HO-106ST PA S - Stacked Basic Internal Ring - 1-1/16" Housing, Carbon Steel, Phosphate

The HO-106ST PA S is the most common internal retaining ring for a 1-1/16 inch diameter application with a thickness of 0.05 inches, crafted from Carbon Steel with a Phosphate finish. The (S) suffix indicates the rings are stacked and sold in stack quantity multiples. This retaining ring is manufactured by Rotor Clip. Made in USA

HO Series Catalog Pages

Rotor Clip Interchange Chart

Details

HO-106ST PA S - Stacked Basic Internal Ring - 1-1/16 in. Housing, Carbon Steel, Phosphate

Attribute	Value
Manufacturer	Rotor Clip Company, Inc
Series	HO
Design	Per Manufacturer Engineering Standards
Inch/Metric	Inch
Type	Internal
Housing Diameter	1.062 in.
Material	Carbon Steel
Finish	Phosphate
Outside Diameter	1.18 in.
Ring Thickness	0.05 in.
Groove Diameter	1.13 in.
Groove Width	0.056 in.
Groove Depth	0.034 in.
Compliance	✔ RoHS ✔ REACH ✔ Prop65

Quantity discounts available

Quantity	Price
125 - 499	$0.3830
500 - 999	$0.3070
1000 - 4999	$0.2790
5000 - 9999	$0.2560
10000 +	$0.2360

11500 In Stock

(*) Minimun Quantity: 125

More information

The "S" suffix indicates the rings are stacked on top of one another, using automated equipment, and taped in that position. The resulting cartridges can be used to feed automated assembly equipment for easier, more efficient installation of the rings. Tapered section retaining rings decrease symmetrically from the center to the free ends, remaining circular when contracted or expanded within the limits of normal use. This assures contact with the groove along the entire periphery of the ring. These rings may be installed axially (horizontally along the center point of an axis) or radially (externally along the radius of a circle). Axially assembled retaining rings are installed into machined grooves in housings/bores (internal) or on shafts (external). These rings are manufactured with lug holes—small holes in the lugs of both axial internal and external retaining rings—that are used to install/remove them, using pliers designed for this purpose.