WICHARD 9/16 HR D SHACKLE

HR D Shackle - 14mm Diameter - 35/64"Features:Forged D shackle in HR stainless steel grade (17,4 PH)Outstanding working and breaking loadAn HR shackle can be up to 60% more resistant than a shackle in 316L stainless steelWLL: only for industrial applications (lifting i.e…)CE marking Applications:Applications requesting high loadsStandard applications of the shackleAttachment applications: blocks, head …Do not use it for mooring applicationsSpecifications:Materials: HR 17.4 PH stainless steel gradeWorking load: (lb) 11280 / (kg) 5120 WLL: (lb) 5290 / (kg) 2400 Breaking load: (lb) 26450 / (kg) 12000 Weight: (lb) 0.67 / (g) 304 Dimensions:A: (inch) 1 59/64" / (mm) 49 B: (inch) 1 7/64" / (mm) 28 D diameter: (inch) 35/64" / (mm) 14 Caption:Working Load (WL): For nautical applicationsWorking Load Limit (WLL): For industrial applications only. The safety factor is 5 times the breaking load. WLL = Breaking load / 5High Resistance (HR)*Sold as an Individual
Product SKU: 97706
Product Brand: Wichard Marine
Product Currency: $
Product Price: 187.83
Price Valid Until: 1970-01-01
WICHARD 9/16 HR D SHACKLE
HR D Shackle – 14mm Diameter – 35/64″
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
- Standard applications of the shackle
- Attachment applications: blocks, head …
- Do not use it for mooring applications
Specifications:
- Materials: HR 17.4 PH stainless steel grade
- Working load: (lb) 11280 / (kg) 5120
- WLL: (lb) 5290 / (kg) 2400
- Breaking load: (lb) 26450 / (kg) 12000
- Weight: (lb) 0.67 / (g) 304
Dimensions:
- A: (inch) 1 59/64″ / (mm) 49
- B: (inch) 1 7/64″ / (mm) 28
- D diameter: (inch) 35/64″ / (mm) 14
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
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