Cat 8000, 8200, 8750 Large Draglines: Models and Spare Parts

Cat 8750 Official mining sweep; for Identification The lift arm, the chassis and backrests Travel institutions.

Cat 8750 Official worksheets; used Identification scattering, lift rope and dragging string systems.

Cat 8750 Official side-bysses of work; 8000 and 8200 Specific Construction Scales and spare parts Still need to be individually model Data checkup.

OEM Equipment Details

Confirm First 8000, 8200 or 8750, and then back to the reeling Travel Enterprise positioning

Cat's current large shovel product catalogue includes the sizes of eight thousand, eighteen hundred and twenty-five. The three dimensions are markedly different in size with a lifting arm length as well than overall weight; it is not possible to exchange only on "cat pulley" directly for its rear ends or rail lines (the main parts) but must be returned before formal manufacture into complete model/serial number(S), total numbers, drawing numbers physical mapping data. (8000; 8200; 8750)

3 Current Official Site Standards Series

24–116 m³ Open sweeper capacity range

75–132.5 m Opens the length of a heavy arm

12 Wear Parts and Key Spare Part Categories

Standard Models and Key Dimensions

Cat Current 8000, 8200, 8750 Standard Models and Key Dimensions

Tables in model, the capacity of a bucket and lengths for lifting arms as well AS approximate working weight are derived from Caterpillar Current Official List model Pages for use Installation Identification and spare parts Range of first sieve.

Standard Models	Aboul capacity	Length of the lift arm	Official website approximation of workload weight
8000	24–34 m³	75–101 m	1,770,000–1,988,000 kg
8200	46–61 m³	100 m	3,800,000–4,100,000 kg
8750	76–116 m³	109.7–132.5 m	5,800,000–7,500,000 kg

The open parameters are ranged and not equal to the final configuration of each device. RFQ requires complete model, serial number cutter specification for a lift arm lengths installation position as well AS/OEM or third-party drawing numbers; drawings version with old material

Wear Parts

scattering, dragging connections and wire rope Contact and Travel Construction wear parts

Cat official full-frame maps are used to identify equipment and installation areas; generic singles diagram is only for the identification of similar parts, not indicating a cat OEM interchange. Materials as replacement engineering candidate routes end up by drawings / loaders or operating conditions (failure methods) with original detection

scattering Bucket Teeth and Adapters

Bucket Teeth & Adapters

The scaffolding is located in the cutting edge of a puller, which withstand high shock and extrusion as well ASABRASIVE wear when dragging into.The chart only identifies similar parts without indicating Cat OEM swap; it requires verification according to an eight thousand or even eighteen hundred per cent capacity for pushers with teeth lines ()/-lock structure & installation position) (8000; 8200; 8750)

Material Selection: Usually from high resistant wear Alloy Cast Steel Routes Assessment, Material Selection Needs to be balanced Hardness, hardening ability and crack resistance capability Quality.

chromium molybdenum Wear-Resistant Alloy Cast Steel Specialized Wear-Resistant Alloys

Enter the stalk bucket teeth Unified Pages

Lips, lid and side edge

Bucket Lip, Shrouds & Side Cutters

Protection of the stalking pivot, front and side high wear areas. The cutting load is carried out in conjunction with Bucket'S teeth system; it requires a check on its outline to be matched by an edge-shaped pinhole position or hole level (or lock interface) as well AS your neighbor dental adapter relationship

Material Selection: The impact concentration of the lip and cartilage priority assessment high tough wear resistance alloy; can not only according to surface hardness selection materials, locking area & stress center need ensure crack strength.

Chromium-Molybdenum Alloy Steel High tough wearable alloy

Entering the lip and collage page

Bucket Liners With external wear-resistant plates

Bucket Liners & Wear Plates

Cover the shovel substrate, side wall and backboards as well with local brushing areas. Replace them according to a wearable map partition; provide drawing of borehole general arrangement for drawers on board positions in square bracketed surfaces that are thickly curved or thicknessy but also pore positional patterns connected by means thereof

Material Selection: Formable liner is usually assessed from the mesh-resistant steel plate; complex thick protective blocks can be used for wear resistance alloy castings, each installation position cannot apply uniformly to same hardness.

