Use the manufacturer's published installations to identify bucket wheels, buckets, drives, slew systems, conveyors and crawler undercarriages, then proceed to materials, drawing checks, quality control and finished-part delivery.
TAKRAF bucket-wheel excavators are crawler-mounted continuous mining machines, usually integrated with conveyors. Published structures include a bucket wheel with buckets, a wheel drive at the boom head, a slewing superstructure and counterweight boom, crawler undercarriage, and a transfer boom or loading bridge. Seam, bench and project configurations affect interfaces and part numbers, so actual installation records are essential.
Only models and dimensions directly traceable to current manufacturer product pages, project references or official historical articles are listed. Check SRs designation, bucket capacity, wheel dimensions, bucket type, drive and conveying configuration against project records; names alone do not establish interchangeability.
| Published model / series | Published dimensions or capacity | Project and identification details | Time context |
|---|---|---|---|
| SRs(K) 2000 | Rated capacity 6,600 m³/h | Published Zhahanaoer system reference in China; check loading unit, bucket wheel, conveying route and project number | Published project installation |
| SRs 2000 | Project-specific configuration | Published Serbian overburden-removal reference; check wheel, bucket type, transfer system and drawing revision | Published project installation |
| SRs(H) 1050.23/2.0 | Compact project configuration | Published North Macedonian reference; retain the complete model suffix, wheel and loading configuration | Published project installation |
| TAKRAF BWE 1,400 L | Bucket capacity 1,400 L; discharge boom 34 m; wheel drive 2 × 750 kW | Published Neyveli reference in India; confirm project nameplate, general arrangement and equipment number | Project commissioned in 2015 |
| SRs 6300 | Large historical installation; official history records its construction context in the 1970s | Check historical nameplates, old drawing numbers and later modifications separately by year and project | Historical installation |
Bucket-wheel excavators are large project-engineered machines. For an enquiry, provide the full model, project or serial number, bucket capacity or type, wheel and boom records, drive and slew drawings, installation position and used-part photos.
Wear locations vary with seam, particle size, moisture, impact and continuous-duty regime. This page identifies confirmed part categories and candidate material families only; grades, heat treatment, dimensions and drawing numbers require actual project records.
Bucket Teeth & Lip Shrouds
Mounted on bucket cutting edges. Check adapter interface, location and locking, bucket type, cutting direction, seam impact and wear zones. Photos locate parts but do not replace component drawings.
Material selection: The recorded material family for BWE teeth and lip shrouds is wear-resistant cast steel. Confirm grade, heat treatment and hardness from drawings, used parts and operating conditions.
View the common part page →Bucket Cutting Edges & Side Protection
Identify bucket front edges, sides and any protective plates. Check bucket type, thickness, hole spacing, interfaces, hardfaced or cast construction, removal direction and adjacent bucket-body numbers.
Material selection: Select candidate wear systems against ore abrasiveness, impact and base structure. The public page does not infer a specific alloy grade.
View the common part page →Boom Transfer Chute Liners
Identify liners at conveyor transfer, drop and guiding points on the boom. Check flow direction, drop height, impact point, wet-material adhesion, segmentation, fastening and maintenance space.
Material selection: Select liner materials against impact, abrasion, flow velocity and blockage risk; no single material is specified as the fixed solution for every project.
View the common part page →Manufacturer records identify wheel drives, slew bearings, pulleys, crawler undercarriages and transfer structures as key systems. Transmission and load-bearing parts require general arrangements, interface dimensions, mating relationships and project revisions.
Bucket-Wheel Drive Assembly
Located at the boom head. Check drive arrangement, power, gearbox and coupling interfaces, shaft ends, rotation, lubrication and project drawings; appearance or an abbreviated model name cannot justify substitution.
Material selection: Confirm shaft, gear and connector materials, heat treatment and accuracy against drawings and loading conditions.
View the common spare-parts catalogue →Slew Bearing & Slew Drive
The key load-bearing and transmission system between the superstructure, counterweight boom and undercarriage. Check bearing diameter, ring-gear form, tooth count and module, mounting holes, lubrication and matched assembly.
Material selection: Load-bearing and tooth-surface materials follow drawings, bearing designation, heat treatment and inspection requirements.
View the common spare-parts catalogue →Boom Conveyor Pulleys & Idlers
Bucket-wheel excavators usually feed conveyor systems. Confirm pulleys, idlers, bearings and seals by belt width, drum dimensions, shaft ends, bearing housings, seals, tensioning and position.
Material selection: Choose rotating-part and bearing-housing materials, surface treatment and sealing type according to loads, dust and maintenance conditions.
View the common spare-parts catalogue →Crawler Undercarriage & Structural Components
Crawler undercarriages, lower support structures, transfer booms and loading bridges depend on project configuration. Check structural numbers, load-bearing drawings, pins, bushings, welding requirements and field modifications.
Material selection: Confirm structural steel, wear plate and bushing materials separately against loads, wear, welding and inspection requirements.
View the common spare-parts catalogue →Bucket-wheel excavator part numbers vary with project, era, assembly revision and modifications. Models, systems and installation positions provide the starting point; verified OEM drawing or third-party numbers can be mapped by project once records are supplied.
Application rule: Establish applicability only after confirming model, project or serial number, position, drawing revision and physical interfaces. Numbers from different projects or modification periods do not automatically indicate interchangeable parts.
Provide the full model, project or serial number, bucket capacity or type, system position, OEM drawing number or revision, used-part photos, key dimensions, material and conditions.
No. These are project-engineered machines; buckets, drives, slew systems, conveyors, undercarriages and modifications may differ. Check project records and interfaces.
Large project-machine numbers commonly depend on project, era and assembly revision. To avoid mistaking numbers from different installations for interchangeable parts, relationships are established only after matching drawing number, position and drawing revision.
Provide project number, full model, serial number, bucket capacity or type, system position, drawing numbers, drawings, used-part photos, material and conditions for technical consulting, sourcing, quality control and complete finished-part delivery.
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