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Barton N16170 – Single Stand Up Block with Soft Plastic Spring Size 6 64mm, Ball Bearing, Ø64mm Sheave, Max Rope 14mm
The Barton N16170 Single Stand Up Block with Soft Plastic Spring is part of the heavy-duty Size 6 (64 mm) high load cruiser range, engineered for high-performance sailing applications. Featuring a ball bearing sheave, this block ensures smooth, low-friction operation, making it ideal for dynamic systems requiring frequent adjustment.
The stand-up base with soft plastic spring keeps the block upright and correctly aligned on deck, ensuring efficient rope handling and minimizing friction caused by misalignment. Constructed with high-grade injection moulded side plates and marine-grade 316 stainless steel load components, the block is through-bolted and riveted for maximum durability and strength in demanding marine environments.
Key Features
- Single sheave stand-up block with soft plastic spring base
- Ball bearing system for smooth, low-friction performance
- Keeps block upright for efficient line handling
- Designed for deck-mounted control systems
- High-grade injection moulded side plates
- 316 stainless steel internal load components
- Through-bolted and riveted construction for superior strength
- Optimized for dynamic load handling
- Weight – 360 g
Technical Specifications
Part Number N16170 Block Type Single Stand Up Size Size 6 (64 mm) Sheave Diameter 64 mm x 18 mm (2 1/2" x 45/64") Bearing Type Ball Bearing Number of Sheaves Single Max Rope Diameter 14 mm (9/16") Safe Working Load (SWL) 1000 kg (2200 lbs) Break Load 2000 kg (4400 lbs) Max Rolling Load 700 kg (1543 lbs) Weight 360 g Dimensions 155 × 68 × 68 mm
Applications
- Deck-mounted control and trimming systems
- Mainsheet and traveller setups
- Cruising and racing yachts
- Rigging requiring constant block orientation
- Dynamic applications with frequent adjustments
The Barton Size 6 block range is designed as a high load cruiser series for larger yachts, offering reinforced construction, stainless steel load components, and reliable performance under increased loads.
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