
Cushion
Arc™ Impact Idler

The Richwood Cushion Arc™ Impact Idler is designed for optimum profile
support of conveyor belting. The radius design eliminates idler junction
pinch points and matches the contour curve of Richwood’s Combi-Pact®
Impact Saddle.
Cushion Arc™
Idlers may be installed in load zones as a direct replacement for conventional
impact idlers or combined with Richwood Impact Saddles to form perfectly
matched, extended length load zones. Combining Cushion Arc Idlers with
Impact Saddles will protect the conveyor against potential excessive drag
of a sagging belt in an extended length impact area and distribute impact
forces between idlers and saddles for optimum service life. In shorter
length load zones Cushion Arc Idlers are recommended immediately entering
and exiting the impact bed for best profile support of belting.
Cushion Arc™
rollers are constructed using sealed ball bearings, a 1 ¼”
solid steel shaft and are available with rubber cushion or steel rollers.
This extra heavy duty construction combined with short roll shaft length
substantially limits deflection of the roller shaft under load, protecting
bearings to deliver maximum bearing life. Loading forces are distributed
across multiple bearings. The bearings are protected by a specially designed
labyrinth seal that keeps the dirt out and the grease in. The bearings
are sealed for life and do not require additional lubrication.
Cushion Arc™
design permits roller replacement from the side of the conveyor with the
frame and belt in place. The simple slide on, slide off replacement procedure
works just like Richwood Impact Saddle wear segments. Each individual
roller is held in its own support frame that slides onto the main support
frame. The main support frame is designed to be the strongest available
in the industry, providing a platform that will withstand extreme stress
and keep on working.
Load zone support
systems using Combi-Pact® Impact Saddle and the new Cushion Arc™
Impact Idler will work together to solve just about any conveyor impact
problem.
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