McLanahan Apron Feeder Apron Feeders

McLanahan Apron Feeder Official Mounting Photos used Identification The feeder under the hopper, plate slots and bearing chassis.

McLanahan Official site side view; apron pans, chain lines and bearing rollers; racking & tailings area according to specific Item Converging.

McLanahan Official Equipment nearness; apron pans Touch, chain chassis and drive end & bearing Construction y spare parts Key identification details.

OEM Equipment Details

Engineering Custom Scope, apron pans Chain and chassis spare parts Completed on a page Identification

McLanahan's current Apron Feeder does not publish a fixed model table that covers all installed installations in accordance with operating conditions and project engineering. This page focuses on the scope of open capabilities, apRON panes configuration; chassis maintenance identification as well AS confirming points directly related to wear parts & core spare parts: pre-production check for item number (nameplate), general arrangement drawing(drawal) numbers or old items).

10–6,000 tph Public Capacity Scope

6 Open chain specifications Quantity

16 Standard apron pans Width Quantity

by Item Center distance, tilt and drive

Standard Models and Key Dimensions

McLanahan Apron Feeder Current Configuration and Key dimensions Scope

The official current product is designed by processing capacity, chain specifications and the width of acorn pans as well AS project length; FL/FD logo for chassis maintenance identification should not be miswritten into complete machine model.

Configuration / Maintenance of logo	Public Construction Scope	Open capacity or size	spare parts Key checks
Engineering Custom Apron Feeder	6 Speculations of the chain, 16 Category: Standardizations apron pans Width, Length Configured by Project	10–6,000 tph	Preliminary check-in Item No., plate widths and center distance specks of the chain with tilt angle speed & drive
Manganese steel casting apron pans Configuration	Reloading Whole Casting flight / pan; for high impact feed area	Width and length by Item Category: Choices	Contrast single block weight, fittings and screwhole. Interfaces, left-hand direction and wear residual
Shaped steel plate apron pans Configuration	fabricated formed-steel flight / pan welded or molded Construction	Width and length by Item Category: Choices	Converging plate thickness, forming radius and strengthening Construction, Welds and holes in the lineage
FL4 / FD4 / FD7 Deck Detector Mark	Maintenance of sling and rollback Identification Groups, not fixed model	diameter of the back roller mm s for the covenant% wearable; mm s for the covenant% wearable (130; 50; 120; 100)	The original diameter of the roller body, and its axle end bearing, sealing and Mounting Location and location checks
FD9 / FD10 Deck Detector Mark	Large sleeves and back roller maintenance Identification Groups, not fixed model	diameter of the back roller mm s for the covenant% wearable; mm s for the covenant% wearable (219; 50; 209; 100)	by Item Figures, axis dimensions Bearings and Seals Configuration Confirmation: not only Series Labels for interchange

Within the same capacity, apron pans, chaines and sprocket, roller sets and center distances; tilt anglers Interfaces "It may still be completely different, not just by" Apron Feeder " Names" Manufacturing.

Wear Parts

apron pans, Folder and headtails wear parts

The difference between the fall impact, sliding swiveling and recycle spray is based on real installation position; Material pages are used for operating conditions first screening with final materials in process sizes confirmed by project drawings as well.

apron pans / Bearing boards

Flight / Pan

Directly resistant to the impact of fall and dragged on both sides. General category identification maps do not represent McLanahan originals; it is necessary for a check between cast manganese steel or formed plate structure, width boarding system (plate), coupling lineage - hole lines: link distance & installation direction

Material Selection: McLanahan Openly available are both cast manganese steel and formed sheet flight / pan (a) the actual steel, heat treatment, plate thicknesses and welding Acceptance s Item The drawings are presumably.

high-manganese steel sclerosis with shock Quenched and Tempered Wear Plate

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Feeding the food, Side Plate With the skirts Liners

Hopper, Side & Skirt Liner

Protection of large material drop-off areas, side walls and sealing plates. General category identification maps do not represent the original McLanahan; blocks are required to be matched by assembly drawings for sections thicker than plate thicknesses or holes in rows / log lines (linkings) as well with right positions on their sides

Material Selection: High-impact smelting area Priority checks Resilient and bearing conditions, long-distance sliding area to improve the wear resistance level again; can not only press Hardness Material Selection.

