Product Details
Universal ProLink XXL Series Shackle Mount by Factor 55®. This product is made of high-quality materials to serve you for years to come. Designed using state-of-the-art technology and with customers in mind. It will meet your needs and deliver great quality at an affordable cost.
Features
- 6 series billet Kaiser Aluminum
- .75" diameter Titanium double shear pin
- 5" tall and 4" in diameter
- Working Load Limit of 24, pounds
- Ultimate failure of greater than 63, pounds
- Fits all steel cables and synthetic ropes up to ½" diameter
- EPDM "Rubber Guard" protects alloy Hawse fairleads
- Simple snap ring shear pin retainment
Like all models in the ProLink family, the XXL is engineered and made in the USA from 6000 series billet aluminum and is equipped with a 6Al-4V titanium double shear pin. In this case the shear pin diameter is .750". The base of the XXL is protected by the barbed high durometer EPDM rubber guard. With a working load limit of 24,000 pounds and an ultimate failure of over 63,000 pounds, the Prolink XXL is definitely up to the task. The XXL is compatible with steel cables and synthetic ropes up to ½" in diameter. The XXL is also compatible with common 3/4" shackles as well as larger 7/8" shackles. Like other ProLink products, the XXL is available in 5 anodized/powder coated colors: black, silver, gray, red, and blue.
Located in Boise, Idaho Factor 55® is an engineering design firm specializing in mechanical design and analysis. Their staff has extensive experience in the Aerospace, Defense, and semiconductor industry but they have always been passionate about off roading through out their careers. All of their products are designed in house using the latest 3D CAD software and optimized using Cosmos FEA (Finite Element Analysis). Before they release any products to the public, they also perform a destructive test on each design with the assistance of a test facility equipped with test measurement and data recording equipment. They take great pride in knowing all of their products are derived from sound engineering disciplines.