|
A ring spring is of a number of alternately assembled
inner and outer rings. Each ring has a lubricated conical contact surface
that is made up of a high-quality spring steel.
The outer rings expand and inner rings
contract when axial pressure isapplied to the ring spring. Each conical
surface telescopes into the adjacent one.
The
pairs of conical contact surfaces sum to provide a total spring travel
that is directly proportional to the total number of elements. High efficiency
results when the outer rings and inner rings are subjected to equally
uniform compression stresses. The friction that occurs between the conical
surfaces increases the force required to compress the spring and reduces
the force given out on release.
There are three intrinsic characteristics of ring springs:
- Ring springs are used when weight
or space is at a premium. Ring Springs have a very high capacity per
pound of spring weight or per
cubic inch of spring volume.
- Oscillations and harmonic vibrations
are dampened by the natural
friction of the spring.
- The travel and the spring constant
are easily changed by adding and/or removingrings without affecting
the ultimate compression or release force.
In order to reduce wear on the friction surfaces Ashby
coats all of the conical surfaces with a heavy graphite grease. This coating
also insures smooth action for the ring spring and reduces heat due to
friction.
Ashby Manufacturing Company has over twenty years experience
in manufacturing Edgewater Style Ring Springs. Our quality systems and
manufacturing process allow us to provide top of the line products to
our clients. Ashby also provides quick turnaround engineering and rapid
turnaround allow us to provide top of the line products to our clients.
We believe in continually meeting and exceeding our client expectations
by offering a quick turnaround and cost savings for all of your machining
needs.
- U-77-K
- U-32-K
- U-69-K
- U-78-K
|
- A-6-K
- D-21-K
- U-38-K
- U-55-K
|
- U-72-K
- J-8-K
- C-8-K
- B-32-A
|
 |
 |
 |
|