Quenched and Tempered Wear Plate bimetal composite Abrasion plate

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impact plates Confidence with the Enduring Refining Bars

Impact Plate & Wear Rail

Set in a local impact area below the high dropout feeder or Aprron pans, protect rack and control plate chain flexibility. General category identification maps do not represent McLanahan original; location is changing with thicknesses as well for fixed designs are subject to changes

Material Selection: Screening of toughness steels, adjustable wear-resistant plates or composite according to block degree and fallout differential. Construction, Material Grade Determined after the drawing confirmation.

Quenched and Tempered Wear Plate Impact-Resistant Alloy Steel

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Head-End Discharge Chute Liner

Head / Discharge Chute Liner

Located in the headwheel and unloading area, it withstands accelerated feed flow punches to turn shocked by a stroke. The general category identification chart does not represent McLanahan' original factory; an installation position must be checked for location of loading direction with curved surfaces or holes along adjacent gap lines

Material Selection: materials By impact and sliding wear Proportionally selected; high impact and higher Hardness The area should be partitioned to avoid the whole set Liners Use of a single program.

Quenched and Tempered Wear Plate Composite wear-resistant Liners

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The tail feeder area Liners

Tail / Inlet Liner

Located near the tail feed and chain rotation, protects racking to control residue effects on chains lining up wheels as well AS Tightening Bodies. General category identification maps do not represent McLanahan' original factory

Material Selection: Determining the breakdown by impact, clipping risk and gaps in plate chain as well for maintenance materials Specific sizes and the insertion must be from Item Pictures.

Quenched and Tempered Wear Plate High Impact high-manganese steel

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Recycled / Drip tray Liners

Dribble / Drip Pan Liner

Use only when the loading configuration has a feeder or droplet, which is used to take back and save bottom structure under its chain. General category identification maps do not represent McLanahan originals; they are unconfigured without this construction

Material Selection: In thin plate wear, anti-deformations and easy to clean up as well. Main requirements, materials The thickness is confirmed by the actual accumulation and scrubbing degree.

Quenched and Tempered Wear Plate

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Spare Parts

The slate, pins bushings, sprocket Head shafts, roller sets and drives spare parts

The chain spacing, plate widths and center distance of the axis interface with a roller set as well AS drive forms constitute an integrated system that must be matched by any replacement parts to specific installed units or project numbers.

Reload chain, Pins and bushings

Heavy-Duty Chain, Pin & Bushing

The two sides of the chain bear a drag load and maintain an Aprron pans spacing. General category identification maps do not represent McLanahan' original site; they must be set to match link specifications, bay distancees or links boarding plates (pinks), bushshing ones - connecting chains with right-hand pairings as well AS total numbers

Material Selection: Links, pins and bushings According to strength, fatigue and hardness of the cores; surface hardening depth. Abrasion with aby-side accuracy are confirmed respectively

Power Transmission Links alloy steel

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chain pins and bushings Assisted Vice

Chain Pin & Bushing Pair

Pins and BushingS determine the chain rotation, extension of service life. The general category identification chart does not represent McLanahan' original factory; it is necessary to identify external diameter / internal radius (internal distance), effective length(perfect) or how we are used for our use in this process as a result: oversupplying - hardening layer with link board interface

Material Selection: materials, carbon permeation or induction hardening process and core toughness must match not only based on the surface Hardness Alternative to original design.

