From CJ Current Models Entering fixed/ Movable Jaw Plate, Side Guard, eccentric shaft, bearing, toggle plate, wedges and sealing of known official numbers RFQ.
The current model table comes from Sandvik's official website; the wear parts are developed according to crushing cavity installation position and material properties, with general transmission or bearing separately listed. Official historical numbers only appear when evidence can correspond specifically for a specific models
Feed Inlet Strength and capacity Motor Power from Sandvik The current fixed jaw rupture product page; the ability of an official website overview is empty, not calculated.
| Model | Feed Inlet | Ability | Motor Power |
|---|---|---|---|
| CJ815 | 1,500 × 1,300 mm | 480–1,160 t/h | 200 kW |
| CJ615 | 1,500 × 1,070 mm | 385–1,085 t/h | 200 kW |
| CJ613 | 1,300 × 1,130 mm | 330–960 t/h | 160 kW |
| CJ412 | 1,200 × 830 mm | 165–790 t/h | 132 kW |
| CJ411 | 1,045 × 840 mm | 150–565 t/h | 110 kW |
| CJ409 | 895 × 660 mm | — | 75 kW |
| CJ211 | 1,100 × 700 mm | — | 90 kW |
The actual capacity with the characteristics of ore, feed grades and fitting jaw dies Tooth Profile Closed by the closed-side setting and changes in operating conditions; this table is used Installation Identification.
jaw dies On the fixed/activity side, Tooth Profile, cavity profile and materials Separate Identification; Side Guard and Construction The protection plate is up, down and right. installation position Converging.
Fixed Jaw Plate
fixed on the rack side, and Movable Jaw Plate Constituting a crushing cavity. Verification Tooth Profile, the up-and down direction. End geometry, clamp positioning plate thicknesses and weights cavity profile.
Material Selection: M1 / M9 — / — high-manganese steel the Main materials System. Sandvik Current Differences in Data M More skewed abrasive wear the M Specific selection combined with impact, abrasive index and feed characteristics
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Movable / Swing Jaw Plate
Mounting The body of the abdomen and with an autistic movement. Tooth Profile, fixed end and segmentation method; plate thicknesses. weights of the top direction Fixed Jaw Plates Matching gear data.
Material Selection: high-manganese steel or by operating conditions The system of braid-resistant testing is verified; the current official data CJ412 and CJ615 Parts CC/HD jaw dies Supplies cemented carbide The inlay scheme.
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Upper Cheek Plate
Protection of the upper two sides racks in crushing chamber, withstand side impact and mineral flow friction. Contrast to left-hand direction; hole linen system: plate thicknesses jaw dies The gaps on the edge.
Material Selection: high-manganese steel, Quenched and Tempered Wear Plate Or original design Wear-Resistant Materials Confirm by impact, plate thickness and connection mode.
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Lower Cheek Plate
Protection of the lower slab and adjacent closed-side setting. Converging the direction of right and left, plate demarcations; closed-side setting Location and local wear silhouette.
Material Selection: Manganese steel or quenched and tempered abrasion-resistant plate By impact and sliding wear Proportion selection, pore and patching surfaces are confirmed by the original drawing.
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Pitman & Front Casting Protection Plate
Protection of the abdominal and front casting area. Verification installation position, plate type and pore system; jaw motion space. Liners Packing.
Material Selection: Quenched and Tempered Wear Plate, high-manganese steel or composite wear-resistant plate by impact, friction and Construction stiffness confirmation.
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Intermediate Plate
For specific crushing chambers or jaw dies Sub-paragraph Construction. Application of check-in Model The order of the plate, Tooth Profile Connectivity, hole lineage and thicknesses with up-toe jaw dies Matching.
Material Selection: high-manganese steel Or the original design wear-resistant alloys jaw dies Material System Effect of Shock and abrasive wear Confirmation of conditions.
View Part Details →Power Transmission, loadings and adjustments Seals by complete model, serial number, direction and dimensions with the size of a gaps in space. Lubrication & hydraulic Interfaces Confirmation.
Eccentric Shaft
Drive the reciprocal movement of abrasive jaw. Contrast an Axidal radius, polarization distance bearing.B, key slots and terminal connections; heat treatment and the dynamic balancing requirements.
Material Selection: Forged Alloy Steels for Drive Parts, heat treatment axis neck precision, surface Quality and NDT Recognize by load and original drawings.
