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2.0 

INSTALLATION

 

 
2.1 

SELECTION OF POSITION FOR THE CAPSTAN

 

 

Position  of  the  mooring  capstan  should  be  selected 
together with positions of fairleads for mooring rope. 
The  capstan  can  operate  in  both  clockwise  and 
anticlockwise  direction,  depending  on  how  the 
connections to the motor are made (refer to diagrams 
in Appendix C). However, it is recommended to use it 
in one direction only. The direction should be chosen 
depending  on  position  of  fairleads,  to  ensure  clear 
run of the rope from fairlead to the drum. If this is not 
possible,  turning  fairleads  should  be  used  to  route 
the mooring line. 
When  positioning  the  capstan,  also  allow  an  easy 
access to the drive for connecting power supply lines 
to  the  motor.  Note  that  the  gearbox  can  be  indexed 
through a number of different angles in relation to the 
capstan deckplate (see Picture 2.1). Be sure to select 
the most convenient arrangement at installation. 
 
A footswitch is the most practical and the safest way 
of  operating  a  mooring  capstan.  To  ensure  safe 
position of the operator while tailing from the warping 
drum,  footswitches  should  be  positioned  at  least 
500mm (20”) away from the capstan. 
The  below  deck  portion  of  the  footswitch  should  not 
be  exposed  to  water  or  wet  environment  and  the 
breather holes must be kept clear. 
The  motor  starter  should  be  located  in  a  dry  area  in 
close proximity to the capstan. It must not be located 
in the wet environment of the chain locker. 
The  breaker/isolator  panel  (DC  powered  capstans 
only)  is  selected  to  provide  limited  overload 
protection  for  the  motor  and  full  protection  for  the 
supply cables. It also provides the means for isolating 
the electrical system from the battery. 
This  should  be  mounted  in  a  dry  place  within  1.8m 
(72”) of cable length from battery. 
This  equipment  or  equivalent  is  mandatory  to  meet 
U.S.C.G. requirements.

 

 

 

  ! 

Definition of rotation 

 

 

Clockwise and anticlockwise rotation is  

 

 

defined  as  viewed  from  above  the  capstans. 

 

 

Most capstans are used in one direction only.

 

 

  ! 

Use only clockwise rotation for handling  

 

 

3-ply  twisted  rope,  otherwise  problems  may 

 

 

occur in laying the rope.

 

 
 

  ! 

If using the capstan for hauling an anchor  

 

 

line, make sure the other end of the line is  

 

 

securely fastened to the boat.

 

 
 
 

 

Picture 2.1 

Positions of drive, relative to topwork 

 

 

2.2 

PREPARATION OF MOUNTING AREA 

 

I

t  is  of  paramount  importance  that  the  vessel  has 

sufficient  deck  reinforcing  and  total  structural 
strength to sustain the loads that can be transmitted 
to  the  mounting  area  of  the  mooring  capstan.  This 
should  be  equal  to  the  loading  of  the  equipment  to 
beyond breaking strength of mooring lines. 
The mounting area for the capstan must be perfectly 
flat  and  rigid.  Structural  grade  fillers  can  be  used  to 
level  this  area  if  initial  flatness  is  inadequate.  The 
capstan  should  be  installed  so  that  lower  end  of  the 
cylindrical part of the drum is level with the centre of 
hawse ring / fairlead (see Picture 2.2). 
Standard units will accommodate deck thickness up 
to 100mm (4

”). Extra clearance models are available 

to accommodate deck thickness of up to 200mm 
(8

”). It should be noted that keeping the deck 

thickness to no more than 75mm (3”) and 175mm

 

 

 

 

 

Picture 2.2 

Alignment of capstan and fairlead 

 

 

 

 

Summary of Contents for CAPSTAN 8000 Series

Page 1: ...CAPSTAN 8000 SERIES...

Page 2: ...d All rights reserved Printed in New Zealand P19136 Rev 11 00 31 01 2019 VETUS Maxwell APAC Ltd reserves the right to make engineering changes to all products without notice Illustrations and specific...

