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FLS PAF / RKF Heavy-duty Apron Feeders

From the current design range and recorded RKF configurations into groove boarding panels, chain links to busshinges support rollerers (Sprocket), tension system; material check-up. drawing number confirmation & RFQ

FLS Current Heavy-duty Apron Feeders Official Transparency Construction Figures
FLS Current Heavy-duty Apron Feeders Official Construction Pictures, but Identification slate, chain rail and rotary wheels sprocket Drive and tight positioning.
FLS Current Heavy-duty Apron Feeders Official full-length diagram
FLS Current Heavy-duty Apron Feeders Official full-frame; upper skirt, feed area and head drive Construction Clearly visible.
FLS Primary Apron Feeder RKF Official data table Home
FLS Primary Apron Feeder RKF Official data table Home; model Scope, Construction Options and Key Parameters Subject to this information
OEM Equipment Details

Configuration, wear parts, Drive spares and materials Completed on a page

PAF/RKF provides design range, official configuration examples and installation position. Materials screenings are available for drawing number check-up as well ASRFQ entry to allow the Spare parts confirm by actual installed data on their site in public pages

1 Current Open Design Range
2 Official Configuration Examples
6 wear parts Entrance
5 Core spare parts Entrance
Current Design Range

PAF / RKF Key dimensions Driver Ranges and Driver

The product is Item Supplies, capacity and Mounting Space and downstream Interfaces Custom; below are listed. FLS The current open data table clearly sets out the scope.

SeriesScales of the sinkEquipment LengthChain dimensionsMaximum feedMaximum slantMaximum speedDrive power
Primary Apron Feeder PAF / RKF1.0–3.0 mlongest 30 mD4–D10Max 2,000 mmSupreme Court 26 °Supreme Court 30 m/min45 kW–2 × 700 kW

The actual capacity is also affected by the material tolerance, maximum block size and pressure of storage compartments; angularity or speed. Structure for sinkboard structures are influenced in terms both drive form as well AS interface with downstream equipment: Spare parts cannot be identified only according to width nor length

Official Handbook Configuration

Recorded RKF Item Configuration Examples

The following two are from FLS Official Product Manuals for Identification Legacy Installation Information; they are not right All Current Configuration Poorness of the effort.

Configuration LogosWidthLengthChain dimensionsLinks to the chainCategory: Properties of data
RKF 2.2 × 15.8 - D82.2 m15.8 mD8Built-in chainFLS In the official product manual Item Configuration Examples
RKF 3.4 × 17.0 - D93.4 m17.0 mD9External LinksFLS In the official product manual Item Configuration Examples
Wear Parts

Tanks and Feeding impact plates and Locations Liners

The grooves that directly withstand the ore impact and wear are then disposed of by feed, side walling in front to tailings on head drained up as well with tray positions. Each unit is connected together into a single part page for materials pages

Tank / conveyor boards in FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
01

Tank / conveyor board

Apron Pan / Feeder Pan

The main shock and abrasive wear parts of the plate feeder are to carry large ores, which run along with chain. Compare board width; spacing - thick sheeting: alignment direction (link)-up); bond hole(connection), link mounting distance & head/tail wheel packaging

Materials and Manufacturing: Manganese steel slate, Wear-Resistant Steel welding slab or Wear-Resistant Cast Steel By sloppy, block size and impact & wear operating conditions Confirmation; specific number, heat treatment And the plate thickly pressed on a drawing.

Manganese Steel Quenched and Tempered Wear Plate Specialty Alloys
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Feedback impact plates FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
02

Feedback impact plates

Impact Plate

The slab, the bearing and frame of large blocks are placed in a high drop-off feed area. Contrast installation segment; plate shape: thicknesses - holes linen system (fixed structure); material fall point & safety gap with sink board).

Materials and Manufacturing: Quenched and Tempered Wear Plate, bimetal composite board or Wear-Resistant Cast Steel By impact energy, milling Hardness and replaceable Construction Screening.

Quenched and Tempered Wear Plate Bimetallic Composites
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side liners / Laptops Liners FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
03

side liners / Laptops Liners

Side Liner / Skirt Liner

Protect the feed stream on both sides of a grinder or skirt. Consolidate between left/right, segmental ordering and plate thicknesses; pore lines: couplings to be placed in an open-circuit compartment for filling plates with height levels as well AS leakage path

Materials and Manufacturing: Quenched and Tempered Wear Plate, bimetal composite board or Wear-Resistant Cast Steel by sliding wear Local impact and plate stiffness confirmation.

Quenched and Tempered Wear Plate Bimetallic Composites
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tail Feed Liners FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
04

tail Feed Liners

Tail / Inlet Liner

Protect the tails and feeder transition zone. Converging direction of feeding, Mounting Side, Liners Contours, plate thicknesses and holes are adjacent Liners Fix and reset the gap with a backpack.

Materials and Manufacturing: wear-resistant steel plate, bimetal composite board or Wear-Resistant Cast Steel Confirm by drop-off impact, blockage risk and wear distribution.

Quenched and Tempered Wear Plate Bimetallic Composites
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Head Discharge Chute Liners FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
05

Head Discharge Chute Liners

Head Discharge Chute Liner

Protection of the head discharge area and downstream slick torso. Converging with flow path, Mounting Faces, shardings and layers of plate thickness. Construction Latch and downstream Equipment Interfaces.

