This item: Husqvarna 532130969 V-Belt Drive Replacement for Lawn Tractors, Brown. $17.20. In Stock. Ships from and sold by Amazon.com. Get it as soon as Sunday, Sep 25. MaxPower 332514B Flat Idler Pulley for Poulan, Husqvarna, Craftsman replaces OEM #194327, and 532-194327. $10.59. In Stock.

More than likely, what you're looking for is in the illustrated parts breakdown or IPB. RHC calls theirs the illustrated parts catalog (IPC). if you can't find the information there, from their official document, just call RHC tech support directly, 310-539-0508.

Ford Power Stroke belt diagram. General Motors 3.6L V6 Belt Diagrams. 4.3 Liter Chevrolet V6 belt diagram. Engine belt diagram 5.7 Liter Chevy. Drive belt diagram 5.4 liter engine Ford.

This is the craftsman LT2000 drive belt pulley located in the center. To hold a rope wire rope or belt there can be a grooved wheel. This sheave or pulley wheel can be incorporated into a pulley. There should be an axle or bearing located on the pulleys inside the frame that allows the sheave to spin. The part stays on the very center of the

V-Belt Design Manual www.bandousa.com Distributed by: BU-143/05-06 Drive Manual cover.qxd 4/26/2006 9:08 PM Page 1. Example: Customer needs a V-belt drive for an agitator that is in

The figure shows the functional block diagram for the Belt Drive block. Ideal - No slip (default) | Flat belt | V-belt. Belt type selection.

shows two views of a dual V-belt drive arrangement. Analyzing the forces in the diagram tangentially for a small ΔΘ under low speed no-slip conditions 

A v-belt is a flexible and efficient power transmission device capable of transferring power from one shaft to another. It is known for its trapezoidal shape that wedges securely into the

Belt drives engineering manual. 133. CALCULA. TION www.sitspa.com. With V-grooved pulleys of 38° included angle. Centrifugal Tension.

V-Belt Drive Installation and Maintenance Manual. These instructions must be read thoroughly before installation or operation. This instruction manual was 

In belt drives, power losses occur due to a combination of speed losses and torque losses [1]. Speed losses result from sliding of the belt relative to the