditioning shore supply socket frequency Air conditioning shore power supply Electrical system ...

Page 101: ...enerator supply frequency on board On board AC Generator ON OFF Voltage supplied by the generator to the on board power supply Generator supply frequency on board On board AC Generator ON OFF Output voltage of the DC AC converter Output frequency of the DC AC converter DC AC converter Electrical system 8 ...

Page 102: ...a polarity indicator If a DC AC converter is fitted on board it is essential to switch off the DC and AC circuits before working on the cabin AC sockets Never let the end of the boat shore supply cable hang in the water This may result in an electric field that could injure or kill nearby swimmers Incorrect use of alternating current systems will result in a danger of electrouction Do not work on ...

Page 103: ... the extension cable into the AC socket on the boat then into the socket onshore First unplug the extension cable from the socket onshore then from the AC socket on the boat Ref 1 AC shore socket Ref 2 Bipolar circuit breaker Protection Ref 3 Differential switch Operation Electrical system 8 ...

Page 104: ...CD 2 Index C Control The winder is unwound manually The winder is wound electrically Electric furler Shore power socket US Version Refer to the manufacturer s instructions for use and maintenance Electrical system ...

Page 105: ...ment galvanic of the generator battery In the event of system failure the switch can be operated manually using the handle on the device Engage the handle then switch to the right or left of the device to select the desired AC source Maintaining switching positions does not require power consumption Source selectors Location Engine compartment Handle 1 Source selector onboard fitted if the boat fe...

Page 106: ... and selected platform voltage 4 Generator off 5 Selector n 1 6 Selector n 2 7 AC unit DC AC converter 8 Source selected for the onboard selector Here on selector n 1 the padlock indicates the presence of the manual control handle on the selector Switching cannot be carried out through the screen Electrical system ...

Page 107: ...L1 CL2 CL3 3x6 GEN102 3x6 GEN101 3x6 GEN103 140683 63A 140683 63A C63 C63 C63 C63 3x2 5 PAC1 Disj 16A C32 C40 C32 C40 3X2 5 3X2 5 V V 3x2 5 CH1 3x2 5 CH2 3X2 5 CHG 3X2 5 DS 3X2 5 LV Shor e Inverter AC SELEC TOR Inverter Shore 2 1 3 078378 3 077555 1 2 1 2 3 1 2 3 1 2 3 3x2 5 CONV1 3 077555 1 2 2 1 3 078378 3x6 PQ5 3x6 PQ7 PQ4 3x6 PQ6 3x6 GEN100 3x2 5 PAC2 Disj 16A PQ5 Electrical system 8 ...

Page 108: ...X2 5 3x6 3x16 PQ3 PQCL3 CE PECL1 CL1 CL2 CL3 3x16 GEN102 3x16 GEN101 3x6 GEN103 140683 63A 140683 63A 3x2 5 PAC1 Disj 16A C32 C40 C32 C40 3X2 5 3X2 5 V V 3x2 5 CH1 3x2 5 CH2 3X2 5 CHG 3X2 5 DS 3X2 5 LV Shor e Invert er AC SE LECTOR Inverter Shore 2 1 3 078378 3 077555 1 2 1 2 3 1 2 3 1 2 3 3x2 5 CONV1 3 077555 1 2 2 1 3 078378 3x6 PQ5 3x6 PQ7 PQ4 3x6 PQ6 3x16 GEN100 3x2 5 PAC2 Disj 16A PQ5 142928 ...

Page 109: ...In this way the power for the 220V sockets in the cabins can be supplied by the inverter itself supplied by the service battery bank Be careful to disconnect the inverter circuit to prevent the AC power supply automatically switching over and to prevent accidental discharge of the service battery bank This can be done by setting the inverter s circuit breaker to the OFF position or setting the swi...

Page 110: ... the indoor sockets and some onboard appliances When shore power is not connected the relay automatically connects the inverter to a part of the onboard AC circuit When the shore power socket is plugged in and powered the relay automatically disconnects the inverter Location Cockpit locker 1 DC AC converter 2 Breaker 3 Relay box 200A breaker Location Port aft cabin Electrical system ...

Page 111: ...ng any accumulated dust to ensure good ventilation Control located on the equipment Remote control Location Port aft cabin Refer to the manufacturer s instructions for use and maintenance NEVER connect the inverter AC lead to an AC terminal or to the onboard generator disconnect the wiring from the inverter when in use open the inverter Electrical system 8 ...

Page 112: ...on 1 Mains power Interior AC socket circuit 2 Interior AC socket 3 Interior AC socket 4 Mains power AC elements 5 Water heater 6 DC AC converter 7 Battery charger 8 Battery charger 9 Dishwasher 10 Watermaker 11 Ice maker 12 Generator battery charger Electrical system ...

Page 113: ...197837 RCD 2 Index C 113 8 4 7 Hull wiring looms AC circuit GENERAL CH1 PTV1 Boitier disjoncteur CH2 PQ3 PQ4 PQ7 CE PTV2 PAC3 PAC4 PAC5 MO PAC1 Electrical system 8 ...

Page 114: ...114 197837 RCD 2 Index C AIR CONDITIONING Boitier disjoncteur Disj diff prise de quai clim CL3 CL1 CL2 PCL1 PCL2 Commutateur prise de quai Boitier trigger Electrical system ...

Page 115: ... weeks in the water You can put several anodes on the hull Maintenance At least 2 times a year check the corrosion on all of the anodes Change the anode if necessary Before it has lost 50 of its weight Use the appropriate anodes for the cruising area magnesium anodes for fresh water zinc anodes for seawater When the boat is kept in a dry dock a light deposit of dust will settle on the anodes clean...

Page 116: ...t remove the screws and nuts that hold the anode then clean the contact surface Press the new anode to obtain a good electrical contact Change all the anodes every year Retractable thruster anode 1 Propeller anode 2 Lever arm anode 3 Hinge anode Anode plate Thruster anode Nozzle Electrical system ...