Page 3: ...NNECTIONS TO AC MOTOR 7 2 8 INSTALLATION OF CONTROLS 8 2 9 NOTE TO BOAT BUILDER 8 3 0 USING THE CAPSTAN 9 3 1 PERSONAL SAFETY WARNINGS 9 3 2 OPERATING THE CAPSTAN 10 4 0 MAINTENANCE 10 4 1 CAPSTAN MAI...

Page 4: ...ell distributor The connection of the power lines and control circuitry to the capstan must be done by skilled technicians to ensure reliable and safe operation of the windlass Although mooring capsta...

Page 5: ...flow Line speed recommended flow 12m min 39 4ft min Recommended hydraulic oil flow 54l min 14 3USgal min 36l min 9 5USgal min Maximum hydraulic oil flow 75l min 19 8USgal min Maximum hydraulic oil pr...

Page 6: ...lected to provide limited overload protection for the motor and full protection for the supply cables It also provides the means for isolating the electrical system from the battery This should be mou...

Page 7: ...m retaining nut drum key retention clips and deck seal Undo and remove the M12 Hex Hd Bolts and spring washers from the spacer tube and remove the deckplate Refer to Appendix B of this Manual and iden...

Page 8: ...e Mainshaft and secure it with the Retaining Screw Insert the Cap with o ring into the Drum Picture 2 3 Deck Seal Assembly Shaft Retention Clip Drum Picture 2 4 Drum Retention Clip Assembly 2 5 POWER...

Page 9: ...he selected gland fitting must fit the terminal box be capable of anchoring the armoured cable and allow an effective waterproof entry seal to be made Make the line connections to motor terminals as p...

Page 10: ...prevent operating the capstan by someone accidentally stepping on a footswitch Refer to wiring schematics in Appendix C for control circuits All control wiring should be done using no smaller than 1...

Page 11: ...r for main power supply and the isolator for footswitches Wrap several turns of line around the drum Make sure the drum is operated in the same direction as the line is wrapped around it Whilst pullin...

Page 12: ...assemble in the reversed order Inspect the components below deck for corrosion chipped paint etc clean them and touch up the paint if necessary Spray them for protection with CRC 3013 Soft Seal Check...

Page 13: ...ried on board Part No Description Qty P104751 Kit_ SS Cap 80 and O Ring Includes 4809 Cap 1 SP2769 O Ring 1 2689 Retaining clip 2 3005 Drum key 1 If any other spare part is required please refer to Ap...

Page 14: ...wiring is correct and check it for damage Check the power supply to controls from the source step by step and identify the point where it stops Incorrect or incomplete wiring Check wiring against dia...

Page 15: ...13 APPENDIX A Dimensional Drawings...

Page 16: ...14...

Page 17: ...15...

Page 18: ...0 1 6 Drum retaining nut Stainless Steel 5310 1 7 Drum Stainless Steel 5499 1 8 Cap Screw M12 x 40 6417 8 9 Spring Washer M12 SP0475 16 10 Insulating Bush 3012 8 11 Hex Hd Bolt M12 x 70 SP3021 8 12 To...

Page 19: ...cer tube 1 5329 52 Spring washers M12 SS304 10 SP0475 53 Bolt Hex Hd M12 x 40 SS304 10 SP0299 54 Label 1 3041 55 Hammer screw 2 SP0523 56 Gearbox AC vertical AC horizontal 1 1 SP3307 SP3318 57 Bolt He...

Page 20: ...ic Bottomworks Item No Description Part No Qty 51 Spacer tube 5329 1 52 Spring washer M12 s s SP0475 10 53 Bolt M12 x 40 s s SP0299 10 54 Gearbox Motor Shaft Low flow I High flow I High flow L P104002...

Page 21: ...19 APPENDIX C Installation Schematics...

Page 22: ...20...

Page 23: ...21...

Page 24: ...22...

Page 25: ...l not be liable for any loss damages harm or claim attributed to a use of the products in applications for which the products are not intended b corrosion wear and tear or improper installation c impr...

Page 26: ...ler or supplier of the goods or fill out the electronic warranty form on our website www maxwellmarine com Name Address Telephone Facsimile Supplier Dealer Name Address Telephone Facsimile Windlass Mo...

Page 27: ...25...

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