Page 3 - Tenob Online Catalogue Volume 1 Anchoring_Neat
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A
To choose the right windlass for your needs you must know several ANCHORING
parameters of the vessel and the main technical features of the
products.To help in understanding the data in the windlass tables the Emergency Manual Lift:
following factors are taken into account to calculate the best option - The latest generation of Quick® windlasses
features an emergency manual lift system as
Boat Length.
standard.
The windlass model to install depends primarily on the length and This system is composed of a ratchet
displacement of the vessel. Typically, windlasses are sized in relation to
engine power and maximum pulling capacity. As the size of the vessel mechanism that, when
increases, so does the size of the associated ground tackle so more engaged, allows the gypsy to turn only in the
windlass power is needed.
retrieval direction.
Pulling Power.
Please Note:
The higher the maximum pull, the higher the permissible working load of The boat lengths below are suggestions only. Boat
the windlass and hence the heavier the ground tackle that can be handled. displacement, boat windage, water depth, local conditions
Local conditions and your intended use of the vessel will influence this. and other factors will influence the final choice of winch.
Please phone us if you need personal assistance in selecting
Working Load.
the right model!
During anchor recovery, the windlass will pass through a number of
operation phases until the anchor is broken out of the seabed. At each
phase, the working load and retrieval speed of the windlass will vary. For
any anchor recovery, the windlass will operate longest during the “working
load” phase but will experience a significant peak in load during anchor
breakout. It is this significant peak load at breakout that puts the most
strain on any windlass and why it is important to ensure that each boat
has a windlass that maximizes this load factor. It is suggested that the safe
working load be well below the windlass’s maximum pulling capacity. See
the diagram to understand this better.
Anchor Locker Size.
This important consideration affects how much anchor rode can be placed
in the locker and how much room there is for the windlass motor. The most
important anchor locker measurement is its depth, since this ultimately
determines how much “fall” is available. Specifically, the fall is the vertical
distance between the top of the anchor locker and the top of the rode when
the entire rode is completely stored inside. Ideally, in order to allow gravity
to properly feed the anchor rode from the
windlass into the anchor locker, a minimum of 30 cm (12”) of fall is
necessary.
Horizontal or Vertical
The horizontal windlass has its drive-shaft aligned on a horizontal plane
and is usually completely self-contained in an above deck mounted unit.
This windlass offers the best performance with small anchor lockers. On
horizontal windlasses, as the anchor rode enters the gypsy, it makes a
90° turn and feeds directly into the anchor locker. Maintenance operations
tends to be easier with better access to the unit. The vertical windlasses
are aesthetically pleasing with their low-profile lines while optimising the
available deck area. Vertical windlasses are normally installed above deck,
with a vertical rotation axeis and the motor/gearbox coupled from below
deck.
Choose Your Quick Winch...
Model Page Shaft Power 24v Chain/ Chain Rope Deck Max Max Max Weight Boat
Option Rope Std Size mm Pull Work Chain Length
10 V 500 W Gypsy (Opt) Load Speed 7.6 kg
Tumbler 500 11 V 500 W Y - - 25-50 mm 660 kg 200 kg 29 M/min 9.8 kg 6-9 M
11 V 1000 W Y N 660 kg 16.7 kg 6-9 M
DP2 500 12 H 250 W Y 6 (8,10) 12 mm 20-30 mm 930 kg 200 kg 28 M/min 10.5 kg 10-13 M
12 H 1000 W N Y 550 kg 10.9 kg 6-7 M
1000 14 H 700 W Y 8 (6,10) 12 mm 25-50 mm 900 kg 420 kg 31 M/min 22.6 kg 8-12 M
14 H 1000 W Y Y 1100 kg 23.9 kg 7-10 M
Mini Genius 250FF 14 H 1500 W Y 6 12 mm - 1300 kg 170 kg 29 M/min 24.0 kg 10-13 M
Y Y 1500 kg 12-15 M
Genius 1000FF 8 (6) 12 mm - 350 kg 30 M/min
Y
Hector 700 8 (10) 12-16 mm n/a 300 kg 26 M/min
Y
1000 8 (10) 14-16 mm n/a 400 kg 37 M/min
Y
1500 10 (8) 14-16 mm n/a 450 kg 37 M/min
Y
A3
Total Supply Solutions... Marine Direct
To choose the right windlass for your needs you must know several ANCHORING
parameters of the vessel and the main technical features of the
products.To help in understanding the data in the windlass tables the Emergency Manual Lift:
following factors are taken into account to calculate the best option - The latest generation of Quick® windlasses
features an emergency manual lift system as
Boat Length.
standard.