Page 117: ...onvertor The earthing plate earths this equipment The earthing plate is not an anode it must not be allowed to deteriorate If the earthing plate deteriorates consult a professional immediately to determine the cause Because it is mounted across the hull below the waterline deterioration of the earthing plate puts the boat at risk of sinking Outside view Inside view Never antifoul over the earthing...

Page 118: ...118 197837 RCD 2 Index C ...

Page 119: ...119 LIQUEFIED PETROLEUM GAS SYSTEM LPG General points 120 Operation of the LPG system 121 Verification of the LPG system 121 Diagram of layout 123 Cooking appliances with built in LPG cylinder 124 9 ...

Page 120: ...ected Protective covers lids or caps must be held in place Spare bottles must be stored outside on the boat and protected from weather and mechanical damage If a gas leak occurs it is essential that the gas escapes outside Do not impede access to the components of the LPG system Do not use the housings or the LPG bottle lockers to store other equipment Check the vent pipes at least once a year Rep...

Page 121: ...essure gauge near the LPG cylinder for 3 minutes The pressure indicated by the manometer should be constant if there is no leak in the system The pressure indicated by the manometer should be constant if there is no leak in the system If bubbles are observed in the detector liquid there is a leak NOTE The pressure gauge only indicates vapour pressure which is a constant at a given temperature It g...

Page 122: ... checked at regular intervals or as prescribed by national requirements Never use a naked flame to check for leaks Do not use a hotplate or an oven to heat the living areas Fuel burning equipment with a naked flame consumes the oxygen in the cabin and leaves combustion residue in the boat Ventilation is necessary when this equipment is used Open the vents provided for this purpose when using this ...

Page 123: ...it 6 Rubber washers 7 Ringed PVC sheath 8 Copper gas connection kit 9 Label 10 Gas appliance connection kit 11 Bulkhead fitting Reference Designation 1 Regulator valve 2 Gas cylinder 3 Drain 4 Electromagnetic valve 12V 5 Bulkhead fitting 6 Wire passage 7 Ringed PVC sheath 8 Solenoid switch 9 Plastic propane pipe 10 Gas appliance connection kit Liquefied Petroleum Gas system LPG 9 ...

Page 124: ...the griddle when under way The user must remove and replace the built in LPG cylinder in the open air and away from sources of ignition Spare cartridges must be stored outside on the boat and protected from weather and mechanical damage If a gas leak occurs it is essential that the gas escapes outside Follow the plancha supplier s instructions for use maintenance and replacement of the LPG cartrid...

Page 125: ...125 DOMESTIC APPLIANCES Fridge Cooler 126 Water cooled refrigeration unit 128 Microwave 130 Dishwasher 131 10 10 ...

Page 126: ...erature setting for the inside of the fridge The refrigration power can be affected by The ambient temperature The quantity of food to chill The frequency with which the door is opened Maintenance Clean the evaporator with a damp cloth at least once a year Never use cleaners which are abrasive or acidic or which contain solvents for cleaning the evaporator Regularly clean the fridge icebox door se...

Page 127: ...197837 RCD 2 Index C 127 The control is located directly inside the device Fridge Cooler Domestic appliances 10 10 ...

Page 128: ...cooled The refrigeration unit is supplied by direct current A breaker protects the electrical circuit The condenser located beneath the hull is a microbead plate This allows optimal temperature exchange between the seawater and the coolant liquid Cockpit fridge Condenser Microbead plate Refrigeration unit Outside view Refer to the manufacturer s instructions for use and maintenance Never cover the...

Page 129: ...197837 RCD 2 Index C 129 Maintenance Clean the refrigeration unit annually using a vacuum cleaner or a dry brush 1 Condenser submerged 2 Evaporator 3 Compressor 4 Battery Domestic appliances 10 10 ...

Page 130: ...pty Remove all foil or metallic packaging elements before putting food in the microwave Remove airtight coverings from packaging before putting food in the microwave Starting up Use the switch to select the desired power source shore power or generator Put the microwave circuit breaker in the ON position Maintenance Regularly check the door seals Regularly clean the inside of the fridge with a dam...

Page 131: ...ng the basin Starting up Check the level in the water tanks and switch on the water system Open the valve of the water supply onboard dishwasher Turn on the AC power shore or generator and actuate the dishwasher s circuit breaker Turn on the dishwasher Never allow children to use the domestic electrical equipment unsupervised Refer to the manufacturer s instructions for use and maintenance Do not ...

Page 132: ......

Page 133: ...133 AUDIO VISUAL EQUIPMENT Television 134 HiFi 135 11 11 ...

Page 134: ...uipment of the boat alternating current may be provided by the AC shore power socket the generator the DC AC converter powered by service batteries A circuit breaker protects the circuit Pre cabling for the aerial is already installed on the boat Starting up First turn on the circuit breaker then switch on the TV Audio visual equipment ...

Page 135: ... can come from the speakers if AUX is selected on the DVD player The sound from the DVD player comes from the speakers The sound from the radio comes from the inside and outside speakers It is possible to select either inside or outside speakers by adjusting the balance control Location Starboard saloon Interior speaker Outside loudspeaker Refer to the manufacturer s instructions for use and maint...

Page 136: ......

Page 137: ...137 ONBOARD COMFORT Air conditioning 138 Electronic equipment 146 Fuel burning equipment for purposes other than propulsion Generator Heating 149 12 12 ...

Page 138: ...ll drainage fitting It is advisable to check the flow of water visually once the air conditioning starts running Operation Before starting the engine Open the raw water intake valves and evacuation valves Make sure that the control panel is in the STOP position Use the switch on the chart table to select the power source shore power or generator If using shore power plug into the shore power socke...

Page 139: ...n fully drained Never start the generator when the air conditioning is already on Always turn off the air conditioning before turning off the generator Regularly check and clean the seawater filter placed on the thru hull seawater intake Close the seawater intake valve Unscrew the top of the filter Clean the filtering screen Put everything back in place Clean the air filter located in the compress...

