Description
When your PTO-driven implement hits a rock or gets jammed, you want something to slip before expensive gears start grinding. This Weasler Series 6 spring friction clutch does exactly that – it gives you adjustable overload protection that can save thousands in implement damage. Think of it as an insurance policy that sits right in your driveline, ready to slip when things go wrong so your expensive equipment doesn’t have to.
What You’re Getting
- Adjustable spring tension lets you set the exact torque limit for your application
- 1-3/4 inch bore with 20 splines fits a wide range of implement input shafts
- Robust friction disc design handles repeated slip cycles without wearing out quickly
- Clamp-style mounting for secure attachment and easy removal when needed
- Series 6 construction matches other driveline components for proper torque capacity
Built for Real Farm Work
This Series 6 clutch works with mid-sized implements on 40-80 horsepower tractors – everything from rotary cutters and tedders to batwing mowers and hay rakes. It’s perfect for those operations where you need more protection than a shear pin but don’t want the complexity of a full slip clutch assembly. You’ll find these on implements that work in variable conditions where occasional overload is just part of the job.
Made to Last
Weasler builds their clutches to agricultural standards with precisely machined components and quality materials that handle the constant load changes of field work. The friction material is designed to slip cleanly when needed while providing positive drive under normal loads. The spring mechanism maintains consistent pressure over thousands of hours, so your protection level stays where you set it.
Installation Notes
The clutch bolts directly onto your implement’s 1-3/4 inch, 20-spline shaft using the clamp connection. Start with moderate spring tension and adjust based on your conditions – too tight and it won’t protect, too loose and you’ll slip during normal work. Most operators find the sweet spot by gradually increasing tension until unwanted slipping stops, then backing off just a touch.
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