01403 - Wichard Marine Wichard 6mm Captive Pin D Shackle - Stainless Steel

Wichard 6mm Captive Pin D Shackle - Stainless Steel

This robust captive pin D shackle is crafted from premium grade 316L stainless steel, ensuring durability and resistance to corrosion. The unique design keeps the pin attached to the body, preventing accidental loss and providing peace of mind during use.

Robust Construction:

• Constructed from grade 316L stainless steel for superior strength and longevity.
• Integrated pin connection eliminates risks of losing the pin during operation.
• Pin is secured in place, reducing the risk of loosening due to vibrations.
• Engineered for both high working loads and breaking loads, making it reliable for various applications.

Versatile Applications:

• Ideal for standard shackle applications.
• Perfect for attachment purposes, including blocks and more.

Specifications:

• Working load: 1490 lb
• WLL (Working Load Limit): 970 lb
• Breaking load: 4850 lb
• Weight: 0.062 lb

Dimensions:

• A: 25/32"
• B: 15/32"
• C: 9/32"
• D: 35/64"
• D diameter: 15/64"
• E: 15/64"
• F: 1-27/64"
• G: 1-17/64"

The Wichard 6mm Captive Pin D Shackle, part number 01403, is a stainless steel fastening component designed for secure attachment in various applications. Constructed from grade 316L stainless steel, this shackle offers resistance to corrosion and maintains structural integrity under load. Its captive pin design ensures the pin remains attached to the shackle body, mitigating the risk of loss during operation or in dynamic environments. The pin is also engineered to resist loosening from vibrations, contributing to connection stability. With a working load limit (WLL) of 970 lb and a breaking load of 4850 lb, this shackle is suitable for applications requiring reliable load-bearing capabilities. It is intended for IT and facility managers who need robust, corrosion-resistant hardware for securing equipment, cable management, or other general attachment purposes where component retention and load capacity are critical considerations.