Page 140: ...140 197837 RCD 2 Index C Air conditioning controls A remote control is installed in each cabin Please refer to the key on the following page Onboard comfort ...

Page 141: ...Auxiliary heating 13 Temperature control indicator This indicates the temperature control setting desired ambient temperature 14 Indicator for the manual ventilator This comes on when the manual ventilator is running 15 Indicator for the automatic ventilator This comes on when the ventilator is running in automatic mode 16 Ventilator key Allows you to select manual or automatic mode for the ventil...

Page 142: ...utomatically and instantly lights the screen up blue To alter the light intensity of the screen press these two buttons simultaneously MODE UP arrow pointing up until the required intensity is reached It is possible to programme whether or not the controls are illuminated by default In this case the ON mode must be selected for permanently illuminated controls or the SLEEP mode for permanently uni...

Page 143: ...197837 RCD 2 Index C 143 Circuit breakers Location Saloon 1 AC supply Air conditioning 2 Seawater pump 3 Compressor Saloon 4 Compressor Aft cabin 5 Compressor Forward cabin Onboard comfort 12 12 ...

Page 144: ...YOUT OF COMPONENTS Reference Designation Air distribution duct 1 Compressor Seawater out 2 Seawater intake Sea water supply 3 Seawater pump Condensation water drainage 4 Seawater drainage x 3 5 Condensation drain Onboard comfort ...

Page 145: ...197837 RCD 2 Index C 145 DIAGRAM OF LAYOUT Onboard comfort 12 12 ...

Page 146: ...ctronics are powered by direct current Sensors Do not store equipment on top of the sensors Do not cover the sensors in antifoul when antifouling the hull Regularly clean the sensors Control Electrical panel Location of sensors Inside view Outside view Onboard comfort ...

Page 147: ...To ensure optimum perfomance keep all metallic objects away from the gyrocompass Do not store equipment close to the calculator and electrical connections Control Starboard cockpit 1 Oil reservoir 2 Hydraulic piston Onboard comfort 12 12 ...

Page 148: ...he repeaters when unused for long periods When sailing store the protective covers inside the boat to avoid loss The various repeater displays are back lit Regularly clean the dials of the repeaters with fresh water Refer to the manufacturer s instructions for use and maintenance Onboard comfort ...

Page 149: ... contact between inflammable materials and the hot sections of the engine Take all necessary precautions to avoid contact with naked flames and other hot areas Do not obstruct or modify the ventilation system Fuel stored outside the tanks jerrycans portable fuel tanks etc must be stowed on deck and protected from bad weather and mechanical damage Never store fuel tanks or tanks containing petrol i...

Page 150: ...rator DIAGRAM OF LAYOUT Reference Designation 1 Fuel filter 2 Seawater filter 3 Water trap 4 Anti siphon valve 5 Differential circuit breaker 6 Generator 7 Water gas separator 8 Seawater inlet 9 Seawater drainage 10 Outlet Onboard comfort ...

Page 151: ... to prevent it from starting accidentally The generator can be started by the switch on the generator itself or by the switch on the control panel Starting up Fill the generator with water to prevent the seawater pump from running dry refer to the supplier s recommendations Open the raw water intake valves and evacuation valves Open the fuel supply valve Turn the generator s battery switch to the ...

Page 152: ...r via an integrated ventilator The air warmed in the heating system is blown through the warm air ducts to the living area of the boat Fuel is supplied from the fuel tank via a feed pump The combustion system is separate from the heating system The air intake for combustion is separate from the warm air heating system The exhaust gases are expelled to the outside by an exhaust pipe with a silencer...

Page 153: ...ue Ventilation continuous white Boiler off flashing red Fault no heating flashing green Pre programmed heating flashing blue Pre programmed ventilation Please refer to the manufacturer s instructions for the use and maintenance of the heating system A sudden cut in the electrical supply may damage the heater REMEMBER TO SWITCH OFF THE HEATER BEFORE ISOLATING THE BATTERIES It is essential to discon...

Page 154: ...grammer Activate the time programmer Deactivate the time programmer Delete the time programmer Delete all time programmers Time programmer activated Instant starting Day of the week Hour Language Unit of temperature Day Night System information Error information Reset reset return Repair Please contact the repair and maintenance centre Left Warning Back Right 12 hour display OK Switched on ADR Onb...

Page 155: ...ing pump 3 Control box 4 Heater 5 Fresh air intake 6 Heating exhaust 7 Hot air openings The heater must be switched off when refilling the fuel tank The heater s exhaust gases are very hot they may burn fenders or cables located too close to the through hull exhaust Onboard comfort 12 12 ...

Page 156: ......

Page 157: ... WATER SYSTEMS General points 158 Using a valve 159 Fresh water filling system 160 Fresh water distribution system 163 Main plumbing equipment 168 Blackwater system Toilet 179 Waste water system 195 13 13 ...

Page 158: ... water systems during winterisation in particular the cockpit shower and water heater to avoid damage from freezing Clean change the filters regularly Regularly check water tightness of joints in the water system installations Check that screws and bolts are well tightened and replace them if they are worn or corroded Disconnect the onshore shore water supply before leaving the boat if fitted If t...

Page 159: ...le To lock the drainage valve in the closed position Pass the tightening collar around the drainage valve and feed through the hole in the handle as shown 1 Open valve 2 Closed valve Plastic valve Bronze valve Valves thru hull inlets and other brass or bronze fittings have a lifespan of around 5 years All valves thru hull inlets and other brass or bronze accessories must be checked by a profession...

Page 160: ...3 3 FRESH WATER FILLING SYSTEM Reference Designation Supply pipe 12mm diameter 1 Fresh water tank Vent pipe 16mm diameter 2 WATER deck filler Pipe filling 38mm diameter 3 Fresh water tank vent 4 Water unit 1 3 2 4 Water systems ...

Page 161: ...161 Extra water tank Reference Designation Supply pipe 12mm diameter 1 Fresh water tank Vent pipe 16mm diameter 2 WATER deck filler Pipe filling 38mm diameter 3 Fresh water tank vent 4 Water unit 2 3 4 1 Water systems 13 13 ...

