|SKU||Chain/Rode Length||Retail Price||Our Price||Savings|
|LEW-HM10HT150PX||1/2" x 150' with 10' of 1/4" G4 Chain||$292.55||$248.77||You Save 15%|
|LEW-HM10HT200PX||1/2" x 200' with 10' of 1/4" G4 Chain||$361.67||$300.78||You Save 17%|
|LEW-HM15H200PX||5/8'' x 200' with 15' of 5/16" G4 Chain||$377.75||$377.75|
|LEW-HM15HT300PX||1/2" x 300' with 15' of 1/4" G4 Chain||$735.26||$443.43||You Save 40%|
|LEW-HM15H300PX||5/8" x 300' With 15" 5/16 G4 Chain||$969.83||$634.96||You Save 35%|
Lewmar Anchor Rodes feature 8 plait nylon line joined with a tapered splice to ACCO Hi-Test hot-dipped galvanized chain. Each anchor rode comes with a shackle to attach the chain to the anchor.
- Anchor rodes complement rope chain gypsies fitted to all Lewmar windlasses
- Chain is hot-dipped galvanized to minimize corrosion
- Enables 50% more line in locker than 3-strand rope
- Same tensile strength as 3-Strand.
- 8-Plait nylon rope is 1/3 more absorbent than 3-Strand rope. Weight means line falls better into the anchor locker.
- Relaxed line will not twist, knot or loop over itself. 8 Plait falls limp into lockers, eliminating hockles common to 3 strand.
- 8 individual braided strands woven together rather than twisted make 8 plait supple when relaxed.
- Chain: 15' of 1/4" G4 Chain with shackle
- Rope: 300' of 1/2" 8PLT, spliced to chain
- Recommended for H-900 (Concept 1, V-2&3 use 001 gypsy) Windlasses
- Lewmar USA Premium 8-Plaited Nylon Anchor Rope
- 8-Plaited nylon rope eliminates some of the service problems associated with the 3-strand ropes. 8-Plait uses 8-individual braided strands woven together that allow the rope to be relaxed. But, when under load, it tightens up to a firm lay. The higher the load the harder the lay becomes.
- 8-Plait carries the same tensile strength as 3-Strand.
- 8-Plait does not coil or create a "birds nest" in the locker like 3-Strand will. 8-Plait flakes and falls upon itself.
- 8-Plait will not twist and knot up.
- 8-Plait will not loop over onto itself.
- 8-Plait has less stretch so it will not bury itself deep into the gypsy's grip when overloaded, which means less damage to the stripper when the windlass is abused or overloaded.
- 8-Plait pays off of the windlass into the locker much like chain, allowing for better use of smaller locker designs.
- 8-Plait is 80% less prone to becoming stiff when used in salt water than 3-Strand.
- 8-Plait nylon rope is 1/3 more absorbent than 3-Strand rope. More absorbent means more weight; more weight means better fall into the anchor locker.
- 8-Plait should be soaked in water (salt or fresh - it does not matter) to pre-lubricate the rope so it can be used in the windlass initially. When rope is used dry and new, we have seen either slippage or sticking in the rope pocket of the gypsy. Once the rope is wet and used, it out performs the 3-Strand. The longer it is used the better it gets.
|Manufacture Part Number||HM10HT150PX.1,LEW-HM10HT150PX,LEW-HM10HT200PX,LEW-HM15H200PX,LEW-HM15H300PX,LEW-HM15HT300PX|
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How to choose the right windlass for your boat
1. What size windlass would best suit my boat?
Use our windlass selection chart found on page 2 to determine the general size of windlass to be fitted to your boat by using length and displacement. For example, if you have a 10m (33 ft) boat, typically a 270kg (600 lb) pull windlass would be selected. The rule to crosscheck your windlass selection is to add the total weight of the chain and the weight of the anchor together. Rope is very light and does not affect the actual lifting performance of the windlass, but can be factored in. For safe cruising in all types of conditions and sea areas, Lewmar recommends that you multiply the total weight of your anchor and chain x4 (x2 for V6 to V12). This number should be less than the maximum pull of the windlass you have selected. Should your findings be at or more than the maximum pull, select the next largest windlass. The windlass does not stow the anchor rode in the locker. Gravity stows the rode in the locker. There must be a free and clear area under the hawse pipe for the incoming rode to lie; if not, the rode will jam. Your windlass is a retrieval device; the windlass retrieves the anchor and rode. A windlass is not a high-load-bearing device. When at anchor your rode should be secured to a chain stopper, a cleat or other mooring point on the bow.
2. How long is the anchor rode I wish to use, and will the windlass put the entire rode into my locker?
Begin by examining the depth of the anchor locker to determine the fall that is available. The fall is the vertical distance between the top of the anchor locker and the top of the anchor rode when the entire rode is completely stored inside. This measurement is important in determining whether your boat will be best suited for a vertical or horizontal windlass. Do not stow the rode inside the anchor locker; gravity stows the rode. Y You must know how much rode will fit into your locker by gravity. There has to be a free and clear area under the hawse pipe for the incoming rode. Otherwise you will have to comb the rode back, keeping a clear and free space under the hawse pipe while retrieving the anchor.
- The key features of Horizontal Windlasses are:
- • Most of the windlass unit is on the deck
- • Easy installation
- • Good for boats with small anchor lockers
- • Anchor rode enters the gypsy, makes a 90° turn and feeds into the anchor locker
- • Minimum fall of 304mm (12") is recommended in order to have
- enough gravity to pull the rode down into the locker
- The key features of Vertical Windlasses are:
- • More of the unit is hidden below deck
- • Suitable for large anchor lockers
- • Anchor rode makes a 180° wrap around the gypsy providing more security
- • Minimum fall of 406mm (18") is recommended in order to have enough gravity to pull the rode down into the locker
3. How much pulling power should my windlass have?
Having selected a vertical or horizontal windlass and determined the size required using the chart on page 2, you can cross-check by using the following formula:
Total weight of ground tackle(anchor & rode) = Pulling power required by the Windlass