Sandvik CV200 VSI Vertical Shaft Impact Crushers

Sandvik CV200 Series VSI Product diagrams; specific installers complete model, serial number Shifter, Transit Configuration and Equipment Documents confirmed.

OEM Equipment Details

model, rotor wear resistance system and axle spare parts Completed on a page

The model and core parameters are used for locking the load; wear parts unfold according to rotor feed, scatter channel inward or external protection as well with crusher position.

6 Current Standard Models

40–55 mm Maximum Feed Size

10–600 t/h The scope of the official website

55–500 kW Motor Power

Standard Models and Key Dimensions

CV215 / CV229 — / — CV - CV Current Models With Core Specifications

Weight, maximum feeds and capacity Motor Power from Sandvik Current fixed-wing VSI Product Pages: Used for initial install Identification.

Model	Weight	Maximum feed	Ability	Motor Power
CV229	14,826 kg	55 mm	445–600 t/h	500 kW
CV228	14,826 kg	55 mm	271–444 t/h	370 kW
CV218	11,776 kg	55 mm	193–270 t/h	250 kW
CV217	9,500 kg	50 mm	122–192 t/h	185 kW
CV216	9,500 kg	50 mm	51–121 t/h	110 kW
CV215	6,000 kg	40 mm	10–50 t/h	55 kW

Real capacity with materials, feed grades and rotor Configuration, Speed, Bi-Flow Settings, shattering patterns and closing conditions change.

Wear Parts

Transformers, feedstock systems and crushing chamber wear parts

by installation position Item by item Identification; Material Selection Considering high speed abrasive wear centrifugal load, local shocks and fracture risk as well.

Backup Rotor Tip

Back-up Tip

The rotor is located at the rotary scatter end and continues to protect it after its main head wear. Converging between a rotating model, left-hand orientation or position of an indentation (or shape), matching geared for throwing heads with order on installation

Material Selection: cemented carbide Metals, metal base Composite Materials Or the original design wear-resistant alloys are determined by feed flow speed, abrasion resistance and impact risk.

Ceramics and Cemented Carbides Bimetallic Composites

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Casting the head cavity wearable plate

Tip Cavity Wear Plate

Protection of the rotor cavity near a scattering head. Verification between port, Mounting Direction, plate shape and pore positioning are the same as those associated with a scatter head system.

Material Selection: cemented carbide, High-Chromium Wear-Resistant Materials or Composite Materials High Speed abrasive wear, impact and fixed method confirmation.

Ceramics and Cemented Carbides High-Chromium Cast Iron

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Tracks with wearable plates

Trail Plate

Mounting The rotor scattering channel is followed by the region and withstand high-speed feed flow. Converging position numbers, direction of curved surfaces or pores with upper/lower wearable plates are matched to be checked for a pairage between location number (or level).

Material Selection: high-chromium cast iron, cemented carbide Composite Materials or high-performance wearable alloys sliding wear Effect of Shock and Mounting Confirmation of restraint.

High-Chromium Cast Iron Ceramics and Cemented Carbides

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Feed Eye Ring

Located in the center of a rotor Feed Inlet. Control the flow of feed into and protects entry edge, check internal or external diameter tone; Construction and with Feed Pipe the gap.

Material Selection: High-Chromium Wear-Resistant Materials, cemented carbide Composite solution or original design wear-resistant alloys are confirmed by centralized brushing and impact.

High-Chromium Cast Iron Ceramics and Cemented Carbides

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Feed Pipe

Feed Tube

Introduces the material into a rotor center. Contrasting internal and external diameter, length of flange Mounting Height, homology and direction of flowing Feed Eye Ring Co-operation.

Material Selection: Quenched and Tempered Wear Plate, High-Chromium Wear-Resistant Materials Or composite linings are confirmed by centralized brushing, shock and replacement.

Quenched and Tempered Wear Plate High-Chromium Cast Iron

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Abrasion pads in the upper interior

Upper Internal Wear Plate

Protect the upper flow channel inside of a rotor. Consolidate plate position, direction and pore level with arc surface thicknesses as well ASA to match adjacent wearable plates

Material Selection: high-chromium cast iron, Quenched and Tempered Wear Plate Or hard-phase Composite Materials High Speed abrasive wear Confirmation with local shocks.