Page 162: ...162 197837 RCD 2 Index C Water tanks Forward cabin Starboard aft cabin Extra water tank Gauge Touch screen Water tank selection valves 1 Supply Forward tank 2 Supply Extra tank aft Water systems ...

Page 163: ... Designation Cold water system 19mm diameter 1 Water unit Hot water pipe 19mm diameter 2 Water heater Cold water system 12mm diameter 3 Sink mixer tap Galley Hot water system 12mm diameter 4 Washbasin mixer tap Head 5 Mixer shower 6 Washbasin shower mixer tap 1 2 3 4 4 6 5 6 5 Water systems 13 13 ...

Page 164: ...ld water system 19mm diameter 1 Water unit Hot water pipe 19mm diameter 2 Water heater Cold water system 12mm diameter 3 Sink mixer tap Galley Hot water system 12mm diameter 4 Washbasin mixer tap Head 5 Mixer shower 6 Washbasin shower mixer tap 1 2 3 4 6 6 6 6 5 Water systems ...

Page 165: ...ion Cold water system 19mm diameter 1 Water unit Hot water pipe 19mm diameter 2 Water heater Cold water system 12mm diameter 3 Sink mixer tap Galley Hot water system 12mm diameter 4 Washbasin mixer tap Head 5 Mixer shower 6 Washbasin shower mixer tap Water systems 13 13 ...

Page 166: ... Designation Cold water system 19mm diameter 1 Water unit Hot water pipe 19mm diameter 2 Water heater Cold water system 12mm diameter 3 Sink mixer tap Galley Hot water system 12mm diameter 4 Washbasin mixer tap Head 5 Mixer shower 2 3 4 4 4 5 4 1 Water systems ...

Page 167: ...esignation Cold water system 19mm diameter 1 Water unit Hot water pipe 19mm diameter 2 Water heater Cold water system 12mm diameter 3 Sink mixer tap Galley Hot water system 12mm diameter 4 Washbasin mixer tap Head 5 Mixer shower 1 2 3 4 4 5 4 Water systems 13 13 ...

Page 168: ... fresh water supply All other use e g seawater bilge water oil products must be strictly avoided The water unit is switched on at the electrical panel Make sure that the water unit never runs dry The pressure and capacity of the water unit depend on the temperature of the stored fresh water supply Control Electrical panel When the water unit is powered by the DC circuit the switch lights up in red...

Page 169: ... allows a choice of water temperature hot water cold water Operation To use the shower turn on the water by tipping the tap on its axis Press the button on the top of the shower to allow the flow of water Choose the required temperature by turning the tap clockwise or anti clockwise After using the shower it is important to turn off the water by tipping the tap back into its original position Wate...

Page 170: ...t The deck wash pump allows the deck or the boat s tender to be washed The deck wash pump is switched on at the helm station Operation Control Steering station Open the seawater intake valve Select the seawater or fresh water supply Attach a hose to the connector provided in the cockpit Start the pump Water systems ...

Page 171: ...197837 RCD 2 Index C 171 DIAGRAM OF LAYOUT Supply pipe 19mm diameter Reference Designation 1 Connection 2 Deck wash pump 3 Seawater intake 4 Non return valve 2 4 3 1 E Water systems 13 13 ...

Page 172: ...advisable to open only one valve at a time Switch on the water unit 2 Supply of the fresh water circuit by taking fresh water from the dock Connect a water pipe to the onshore water supply Open the water supply tap located on the pontoon A non return valve in the distribution circuit allows the shore supply water to be used without opening the valve The connection of the water intake is located in...

Page 173: ...mp The foot pump enables the use of sea water fresh water without the need for electricity Water from the foot pump comes out at the spout located at the sink 1 Spout 2 Foot pump control 3 Sea water fresh water selector valve 4 Seawater intake Water systems 13 13 ...

Page 174: ...supply The water heater thermostat regulates the water temperature only when it is operating with electrical resistance The thermostat is pre set in the factory The mixer tap allows the temperature leaving the water heater to be adjusted Never switch on the water heater if it is not filled with water 1 Thermostat tap 2 Water heater 25L Refer to the manufacturer s instructions for use and maintenan...

Page 175: ...Maintenance A carbon filter is installed in the ice maker water system Change the filter regularly Clean the evaporator with a damp cloth at least once a year Never use cleaners which are abrasive or acidic or which contain solvents for cleaning the evaporator Clean the hinge of the ice maker door regularly with a damp cloth Clean and defrost the ice maker regularly During overwintering leave the ...

Page 176: ...seawater discharge valve Operation Seawater enters the membrane block under pressure which allows only pure water to pass out A sensor at the membrane block outlet allows measurement of the salt content of water filtered in this way A three way valve allows drinking water to be directed automatically to the tanks or for water that is too salty to be discharged to the sea The drinking water filtere...

Page 177: ...vy sail traffic or where the water is muddy polluted or brackish The membranes are temperature sensitive in the event of negative 0 C and less or too hot 60 C and over temperatures the membranes are likely to tear Maintenance Every week rinse the system with fresh water This can be done manually or automatically as preferred The fresh water used for rinsing the circuit must not be under pressure a...

Page 178: ...RCD 2 Index C DIAGRAM OF LAYOUT Reference Designation 1 Seawater inlet 2 Seawater filter 3 Motor unit 4 Membranes 5 Control panel 6 Brine drainage 7 Connection to on board water circuit 3 4 5 6 2 1 7 Water systems ...

Page 179: ... Close the valves after each use and especially when the boat is unattended Regularly check the valves and thru hull seacocks for proper operation and watertightness Regularly check the tightness of the flexible pipe clamps and connections Motor unit Control panel Seawater filter Electromagnetic valve Membrane block Water systems 13 13 ...

