Shear Pin Implement Yoke for 14 Series PTO Applications – 1-1/8 Inch Round Bore

Description

When you’re hooking up implements and something binds up or overloads, you want that expensive equipment to stay in one piece. This Weasler 14 series shear pin implement yoke is designed to be your first line of defense – it’ll give way before your PTO shaft, transmission, or implement gets damaged from sudden jams or overloads. Think of it as an intentional weak link that saves the rest of your machinery when things go wrong.

What You’re Getting

• 3-7/8 inch center of bearing to end design that fits 14 series universal joints properly
• 1-1/8 inch round bore slides right onto your implement’s input shaft
• Shear pin protection system prevents costly damage from jams and overloads
• Direct replacement design means no modifications needed

Built for Real Farm Work

This yoke is perfect for tractors running implements that need the strength of a 14 series driveline. You’ll commonly find this setup on smaller to mid-sized tractors, typically in the 25-60 horsepower range, powering everything from rotary cutters to hay equipment. Whether you’re running a brush hog, finish mower, or tedder, this yoke connects your tractor’s PTO power to your implement while protecting both from damage.

Made to Last

Weasler doesn’t mess around – their yokes are forged tough and machined to tight tolerances. This tube weld yoke is built from quality steel that can handle the constant stress of PTO operation, from the shock loads of engaging implements to the vibration of field work. The shear pin system is calibrated to break at the right load – protecting your equipment while still handling normal operating forces.

Installation Notes

The 1-1/8 inch round bore slides onto your implement’s input shaft and secures with the appropriate shear pin hardware. Make sure you’re using the right shear pin strength for your application – too weak and you’ll be replacing pins constantly, too strong and you lose the protection. The 2-5/8 inch cross and bearing length needs to match your existing driveline components for proper operation.