From Standard Models and Key dimensions Entrance Spider and Liners Abrasion system, Main Shaft and Drive spares, materials Converging, Special Tooling, drawing number Confirmation and RFQ.
Current FLS The product system is maintained simultaneously TSUV, TS, NT and Gyratory Crusher Pro. Pages are only posted and spare parts Identification Directly related specifications, installation position, materials and the information on fittings.
TSU and NT data are from the FLS current official website comparison table; feed, mantle diameters of KGB Pro'S output lineup is derived by model-based Official Data Table.
| Series / Model | Equipment Properties | Feed Inlet | mantle Diameter | ability (tph) | Installed Power (kW) |
|---|---|---|---|---|---|
| TSUV | Current Top Service Ultra-Velocity Series | Confirm by specific specifications | Confirm by specific specifications | Supreme Court 15,000 | Supreme Court 1,500 |
| TSU 63 × 118 | Top Service Comparisons of specifications | 63 in | 118 in | 10,000 | 1,200 |
| NT 60 × 113 | Fuller NT Comparisons of specifications | 60 in | 113 in | 6,000 | 1,000 |
| KB 54-67 Pro | Gyratory Crusher Pro | 1,370 mm | 1,700 mm | 4,300 | 500 |
| KB 54-75 Pro | Gyratory Crusher Pro | 1,370 mm | 1,900 mm | 5,300 | 650 |
| KB 63-80 Pro | Gyratory Crusher Pro | 1,600 mm | 2,030 mm | 6,000 | 750 |
| KB 63-89 Pro | Gyratory Crusher Pro | 1,600 mm | 2,260 mm | 8,500 | 1,000 |
| KB 63-130 Pro | Gyratory Crusher Pro | 1,600 mm | 3,300 mm | 14,500 | 1,500 |
KB Pro The data table gives the ability to calculate according specified material conditions; actual capacity, power and eccentric distances closed-side setting With ore characteristics and crushing cavity Configuration Changes.
First, put the beam protections in front of concaveliner and mantle liners as well with mainstay buffering. Each card connect to a single part page or corresponding material pages.
Spider Cap, Shield & Arm Liner
Locations Feed Inlet Above, the heavy ore scattering. sliding wear and the scattering of a drop. Spider Construction, number of arms and plate type; hole system: thicknesses.
Material Selection: high-manganese steel, Quenched and Tempered Wear Plate or Composite wear-resistant construction Confirm by impact energy, plate thickness and fixed manner.
View Part Details →
Concaves
Walks along Housing Sub-paragraph Mounting, and mantle Forming a fractured cavity. Contrast cavity profile, number of layers and method for partitioning the loops in a row with back strap gap as well.
Material Selection: high-manganese steel, Specialty Alloys Or through ore operating conditions Verified composite wear-resistant system, chemical composition and heat treatment Confirm by the drawing.
View Part Details →
Mantle
Package Main Shaft Cone and with Main Shaft sloppy, and concave Together, complete the break. Contrast up and down profile Head nut Interfaces, backpacking and closing side closed-side setting and wearable partitions.
Material Selection: high-manganese steel or Specialized Wear-Resistant Alloys By impact, compression and abrasive wear Combination operating conditions Confirmation.
View Part Details →
Mainshaft Sleeve
This is the suitcase. Main Shaft Externally independent protections are not equal Main Shaft Assembly. Contrast the axle diameter, matching lengths and thicknesses of walls with endpoint positionings or disassembly Construction.
Material Selection: Forging or Quenched and tempered alloy steel The surface reinforcement process is confirmed by the original drawings, matching and wear position.
View Part Details →
Spider Underside Wear Liner
Protection Spider Or the surface under a pillar is rebounded by ore and sliding wear Area. Converging the right-hand position, plate type and hole lineage; assembly gaps & fitting boarding
Material Selection: high-manganese steel, Quenched and Tempered Wear Plate or bimetal composite Screens for impact and sliding wear Proportional recognition.
View Part Details →
Top Shell Wear Plate
Protection of protection Housing Intrashell, rebound and local rinsing Construction Surfaces. Converged Housing Layers, plate numbering and align direction. Construction.
Material Selection: Quenched and Tempered Wear Plate, bimetal composite or High-Chromium Abrasion Construction by Mounting Space and impact intensity recognition.
View Part Details →
Hub Liner
Protecting the hubs and their neighbors Construction Avoiding the shading of ore and slab. Mounting Area, arcades and pores systems; stitching gapes.
Material Selection: Quenched and Tempered Wear Plate Or composite wear-resistant plates are confirmed by arc processing, welding and tightening conditions.
View Part Details →
Pinionshaft Arm Liner
Protecting Close Pinion Shaft With the scattering area Housing Or armarm Construction. Converging the machine side, Mounting Direction, interference space and plate thicknesses.
Material Selection: high-manganese steel, Quenched and Tempered Wear Plate or Bimetallic Composites By impact and abrasive wear Confirmation.
View Part Details →
Splash Curtain
Set in feed or related protective position to control splashes and protect adjacent structures. Contrast the installation location, flexible structure of rigidity / structural dimensions as well for fixing parts
Material Selection: Wear-resistant rubber, polyurethane Or steel wearables Construction Confirm by shock, flexure and temperature conditions.
View Part Details →The main shaft aggregate is separately identified from the keyshade protection boomings; transmission, load and hydraulic spare parts are matched by series of complete models with machine side features as well in drawings.
