Shear Pin Implement Yoke for Walterscheid Series 2500 PTO Drivelines

Description

When you’re hooking up an implement to your PTO and that yoke just won’t slide on smooth anymore, or worse yet, you hear grinding when the driveline engages, it’s time for a replacement. A worn implement yoke is asking for trouble—damaged splines, broken shear pins, or a complete driveline failure that can shut down your operation for days. This Weasler shear pin implement yoke brings back that solid connection between your tractor’s power and your implement’s appetite for work.

What You’re Getting

• Precision-machined 1-1/2 inch round bore that slides on implements smooth and secure
• Built to Walterscheid Series 2500 specifications with 1.42 inch bearing cap diameter
• Shear pin design protects your driveline and tractor from costly overload damage
• Solid construction that handles the torque and vibration of real farm work
• Weasler quality engineering that farmers trust for PTO components

Built for Real Farm Work

This yoke fits into the Walterscheid 2500 series drivelines you’ll find on everything from heavy-duty rotary cutters to forage harvesters. The 1-1/2 inch bore handles medium to heavy implements where you need more strength than smaller series can provide. Whether you’re running a big brush hog, heavy-duty tiller, or other high-torque implements, this yoke delivers the connection you need without the worry.

Made to Last

Weasler doesn’t mess around – their yokes are forged tough and machined to tight tolerances. That bore is cut precisely so it slides on smooth but doesn’t slop around after a season of use. The bearing surfaces are ground to proper specs, and the shear pin holes are positioned exactly where they need to be for reliable protection when things get tough.

Good to Know

This is a direct replacement for worn implement yokes on Series 2500 drivelines. Make sure you’ve got the right series match – this needs to mate with other Series 2500 components for proper fit. The shear pin design means you’ll want to keep spare pins on hand—they’re doing their job when they break, protecting expensive parts from overload damage.