Pins and bushings alloy steel

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Splitting Drive Sprocket, Wheels and Headshaft

Segmental Sprocket, Hub & Head Shaft

The McLanahan open structure can be used for casting manganese steel sprocket to connect the key load hub and heavy-load head shaft. General category identification maps do not represent original items; must check teeth numbers, link distance (link), rounded wheels - splitlets of holes in a rowing system or button slot as well ASS ends

Material Selection: Sprocket tooth surfaces, wheelbase and head shafts respectively impact wear, torques and fatigue. NDT Requests for confirmation.

high-manganese steel sprocket Paragraph Head shafts and wheels alloy steel

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Rear Rolls, Back-Roll and Wheel

Carry Roller, Return Roller & Tail Idler

The weight of the bearing plate chain, limiting track and forming a chassis maintenance focus. General category identification maps do not represent McLanahan's original site; it is necessary to distinguish between carrying roller / back roll with tail wheel as well for matching diameter (axis end), carry-on seal or mounting position).

Material Selection: Roller and axis clamp Contact Stress, shocks and fatigue options alloy steel and Surface treatment; bearing and seals by dust, temperature & lubrication.

Roller and shaft alloy steel Seals and Engineering Plastics

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Track tightness and adjustment

Tail Tensioning Assembly

Maintain the initial tension, left-hand synchronization and operation center of a chain. General category identification diagram does not represent McLanahan's original factory; mechanical or hydraulic forms must be checked to adjust its course flowing through it (the barbaric) diameter/bulb radius(of which they are used), installation holes in an open doorway system for lockers on their right side as well with tail shaft interface systems

Material Selection: scaffolding, Tension Rods, pins The sliding and hydraulic parts are confirmed by load, thread accuracy (fability), corrosion protection - sealation.

Highly Strength Adjustments alloy steel Hydraulic Seals and Engineering Plastics

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Motor deceleration drive or hydraulic driver

Electromechanical or Hydraulic Drive

McLanahan currently open configurations to support motor reducers or hydraulic drives. Power, speed and torque are required for the control of speeds; velocity ratio is needed in a specific project: vortexing (or rotational) direction - coupling system with brake & head shaft interface).

Material Selection: Power Transmission gear, shafts and couplingers; boxes of the chassis. nameplate, drawings and loads; lube corroboration of environmental conditions.

Power Transmission gear axis and shaft alloy steel Large loaders and boxes Construction

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McLanahan Apron Feeder Can only be determined by the processing volume spare parts ？

Can't. The same processing volume may be based on different plate width, center distances and chain specifications; the acorn panes / plunging angle of roller bands or wheels at least need project number (nameplate), general arrangement drawing - draw numbers) nor old size

FL4, FD4, FD7, FD9 and FD10 OK, it's all. Model Is the number?

This page only identifies them as chassis and back rollers in McLanahan support information, not enlarged into unsubstantiated full-frame models.

apron pans and Liners Can one be used uniformly materials ？

Can not. The load and failure of the Apron pans structure, drop impact zone; sliding wash area with recursion dump site loading is different in terms thereof: it should be confirmed separately by original drawings (material), block size or fall distance/speed) as well AS bearing conditions

McLanahan Apron Feeder Apron Feeders

Engineering Custom Scope, apron pans Chain and chassis spare parts Completed on a page Identification

McLanahan Apron Feeder Current Configuration and Key dimensions Scope

apron pans, Folder and headtails wear parts

apron pans / Bearing boards

Feeding the food, Side Plate With the skirts Liners

impact plates Confidence with the Enduring Refining Bars

Head-End Discharge Chute Liner

The tail feeder area Liners

Recycled / Drip tray Liners

The slate, pins bushings, sprocket Head shafts, roller sets and drives spare parts

Reload chain, Pins and bushings

chain pins and bushings Assisted Vice

Splitting Drive Sprocket, Wheels and Headshaft

Rear Rolls, Back-Roll and Wheel

Track tightness and adjustment

Motor deceleration drive or hydraulic driver

McLanahan Apron Feeder Can only be determined by the processing volume spare parts ？

FL4, FD4, FD7, FD9 and FD10 OK, it's all. Model Is the number?

apron pans and Liners Can one be used uniformly materials ？

Submission Apron Feeder Item No., plate widths and links as well

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