Mainshaft Assembly
FLS KB Pro Official Part / Assembly Figures in the picture 2 Location Number. Main Shaft Assembly Package Main Shaft and its assembly relationship must be separate Main Shaft Protective Sleeve Differences.
Material Selection: Large Forged Alloy Steel, heat treatment axis and neck precision NDT by model, payloads and original drawings confirmed.
View Part Details →
Eccentric Bearing Assembly
FLS KB Pro Official Part / Assembly Figures in the picture 7 No. Location: Contrast eccentric distance, rotational direction and internal-external cooperation; bearing boards with the Lubrication hole path to top or bottom directions
Material Selection: Package of steel and Copper Alloys for Bearings With the use of materials The gaps and oil groove are confirmed by the original drawings.
View Part Details →
Spider Bushing & Oil Seal
The pivot Main Shaft Upside and keep lubrication. Verify the pillars Construction axis, and bushings Internal and external diameters, flanges / oil sinking or sealed lips as well.
Material Selection: Copper Alloys for Bearings Co-operation NBR, HNBR, FKM Others confirmed by the medium and temperature Seal Materials.
View Part Details →
Countershaft / Pinionshaft Assembly
FLS KB Pro Official Part / Assembly Figures in the picture.The position of the number is, and axle diameters are paired bearing stern, gear Interfaces, rotary-winging and sealant coverings Construction (8)
Material Selection: Forged Alloy Steels for Drive Parts, bearing Steel and Seal Materials By load, Speed, heat treatment and accuracy grade confirmation.
View Part Details →Bevel Gear & Pinion
FLS KB Pro Official Part / Assembly Figures in the picture 9 Node position. Must be paired with the number of mods, teeth numbers and pressure angle or spiral direction Mounting Distance, side gap and Contact stained.
Material Selection: Carbon permeation or morphology Alloy Steels for Drive Parts Touching the teeth Hardness, core toughness and grinding & pairing Inspection Confirmed according to the original design.
View Part Details →
Step Bearing Components
FLS KB Pro Official Part / Assembly Figures in the picture.The number of positions, the check-in order Contact Diameter, oil film gaps and tug surfaces as well hydraulic adjustment Construction (10)
Material Selection: Wear-Resistant Alloy Steel and Copper Alloys for Bearings Confirm by surface pressure, lubrication and flatness requirements.
View Part Details →
Hydraulic Cylinder & Adjustment Assembly
FLS KB Pro Official Part / Assembly Figures in the picture 11 Node position. Converging the cylinder diameter, strokes and pressurers bushings, sealing Refining Grooves Tubes, Traffic Interfaces and control systems.
Material Selection: hydraulic cylinder alloy steel, copper alloys and polyurethane / NBR/HNBR/FKM The seal is confirmed by pressure and medium.
View Part Details →
Dust Sealing System
FLS KB Pro Official Part / Assembly Figures in the picture. Contrast the sealing ring, differential pressure or blow-out conditions; Refining Grooves Sizes, Contact Faces and accessories Dust collar (5)
Material Selection: NBR, HNBR, FKM, polyurethane or engineered plastics are confirmed by temperature, dust and oil products as well.
View Part Details →The following three categories have FLS official data tables and device-specific images.The page shows its use, the specific carrying capacity of pods must match with installation models as well for onsite repair schemes
Mainshaft Transport Stand
FLS official assembly is used for bearing, suspension connection and transport gyratory crusher spindles as well to protect key shaft neck. The specific pinpoint of the load capacity or interface are confirmed by a mainshade model
Submission model With the need for fittings
Headnut & Safety Tool Upgrade
FLS official equipment is used for the tightening and disassembly of head screws, reducing direct participation in assembly processes. Applicable model / counterforce structure & operating space are confirmed by installment
Submission model With the need for fittings
Spider Lifting Hook
FLS official reverse hoisting hooks are built from the bottom of a beam assembly for cross-bow disassembly and transshipment. The lift, openings to open doors will be fitted with an assigned load as well in maintenance bracket that is matched by equipment
Submission model With the need for fittingsThe full series is provided with the model, serial number and part name as well for installation position. General arrangement drawing or assembly drawings are available at a time of submission; photographs from used parts have been created in traceable matching relationships accordingly
First distinguish TSUV, TS/TSU, NT or KB Pro Series Re-checking the full specifications, serial number, Feed Inlet, mantle Diameter, general arrangement drawing and Drawing Revision.
No. Main Shaft loaded Core Parts, Main Shaft Protective Sleeve y Mounting Main Shaft Externally independent protections, both check-in drawing number Scales and materials.
Can be submitted third-party numbers, complete model, Equipment general arrangement drawing, installation position After the old data can be reconciled simultaneously parts Relatively related and repaired equipment Interfaces.
Provide a series with complete model, serial number / OEMs and third party numbers; drawings of used parts (material) photos & operating conditions. We then finish part identification process to evaluate materials for manufacturing matching quality control as well AS finished-part delivery
Phone: +86 156 3797 3199
zzx@anranst.com
ANRANST provides customers worldwide with coordinated consulting, supplier sourcing, quality control and finished-part delivery for custom parts, wear parts and industrial spares from China, with scope to support other custom industrial parts.
Equipment and part identification, drawing review, material selection and manufacturing feasibility assessment.
Match requirements with suitable manufacturers in China and coordinate the exchange of technical information.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
Coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts.
Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.
Submit an Enquiry