Segmented bowl liner with reusable support cassette
A bowl liner for use in a crusher that is comprised of a support cassette and a plurality of bowl liner sections mounted to the support cassette. Each of the bowl liner sections is mounted along an inner surface of the support cassette. Once the bowl liner sections are positioned along the inner surface of the support cassette, a plurality of support plates are used to support the bowl liner sections on the support cassette. An epoxy material can be utilized to further attach the plurality of bowl liner sections to the support cassette such that the bowl liner sections are held securely in place during use. The bowl liner can be replaced in the crusher as a single unit. After use, the bowl liner sections can be removed from the support cassette and the support cassette can be reused with another set of bowl liner sections.
1. A bowl liner for use in a crusher, comprising:
a support cassette having a conical inner surface and a lower rim;
a plurality of bowl liner sections each having a mounting surface, a wear surface, a lower end and an upper end, wherein each of the bowl liner sections is supported on the inner surface of the support cassette; and
a plurality of support plates positioned to retain the plurality of bowl liner sections along the support cassette, wherein each of the support plates include an inner support leg that contacts the bowl liner section and an outer support leg that contacts the lower rim of the cassette.
2. The bowl liner of claim 1 wherein each of the plurality of support plates are attached to the lower rim of the support cassette.
3. The bowl liner of claim 2 wherein each of the plurality of support plates are secured to the lower rim by one or more connectors such that the support plates can be selectively removed and attached to the lower rim.
4. The bowl liner of claim 1 wherein the support cassette is formed from steel.
5. The bowl liner of claim 1 wherein the plurality of bowl liner sections are adhered to the inner surface of the support cassette by an epoxy.
6. The bowl liner of claim 1 wherein a plurality of support plates are associated with each of the bowl liner sections.
7. The bowl liner of claim 1 wherein each of the support plates includes a connecting portion that joins the inner support leg to the outer support leg, wherein each of the support plates is secured to the lower rim by one or more connectors that passes through the connecting portion and is received within the lower rim such that the support plates can be selectively removed and attached to the lower rim.
8. A crusher for crushing rock, comprising:
a stationary bowl;
a head positioned within the stationary bowl and movable eccentrically relative to the stationary bowl; and
a bowl liner detachably mounted to the stationary bowl, wherein the bowl liner comprises:
a support cassette having a conical inner surface and a lower rim;
a plurality of bowl liner sections each having a mounting surface, a wear surface, a lower end and an upper end, wherein each of the bowl liner sections is supported on the inner surface of the support cassette; and
a plurality of support plates positioned to retain the plurality of bowl liner sections along the support cassette, wherein each of the support plates include and inner support leg that contacts the bowl liner section and an outer support leg that contacts the lower rim of the support cassette.
9. The crusher of claim 8 wherein each of the plurality of support plates are attached to the lower rim of the support cassette.
10. The crusher of claim 9 wherein each of the plurality of support plates are secured to the lower rim by one or more connectors such that each of the plurality of support plates can be selectively removed and attached to the lower rim.
11. The crusher of claim 8 wherein the support cassette is formed from steel.
12. The crusher of claim 8 wherein the plurality of bowl liner sections are adhered to the inner surface of the support cassette by an epoxy.
13. The crusher of claim 8 wherein each of the support plates includes a connecting portion that joins the inner support leg to the outer support leg, wherein each of the support plates is secured to the lower rim by one or more connectors that passes through the connecting portion and is received within the lower rim such that the support plates can be selectively removed and attached to the lower rim.