Page 180: ...eawater supply 20mm diameter 1 Manual toilet Vent pipe 25mm diameter 2 Black water tank drainage cap WASTE Suction hose 38mm diameter 3 Blackwater tank 50L Drainage hose 50mm diameter 4 Blackwater tank 80L 5 Blackwater tank vent 6 Black water tank drain through hull 7 WC seawater intake 1 1 2 2 3 4 5 5 6 6 7 7 Water systems ...

Page 181: ...ual toilet Vent pipe 25mm diameter 2 Black water tank drainage cap WASTE Suction hose 38mm diameter 3 Blackwater tank 50L Drainage hose 50mm diameter 4 Blackwater tank 80L 5 Blackwater tank vent 6 Black water tank drain through hull 7 WC seawater intake 1 2 3 5 5 6 6 7 7 5 6 7 2 4 1 1 2 4 Water systems 13 13 ...

Page 182: ...y 20mm diameter 1 Manual toilet Vent pipe 25mm diameter 2 Black water tank drainage cap WASTE Suction hose 38mm diameter 3 Blackwater tank 50L Drainage hose 50mm diameter 4 Blackwater tank 80L 5 Blackwater tank vent 6 Black water tank drain through hull 7 WC seawater intake Water systems ...

Page 183: ...ilet Vent pipe 25mm diameter 2 Black water tank drainage cap WASTE Suction hose 38mm diameter 3 Blackwater tank 50L Drainage hose 50mm diameter 4 Blackwater tank 80L 5 Blackwater tank vent 6 Black water tank drain through hull 7 WC seawater intake 1 2 3 1 2 3 5 5 6 6 7 7 5 6 7 5 6 7 2 4 1 1 2 4 Water systems 13 13 ...

Page 184: ...Manual toilet Vent pipe 25mm diameter 2 Black water tank drainage cap WASTE Suction hose 38mm diameter 3 Blackwater tank 50L Drainage hose 50mm diameter 4 Blackwater tank 80L 5 Blackwater tank vent 6 Black water tank drain through hull 7 WC seawater intake 1 2 3 1 2 3 5 6 7 5 6 7 5 6 7 2 4 1 Water systems ...

Page 185: ...ly 20mm diameter 3 Blackwater tank 50L WC supply 20mm diameter 4 Blackwater tank 64L Vent pipe 25mm diameter 5 Blackwater tank vent Suction hose 25mm diameter 6 Black water tank drain through hull Suction hose 38mm diameter 7 WC seawater intake Drainage hose 50mm diameter 8 Electromagnetic valve 9 Non return valve 10 Electric toilet pump 11 Connection 1 2 3 5 6 7 5 10 6 7 E E 8 9 9 10 11 1 2 8 11 ...

Page 186: ... Blackwater tank 50L WC supply 20mm diameter 4 Blackwater tank 64L Vent pipe 25mm diameter 5 Blackwater tank vent Suction hose 25mm diameter 6 Black water tank drain through hull Suction hose 38mm diameter 7 WC seawater intake Drainage hose 50mm diameter 8 Electromagnetic valve 9 Non return valve 10 Electric toilet pump 11 Connection 1 2 3 5 6 7 5 6 7 10 5 6 10 E E E 8 9 9 10 11 2 4 1 8 9 9 11 1 2...

Page 187: ...ASTE Seawater supply 20mm diameter 3 Blackwater tank 50L WC supply 20mm diameter 4 Blackwater tank 64L Vent pipe 25mm diameter 5 Blackwater tank vent Suction hose 25mm diameter 6 Black water tank drain through hull Suction hose 38mm diameter 7 WC seawater intake Drainage hose 50mm diameter 8 Electromagnetic valve 9 Non return valve 10 Electric toilet pump 11 Connection Water systems 13 13 ...

Page 188: ...ank 50L WC supply 20mm diameter 4 Blackwater tank 64L Vent pipe 25mm diameter 5 Blackwater tank vent Suction hose 25mm diameter 6 Black water tank drain through hull Suction hose 38mm diameter 7 WC seawater intake Drainage hose 50mm diameter 8 Electromagnetic valve 9 Non return valve 10 Electric toilet pump 11 Connection 1 2 3 5 6 7 6 10 5 6 10 5 7 5 6 7 10 E E E E 8 9 9 10 11 2 4 1 8 9 9 11 1 2 4...

Page 189: ...ackwater tank 50L WC supply 20mm diameter 4 Blackwater tank 64L Vent pipe 25mm diameter 5 Blackwater tank vent Suction hose 25mm diameter 6 Black water tank drain through hull Suction hose 38mm diameter 7 WC seawater intake Drainage hose 50mm diameter 8 Electromagnetic valve 9 Non return valve 10 Electric toilet pump 11 Connection 1 2 3 5 6 5 6 7 10 6 10 5 E E E 8 9 9 10 11 1 2 4 8 9 9 11 2 4 1 8 ...

Page 190: ...fs dressings etc in the toilets and blackwater tank will result in blockages Faecal matter causes the formation of unpleasant odours in the blackwater tanks to which the use of salt water for flushing the toilets also contributes Algae present in salt water also give off unpleasant odours Completely empty the blackwater system before leaving the vessel unattended in temperatures below freezing Ask...

Page 191: ...fresh water filling it through the WASTE deck connection Leave at least 5 litres of fresh water mixed with a detergent additive Disinfecting Disinfect the tank once a year by filling it with a solution of Javel water 1 to 1000 4 Using the drainage valve The direct to sea drainage valve can be sealed by means of the drilled hole on the handle To lock the drainage valve in the closed position Pass t...

Page 192: ...37 RCD 2 Index C Layout diagram of blackwater system Emptying by gravity Reference Designation 1 Toilet 2 Seawater intake valve 3 Thru hull seacock 4 Blackwater tank 5 Vent 6 WASTE deck connection Water systems ...

Page 193: ...e in the tank Make sure the thru hull seacock Ref 3 is closed Empty the bowl using the manual toilet pump IV b For direct discharge into the sea Open the thru hull seacock Ref 3 Empty the bowl using the manual toilet pump IV c To discharge through the deck Open the deck connection marked WASTE Ref 6 Use the pump out system where fitted at a port Refer to the manufacturer s instructions for use and...