High-Chromium Cast Iron Quenched and Tempered Wear Plate

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Internal wearables in the lower

Lower Internal Wear Plate

Protection of the inner lower flow channel for rotors. Converging installation position, direction and order of the blockage; pore positioning. thicknesses in relation to external wear-resistant plates

Material Selection: high-chromium cast iron, Quenched and Tempered Wear Plate or Composite Materials Confirm by the requirements for feed bed, brushing and shocks as well.

High-Chromium Cast Iron Quenched and Tempered Wear Plate

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Top External wearables

Top External Wear Plate

Protection of the top-ofthe rotor area. Verifications for transient specifications, Mounting Direction, pore positioning and plate thicknesses; profiled profiles.

Material Selection: Quenched and Tempered Wear Plate, High-Chromium Wear-Resistant Materials or Composite liners Acknowledged by centrifugal load, shock and abrasion.

Quenched and Tempered Wear Plate High-Chromium Cast Iron

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The bottom outer wearables plate

Bottom External Wear Plate

Protect the outer bottom area of a rotor. Contrast up and down relationships, directionss to be found in holes with thicknesses on board surfaces; profiled by gaping between them Protection Relationships of the item.

Material Selection: Quenched and Tempered Wear Plate or High-Chromium Composite Wear-Resistant Materials swiping, abrasive wear and Construction stiffness confirmation.

Quenched and Tempered Wear Plate High-Chromium Cast Iron

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liding board Liners

Lid Liner

Protection of the inside surface on a crushing cavity cover. Contrast partition number, direction and porosity thicknesses; connecting to it with an opening for repairs as well in relation between its rotational area or areas where there is no boundary from which one can turn back into another (or any other).

Material Selection: Quenched and Tempered Wear Plate, High-Chromium materials or Composite liners Reflection on the rebound and sliding wear Confirmation.

Quenched and Tempered Wear Plate High-Chromium Cast Iron

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Protection of the base Liners

Pedestal Protection Liner

Protection bearing The bottom and lower stool Construction approx. Converged Mounting Areas, blocks and porosity are located in the area of thicknesses as well a secure gap with an outer plate at bottom.

Material Selection: Quenched and Tempered Wear Plate Or original design Wear-Resistant Materials Recognize the drop-off, rebound and maintenance space.

Quenched and Tempered Wear Plate

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Anvil Ring Assembly

for Configuration Anvil The crushing machine. Converging the shatter mode, ring size Anvil Quantity Location, fixed mode and relationship with the rotor scatter trajectory.

Material Selection: high-chromium cast iron, cemented carbide or Composite Wear-Resistant Materials Acknowledged in high-speed shock, abrasion and crushing mode.

High-Chromium Cast Iron Ceramics and Cemented Carbides

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Spare Parts

Rotary, Main Shaft, bearing, the base and Drive spares

General Power Transmission and the stipulation of complete model, Trans-sub Specifications Speed, direction and alignment requirements for tolerances; lube & dynamic balance.

Rotor Assemblies Transochondria

Rotor Assembly / Rotor Body

VSI The core high-speed rotational aggregate. Converging the rotor specifications, diameters and ports of feed eye or thumbage channel Main Shaft Interfaces, rotational and dynamic balancing requirements.

Material Selection: Transochondriums, wear parts, fasteners The connection parts are confirmed by strength, fatigue and centrifugal loads respectively.

Alloy Steels for Drive Parts Specialty Alloys

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Main Shaft

Drive the rotor and hold it. Converging axle diameter, bearing stern, Eccentric Bushing or the key connection, End geometry swimming, bounced and heat treatment and NDT.

Material Selection: Forged Alloy Steels for Drive Parts, heat treatment axis neck precision, surface Quality and NDT Requirements for Speed Confirmation with the original drawings.

Alloy Steels for Drive Parts

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Rotor Bearing

High speed transponder load. Converging bearing complete model, the gaps and co-operation; Speed lubrication, sealing and temperature rises as well.

Material Selection: bearing Steel, scaffolding and Lubrication materials by Speed, loads and temperature risers bearing Specifications confirmed.

