Xo 250 User Manual Download Page 12

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FUSE BOX

(Figure 7)

F1  Navigation lights
F2  Trim tabs
F3  Signal horn
F4  12 V power outlet
F5 Radio

F6  Automatic fire extinguisher
F7  Windscreen wiper, right
F8  Windscreen wiper, left
F9 Aux
F10  Bilge pump

F11 Extra
F12  Plotter
F13 Reserve

 

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SULAKELAATIKKO

(Kuva 6)

F1  Kulkuvalot
F2  Trimmitasot
F3  Äänimerkki
F4  12v virranulosotto
F5  Radio

F6  Automaattisammutin (I/O mallit)
F7  Tuulilasinpyyhin, oikea
F8  Tuulilasinpyyhin, vasen
F9  Aux
F10  Pilssipumppu

F11  Extra
F12  Plotteri
F13  Vara

F13

SPARE

NOTE!

• When retrofitting the boat with accessories, use the circuit Extra 
1 or Extra 2. Connect both the power supply wire and the minus 
wire to the new device. Never use the boat hull as ground.
• When alighting from the boat for a longer period of time, switch 
off the power from the main power switch. Detach the battery 
from the system before conducting any electrical work. When dis-
connecting or connecting batteries, be careful not to touch both 
poles of the battery or the boat’s aluminium components with a 
metal wrench.
• Use only the engine or a battery charger to charge the batte-
ries. Using an excessively high current may cause the battery to 
explode. Make sure the battery compartment is sufficiently ven-
tilated. If ventilation openings are blocked, hydrogen released 
during charging may explode.
• Never turn the main switch to the off position when the engine is 
running, because this can damage the engine. Altering the boat’s 
electrical system or the related diagrams is forbidden; only a qua-
lified boat electrician may conduct maintenance or alteration work 
on the boat’s electrical system.

5.9 STEERING PROPERTIES

5.9.1 Driving at high speeds

The maximum rated engine power of the boat is 221 kW (300 hp).
Do not use the boat if it has an engine with a higher power rating 
than that indicated on the builder's plate. Use the engine’s electro 
hydraulic power trim feature as follows:
• When getting up on plane, use the “bow down” mode.

• Once the boat is on plane and if the waves are small, lift the bow 
until the boat starts to porpoise, the propeller loses grip or the 
engine reaches the upper limit of its normal adjustment range. Once 
this happens, lower the bow slightly until the ride is stable. The log 
(speed indicator) ca be used to optimise the trim angle.
• When riding into waves, lower the bow down for a smoother ride. 
When driving with a tailwind or driving into extremely high waves, 
lift the bow slightly to avoid ploughing.
• Do not drive the boat at high speed when the trim is negative, 
i.e. when the bow is low, because the boat can heel and become 
unstable to steer. To adjust the trim, also refer to the engine 
manufacturer's instructions.

CAUTION!

When driving at high speeds, adjust the trim very carefully; small 
changes have a large impact on the boat’s handling. Make sure 
that the boat is not excessively trimmed in, as the boat might 
make an unexpected turn. Do not drive the boat at high speeds 
when trimmed in (bow down). The boat may start banking or its 
directional stability when turning may be compromised.

CAUTION!

In speeds over 40 knots, the boat has limited controllability. Rapid 
turning motions may cause the boat to run out of control. Slow 
down before taking steep turns regardless of the turning direc-
tion. Avoid rapid control movements at high speeds. Do not drive 
at full speed on busy lanes or in limited visibility.

Summary of Contents for 250

Page 1: ......

Page 2: ...ng the boat before taking command Your boat dealer as well as boat clubs and national motor boat and yacht associations are more than happy to tell you about local boat training programmes and recomme...

Page 3: ...nd prevention 18 5 8 Electrical system 19 5 9 Steering properties 23 5 9 1 Driving at high speeds 23 5 9 2 Emergency switch 24 5 9 3 Visibility from the steering position 24 5 10 Correct use other rec...

Page 4: ...purchase II OWNER First name Surname Municipality of domicile Year of purchase III OWNER First name Surname Municipality of domicile Year of purchase IV OWNER First name Surname Municipality of domic...

Page 5: ...fuel than required in case of exceptional and unfo reseen circumstances Engine and equipment Check the operation and condition of steering electrical devices and battery and perform all daily inspecti...

Page 6: ...as follows DANGER If appropriate precautions are not taken there is a serious risk which will very probably lead to death or permanent injury CAUTION If the appropriate precautions are not taken ther...

Page 7: ...and operate the boat appropriately 5 2 BASIC SPECIFICATIONS The basic specifications of the XO 250 Open are as follows Boat type XO 250 Open Design category C inshore Maximum allowed load 848 kg Pleas...

Page 8: ...centre 5 6 STABILITY AND PREVENTING WATER INTAKE 5 6 1 Openings in hull and deck The XO boat does not have a plug for draining the cockpit Instead the cockpit is drained through scupper valves attach...

Page 9: ...Note also that the boat s stability will decrease if any large load is positioned high up in the boat All changes in weight distribution can seriously affect the boat s stability trim and performance...

Page 10: ...serve fuel canister can be sto red in the position reserved for the heater s reservoir leave the boat unattended when the boiler or heater is on 5 8 ELECTRICAL SYSTEM The wiring diagram for the boat s...

