Vertical shaft impact crusher · 2026-06 · 2 models
Select a model to jump to its component table; former and renamed designations are listed under “Historical names / renamings”.
| Model | Historical names / renamings | Period | Components |
|---|---|---|---|
| Canica static VSI crushers (successor series) | Canica VSI 1400; Canica VSI 2000; Canica VSI 2050; Canica VSI 2350; Canica VSI 2500; Canica VSI 3000; Canica 2000SD | 2026-06 | 18 |
| Canica-Jaques VSI vertical shaft impact crusher | Canica-Jaques Vertical shaft impact crusher 45; Canica-Jaques Vertical shaft impact crusher 65; Canica-Jaques Vertical shaft impact crusher 80; Canica-Jaques Vertical shaft impact crusher 90; Canica-Jaques Vertical shaft impact crusher 100; Canica-Jaques Vertical shaft impact crusher 100S; Canica-Jaques Vertical shaft impact crusher 105; Canica-Jaques Vertical shaft impact crusher 125; Canica-Jaques Vertical shaft impact crusher 155; Canica-Jaques VSI | 1999 | 1 |
The numbers on the diagram correspond one to one with the rows below.
| No. | Component | Location | Applies to |
|---|---|---|---|
| 1 | Feed chute | Feed chute at the top of the crusher | Canica VSI successor series OEM operating cutaway (model not specified) |
| 2 | Feed tube | Tube between the feed chute and rotor centre | Canica VSI successor series OEM operating cutaway (model not specified) |
| 3 | Anvils or rock box | Chamber perimeter surrounding the rotor | Canica VSI successor series OEM operating cutaway (model not specified) |
| 4 | Table or rotor | Material-throwing assembly above the vertical shaft | Canica VSI successor series OEM operating cutaway (model not specified) |
| 5 | Bearing pedestal | Shaft support below the rotor | Canica VSI successor series OEM operating cutaway (model not specified) |
| Component |
|---|
| Open-table Shoe / Impeller — Double cavity impeller (patent cites Canica-Jaques’ existing technology) |
| Open-table Shoe / Impeller — Canica2000HD throwing shoes |
| Distributor Plate — Canica2000HD material distribution tray |
| Canica2000HD rotor upper and lower side lining plates |
| Canica2000HD rotor wear pin |
| Canica2000HD deflection protection plate |
| Canica2000HD lower primary/secondary wear-resistant liner |
| Canica2000HD four-stage rotor crown ring |
| Canica2000HD upper felt seal |
| Drive V-Belt — Canica2000HD transmission V belt |
| Canica2000HD hydraulic pulling top |
| Canica2000HD hub puller |
| Canica2000HD Anvil Puller |
| Canica2000HD Equal Weight Rotor Wear Parts Replacement Combination Rules |
Models with the same components are grouped together; select a group to open its component table.
| No. | Component | Location | Part / drawing no. |
|---|---|---|---|
| 1 | Feeding chute | Top of the body | |
| 2 | Feed Tube — Feeding pipe | Above the rotor/disc | ER-30 / ER-52 / CA-11 / CA-11X |
| 3 | Anvil block or stone box | Around the crushing chamber | CA-2 / 95VA / CC2C / ER-46 |
| 4 | Ejection disc or enclosed rotor | Working part above the vertical shaft | |
| 5 | Bearing Pedestal / Housing — Bearing support | Vertical shaft support mechanism | PD1000 |
| Open-table Shoe / Impeller — Canica2000HD throwing shoes | Open throwing plate throwing section | ER-24 / ER-50 / ER-60 / 8506 | |
| Distributor Plate — Canica2000HD material distribution tray | Under the feeding pipe, center of the rotor/throwing plate | ||
| Canica2000HD rotor upper and lower side lining plates | Close the upper/lower side of the rotor outer circumference | ||
| Canica2000HD rotor wear pin | closed rotor port | ||
| Canica2000HD deflection protection plate | Rotor rebound material facing part | ||
| Canica2000HD lower primary/secondary wear-resistant liner | Main flow and secondary flow paths at the bottom of the rotor | ||
| Canica2000HD four-stage rotor crown ring | Rotor top and inner diameter | ||
| Canica2000HD upper felt seal | Top of bearing support | ||
| Drive V-Belt — Canica2000HD transmission V belt | Bottom drive channel | ||
| Canica2000HD hydraulic pulling top | Wheel hub drawing tooling center | ||
| Canica2000HD hub puller | Rotor/disc hub to tapered main shaft connection | ||
| Canica2000HD Anvil Puller | Anvil ring wear anvil block disassembly | ||
| Canica2000HD Equal Weight Rotor Wear Parts Replacement Combination Rules | Closed rotor port; odd-numbered ports are different from even-numbered ports |
| Component | Location |
|---|---|
| Open-table Shoe / Impeller — Double cavity impeller (patent cites Canica-Jaques’ existing technology) | Material rejection part around the turntable; two radially adjacent cavities on the wear surface |
The Vertical shaft impact crusher covers 2 models: Canica static VSI crushers, Canica-Jaques VSI vertical shaft impact crusher. Former and renamed designations are listed in the models table on this page.
The Vertical shaft impact crusher is also documented under these designations: Canica static VSI crushers, Canica VSI 1400, Canica VSI 2000, Canica VSI 2050, Canica VSI 2350, Canica VSI 2500, Canica VSI 3000, Canica 2000SD, Canica-Jaques VSI vertical shaft impact crusher, Canica-Jaques Vertical shaft impact crusher 45, Canica-Jaques Vertical shaft impact crusher 65, Canica-Jaques Vertical shaft impact crusher 80, Canica-Jaques Vertical shaft impact crusher 90, Canica-Jaques Vertical shaft impact crusher 100.
The Vertical shaft impact crusher is listed under the Canica-Jaques brand as: Vertical shaft impact crusher. Period: 2026-06. Status: Historical model.
19 components are recorded, including: Feeding chute, Feed Tube, Anvil block or stone box, Ejection disc or enclosed rotor, Bearing Pedestal / Housing, Open-table Shoe / Impeller, Distributor Plate, Canica2000HD rotor upper and lower side lining plates and more. The full list with locations is in the components table on this page.
Feed Tube: ER-30 / ER-52 / CA-11 / CA-11X, Anvil block or stone box: CA-2 / 95VA / CC2C / ER-46, Bearing Pedestal / Housing: PD1000, Open-table Shoe / Impeller: ER-24 / ER-50 / ER-60 / 8506.
Model-specific components with their own page: Canica2000HD hub puller, Canica2000HD Anvil Puller, Canica2000HD Equal Weight Rotor Wear Parts Replacement Combination Rules (3 in total).
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