Materials and Manufacturing: Quenched and Tempered Wear Plate, bimetal composite board or Wear-Resistant Cast Steel Drawing angle, speed and material Hardness and the replacement cycle confirmation.

Quenched and Tempered Wear Plate Bimetallic Composites
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Packet tray Liners FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
06

Packet tray Liners

Drip Pan Liner

Protect the feed tray below a chain of return, withstand fine material accumulation and dragging as well cleaning wear. Compare segment lengths to width; plate thicknesses: hole lines - clearance direction & gap between parts for returning process

Materials and Manufacturing: wear-resistant steel plate or engineered polymer Liners by fine material wear, noise and friction Cleaning Methods to confirm that no main feeder plate materials Mixed.

Quenched and Tempered Wear Plate Rubber and Polyurethane
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Spare Parts

Links, sleeved and support roller, sprocket and tensioning system

The same name parts cannot be interchangeable only by appearance between different RKF configurations, chain sizes and built-in/external links with the various installation sides; they must match size chains.

The Tracking Chain in FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
01

Chain Links

Track Chain Link

Touching is shared with the plug and slot board connectors. Converging FLS Chain dimensions D4 – D10, built-in or external chain links and spacings. Mounting Distance, connection of holes and lubrication forms.

Materials and Manufacturing: Linked rails alloy steel, Surface/Overall heat treatment and pairing Hardness Driven load, impact and speed service life Lubrication Construction Confirmation.

Alloy Steels for Drive Parts
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Links and bushings FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
02

Links and bushings

Chain Pin and Bushing

Shape the chain section of hinged and withstands a cross-sectional pressure. Contrast diameter, headdress length; excess overflow: end locker Construction, Chain Section model and the swimming gap.

Materials and Manufacturing: Carbon permeation or Quenched and tempered alloy steel, hardening layer and core toughness as well the surface stiffliness confirmed by original chain design.

Alloy Steels for Drive Parts
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Cycling wheel/back support roller FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
03

Cycling wheel/back support roller

Track and Return Roller

Tracks and back-towing chains to maintain the track of operation. Converging wheel diameter, width wheels or axes Mounting sway, bearing, sealing and Luxifications; Load side/backpack sides & rack Interfaces.

Materials and Manufacturing: Forging or casting alloy steel Wheels, bearing Steel and Seal Materials Recognize by loading, dusting and temperature as well lubricating conditions.

Alloy Steels for Drive Parts Engineering Materials for Seals
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Drive Sprocket / Shards of the tooth in FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
04

Drive Sprocket / Sharded toothblock

Drive Sprocket / Tooth Segment

The current structure is bolted to connect the teeth with a chain track rod. FLS currently uses replaceable threads for connecting them, and pairs of numbering digits (the length), shape-shifter size(of) or gearboxes; mounted sideways: wheels/hole lines - shaft alignment); as well in line sizes

Materials and Manufacturing: Forging or casting Alloy Steels for Drive Parts, toothed face heat treatment and pairing chain rails Hardness Drive torque, shock and muzzle service life Confirmation.

Alloy Steels for Drive Parts
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Hydraulics Support tensioning system FLS PAF RKF Heavy-duty Apron Feeders the s Construction References
05

Hydraulics Support tensioning system

Hydraulic-assisted Take-up

Reconciliation of the tension and compensation for chain rail wear. Contrasts on stroke, thrusting force / left side to slide seat or tank pins, Guiding Limits and actual chain length.

Materials and Manufacturing: Quenched and tempered alloy steel Containers, hydraulic cylinder materials And oil-resistant seals are confirmed by the tension, dust and temperature & maintenance cycle.

Alloy Steels for Drive Parts Engineering Materials for Seals
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Drawing and Spare Part Numbers

s OEM or third-party number corresponds to Configuration, installation position and Key dimensions

Completeness is provided at the same time when submitting numbers RKF Configuration, serial number, Chain dimensions, built-in/outdoor chain; Part Name Graphics, photos of used parts, Key dimensions, Materials and Operating Conditions.

Send Your FLS OEM Drawing Number Converged Configuration, BOM, Drawing Revision and installation position Send a Third-Party Part Number Reciprocity Chain dimensions, Part Name and Key dimensions Delivering wear and tear operating conditions Records Converged slate/ Liners materials, failure Location and Target Service Life

FLS PAF / RKF Is there a fixed set? Standard Models ？

The current information defines it as a heavy-duty plate feeder tailored to project conditions, which is open in widths and length lines; troughings are displayed at the point of view.

Can the slate and chain only be fixed? Equipment Width Manufacturing ？

Cannot. It is also necessary to check the complete configuration, serial number and chain size; built-in or external links with sizing distance (Storage), installation range() of slot boarding lineup lines for holes in rowings numbers on drawings versions as well AS actual operating conditions

Submission FLS PAF / RKF Configuration, drawing number, Slot board or core spare parts Demand

Provide complete configuration, serial number and chain size; built-in/external link. OEMs or third party numbers: drawings of used parts (photo) key dimensions - materials & operating conditions for the identification in partes with our parts to be evaluated by us as well AS quality control over finished portion delivery

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Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.

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