Drive and Bearing Materials

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bearing the pedestal and Housing

Bearing Pedestal / Housing

Location Main shaft bearings Connect with the rack. High-level checkpoint center, Mounting Confucius, bearing Prints, Passage and oilways Interfaces and Reference Material Faces.

Material Selection: Cast Steel, Ductile Iron Or original design materials Confirm by hardness, vibrations and load accuracy.

Specialty Alloys

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Rotor Bearing Seal

Stops the dust from reaching high speed Bearing System and keep lubrication. Converging the axle diameter, sealing Construction, direction and matching gaps with the latitude of a medium for Lubrication.

Material Selection: Oil-resistant rubber, engineering plastics and metal labyrinth or combination sealing Speed, dusts and temperature identification.

Engineering Materials for Seals Rubber and Polyurethane

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Drive V-Belt

Drive V-belt

From motor to electric Main Shaft System delivery power. Converging the strap, length and root number of parts with a set tolerances as well in wheel diameter / center distance or tightness mode

Material Selection: rubber Composite belts, reinforced core lines and cloth Construction Power, Speed Temperature and dust environment are confirmed.

Rubber and Polyurethane

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Cone-shaped locking

Taper-lock / Tapered Sleeve

The cone is locked with the wheel or a turning piece and axis. Conicals, internal diameter of key slot machined to be matched by screw holes in joint wheels are checked against their sides as well for them;

Material Selection: Quenched and tempered alloy steel or high strength cast iron according to clamping force, fatigues and fitting disassembly.

Alloy Steels for Drive Parts

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Drawing and Spare Part Numbers

CV200 drawing number and part number Verification of the entrance

CV215 / CV229 — / — The available traceable data has not yet formed a list of parts numbers that can be publicly installed to CV-Cv, and this page does NOT publish the hypothetical number. Known OEM or third party drawing Numbers may submit checklisting

Submission Sandvik OEM drawing number Converged CV model, Trans-sub Specifications installation position and Drawing Revision Send a Third-Party Part Number Reciprocity OEM model, Part Name, Key dimensions and materials Submits to rotor and photos of used parts Converging the rotor port, feed eye and feeding channel lanes to direction or matching relationships

Selection Guidelines: Manufacturing The previous must be confirmed simultaneously. complete model, serial number, Trans-sub Specifications installation position directional, drawing number or drawings, Key dimensions, materials and the dynamic balancing requirements.

CV200 wear parts Only press Equipment Models Can I confirm?

Cannot. also check the rotor specifications, ports and crushing modes installation position directional, parts drawing number, Key dimensions, materials and Assembly relationships.

scattering the head, Backup Rotor Tip Can the cavities wear plate be replaced separately?

First, the rotor must be checked. Construction and Assembly relationships The proximity of the shape does not represent a position, direction and gaps as well.

No public part number Can be RFQ?

May. Submitted complete model, serial number, Rotary and photos of used parts, installation position, Key dimensions Or the drawings, we finish first. Technology Identification.

Sandvik CV200 VSI Vertical Shaft Impact Crushers

model, rotor wear resistance system and axle spare parts Completed on a page

CV215 / CV229 — / — CV - CV Current Models With Core Specifications

Transformers, feedstock systems and crushing chamber wear parts

Backup Rotor Tip

Casting the head cavity wearable plate

Tracks with wearable plates

Feed Eye Ring

Feed Pipe

Abrasion pads in the upper interior

Internal wearables in the lower

Top External wearables

The bottom outer wearables plate

liding board Liners

Protection of the base Liners

Anvil Ring Assembly

Rotary, Main Shaft, bearing, the base and Drive spares

Rotor Assemblies Transochondria

Main Shaft

Rotor Bearing

bearing the pedestal and Housing

Rotor Bearing Seal

Drive V-Belt

Cone-shaped locking

CV200 drawing number and part number Verification of the entrance

CV200 wear parts Only press Equipment Models Can I confirm?

scattering the head, Backup Rotor Tip Can the cavities wear plate be replaced separately?

No public part number Can be RFQ?

Submission Sandvik CV200 model Shifter, Transit Configuration, drawing number or drawings

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