The WPT® Mechanical Power Take-Off consists of a lever-actuated clutch with a shaft and bearings mounted in a rigid cast housing. The Mechanical PTO is designed for inline and sideload applications on all internal combustion engines with standard SAE industrial flywheel/flywheel housing dimensions. • Sealed-for-life pilot bearings eliminate lubrication problems. • Ball bearing throwout collars are optional on 10”, 11 V2”, 14” and 18”. Standard on the 311 PTO. • All drive rings are ductile (nodular) iron or steel. Double main bearings Support plate for 311, 214, 314 is required for sideload applications and recommended for inline applications. Support plate for 318 is required for both sideload and inline applications.

Drive Ring F Bellhousing Part Number WPT PTOs meet the mounting requirements of SAE J617 and SAE J620. Dual or double-drilled flywheels may interfere with PTO. Contact WPT Applications Engineering for assistance on higher capacity or speed rating questions. Hole to Hole Flywheel SAE

Application Service Factor Selection Guide Maximum Input Torque T = Engine Torque [lbf-ft (N-m)] x SF ► Step Three For in-line applications skip to Step Four. Sideload L = Actual Applied sideload D = Sheave or Sprocket Diameter lbf F = Load Factor 1.0 for Chain Drive or Gear Belt kgf 1.5 for Timing Belts See Pages 14 and 15 for PTO Maximum Input Torque, r/min and Sideload ratings. Additional Notes: Power Take-Off calculations are for reference only. For full warranty consideration, a data sheet must be turned into WPT Power and complete review performed by WPT Power Applications Engineering.

type “X” Distance Inches (mm) • Allowable Sideload1 Ibf (kgf) Contact WPT Applications Engineering for assistance on higher capacity or speed rating questions.