Quenched and Tempered Wear Plate Wear-Resistant Alloy Cast Steel

Entrance Bucket Liners Unified Pages

Tractor chain, unloading chains and connections

Drag/Hoist Chains, Shackles & Rigging Wear Parts

The shovel dragging, lifting and unload connecting systems include chain links to the connectors. They are also designed for match-ups according specifically geared towards a ropeway method; their lines should be measured in line length: spacing (the distance); connectivity dimensions or safety levels).

Material Selection: Chain sections, unloading and connection distributions need to balance high-cycle stretchings tensile curved shock with wear as well. Usually confirmed by the test route of High tough alloy steel heat treatment NDT or loaders

Reload chain, pins Use of connection parts alloy steel

Entrance pins Unified Pages with Connectors

Roller, Wire and Rear Contact wear parts

Sheave Grooves, Fairleads & Rope Wear Interfaces

High contact pressure and cycle wear are formed when the rope, dragging cords pass through a roller or conductor structure. The diameter of wire torso is checked against it; its base radius shall be measured in wheel shape: rotational distance (Rail), bearing structures as well for installation benchmarking

Material Selection: Roller and rope Contact The surface wearables must be balanced, contact fatigue Strength and strength of the core, alloy steel, the refinement and NDT Routes confirmed.

Roller, rope and shafts alloy steel

Entering the wire rope and reload Part / Assembly Pages -

the pedestal, Travel Boots and Construction Abrasion plate

Tub, Walking Shoes & Structural Wear Plates

The base, walk boots and their contact areas bear the heavy load of all machines. Cat8750 also provides official information on setting a wear-resistant steel plate in its frame; it is necessary to distinguish between structural parts as well for replacement tire plates with walking organ parts when confirmed by this system or other equipment (such devices are used).

Material Selection: Replaceable wear resistance plates can be assessed from the modulating wear-resistant steel plate route; large bearing casting forks and welding structures must confirm according to original drawings materials, welded & NDT requirements.

Quenched and Tempered Wear Plate Large load-bearing alloys Construction s

Entrance Travel The Unified Page of the Grounds -

Spare Parts

Reinforces and re-entry, Travel With large loads Construction Core spare parts

The spare parts are divided by the sports equipment and assembly. Gear, shafts cylinder wheels wire rope roller wheelers bearing seats (Gear), exotic bushing parts must return to complete model of a total number as well for installation benchmarkes or testing requirements.

Boosting and dragging motors, gearbox and drums

Hoist/Drag Motors, Gearcases & Drums

The lifting and dragging system consists of motors, parallel axle Gear boxes casings bearing seats brake valve or coil. Cat8750 Official information indicates that the two sets are based on interchange design but replacement parts still need to be verified by equipment series as well in total numbers with assembly sizes

Material Selection: The gear and shafts are confirmed by heavy-load transmission alloy steel, tooth surface heat treatment & fatigue strength routes; the drummer cylinder shells or bearing seats were checked according their original structure.

Power Transmission gear axis and drums alloy steel

Introduction to lift dragging reload Power Transmission Part / Assembly Pages -

Reverse Planets gearbox, pinion and girth gear

Swing Planetaries, Pinions & Rack

The multiple set of turnaround drives are driven to the car by planetary Gear boxes and output pinion drive. Motor, trunk box / input shafts or threading parameters need verification as well for installation holes & backdrop platforms benchmarked in terms such that they can be used against each other'S target system (the engine).

Material Selection: Planetary gear, Output pinion, girth gear and the shafts are heavy load Alloy Steels for Drive Parts Strengthening of the teeth, contact fatigue and NDT Routes confirmed.

