Covers 6015, 6020, 6030, 6040, 6060 and 6060 Electric. Identify parts through bucket wear systems, pins and bushings, hydraulics, swing systems, crawler undercarriages and major structures.
A Cat model may have face-shovel or backhoe, diesel or electric, bucket and regional configurations. Teeth, adapters, shrouds, liners, pins, bushings, cylinders, swing and track parts require complete model, serial number, installation position and drawing revision. Tonnage or photographs alone do not establish interchangeability.
Models, output, bucket payload and operating weight below come from Caterpillar's current catalogue and individual model pages, supporting initial machine and spare-part identification.
| Standard Models | Engine/motor output | Rated bucket payload | Published operating weight |
|---|---|---|---|
| 6015 | 615 kW | 14.6 t | 140 t |
| 6020 | 776 kW | 21.6 t | 230.2 t |
| 6030 | 1,230 kW | 30 t | 294 t |
| 6040 | 1,550 kW | 40 t | Approximately 411 t |
| 6060 | 2,248 kW | 61 t | 599 t |
| 6060 Electric | 2 × 1,000 kW | 61 t | 580 t |
The numbers on the diagram correspond one to one with the rows below.
| No. | Component | Location | Applies to |
|---|---|---|---|
| 1 | Crawler undercarriage | Bottom crawler frame, rollers and tensioning | 6060 Face Shovel (2020 HRC configuration) |
| 2 | Ground-level service station | Low-level service interface | 6060 Face Shovel (2020 HRC configuration) |
| 3 | Carbody and slew ring | Carbody and slew connection above the tracks | 6060 Face Shovel (2020 HRC configuration) |
| 4 | Superstructure | Upper body above the revolving platform | 6060 Face Shovel (2020 HRC configuration) |
| 5 | Boom | Main articulated working boom | 6060 Face Shovel (2020 HRC configuration) |
| 6 | Face-shovel stick | Stick behind the face-shovel bucket | 6060 Face Shovel (2020 HRC configuration) |
| 7 | TriPower system | Triangular rocker system on the boom | 6060 Face Shovel (2020 HRC configuration) |
| 8 | Bucket | End of the front attachment | 6060 Face Shovel (2020 HRC configuration) |
| 9 | Handrails and access system | Walkways and handrails alongside the machine | 6060 Face Shovel (2020 HRC configuration) |
| 10 | Cab riser module | Supporting module below the cab | 6060 Face Shovel (2020 HRC configuration) |
| 11 | Engine module | Rear engine and hydraulic module | 6060 Face Shovel (2020 HRC configuration) |
| 12 | Oil cooler module | Rear oil-cooling module | 6060 Face Shovel (2020 HRC configuration) |
| 13 | Operator cab | Cab above the revolving platform | 6060 Face Shovel (2020 HRC configuration) |
| 14 | Bucket teeth | Tooth row along the bucket cutting edge | 6060 Face Shovel (2020 HRC configuration) |
Official Cat images identify equipment and installation areas.Material options require confirmation by drawings, conditions and failure modes.
Bucket Teeth
Fit the cutting edge and withstand rock penetration impact, compression and high-stress abrasion. The image identifies a part category. Confirm complete Cat model, face shovel or backhoe, bucket specification, adapter system and existing dimensions.
View the bucket tooth product page →
Tooth Adapters
Connect teeth to the bucket lip under repeated impact, bending and contact stress. Check tooth system, mounting angle, nose dimensions, pin structure, welding limits and lip fit.
View tooth adapters →
Lip & Edge Shrouds
Cover high-wear lip and leading-edge zones, resisting sliding wear and edge impact while protecting the structure. Check centre or side position, locks, coverage, clearances and adjacent teeth.
View lip shrouds →
Bucket Liners & Back Shrouds
Provide replaceable floor, side, back and corner protection. The image does not establish Cat OEM interchangeability. Check segment drawings, thickness, curvature, holes, welding limits and wear maps.
View bucket liners →Cutting Edges & Side Cutters
Bottom and side edges carry digging, scraping and lateral impact loads. Check face-shovel or backhoe type, segments, hole spacing, counterbores, edge angle, thickness and adapter relationships.
View cutting edges →
Track Shoes
Track shoes carry ground loads, bending, impact and ground wear. The image is for category identification. Check model, width, hole spacing, pitch, ribs, connecting bolts and left/right assembly.
View track shoes →Group spares by attachment pivots, swing drive, hydraulics, undercarriage and load-bearing structure. Safety- and fatigue-critical parts require traceable materials, heat treatment, dimensions and inspection.
Bucket, Stick & Boom Pins
Attachment pivot pins carry heavy oscillating loads, impact and boundary-lubricated contact. Check position, diameter, length, steps, lubrication holes, locks, surface damage and mating bushing bores.
View pins →
Pivot Bushings & Thrust Parts
Bushings and thrust parts serve boom, stick, bucket-linkage and cylinder-trunnion pivots. The image illustrates sliding bearings. Check diameters, length, oil grooves, interference, thrust faces and repaired bore condition.
View bushings →
Swing Bearing, Ring Gear & Pinions
Upper-structure swing uses slew bearings, internal or external ring gears, pinions and reducers. The image identifies a large gear category. Check tooth count, module, pressure angle, profile shift, mounting holes, raceways and drive count.
View gears, pinions and drive parts →Hydraulic Cylinders, Rods & Seals
Boom, stick and bucket cylinders include barrels, rods, guide sleeves, pistons, cushions, seals and pipe interfaces. Provide cylinder number or position, bore, rod diameter, stroke, pressure and failure records.
View hydraulic seals and engineering materials →
Sprockets, Rollers & Idlers
Undercarriage sprockets, track and carrier rollers, and idlers face heavy loads, impact, mud and sand, and seal wear. The image identifies heavy-duty rollers only. Confirm undercarriage model and specific wheel position.
View bearings, bushings and supports →Boom, Stick, Bucket & Structures
Booms, sticks, bucket lugs, links and underframes are fatigue-loaded structures. Repair or replacement requires complete drawings, base material, thickness, cast-steel nodes, weld class, stress relief, pin-bore coaxiality and non-destructive testing.
View large structures and heavy-duty assemblies →Do not assume so. Booms, sticks, buckets, links, cylinders and some pins and bushings differ. Confirm complete model, serial number, attachment configuration, position and drawing revision.
No. Also provide face shovel or backhoe, bucket capacity and type, tooth or locking system, position, drawings or samples, used-part photos and key dimensions.
Provide machine nameplate, complete model and serial number, part position, assembly nameplate, photos, key dimensions, current material and failure records. Then assess whether catalogues, drawing searches or a physical survey can confirm the part.
Provide complete model and serial number, face shovel or backhoe, assembly, drawings or samples, photos, key dimensions, current material and rock conditions. ANRANST supports drawing and engineering review, production at certified foundries, in-factory inspection and finished-part 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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