The windlass model to install depends primarily on the length and This system is composed of a ratchet
displacement of the vessel. Typically, windlasses are sized in relation to
engine power and maximum pulling capacity. As the size of the vessel mechanism that, when
increases, so does the size of the associated ground tackle so more engaged, allows the gypsy to turn only in the
windlass power is needed.
retrieval direction.
Pulling Power.
Please Note:
The higher the maximum pull, the higher the permissible working load of The boat lengths below are suggestions only. Boat
the windlass and hence the heavier the ground tackle that can be handled. displacement, boat windage, water depth, local conditions
Local conditions and your intended use of the vessel will influence this. and other factors will influence the final choice of winch.
Please phone us if you need personal assistance in selecting
Working Load.
the right model!
During anchor recovery, the windlass will pass through a number of
operation phases until the anchor is broken out of the seabed. At each
phase, the working load and retrieval speed of the windlass will vary. For
any anchor recovery, the windlass will operate longest during the “working
load” phase but will experience a significant peak in load during anchor
breakout. It is this significant peak load at breakout that puts the most
strain on any windlass and why it is important to ensure that each boat
has a windlass that maximizes this load factor. It is suggested that the safe
working load be well below the windlass’s maximum pulling capacity. See
the diagram to understand this better.
Anchor Locker Size.
This important consideration affects how much anchor rode can be placed
in the locker and how much room there is for the windlass motor. The most
important anchor locker measurement is its depth, since this ultimately
determines how much “fall” is available. Specifically, the fall is the vertical
distance between the top of the anchor locker and the top of the rode when
the entire rode is completely stored inside. Ideally, in order to allow gravity
to properly feed the anchor rode from the
windlass into the anchor locker, a minimum of 30 cm (12”) of fall is
necessary.
Horizontal or Vertical
The horizontal windlass has its drive-shaft aligned on a horizontal plane
and is usually completely self-contained in an above deck mounted unit.
This windlass offers the best performance with small anchor lockers. On
horizontal windlasses, as the anchor rode enters the gypsy, it makes a
90° turn and feeds directly into the anchor locker. Maintenance operations
tends to be easier with better access to the unit. The vertical windlasses
are aesthetically pleasing with their low-profile lines while optimising the
available deck area. Vertical windlasses are normally installed above deck,
with a vertical rotation axeis and the motor/gearbox coupled from below
deck.
Choose Your Quick Winch...
Model Page Shaft Power 24v Chain/ Chain Rope Deck Max Max Max Weight Boat
Option Rope Std Size mm Pull Work Chain Length
10 V 500 W Gypsy (Opt) Load Speed 7.6 kg
Tumbler 500 11 V 500 W Y - - 25-50 mm 660 kg 200 kg 29 M/min 9.8 kg 6-9 M
11 V 1000 W Y N 660 kg 16.7 kg 6-9 M
DP2 500 12 H 250 W Y 6 (8,10) 12 mm 20-30 mm 930 kg 200 kg 28 M/min 10.5 kg 10-13 M
12 H 1000 W N Y 550 kg 10.9 kg 6-7 M
1000 14 H 700 W Y 8 (6,10) 12 mm 25-50 mm 900 kg 420 kg 31 M/min 22.6 kg 8-12 M
14 H 1000 W Y Y 1100 kg 23.9 kg 7-10 M
Mini Genius 250FF 14 H 1500 W Y 6 12 mm - 1300 kg 170 kg 29 M/min 24.0 kg 10-13 M
Y Y 1500 kg 12-15 M
Genius 1000FF 8 (6) 12 mm - 350 kg 30 M/min
Y
Hector 700 8 (10) 12-16 mm n/a 300 kg 26 M/min
Y
1000 8 (10) 14-16 mm n/a 400 kg 37 M/min
Y
1500 10 (8) 14-16 mm n/a 450 kg 37 M/min
Y
A3
Total Supply Solutions... Marine Direct
