800i — — From CH, CS and i Standard Models Entrance mantle, concave Frames of the chassis wear parts copper alloy bushings, Power Transmission Hydraulics, known numbers and RFQ
This page only keeps the current standard configuration number, core size and installation position as well for data checks that are directly relevant to Spare Part Supply. The historical H/S series mapping is confirmed separately after obtaining a nameplate or device file
Maximum feed, nominal capacity and motor power comes from Sandvik's current fixed cone crusher product pages as well with model data; it is ultimately confirmed by the fracture cavity centeredness of a broken-edge setting or project configuration.
| Model | Maximum feed | nominal capacity | Motor Power |
|---|---|---|---|
| CH895i | 127 mm | 258–1,077 t/h | 750 kW |
| CH890i | 428 mm | 275–1,837 t/h | 750 kW |
| CH870i | 350 mm | 202–1,370 t/h | 600 kW |
| CH865i | 123 mm | 155–517 t/h | 500 kW |
| CH860i | 315 mm | 250–910 t/h | 500 kW |
| CH840i | 250 mm | 212–659 t/h | 330 kW |
| CH830i | 211 mm | 61–283 t/h | 250 kW |
| CS840i | 431 mm | 212–659 t/h | 330 kW |
| CH662 | 286 mm | 116–646 t/h | 315 kW |
| CH660 | 321 mm | 116–646 t/h | 315 kW |
| CH442 | 250 mm | 58–336 t/h | 220 kW |
| CH440 | 250 mm | 58–336 t/h | 220 kW |
| CH430 | 214 mm | 42–215 t/h | 132 kW |
| CH420 | 155 mm | 21–135 t/h | 90 kW |
| CS660 | 622 mm | 314–908 t/h | 315 kW |
| CS440 | 500 mm | 191–510 t/h | 220 kW |
| CS430 | 400 mm | 99–298 t/h | 132 kW |
| CS420 | 267 mm | 70–172 t/h | 90 kW |
Possibility with the ore characteristics, cavity profile, closed-side setting Extreme spacing, feed distribution and operating conditions changes. This table is used for Installation Identification No replacement for original selection files.
First show the largest market demand mantle liner and convex linen, then unfold according to feeds position of host frame or arm; card connect unified parts pages with corresponding materials.
Mantle / Head Liner
Mounting mantle Head and eccentric movement, with concave liner Forming a fractured cavity. Contrast cavity profile, Profiles and Head Interfaces, and the back-facing gaps. closed-side setting and wearable partitions.
Material Selection: high-manganese steel the main candidate; number, chromium content. heat treatment The subregional programme must be combined with feed, impact and ore Hardness Recognizes the wear record.
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Concave / Bowl Liner
Fixed in the upper Housing Or adjust the inner ring, and mantle Forming a required crusher cavity. Contrast cavity profile, clamping corners and bearing surfaces. Construction Closed by the closed-side setting With wearable silhouettes.
Material Selection: high-manganese steel or by operating conditions Verified Specialized Wear-Resistant Alloys Chemical compositions, heat treatment Scales and Surface Quality Confirmed by the original drawings.
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Feed Plate / Feed Cone
Located at the top of the crusher to distribute feed and protect the head area. Check outside diameter, centre hole, conical surface, fastening, rotation direction and feed landing point.
Material Selection: high-manganese steel, Quenched and tempered wear-resistant steel or Composite wear-resistant construction Confirm by impact, mineral flow biases and plate thickness.
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Mainframe Liner
Protects the main frame Areas coated, rebounded and dust-fouling. Converging the blocks of partitionings; arcade to open opening plates: thicknesses in plated areas Power Transmission The side of the stumbling block.
Material Selection: Select quenched and tempered wear plate, manganese steel or composite wear plate according to the balance of impact and abrasion.
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Arm Guard / Arm Liner
Protect the arm and discharge area of a rack, withstand rocky impact or material friction. Contrast arms position to right-hand direction; hole lineage: fit surface with disassembled space
Material Selection: high-manganese steel, Quenched and Tempered Wear Plate or composite wear parts Recognize by local shock, wear direction and connection mode.
View Part Details →General Power Transmission Separate parts and hulls Identification; by complete model, serial number, Drawing Revision, direction and size with Gear parameters and hydraulic Interfaces Converging.
Eccentric Bushing
Mounting In the eccentric body and in its Main Shaft. Contrast the internal and external diameters, polarization distancees; up-toe direction: oil sinking point Working clearances.
Material Selection: Copper Alloys for Bearings.Certificate and casting Quality.The oil tank and the coupling gap by loading, Speed lubrication and original drawings confirmation.
