By machine size, fittings and drive Configuration Identification wear parts and spare parts and fold parts Locations, materials, drawing number Converged and RFQ Concentrate on a page.
FLS Current Public Fuller-Traylor SAG/AG Mill Diameter range is 4.3 – 12.2 m, Installed Power Supreme Court 28,000 kW. spare parts Recognizing that the effective length must also be combined, serial number, general arrangement drawing Drives and ways of handling Configuration.
FLS The Series by Item Sizes and Configuration Identification This page is only open-ended and does not create an independent model Code.
| Series / Configuration | Officially public dimensions or parameters | spare parts Identification priorities |
|---|---|---|
| Fuller-Traylor SAG Mill | Diameter 4.3 – 12.2 m; Installed Power Supreme Court 28,000 kW; steel ball load ratio 6 – 15% | diameter x effective length, serial number, and the direction of injecting. Liners Blocks and drives Configuration |
| Fuller-Traylor AG Mill | - years of age – m Open diameter range; use of ore self-grinding, not using steel ball media (4.3; 12.2) | diameter x effective length, serial number, the way of discharging liner system -, and the Sponsor Construction |
| Template: The way of the bonding | The ear shafts (trunnion-supported) or Housing stern (shell-supported) | general arrangement drawing, Foundations Interfaces, bearing Forms, axis or neck Housing Package Construction |
| Driven mode | High speed reducer, low-speed straight or no gear drive; gear The programme can be single/double pinion million pinion The highest public performance kW (10,000) | girth gear, pinion, Power Transmission Axle, couplings or reducers and ring motor Interfaces |
| Castables Configuration | Tubes or Vibrating Screen; FLS Published AG/SAG Tube diameter can be reached 6.0 m | Discharge Grate, pulp lifters, Discharge Cone Screenscrew Interfaces Cycling and Rotation |
The impact, abrasive wear and rinse brushing of the same mill are not identical. Card shows location as well material path to be determined by installation charted numbers in order for holes or operating conditions
Feed Chute / Throat Liner
Receive direct impact of coarse ore and sliding wear, Focus check-in profile of entrances and flanges Interfaces, hole lines and gaps with feed slot.
Material Selection: Cr-Mo alloy steel Steel can be evaluated after the installation of drawings confirmed - rubber Composite Construction.
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Inner Feed Head Liner
Protecting the inside of a feed end, and be affected by ore shocks. abrasive wear and the scrubbering of mine. Function; the boundary and thickness of a block must be confirmed by an installed map.
Material Selection: Cr-Mo alloy steel Or steel - rubber Composite liners, Material System Confirm by impact energy and wear partition.
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Outer Feed Head Liner
Coverage Outer feed-end ring High-impact areas need to be internal Liners, shell liners and Fastening system Joint check-in Mounting Relationships.
Material Selection: Priority is given to resilience and shock resistance Cr-Mo alloy steel; composites must be confirmed by the original design interface.
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Shell Liner & Lifter Bar
Decide the mine load to improve track and protect Shell.The shape surface, elevation heights and the method of splitting is directly affected by grinding milling Liners service life.
Material Selection: Cr-Mo alloy steel Steel - rubber Composite liners Different locations can be accommodated with different performance gradients.
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Discharge Grate
Control the discharge channel and withstand scrubbing, ore impacting as well for blocking load; opening holes Shape The opening ratio and the back-end must be consistent.
Material Selection: Cr-Mo alloy steel; Local Materials and heat treatment by discharge grates Thickness, opening and impact operating conditions Confirmation.
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Discharge Middle Liner
Connectivity Discharge Grate and end liners System, need to check the radial position and adjacent parts Fix, tighten the direction and wear residue.
Material Selection: Cr-Mo alloy steel or composite Construction, according to the exhaust end impact and mineral pulp brushing strength.
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Outer Pulp Lifter
Will be passed discharge grates the slurry of mines Guiding Flow channel, flow-course sectional area and rotation of adjacent areas discharge grates Locations must be consistent with the install.
Material Selection: Impact-Resistant Alloy Steel or rubber Composite Construction, focus on controlling the risk of abusing and blocking.