Page 11: ...light white 360 Navigation lights red and green Control panel Power socket 12 V 10 A max Fuse box see figure 7 Windscreen wiper CONTROL DEVICES Figure 6 Control panel Bilge pump activation switch Sign...

Page 12: ...boat is 221 kW 300 hp Do not use the boat if it has an engine with a higher power rating than that indicated on the builder s plate Use the engine s electro hydraulic power trim feature as follows Whe...

Page 13: ...ibility from the steering position When the weather is calm and beautiful the boat is easy to ope rate Just remember to arrange the proper look out as required by the COLREG regulations Always make su...

Page 14: ...have sub stantially better traction if the first 3 5 meters of the anchor line is made of either chain or weighted rope CAUTION Do not try to stop the boat with your hands only nor place your hand or...

Page 15: ...transport Pro tect the boat by placing padding between the boat and the straps where chafing may occur Check the engine s manual for additional instructions concerning trailer transport Also remember...

Page 16: ...be installed in the boat place non conduc tive washers between the surface treated aluminium surface and the surface in contact with the aluminium either the accessory s installation surface or screw...

Page 17: ...h targa arch above waterline 2 40 m the exact vertical clearance should be checked for each individual boat draught 0 90 m Weight specification outboard model Light weight 1 897 kg Displacement at ful...

Page 18: ...on the following page I hereby declare that the recreational craft specified above satis fies the relevant safety requirements according to the specifica tion provided on the following page and the E...

Page 19: ...g position RSG Guidelines EN ISO 11591 2000 Engine identification Engine CE marked Noise emission level Engine CE marked APPENDIX 3 GENERAL REQUIREMENTS APPENDIX 4 ELECTRICAL WIRING DIAGRAM 38 LIITE 5...

Page 20: ...5 BLUE RED 1 RED NAV COMP_L_OUT 4 BLACK INPUT 4 BLACK INPUT 1 BLACK INPUT 1 5 BLACK 1 BLACK FIRE_EXT 1 RED 1 RED FIRE_IND 1 RED FIRE_IND 1 RED ANC_L_OUT 1 BLACK 1 5 BLACK 1 BLACK 40 Project rev Sheet...

Page 21: ...TTER 1 5 BLUE PLOTTER 1 5 BLACK INPUT 1 5 BLACK INPUT 2 5 BLACK INPUT 1 5 BLACK INPUT 1 5 WHITE ENG_BL_IN 1 5 WHITE ENG_BL_OUT 1 5 WHITE 1 5 WHITE 25 BLACK 16 RED 25 RED 16 RED 1 5 BLACK INPUT VSR_2ND...

Page 22: ...22 400 mm TAM 26 600 mm TAM 26 1600 mm TAM 16 1500 mm TAM 16 1900 mm TAM 16 1700 mm TAM 16 2900 mm TAM 16 1700 mm 1800 mm 1 RED 1 RED 1 5 GREEN BLACK 1 5 BLACK 1 RED 1 BLACK 1 5 BROWN 2 5 BLACK 1 RED...

Page 23: ...2 ENG_BL_OUT X 11 3 M4 1 INPUT X 11 4 TAM 16 3700 mm TAM 16 2400 mm TAM 16 3700 mm 3800 mm 2500 mm 3800 mm 1 5 LIGHT RED 1 5 BLACK 1 5 WHITE 1 5 BLACK 1 RED 1 BLACK 1 BLACK 1 RED 1 5 LIGHT RED 1 5 BLA...

Page 24: ...S1d 1 70 10 M_F6a 1 10 INPUT M6a 1 70 10 M_F6b 1 70 RED 3000 mm 70 RED 700 mm 70 BLACK 4500 mm TAM 22 2900 mm TAM 22 600 mm TAM 22 4400 mm 48 Project rev Sheet rev Drawing by Date Modified by Descript...

Page 25: ...0 F 12 1 1 INPUT F3 1 X 2a 1 8N BACK VIEW 2 INPUT F8 1 3 FIRE_IND F6 2 4 NAV ANC_L_IN F1 2 5 TRIM F2 2 6 HORN_IN F3 2 7 OUTLET F4 2 8 RADIO F5 2 2634810 1 WIPER_SB_IN C F7 2 X 2b 1 8N BACK VIEW 2 WIPE...

Page 26: ...1 3 HORN HORN_OUT X 6a 6 M22 K10 4 AUX CAB_L_IN X 6c 1 S2 1 1 3 AUX AUX CAB_L_OUT X 6c 7 M22 K10 4 WIPER_SB_IN C S4 2 3 X 6b 1 S4 1 1 3 WIPER STB WIPER_SB_I X 6b 7 M22 K10 4 WIPER_SB_IN C S4 1 3 S4 2...

Page 27: ...OUT H29 X 3 1 2NT BACK VIEW 2 INPUT H29 2637710 AUX CAB_L_OUT X 3 1 H31 H29 1 INPUT X 3 2 H31 Lt1 AUX CAB_L_OUT H32 H29 H31 1 INPUT H32 H29 Lt1 AUX CAB_L_OUT H33 H31 H32 1 INPUT H33 H31 Lt1 AUX CAB_L_...

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