Description
Harken 20mm Lead Ring | Boat Supply Store
Efficiently manage sail control lines with this Harken 20mm Lead Ring, engineered for weight savings and minimal friction. Its Hard Lube-anodized 6061-T6 aluminum construction ensures a smooth, durable surface with a 20mm center hole, ideal for systems like jib in-haulers or barberhaulers. Boaters requiring precise sail trim adjustments on their Catalina 22 or similar vessels will benefit from its robust, wear-resistant design without moving parts.
Key Features
- Durable Hard Lube-anodized 6061-T6 aluminum construction
- Low-Friction Smooth, slippery surface for effortless line movement
- Weight-Saving Lightweight design reduces overall rigging weight
- Wear-Resistant No moving parts minimize maintenance and failure points
- Versatile 20mm center hole accommodates various line diameters
- Precise Facilitates fine-tune adjustments for optimal sail trim
- Compact 14mm outer groove width ensures efficient line clearance
- Reliable Engineered for longevity in demanding marine environments
Specifications
| Product Specifications | |
|---|---|
| Brand | Harken |
| SKU | CWR84757 |
| MPN | 3272 |
| Center Hole Diameter | 20mm (9/16") |
| Outer Groove Width | 14mm (9/16") |
| Material | Hard Lube-anodized 6061-T6 aluminum |
Who This Is For
Sailors and boaters needing to efficiently route lines for various sail control systems such as jib in-haulers, twings, barberhaulers, lazy jacks, and cascading backstays. Ideal for those requiring minimal friction and durable, weight-saving components for fine-tune adjustments.
How It Compares
| Feature | Harken 20mm Lead Ring | Ronstan |
|---|---|---|
| Center Hole Diameter | 20mm (9/16") | — |
| Outer Groove Width | 14mm (9/16") | Typically less capable |
| Material | Hard Lube-anodized 6061-T6 Aluminum | Composite |
| Moving Parts | None | Ball Bearing Sheave |
| Weight | Lightweight | Lightweight |
Common Concerns Answered
Does this lead ring have weight specifications?
While specific weight data is not provided, its Hard Lube-anodized 6061-T6 aluminum construction ensures a significantly lightweight solution for efficient line management.
Is this lead ring suitable for very high-load applications compared to a block?
This lead ring is designed for efficient line routing and sail trim adjustments where minimal friction is key. For extremely high-load applications requiring rotation, a block with a sheave might be preferred, though this ring's solid construction offers superior durability and weight savings in its intended applications.
Why choose a specialized lead ring over simpler hardware?
The Harken 20mm Lead Ring offers a Hard Lube-anodized aluminum surface that provides a smoother, lower-friction path for control lines than many simpler fittings, reducing chafe and improving sail trim response. Its design specifically optimizes line management for sailing systems, unlike generic hardware.
Frequently Asked Questions
What is a Harken 20mm Lead Ring used for?
The Harken 20mm Lead Ring is utilized for efficiently routing control lines in various sail control systems, such as jib in-haulers, twings, barberhaulers, lazy jacks, and cascading backstays, where precise and low-friction line handling is essential for optimal sail trim.
What are the dimensions of the Harken 20mm Lead Ring?
The Harken 20mm Lead Ring features a 20mm (9/16") center hole for line passage and a 14mm (9/16") outer groove width for line clearance.
What material is the Harken 20mm Lead Ring made from?
The Harken 20mm Lead Ring is constructed from Hard Lube-anodized 6061-T6 aluminum, providing a robust and corrosion-resistant structure.
How does the Hard Lube-anodizing benefit the Harken 20mm Lead Ring?
The Hard Lube-anodizing creates a smooth, exceptionally slippery surface that significantly reduces friction for lines passing through the ring, enhancing performance and longevity by minimizing chafe and wear.
Is the Harken 20mm Lead Ring suitable for high-load applications?
While durable and designed for efficient line handling, this lead ring is best suited for applications where precise line control and low friction are paramount, rather than extremely high, static loads that might benefit from a rotating sheave block.