Turnback gear axis and shaft alloy steel

Entrance gear, pinion and Power Transmission Pages -

Third rail, crown roller and bearing housing

Third Rail, Crowned Rollers & Bearing Cartridges

Cat 8750 revolving bearings adopt a third rail and crown roller system, which works with maintenanceable carrying parts. The track segmentation of the wheel diameter is required to be verified as being in bracketed by wheels; carry seating ratio: gap between space-framed surfaces or preloader benchmarkings for installation are needed

Material Selection: Roller and wearable rails need to be balanced contact fatigue, Surface Hardness and the sturdyness of your heart; bearing housing and bushings Recognize by load, lubrication and match tolerance.

Roller and wear-resistant rail alloy steel Bearing Bush -, and the Sponsor materials

Entrance bearing, bushings Pages with the Debt-Based

Travel Extremely cramped, Gear Wheel With gearboxes

Propel Cam, Bull Gear, Gearbox & Eccentric Bushing

Large shovel walkers complete their steps through the polarized bumps, walking bigars and parallel axle gearboxes as well with aneccentric busshing drive. The set of check-ups is required according to right or left position; Gear parameters: Axiom lines - in terms from which they are selected for comparison by reference (or at least one).

Material Selection: The pole, shaft and bump are confirmed by heavy transmission alloy steel along the corresponding surface reinforcement route; aneccentric booming is recognized according to original design copper or composite structure of a gap in lube.

Gear Wheel axis and bumps alloy steel eccentric bushing and Copper Alloys for Bearings

Entrance Travel Reloading and recharging Power Transmission Part / Assembly Pages -

Raise ropes, dragging cord and roller-coal with string end parts

Hoist/Drag Ropes, Sheaves & End Connections

The high-frequency inspection system provides the lifting of ropes, dragging cord and suspension string connections to a roller bearing. Cat data shows six or eight steel wire belt schemes that can be either plasticly impregnated but not incinerated; orders still require alignment lines with length as well for twisted shape patterns such they are required by customers on their order (see enclosure).

Material Selection: Steel wire rope clamp Construction, strength grades and twisting to be confirmed by the safety specification; roller wheels with axes & rope ends alloy steel, surface reinforcement and load test requirements confirm.

Roller, axis and rope end connection alloy steel

Entering the wire rope system and reload Part / Assembly Pages -

The central axis, the base and lift arm with triangle Construction s

Center Pintle, Tub, Boom & Tri-Structures

The central axis, base frame and lift arm are core parts that carry the loads of a position. They're not ordinary wear parts; repairing or manufacturing must be based on complete structural drawings (welded procedures), material proof-of - it is required to provide geometrical benchmarkings as well AS NDT requirements).

Material Selection: Cat 8750 Official information indicates that the lift arm and triangular structure adopts shock-resistant high strength steel; when replacing or repairing, it is not possible to replace bearing structural materials with universal wear resistance.

Highly tough load Structural material Confirmation with Engineering

Entering into large Construction Reloading and recharging Part / Assembly Pages -

Cat 8000, 8200 and 8750 the scattering and Drive spares Can we interchange?

The three series of shovel capacity, lift arm length and operating weight range vary depending on the complete model (series number), total numbers; drill frame(r) size.

shovel wear parts What confirmations should be provided?

At least complete model, serial number cutter capacity and partialinstallation position are available at the earliest possible time; OEM or third-party drawing numbers will be provided with photos of used parts (key sizes), materials for testing in material areas as well. Ore operating conditions is not validating images

No Caterpillar OEM drawing number How to confirm the scattering parts ？

The device nameplate, totalname plate and installation position can be submitted first to the equipment namesmarks of naming plates or installations positions; photos from used parts are available for critical dimensions as well in materials. It is possible that it will verify through a directory (retraspective) mapping process by means such data may not appear when there was no reliable evidence whatsoever.