Page 194: ...hru hull seacock Ref 3 is closed Empty the bowl by pressing the empty button IV b For direct discharge into the sea Open the thru hull seacock Ref 3 Empty the bowl by pressing the empty button IV c To discharge through the deck Open the deck connection marked WASTE Ref 6 Use the pump out system where fitted at a port Location of the solenoid valve Port forward washroom 1 Electric toilet control 2 ...

Page 195: ...ains and washbasins Close the valves after each use and especially when the boat is unattended Regularly check the valves and thru hull seacocks for proper operation and watertightness Regularly check the tightness of the flexible pipe clamps and connections Observe local regulations regarding the emptying of greywater tanks Water systems 13 13 ...

Page 196: ...196 197837 RCD 2 Index C LAYOUT OF COMPONENTS Shower plug hole Shower pump Control Shower screen NOTE It is essential that the shower screen remains locked in place when under way Water systems ...

Page 197: ...eference Designation Waste water pipe 20mm diameter 1 Sink plug hole Galley Waste water pipe 25mm diameter 2 Washbasin drain plug Head Waste water pipe 40mm diameter 3 Shower plug hole 4 Shower pump drainage 5 Kitchen sink thru hull drainage 1 1 2 2 2 3 3 3 4 4 4 5 5 5 5 5 5 5 E E E Water systems 13 13 ...

Page 198: ...ater pipe 20mm diameter 1 Sink plug hole Galley Waste water pipe 25mm diameter 2 Washbasin drain plug Head Waste water pipe 40mm diameter 3 Shower plug hole 4 Shower pump drainage 5 Kitchen sink thru hull drainage 1 1 2 2 2 3 3 4 4 4 5 5 5 5 5 3 5 5 2 4 3 5 5 E E E E Water systems ...

Page 199: ...ence Designation Waste water pipe 20mm diameter 1 Sink plug hole Galley Waste water pipe 25mm diameter 2 Washbasin drain plug Head Waste water pipe 40mm diameter 3 Shower plug hole 4 Shower pump drainage 5 Kitchen sink thru hull drainage Water systems 13 13 ...

Page 200: ...ter pipe 20mm diameter 1 Sink plug hole Galley Waste water pipe 25mm diameter 2 Washbasin drain plug Head Waste water pipe 40mm diameter 3 Shower plug hole 4 Shower pump drainage 5 Kitchen sink thru hull drainage 1 1 2 2 2 3 3 4 4 4 5 5 5 5 5 5 3 5 2 4 3 5 5 E E E E E Water systems ...

Page 201: ... water pipe 20mm diameter 1 Sink plug hole Galley Waste water pipe 25mm diameter 2 Washbasin drain plug Head Waste water pipe 40mm diameter 3 Shower plug hole 4 Shower pump drainage 5 Kitchen sink thru hull drainage 1 1 2 2 3 3 4 5 2 4 3 5 5 5 5 4 5 5 E E E E Water systems 13 13 ...

Page 202: ......

Page 203: ... of explosion 204 Danger from moving mechanical parts 205 General points 205 Starting the engine 208 Engine water intake valve 209 Anti siphon valve 210 Fuel filter 211 Engine installation 212 Engine control 213 Access to the engine 214 Propeller 214 14 14 ...

Page 204: ...ble materials and the hot sections of the engine Never switch off or cut off energy to the electric system when the engine is running Never block access to the fuel supply valve Do not obstruct or modify the ventilation system Never turn the engine over when the boat is on land Fuel stored outside the tanks jerrycans portable fuel tanks etc must be stowed on deck and protected from bad weather and...

Page 205: ... the engine compartment Do not close the fuel supply valve between each use of the engine except in the event of prolonged disuse Get the whole propulsion system checked at least once a year by a professional engineer see Chapter MANOEUVRABILITY Always start the engine with the control lever in neutral Type of motorisation Your vessel is fitted with an in board diesel engine Transmission type is S...

Page 206: ... in good condition to prevent water ingress The generator has its own fuel supply valve Tank selection A pull control enables you to select which fuel tank to use to supply the engine Lever pushed fuel supply from the port tank Lever pulled fuel supply from the starboard tank Tank Location Port aft cabin Extra tank Location Starboard aft cabin 1 Engine supply valve 2 Generator supply valve 3 Fuel ...

Page 207: ...level is transmitted via the gauge to the indicator on the steering station Touch screen Gauge The tanks nominal capacity cannot be fully used due to the load and the need to maintain the correct trim A 20 reserve should be kept Engine 14 14 ...

Page 208: ... pumped out with the exhaust gases as soon as you start the engine If no water runs out stop the engine immediately Check the coolant flow The engine compartment bilge fan is activated automatically when the engine is started Before using the engine make sure you carefully read the handbook provided by the engine manufacturer Always start the engine with the control lever in neutral Learn how to j...

Page 209: ...henever the boat is lifted out This valve must absolutely always be opened before starting the engine A seawater filter filters the water before it goes through the heat exchanger Regularly inspect the seawater filter and clean it if necessary Screw unscrew the cover of the filter by hand never use tools For lengthy absences close the engine s seawater intake valve Seawater intake Seawater filter ...

Page 210: ...g from the anti siphon valve If this occurs you must clean the anti siphon valve dismantle the water collector at the top of the anti siphon valve then clean the valve with fresh water to remove any impurities Then do the reverse procedure to refit the cleaned component taking care not to refit the valve the wrong way round It is advisable to carry out this simple preventative maintenance procedur...

Page 211: ... through two filters One filter is an integral part of the engine its role is to filter fuel very finely Please refer to the engine manufacturer s notes for any maintenance and for the frequency of filter changes The second filter is on the pipe that links the tank to the engine it works as a water decanter and prefilter Maintenance Purge the impurities by unscrewing the screw located at the base ...

