Start with CH, CS and 800i standard models to identify mantles, concaves, frame wear parts, copper-alloy bushings, drives, hydraulics and known references for an enquiry.
This page retains current standard models, key dimensions, positions, materials and reference checks directly relevant to spare-part supply. Legacy H/S mappings require separate confirmation from a nameplate or equipment documents.
Maximum feed, nominal capacity and motor power follow Sandvik stationary cone crusher pages and model data. Confirm final values against chamber, eccentric throw, setting and project configuration.
| Model | Maximum feed size | 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 |
Capacity varies with ore characteristics, chamber, setting, eccentric throw, feed distribution and operating conditions. The table supports installation identification and does not replace original selection documents.
Mantles and concaves are followed by feed, mainframe and arm protection parts. Cards link each position to common-part and material information.
بطانة المخروط المتحرك / Head Liner
Mounted on the head and moving eccentrically to form the crushing chamber with the concave. Check chamber, profile, head interface, backing clearance, setting and wear zones.
Material selection: Manganese steel is the main candidate. Confirm grade, chromium content, heat treatment and zoning against feed, impact, ore hardness and wear records.
View the common part page →
Concave / Bowl Liner
Fixed in the upper shell or adjustment ring to form the specified chamber with the mantle. Check chamber, angle, support face, locking, closed-side setting and wear profile.
Material selection: Use manganese steel or a special wear alloy validated for the service. Confirm chemistry, heat treatment, dimensions and surface quality against original drawings.
View the common part page →
Feed Plate / Feed Cone
At the crusher top, distribute ore and protect the head. Check outside diameter, center bore, conical surface, fastening, rotation and feed impact point.
Material selection: Confirm manganese steel, quenched and tempered wear steel or composites for impact, uneven ore loading, thickness and retention.
View the common part page →
بطانة الإطار الرئيسي
Protect frame areas exposed to falling material, rebound and dust erosion. Check sections, curvature, openings, thickness, holes and drive-side clearance.
Material selection: Select quenched and tempered wear plate, manganese steel or composites for the balance of impact and abrasion.
View the common part page →
واقي الذراع / Arm Liner
Protect frame arms and discharge areas from flying-rock impact and material friction. Check arm position, left/right orientation, holes, mating face and removal access.
Material selection: Confirm manganese steel, quenched and tempered wear plate or composites for local impact, wear direction and connection type.
View the common part page →Identify drive and support parts separately. Check complete model, serial number, drawing revision, orientation, fits, gear parameters and hydraulic interfaces.
جلبة لامركزية
Installed in the eccentric mechanism to support mainshaft movement. Check inside/outside diameters, eccentricity, upper/lower orientation, oil grooves, shoulders and working clearance.
Material selection: Confirm bearing copper-alloy grade, casting quality, oil grooves and clearance against load, speed, lubrication and original drawings.
View the common part page →
بطانة المقعد الكروي
Carries the head load through spherical support. Check spherical radius, thickness, oil grooves, contact pattern, shoulders and lubrication passages.
Material selection: Confirm bearing copper alloy or the original support material for bearing pressure, sliding speed, lubrication and temperature rise.
View the common part page →
Countershaft Bushing
Supports the horizontal drive shaft and maintains gear center distance. Check flange orientation, diameters, keyway, oil holes, axial location and clearance.
Material selection: Confirm bearing copper alloy against speed, radial load, lubrication, temperature rise and original drawings.
View the common part page →Drive Gear
The official machine image identifies the equipment category, not an individual gear. Check the gear and pinion together for module, tooth count, hand, mounting distance, backlash and contact pattern.
Material selection: Use carburizing or quenched-and-tempered drive alloy steel. Confirm tooth hardness, core toughness, accuracy and matched-pair inspection against the original design.
View the common part page →ترس صغير & Countershaft
The official machine image identifies the equipment category, not an individual part. Check tooth form, shaft diameter, bearing seats, rotation, end connections and drive-housing construction.
Material selection: Confirm forged drive alloy steel and heat treatment for torque, impact loads, tooth hardness and core toughness.
View the common part page →
Clamping Cylinder Assembly
Clamps or holds the adjustment system. Check bore, stroke, pressure, mounting trunnions, oil ports, seal grooves and control logic.
Material selection: Confirm cylinder alloy steel, seals and connectors for pressure, fluid, temperature and cycle count.
View the common part page →
Locking Nut
Secures the mantle or associated head structure. Check thread, hand, end face, holes, locking method and installation-tool interfaces.
Material selection: Confirm quenched and tempered alloy steel, thread strength, surface treatment and nondestructive testing against drawings and preload requirements.
View the common part page →
الجلبة العلوية للمخروط المتحرك
The image identifies a copper-alloy bushing category. Check upper position, inside/outside diameters, length, oil grooves, locating shoulders and mainshaft fit.
Material selection: Confirm bearing copper alloy for bearing pressure, sliding speed, lubrication and clearance.
View the common part page →
الجلبة السفلية للمخروط المتحرك
The image identifies a copper-alloy bushing category. Check lower position, inside/outside diameters, length, oil grooves, locating shoulders and working clearance.
Material selection: Confirm bearing copper alloy against load, lubrication, thermal expansion and original drawings.
View the common part page →These numbers come from an archived third-party supplier catalogue, not an official Sandvik catalogue. Use them for initial searches, then verify nameplate, BOM, drawing revision, installation position and key dimensions before manufacture or quotation.
| Applicable model | Part | Catalogue reference | Evidence type |
|---|---|---|---|
| CH420 / CS420 | Mainshaft | 442.7450 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH420 / CS420 | Mainshaft Bushing | 442.6140 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH420 / CS420 | جلبة لامركزية | 442.9657 / 442.9658 / 442.9659 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH420 / CS420 | Gear Assembly | 442.6127 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH430 / CS430 | Mainshaft Bushing | 442.7913 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH430 / CS430 | Concave | 452.1216 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH440 / CS440 | Mainshaft | 442.7100 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH440 / CS440 | Mainshaft Bushing | 442.7117 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH440 / CS440 | بطانة المخروط المتحرك | 442.9073 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH660 / CS660 | Mainshaft | 442.8767 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH660 / CS660 | جلبة لامركزية | 442.8824 / 442.8825 / 442.8826 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
| CH660 / CS660 | Concave | 442.8813 | كتالوج مورد خارجي؛ تحقق من اللوحة الاسمية وقائمة المواد (BOM) والرسومات قبل التصنيع |
Reference-use rule: Third-party catalogue numbers support searching only; they do not complete manufacturing approval. Record OEM drawing numbers and third-party spare references in separate fields.
No. Even similar model numbers require checks of complete model, chamber, serial number, drawings, orientation, interfaces and fits.
No. They are explicitly identified as third-party evidence for preliminary searching only. Verify nameplate, BOM, drawing revision and position before manufacture.
No. Also consider chamber, feed, impact, ore hardness, wear zones, casting and heat-treatment quality, and the site's service-life target.
Provide complete model, serial number, OEM or third-party references, drawings, used-part photographs, materials and conditions. We use these for identification, material assessment, manufacturing matching, quality control and delivery.
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