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Spherical Roller Bearing
The pivot eccentric shaft and withstands shock load with transmutation. bearing complete model, looping gaps and inner-external circle cooperation with the use of welding materials in order to be able for a purpose.
Material Selection: bearing Steel, scaffolding and Lubrication materials By load, Speed, Impacts and Temperature Height bearing Specifications confirmed.
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Toggle Plate
Transferring Fractured Power and Engagement Overload Protection. Contrast the length, thickness and two-end curves Mounting Directions, Toggle Seats Co-operation and closed-side setting Recalibration range.
Material Selection: Cast Steel, Ductile Iron Or original design materials Confirm by strength, force path and protection logic that no extraneous substitution is similar.
View Part Details →Toggle Seat
Pictures used toggle plate Category: System Categories Identification. Converging the position of a frame or an erectile side, Contact Surface, width and positioning Construction lubrication and pairing toggle plate.
Material Selection: Wear-Resistant Cast Steel Or original design materials by Contact Stress, sliding wear and Surface Hardness Confirmation.
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Jaw Die Clamping Wedge
Fixed Jaw Plates and keep the crushing cavity assembly position. Contrast up/down, fixed ___ activity side; wedge corners: hole lines Contact Faces.
Material Selection: Quenched and tempered alloy steel or high intensity Cast Steel Confirm according to pre-tight, shocks and wearable requirements.
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CSS Adjustment Wedge
Used for adjusting the closed-end closed-side setting. Converging the wedge corner, strokes and hydraulic or mechanical Interfaces, and the relationship between right-wing Contact The surface and allowable adjustment range.
Material Selection: Quenched and tempered alloy steel, wear-resistant surface and hydraulic support materials Recognize by load, friction and cycle number.
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Tension Rod & Spring
Continuation toggle plate System and jaw rotational relationships. Contrast rod diameters, length of threaded lines; spring outer radius: free height (free), stiffness & pre-tight size
Material Selection: Quenched and tempered alloy steel poles and Spring Steel Recognized under fatigue, pre-tension and corrosion conditions.
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Labyrinth Dust Seal
Protection bearing Areas are free from dust. Contrast the inner and outer rings Construction, shaft diameters and gaping points in direction of the surface to be used for welding.
Material Selection: Abrasion alloy, engineering plastic or elasticity Seal Materials Confirm by temperature, dust and lubricating mediums as well.
View Part Details →The following number is from the archived Sandvik official jaw crusher specifications PDF, corresponding to CJ612/ JM1211 history and installation base model. Tooth shape or material sequestrations in this Number cannot be ignored; it must still check out drawings versioning before manufacturing with mounting position
| Applicable Models | Part | Category: Directory numbers | Evidence Properties |
|---|---|---|---|
| CJ612 / JM1211 | Fixed Jaw Plates CC M1 | 400.2266-001 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | Movable Jaw Plate CC M1 | 400.0443-001 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | Fixed Jaw Plates ST M1 | 402.4747-01 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | Movable Jaw Plate ST M1 | 402.4748-01 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | Fixed Jaw Plates WW M1 | 400.0440-001 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | Movable Jaw Plate WW M1 | 400.0438-001 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | s Side Guard | 10-314-262-000 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | s Side Guard | 10-314-263-000 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
| CJ612 / JM1211 | Feed Guide Plates | BG00541518 | Sandvik Official jaw crusher Technology Specifications PDF; CJ612 For historical/installation basis model |
Selection Guidelines: Full number, Tooth Profile Code, materials The suffixes, fixed/activity side and segmentation positions must be reconciled simultaneously; they should not only have similar numbers or appearance. Manufacturing.
Cannot, but also check the fixed or active side. Tooth Profile, materials suffixes, segmentation positions; drawing number and Drawing Revision.
No. Official information is limited to specific CC/HD The programme will still need to be combined with impact, abrasion and feeds as well.
CJ612 / CJ613 — / — It cannot be directly utilised. CJ It is the foundation of history and installation. model. must be checked separately CJ the complete model, BOM, Tooth Profile Graphs and sizes
Provide complete model, serial number / activity side tooth shape and OEMs or third party numbers; drawings of used parts materials & operating conditions. We then finish identification with material assessment quality control as well for finished-part delivery
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