Page 212: ...5 Engine battery 6 Engine battery switch 7 Water trap 8 Engine exhaust 9 Engine control lever 10 Engine compartment ventilator 11 Auxiliary fuel tank 12 Fuel tank 13 Engine instrument panel 14 Motor 15 Fuel filler DIESEL 16 Non return valve 17 Fuel tank vent 18 Hot air outlet 19 Fresh air intake 20 Tank selection pull 21 Water heater Engine ...

Page 213: ...etailed explanations on how to operate the engine and keep it running well Read the manufacturer s notes on use and maintenance of the engine Control lever The control lever is fitted with a safety system which prevents the engine from starting when in gear 1 Engine control lever 2 Engine instrument panel Engine 14 14 ...

Page 214: ...er Never change the propeller without first consulting a professional engineer Propeller efficiency will drop if the propeller blades are damaged or dirty clean the blades regularly and attentively During lift out check the propeller it should turn freely on its axis and there should be no play Single engine boats are equipped with a right hand propeller Respect speed limits If this boat is equipp...

Page 215: ...215 STEERING SYSTEM General points 216 Diagram of layout 217 Bow thruster stern thruster retractable 220 15 15 ...

Page 216: ...s Don t tighten the steering cables excessively When properly adjusted the steering should work smoothly with no play at all and no stiffness in the tiller or wheel consult your dealer Do not grease the steering cables or the pulleys Maintain the nylon ertalon or teflon bushes with only a suitable lubricant Each ring is a wearing part make sure you change them regularly Please contact your dealer ...

Page 217: ...197837 RCD 2 Index C 217 15 2 DIAGRAM OF LAYOUT Steering system 15 15 ...

Page 218: ...218 197837 RCD 2 Index C View A Detail B Steering system ...

Page 219: ...c piston 7 Textile line 8 Port sheave support 9 Sheave 10 Starboard sheave support 11 Connecting rod 12 Rudder Tiller angle indicator 13 Thread stalk 14 Balance bush 15 Stock arm 16 Stock arm stop 17 Hydraulic unit Autopilot 18 Inspection hatch 19 Flanged bush 20 Seal 21 Wheel column 22 Hydraulic unit mounting Steering system 15 15 ...

Page 220: ...topped The thruster circuit negative is connected to the boat s general negative The bow thruster motor must operate with the boat s engine running A control panel is located in the cockpit Press both ON buttons simultaneously to start the thruster Press the OFF button to switch off the thruster NOTE It is important to switch off the thruster BEFORE switching off the boat s propulsion engine so th...

Page 221: ...tage will cause premature wearing of the motor s relay contacts and brushes During lift out Check that the propellers turn properly with neither play nor stiffness Clean the blades carefully Remove the propeller clean the shaft support and coat the shaft with silicone based grease before refitting the propeller After cleaning and applying a primer antifoul the housing and the propellers Change the...

Page 222: ...222 197837 RCD 2 Index C 1 Mounting screw 2 Anode Steering system ...

Page 223: ...223 DECK FITTINGS General points 224 Equipment 226 Berthing anchoring towing 229 Main elements of the chain locker 231 Electric windlass 232 16 16 ...

Page 224: ...exiglas PMMA Rinse plexiglas with fresh water Use a polish paste for thin scratches Consult your dealer if deep scratches occur 16 1 3 Stainless steel Stainless steel is an alloy of iron and carbon steel with the addition of chromium The chromium creates a protective film which insulates the steel from the surrounding environment This coating is usually invisible due to its thinness Thus despite i...

Page 225: ...protective covering over the fixed upholstery Maintenance To maintain the quality of the fabric spray regularly with clarified water and brush with a soft brush such as a clothes brush A thorough clean every 2 years is recommended Stain removal Follow these steps for routine cleaning Remove as much debris as possible using a soft brush Spray the fabric with water Prepare a cleaning solution using ...

Page 226: ... the rear platform while sailing Maximum platform load 300kg Load must be uniformly distributed During platform opening or closure Beware of the system s movements to avoid injuries Never leave children unattended when they are using the system When you are using the platform remote control check beforehand that the space in which it operates is completely clear of obstructions and remains so thro...

Page 227: ...4 Switch off the circuit breaker of the relevant apparatus on the electrical panel If the cylinder fails you can close the platform manually by following the steps below Shut off the DC supply of the cylinder by the circuit breaker Remove the split ring item 1 and the shaft item 2 at the two cylinder fixings Remove the platform cylinder and store it in the boat Strike an end on the platform to rai...

Page 228: ...ely until it touches the water Retrieving the tender from the water Pull out the bung Secure the pulley s hooks to the front and back of the tender Raise the front and then the back of the tender alternately as high as the pulley block allows No one must be onboard the tender while launching or retrieving it The davits are designed to support a maximum load of 180kg and a tender which is at most 3...

Page 229: ...ines or chains do not exceed 80 of the breaking strength of the corresponding anchor point Be sure to protect the transom platform with a fender to avoid friction with the pontoon Pass the warps through the fairleads provided MOORING LINES MOORING TOWING Reference Diagram on next page A A B A B Anchor Point Breaking Strength 37 1kN 53 2kN 53 2kN Mooring Line Chain Breaking Strength 29 7kN 42 6kN 4...

Page 230: ...chains must not exceed 80 of the breaking strength of the anchor points Always tow or be towed at low speed Never exceed the maximum speed of a displacement hull during a tow Be particularly vigilant when the end of a towing cable is being thrown or received the end may become caught in the propeller A towing cable must always be secured in such a way that it can be released under load Do not try ...

Page 231: ...e 6 Remote control Refer to the manufacturer s instructions for use and maintenance Windlass operations are dangerous Always keep the anchor chain or rope free and unfouled Carry out manoeuvres carefully and always wear shoes Avoid wearing baggy clothing and jewellery that could get caught in the engine when it is running Tie up long hair Deck fittings 16 16 ...