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Socket Liner
Receivers mantle The head load and the formation of a spherical bearing. Contrast to an radial, thicknessing surface diameters oil tank Contact Spotted spots, stops and lubrication channels.
Material Selection: Copper Alloys for Bearings Or original design sling materials Recognize by surface pressure, sliding speed and lubrication.
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Countershaft Bushing
Level of sizing Power Transmission Axes and maintain gear The center distance. Converging the flange direction, internal and external diameters; key slotting: oil holes - axle positioning & match gap
Material Selection: Copper Alloys for Bearings by Speed radial load, the way of Lubrication and temperature rises as well.
View Part Details →Drive Gear
The official full-frame map is used only to identify the equipment category, not as a single physical figure. Gear must pair with pinion for matching modulus numbers and teeth number; rotary sequence of rotord diameter (or length) in order that it be fitted into an installation area or side gap between them.
Material Selection: Carbon permeation or morphology Alloy Steels for Drive Parts Touching the teeth Hardness, core toughness and accuracy of pairing Inspection Confirmed according to the original design.
View Part Details →Pinion & Countershaft
Official full-scale maps are used only Identification Equipment Category, not as a single-piece physical figure. Tooth Profile axis, and bearing locus, rotational and endpoint connections Power Transmission Box Construction.
Material Selection: Forged Alloy Steels for Drive Parts and corresponding heat treatment, by torque and impact loads. Hardness and the sturdyness of your heart.
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Clamping Cylinder Assembly
Used for clamping or keeping adjustments System condition. Contrast the diameter, strokes and pressure Mounting ear shafts, oil groove and sealing Refining Grooves and control logic.
Material Selection: hydraulic cylinder alloy steel, Seal Materials and the connection parts are confirmed by pressure, mediums.
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Locking Nut
Used for fixed mantle liner Or related head Construction. Vertical threading, rotational and end-toe systems of holes; lock mode & dismount Tool Interfaces.
Material Selection: Quenched and tempered alloy steel, threading strengths; Surface treatment and NDT Confirm according to the original drawings and pre-tidential requirements.
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Upper Head Bushing
Pictures for copper alloy bushings Category Identification. Verification of the upper installation position, internal and external diameters; length of the tank. Main Shaft Co-operation.
Material Selection: Copper Alloys for Bearings Screen pressure, sliding speed and lube recognition.
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Lower Head Bushing
Pictures for copper alloy bushings Category Identification. Converging the lower installation position, internal and external diameters; length of the tank. Working clearances.
Material Selection: Copper Alloys for Bearings Recognized by load, lubrication and thermal expansion as well.
View Part Details →The following numbers are from the archived third-party vendor directory, which is not an official Sandvik catalog statement. They can be used for preliminary search but must return to nameplates and BOM versions of drawings before manufacturing or quotationing; installation positions with core size reviews
| Applicable Models | Part | Category: Directory numbers | Evidence Properties |
|---|---|---|---|
| CH420 / CS420 | Main Shaft | 442.7450 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH420 / CS420 | Main Shaft bushings | 442.6140 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH420 / CS420 | Eccentric Bushing | 442.9657 / 442.9658 / 442.9659 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH420 / CS420 | gear Total cum | 442.6127 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH430 / CS430 | Main Shaft bushings | 442.7913 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH430 / CS430 | Concave Liner | 452.1216 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH440 / CS440 | Main Shaft | 442.7100 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH440 / CS440 | Main Shaft bushings | 442.7117 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH440 / CS440 | Mantle | 442.9073 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH660 / CS660 | Main Shaft | 442.8767 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH660 / CS660 | Eccentric Bushing | 442.8824 / 442.8825 / 442.8826 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
| CH660 / CS660 | Concave Liner | 442.8813 | Third-party vendor directory; Manufacturing Pre-use nameplate, BOM Re-examines with drawings |
Selection Guidelines: Third-party directory numbers are only used for retrieval, not equivalent to completed Manufacturing Recognizing; OEM drawing number With third parties spare parts The number must be recorded in the column.
Can't, even though model The numbers are close, too. Required Checks complete model smashing the cavity, serial number, drawing number directional, Interfaces and matching dimensions.
The page clearly shows its third-party evidence properties, which are only used for preliminary search; Manufacturing Before you have to use nameplate, BOM, Drawing Revision and installation position Reviews.
No, but also combined. cavity profile Feeding, Impacts and Ore Hardness, wear partitioning and casting heat treatment Quality, and the scene service life Goals.
Provide complete model, serial number / OEMs or third party numbers and drawings of used parts materials as well for operation conditions. We are able to perform part identification (part recognition), material assessment; manufacturing matching - quality control & finished-party delivery accordingly).
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