The dynamics of a Rotor Clip Retaining Ring is simple: It's made from less
material than traditional eliminating machined shoulders, threads, cover plates, heat
formed studs, so you save...It is a quality part offering lot traceability so you use your
Rotor Clip Retaining Rings with confidence while you save!
The following are a few examples of how industry uses Rotor Clip Retaining Rings:
SH
retaining ring used on cam shaft assembly.
E ring retains the cutters on
a shaft used on a shredder.
An
HO ring retains the valve on this cast assembly.
SH retaining ring used on cam shaft assembly.
HO
internal ring retains the valve on this fuel rail assembly.
Gear
retention is a common application for SH retaining ring shown above.
SH retaining ring used to hold components on this washing machine spin cycle
shaft.
HOI
retaining ring differs from the standard HO in that the lugs are inverted. The ring
retains the assembly while allowing another component to pass without interference from
the lugs.
TX rings installed on the ends of metal shafts.
Two
part LC ring is dynamically balanced once installed, making it very effective in
retaining this escalator assembly during high rotational speeds.
VSH
ring used on an automotive air conditioning compressor to reduce noise and vibration.
A standard HO retaining ring (left) is easier to assemble/
disassemble than wire formed version (right.)
An
HO internal ROTORCLIP® retains this linear bearing assembly.
An RE ring holds the folding assembly and molded joints/ members for
this automobile roof rack.
An
HO ring retains the bearing in the handle of a jump rope so that it can be easily
replaced.
An
RE ring cuts into the hard plastic cable coating and provides a shoulder to hold a
protective sleeve in place on a transmission.
This SHI ring differs from the standard SH in that the lugs are inverted. The
door knob assembly can now be threaded into another piece without interference from the
lugs.
RG
grip rings retain sections of this security gate.
SHR ring retains this plate on tank tread linkage.
Two
external, self-locking TX rings on an automotive steering wheel assembly.
A series of three ROTORCLIPS® (two external SH rings and an SHI version with
the lugs inverted) retain the spring assembly in this automatic chain tensioner for an
automobile engine application.
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