Page 232: ...in meter this shows the length of chain let out Operation Before lowering the anchor make sure that the chain or anchor rope is securely attached to the bitter end ring When at sea secure the chain or anchor rope to secure points such as the chain stopper or the anchor rode to the belaying cleat the windlass must not be used as the only method of securing the chain or rode With dual control be car...

Page 233: ... in the space provided to release the chain sprocket Let the chain run out using the handle to control the speed as it runs The handle serves only to release the chain sprocket in order to lower the anchor manually should the electric windlass break down The handle cannot be used to raise the anchor manually Before anchoring check the depth of water the power of the current and the nature of the s...

Page 234: ...234 197837 RCD 2 Index C DIAGRAM OF LAYOUT CHAIN METER Reference Designation 1 Remote control for the windlass 2 Service batteries 3 Operation relay 4 Windlass 5 Breaker 6 Chain meter Deck fittings ...

Page 235: ...235 HULL FITTINGS Interior upholstery 236 Interior woodwork 239 Interior maintenance 240 17 17 ...

Page 236: ...pply a leather shampoo on the leather then use a hydrating cream which will also protect it Stain removal If the leather surface gets stained clean immediatley using an absorbent piece of paper Do not scour Clean with inward motions to prevent the stain from spreading Dab with denatured alcohol using a piece of cotton to apply ink and food stains Apply absorbent powder talcum on grease stains Wait...

Page 237: ...articularly on the stains Rinse off the cleaning solution using a damp cloth Dry in the open air After taking the Alcantara fabric off it s a good idea to use a gentle brush to bring back its softness For difficult stains dry cleaning is recommended SYNTHETIC FABRIC Stain removal If you can remove the fabric Clean in the washing machine use the programme for delicate fabrics at 30 Do not iron Neve...

Page 238: ...tains on the surface of the fabric Use only clean white damp pieces of cloth Difficult stains can be removed using a mixture of water 25 and white spirit Rinse with clean water Dry with a soft piece of cloth ACRYLIC bimini fabric Maintenance To maintain the quality of the fabric spray regularly with clarified water and brush with a soft brush such as a clothes brush A thorough clean every 2 years ...

Page 239: ...bbing a varnish surface gives it a brighter appearance Do not use polish this may result in unwanted brightening of appearance Gently and regularly clean with lukewarm soapy water For scratches remove the panel and have it re varnished by your dealer Floors The floors fitted onboard are laminated Clean regularly with lukewarm soapy water In the event of a scratch remove the plank and replace it wi...

Page 240: ...y Remove the cushions during lengthy periods of absence Make sure the bilges are clean and dry For lengthy periods of absence leave the icebox and fridge doors open to prevent mould from developing Use a dehumidifier in the saloon and ensure cabin and storage doors are left open cupboards iceboxes Hull fittings ...

Page 241: ...241 HANDLING TRANSPORT Lifting plan 242 Lifting 243 Keel 244 Upper limit of antifoul 245 Launching and lifting 245 Stepping and unstepping the mast 245 Winterisation 246 Transport 247 18 18 ...

Page 242: ...242 197837 RCD 2 Index C 17 1 LIFTING PLAN Note Measurements are expressed in mm The position of the lifting slings is shown in the pictogram below Handling transport ...

Page 243: ...y the supplier If cleaning off existing antifouling requires high pressure washing Ensure the water temperature does not exceed 15 degrees The water pressure must not exceed 150 bar 2175 PSI The distance between the hose nozzle and the hull must not be less than 10 centimetres The wet surface area of the boat is approximately 52m Before applying antifouling NEVER Do any sandblasting Use any other ...

Page 244: ...e a visual inspection of all the ballast fixings under the floors Make sure there are no cracks around the washers bolts or nuts and that there is no significant corrosion Any work carried out on these components must be done professionally In the event of an incident In the event of grounding or impact with an unidentified floating object lift the floors and check that there is no leakage of seaw...

Page 245: ...re launching Replace the speedometer in its housing Check the cleanliness of the seawater filters Check the anodes see Chapter ELECTRICAL SYSTEM Check the propeller hydrolube bush see Chapter STEERING SYSTEM Prepare enough fenders and lines Check the engine s seawater intake valve and the fuel feed valve see Chapter ENGINE 17 6 STEPPING AND UNSTEPPING THE MAST The stepping unstepping operations re...

Page 246: ... open Air all of the cushions and upholstery for a while before putting them back onboard and arranging them so as to limit contact between surfaces Close the blackout curtains Leave the fridge icebox doors open to prevent mould and smells from developing Protect the boat as well as possible with fenders Make sure the boat is properly moored Grease all mechanical and moving parts bolts hinges lock...

Page 247: ...dex C 247 17 8 TRANSPORT PACKING PLAN Boat without keel on cradle Boat with keel on cradle Note Measurements are expressed in mm 3 1 3 2 5 3 9 14620 4497 2966 14620 1 0 0 3 8 6 3 4 4 5 8 4497 Handling transport 18 18 ...

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Page 249: ...249 ENVIRONMENT Waste management 250 19 19 ...

Page 250: ...pose of equipment in the sea Dead batteries are toxic to health and to the environment Batteries must not be put in with household waste and must be recycled separately Contact the harbour master or a specialist company about recycling them Make sure you know the local enviromental regulations and follow the codes of best practice Do not pump out the toilets or the contents of the black water tank...

Page 251: ...251 APPENDIX Label key 252 ...

Page 252: ...mfort group Drainage group Valve location label Closed valve Open valve Motor Shower Electric pump Port engine Washbasin Manual pump Starboard engine Ice maker Toilet Propeller shaft Deck wash Washer Filter Sea water tap Dryer Hull drainage Waste water tank Dishwasher Sea water intake Fresh water tank Watermaker WC wash sea Appendix ...

Page 253: ...tank Inverter Generator Battery stock Heating Breaker Thruster Air conditioning Each label is defined by a functional group specific colour a component example in WC GE 12V GE 12V 157559 Label code GENERATOR Function BATTERY Element GENERAL ELECTRICAL EQUIPMENT Colour Yellow Appendix ...

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