Review five current product families, typical selection ranges, crushing segments, sizing combs, roll shafts, bearings and direct-drive spares together.
McLanahan does not publish one fixed model table. Primary & Secondary, Tertiary, Mineral, Fine-Grinding and Sampling Sizers are configured for material, feed and product sizes. This page retains the series, typical dimensions, structures and part routes needed for spare-part checks. Before manufacture, confirm nameplate, serial number, general arrangement, drawing and used parts.
The current catalogue groups products by application and structure, not a single model code system. Converted imperial dimensions and other values are typical published selection ranges, not manufacturing dimensions for an individual machine.
| Current product family | Structure / process stage | Published key range | Spare-part checks |
|---|---|---|---|
| Primary & Secondary Sizers | Primary / secondary; inward-rotating twin rolls; hydraulic product-size adjustment | Typical recommended reduction ratio 4:1; legacy published selection range: roll diameter approximately 508–1,524 mm, roll width approximately 1,219–3,658 mm | Tooth profile, segment arrangement, roll width, gap, rotation and drive interfaces |
| Tertiary Sizers | Tertiary; outward-rotating rolls; crushing between toothed rolls and adjustable sizing combs | Typical recommended reduction ratio 4:1; roll diameter, width and product size selected for the project | Alloy-steel segments, sizing combs, roll barrels, spherical roller bearings and twin drives |
| Mineral Sizers | Primary / secondary crushing of hard rock and clay-bearing ore; inward-rotating rolls; optional breaker bar | Published maximum feed 1,200 mm, reduced to approximately 300 mm; adjustable roll spacing | Crushing hammers, replaceable segments, breaker bar, liners, removal mechanism and twin drives |
| Fine-Grinding Sizers | Low-capacity, test or tertiary / quaternary fine crushing; inward rotation, reversible, twin drives | Fixed or fluid couplings; shafts adjust forward/backward to compensate wear; no single published fixed model table | Segments or hardfaced roll surfaces, symmetrical bolted liners, bearing housings, gearboxes and couplings |
| Sampling Sizers / Roll Crushers | Sampling and low-capacity service; Mini-Sizers and small double-roll crushers | Compact configurations of larger sizers / double-roll crushers; roll gap and tooth profile jointly control product size | Roll bodies, tooth profiles, bearings, gearboxes, seals and project interfaces |
The numbers on the diagram correspond one to one with the rows below.
| No. | Component | Location | Applies to |
|---|---|---|---|
| 1 | Drive motor | Orange drive motor at the front of the photograph | DDC-Sizer |
| 2 | Gear reducer | White reducer inboard of the drive motor | DDC-Sizer |
| 3 | Crushing roll assembly | Crushing rolls in the lower open-machine OEM image | DDC-Sizer |
| 4 | Crushing tooth | Crushing teeth in the lower roll close-up | DDC-Sizer |
Separate segments, tooth working layers, sizing combs, Mineral Sizer breaker bars, frame liners and retainers by actual position. Candidate materials support preliminary service assessment only.
Replaceable Segment & Crushing Hammer
Primary, Secondary, Mineral and Fine-Grinding designs use serviceable crushing rolls. Check family, shaft position, tooth profile and count, helical arrangement, rotation, retention and original tooth height.
View the common part page →
Tooth Profile & Hardfacing Layer
Reduced tooth height lowers capacity and accelerates wear. Compare against new-tooth height or a profile template during maintenance. Restore by hardfacing only where the original tooth design permits it.
View the common part page →Sizing Comb & Comb Wear Parts
Outward-rotating Tertiary Sizers use adjustable sizing combs to control the crushing gap. Other sizers also use intermeshing combs to clear adhering material. Distinguish left/right positions, shim sets and clearances to toothed rolls.
View the common part page →Mineral Sizer Breaker Bar
A removable, adjustable breaker bar can prevent flat oversize pieces from passing through the Mineral Sizer and add a crushing stage. Check project construction, clearances, hydraulic fastening and load direction.
View the common part page →Frame Liner, Top Plate & Side Protection
Fine-Grinding designs use symmetrical bolted wear liners. Frame, side-wall, inlet and outlet protection on other families varies by project. Check segmentation, thickness, hole patterns and removal access.
View the common part page →Segment Bolt & Retention Parts
Replaceable segments use dedicated fasteners. Replacement procedures involve threaded plugs, lifting eyes and hex-head retaining bolts. Identify threads, heads, lengths, preload, locking and associated parts as a set.
View the common part page →Drive and maintenance spares are listed separately. Roll shafts, bearing housings, gear reducers, couplings, hydraulic adjustments, seals and retainers require complete interface checks.
Roll Shaft, Barrel & End Interface
Shaft assemblies carry low-speed high torque and provide the segment mounting body. Check shaft position, rotation, roll width, barrel design, end splines or connections, bearing fits and removal direction.
View the common part page →Spherical Roller Bearing, Housing & Adapter
Tertiary information specifies self-aligning double-row spherical roller bearings. Manufacturer spare recommendations include bearings, tapered adapters and retainers. Distinguish shaft position and free/fixed ends.
View the common part page →
Gear Reducer & Direct Drive Assembly
Current McLanahan Sizers use a motor, coupling and gear reducer mounted directly on the roll shaft. The image identifies a generic component category and does not establish a McLanahan model or interchangeability.
View the common part page →Fluid / Fixed Coupling & Connections
Primary, Secondary and Tertiary commonly use fluid couplings for drive protection. Fine-Grinding offers fixed or fluid couplings. Check drive configuration, power, speed, fill and interfaces.
View the common part page →Hydraulic Adjustment, Lift & Tramming Parts
Primary/Secondary link a movable roll and rear plate for adjustment. Mineral Sizers may also have a hydraulic breaker bar and powered removal system. Identify cylinders, shims, locating pins and control interfaces by family.
View the common part page →End Seal, Retaining Ring & Service Spares
The manufacturer support page recommends stocking retaining rings, spherical roller bearings, split seals and tapered bearing adapters. Confirm actual quantities and specifications from the specific equipment manual.
View the common part page →McLanahan's catalogue configures five product families for project conditions rather than providing one fixed model code covering all equipment. ANRANST publishes only traceable families and documented ranges.
No. Families, shaft rotation, tooth profiles, roll widths, comb or breaker-bar structures, retention and project configurations differ. Check complete model, serial number, shaft position, drawings and used parts.
Provide sizer family, full nameplate, serial and project numbers, roll width, tooth profile, shaft position and rotation, drawing, used-part photographs, dimensions, materials and feed conditions. We use these for identification, material assessment, manufacturing coordination, quality control and delivery.
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ANRANST provides customers worldwide with engineering assessment, production at certified foundries to the customer technical requirements, quality control and finished-part delivery for custom wear parts and industrial spares, with scope to support other custom industrial parts.
We review mating surfaces and interface dimensions and assess material, heat treatment and manufacturing feasibility.
Material grades and heat-treatment processes are specified order by order, stated in the technical agreement and tracked through production.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
We coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts in a workable, closed-loop supply process.
Provide the existing model, drawings, drawing, materials or operating conditions so we can identify the appropriate technical review and supply route.
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