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Inner Pulp Lifter
Locations discharge system Internal side, responsible for the mineral pulp transportation and backflow control; Required Checks the direction of traverse, Blade Height and Mounting Orders.
Material Selection: Impact-Resistant Alloy Steel or rubber Composite Construction Confidentially by the speed, particle size and wear partition of mineral pulp.
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Discharge Cone
Connectivity pulp lifters The scattering ear shaft channel is required to be checked Cone profile, the splitting method of flange pores and direction discharge.
Material Selection: Cr-Mo alloy steel or Composite liners, according to the shocks and weight requirements.
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Filler Ring & Sealing Liner
for liner system The gap fill, buffer and seal is required to match the compression volume by groove size of a medium with adjacent metal parts.
Material Selection: Wear-resistant rubber or polyurethane system, Hardness, rebound and media resistance performance according to operating conditions Confirmation.
View Part Details →The spare parts required for gear transmission, ear shaft bearing and shell carrying are different. A complete install model is submitted to the full set number of a general arrangement drawing or OEM draw numbers as well than third-party drawning figures after creating one match between them
Pinion
Applicable gear Power Transmission Configuration Number of teeth, number modulus. Pressure angle and spiral corner; Axle neck & tooth surface precision heat treatment Must be with girth gear Check the Mating System.
Material Selection: Forged Alloy Steels for Drive Parts, the number of cards and hardening layers as well tooth surfaces according with original drawings Acceptance Standards are confirmed.
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Girth Gear / Ring Gear
Applicable to single pinion Or double pinion Drivers Configuration. Segment joints, Tooth Profile Parameters, jumping and pair markings Mounting Reference Material The slate must be confirmed.
Material Selection: Founding or forging Alloy Steels for Drive Parts Specific materials, heat treatment and NDT Perform by loading paper.
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Mill Trunnion
Used for ear shaft bearings mill Supplies and feeds Interfaces flange, axis necks and inner holes; round corneres of the circle. bearing Co-operation must be general arrangement drawing Converging.
Material Selection: Cast Steel Or forged steel Construction, materials Performance, heat treatment, NDT The size tolerance is confirmed by the original design.
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Trunnion Bearing & Bearing Bush
Reciprocal sliding bearing Configuration. Requires to match the diameter of axle neck, surface radius and oil tank with temperature measurement holes or copper alloy Construction.
Material Selection: bearing alloys, copper or original design complex bearing bush The system, loads and lubrication of the residual repair is confirmed by diagram.
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Heavy-Duty Drive Components
s:: the Power Transmission Axle, couplings and gear reducers Interfaces, Shaft Sleeve Connectors with fasteners; at high speed, low velocity straight or no gear Drivers Configuration Identification.
Material Selection: Alloy Steels for Drive Parts and Complementary bearing materials strength, fatigue and Surface treatment and Fit and contact accuracy Confirmed by the original drawings.
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Liner Fastener & Seal Set
s:: the Liner bolts nut, shafts and sealing cushion with supporting clamp parts; the level of screw size is required to be fixed on a headset or an indentation. Liners At the same time, confirms.
Material Selection: High-strength hardening steel and medium resilient Seal Materials Selected according to the pre-tension, corrosion and correction system.
Submitting drawings and numbers -This page does not disclose the number that has yet to be verified. When FLS, Fuller-Traylor or third party drawing numbers are available you can submit them together with device models and serials numeric data set; install positioning images as well in drawings versions of a single part sheet after confirmation writing is written accordingly for unified parts pages
s Equipment nameplate, serial number, mill Diameter and effective length, bearing mode Drive Configuration and general arrangement drawing Confirmation cannot be based on Equipment The appearance of judgment.
Third-party drawing numbers, corresponding device models and installation positions can be submitted first to verify their correlation with OEM draw number.
Not necessarily the stern, Shell, draining end and pulp system operating conditions Differently, Materials and Structures Should be positioned, failure The method and the original design were confirmed separately.
For diameter x effective length, bearing and driving method; serial number (series), installation positioning - OEM/Third Party drawing numbers: photos of used parts. Drawing & operating conditions we complete part recognition with the result that parts are evaluated for processing as well quality control or finished-part delivery
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