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Barton N15641 – Fiddle Block Size 5 Ball Bearing with Snap Shackle, Becket & Cam, 38/64mm Sheaves, Max Rope 12mm, SWL 750kg
The Barton N15641 Fiddle Block is part of the Size 5 (54 mm) ball bearing block range, engineered for high-performance sail control on larger cruising and racing yachts. It features a fiddle configuration with twin inline sheaves (38 mm and 64 mm), providing efficient load handling in compact multi-purchase systems.
Constructed with glass fibre reinforced nylon side plates and an internal 316 stainless steel frame, the block offers excellent strength and durability. The structure is through-bolted and riveted to ensure reliable performance under high loads.
The ball bearing sheaves deliver smooth, low-friction operation, making the block ideal for frequently adjusted control systems. This version includes a snap shackle for quick attachment, an integrated becket for additional purchase configurations, and a cam cleat for efficient and secure line handling.
Key Features
- Fiddle block with twin sheaves (38 mm and 64 mm)
- Ball bearing system for low-friction, high-efficiency performance
- Snap shackle for fast and secure attachment
- Integrated becket for multi-purchase systems
- Built-in cam cleat for quick and controlled line handling
- Glass fibre reinforced nylon side plates
- Internal 316 stainless steel frame for strength
- Through-bolted and riveted construction
- Compatible with Barton mainsheet traveller systems
Technical Specifications
Part Number N15641 Product Type Fiddle Block with Snap Shackle, Becket & Cam Size Size 5 (54 mm) Sheave Configuration Fiddle (38 mm / 64 mm) Bearing Type Ball Bearing Max Rope Diameter 12 mm (7/16") Safe Working Load (SWL) 750 kg (1650 lbs) Break Load 1500 kg (3300 lbs) Max Rolling Load 525 kg (1157 lbs) Weight 540 g Dimensions 220 × 115 × 81 mm
Applications
- Mainsheet systems
- Multi-purchase control systems
- Sheet and trimming systems
- Cruising and racing yacht rigging
The Barton Size 5 ball bearing block range is engineered for maximum efficiency, strength and smooth operation, making it ideal for demanding sail control applications.
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