91433 - Wichard Marine Wichard HR Key Pin Shackle With Bar - 6mm Pin Diameter

HR Key Pin Shackle With Bar - 6mm Pin Diameter

Features: 

• Forged D shackle in HR stainless steel grade (17,4 PH)
• Outstanding working and breaking load
• An HR shackle can be up to 60% more resistant than a shackle in 316L stainless steel
• WLL: only for industrial applications (lifting i.e…)
• CE marking

Applications:

• Applications requesting high loads
• Perfect product for halyards or applications requiring opening/closing the shackle often
• Do not use it for mooring applications

Specifications: 

• Materials: HR 17.4 PH stainless steel grade
• Working load: (lb) 1320 / (kg) 600 
• Breaking load: (lb) 4850 / (kg) 2200 
• Weight: (lb) 0.117 / (g) 53 

Dimensions:

• A: (inch) 1 49/64" / (mm) 45 
• B: (inch) 5/8" / (mm) 16 
• C: (inch) 15/64" / (mm) 6 
• D: (inch) 33/64" / (mm) 13 
• E: (inch) 5/32" / (mm) 4 
• F: (inch) 2 23/64" / (mm) 60 
• G: (inch) 1 29/64" / (mm) 37 
• L: (inch) 19/32" / (mm) 15 

Caption:

• Working Load (WL): For nautical applications
• Working Load Limit (WLL): For industrial applications only. The safety factor is 5 times the breaking load. WLL = Breaking load / 5
• High Resistance (HR)

*Sold as an Individual

The Wichard HR Key Pin Shackle With Bar (part number 91433) is a forged D shackle constructed from HR 17-4 PH stainless steel. This component is designed for industrial applications requiring high load capacities, offering up to 60% greater resistance than shackles made from 316L stainless steel. It features a 6mm pin diameter and is suitable for tasks that involve frequent opening and closing, such as halyards or specific lifting operations. The shackle has a working load limit (WLL) of 1320 lb (600 kg) for industrial use, with a breaking load of 4850 lb (2200 kg). It is CE marked, indicating compliance with relevant safety standards for industrial applications. This product is not intended for mooring applications. Its robust construction addresses the need for secure, high-strength connections in demanding environments.