Epiroc Scooptram الطرازات, الدلو قطع التآكل والغيار| ANRANST

Official Epiroc image of the Scooptram ST14 S, identifying the bucket, linkage, centre articulation, axles, power compartment and underbody protection.

Official Epiroc image of the Scooptram ST14 SG, showing the G/SG battery-electric configuration, bucket, linkage and battery-system installation.

Official Epiroc image of the Scooptram ST18 S, identifying bucket, boom, articulation, axles and power-system areas in the 18 t product class.

OEM equipment guide

Confirm the Scooptram Model, Power Version, Bucket and GET System First

Scooptram includes diesel and battery-electric underground loaders in the 4–18 t range, with narrow-vein, low-profile, RCS and bucket options. Even within the same payload class, buckets, tooth systems, pins, axles, transmissions, hydraulics and controls vary by full model, serial number, regional version and options. This page covers the models, dimensions, materials and identification needed to source wear parts and core spares.

11 Current Diesel and Battery Models

4–18 t Official Current Payload Range

3 Current Battery-Electric Models

12 Wear-Part and Core Spare Categories

Models and key specifications

Current Scooptram Models, Rated Payloads and Key Dimensions

The models follow Epiroc's diesel and electric underground-loader directories. Weights, bucket details and battery data come from official specifications. ST18 S / ST18 SG appear in the 18 t product class, while rated payload is 17.5 t; both figures are retained with their distinct meanings.

Current Series / Model	Rated Payload	Power System and Application	Key Dimensions / Installation التفاصيل
Scooptram ST4	4 t	Diesel; narrow veins, small headings and auxiliary work	Confirm bucket by material density and installed options
Scooptram ST3.5	6 t；EOD 5.1 t	Diesel	Unladen weight 18.05 t
Scooptram ST7	6.8 t	Diesel	Bucket 2.3–3.8 m³; unladen weight 19.3 t
Scooptram ST7LP	6.8 t	Low-profile diesel	Standard bucket 3.1 m³; EOD 2.7 m³; maximum width 2,674 mm
Scooptram ST1030	10 t；EOD 9 t	Diesel	Unladen weight 27.2 t
Scooptram ST1030LP	10 t	Low-profile diesel	Bucket 3.3–5.0 m³; typical bucket width 2,548 mm
Scooptram ST14 S	14 t；EOD 12 t	Diesel; RCS control platform	Standard bucket 6.4 m³; range 4.7–7.8 m³; unladen weight 39.1 t
Scooptram ST18 S	Rated payload 17.5 t; 18 t product class	Diesel; RCS control platform	Standard bucket 7.9 m³; range 6.3–10.3 m³; unladen weight 51.5 t
Scooptram ST10 G	10 t	Battery Electric	Official runtime up to approximately 4 h per charge; verify the cycle for gradient and duty
Scooptram ST14 SG	14 t；EOD 12 t	Battery electric; RCS control platform	Standard bucket 6.4 m³; unladen weight with battery 42 t; 300 kWh
Scooptram ST18 SG	Rated payload 17.5 t; 18 t product class	Battery electric; RCS control platform	Standard bucket 7.9 m³; unladen weight with battery 54.5 t; 450 kWh

ST2G and cable-powered EST1030 remain in some regional or in-service Epiroc documentation but are absent from the current US main diesel/battery list. They are treated as regional or installed equipment, not current global main models. Check these installations individually by full model, serial number and nameplate.

Wear parts

Bucket GET, Liners, Cutting Edges and Structural Protection

Material links support ANRANST's engineering assessment of replacement parts, not one OEM material for every Scooptram model. Confirm against ore, impact, abrasion, bucket design, failure mode, used-part testing and drawings.

Bucket Teeth, Adapters and Retention Systems

Bucket Teeth, Adapters & Locking System

These parts take penetration impact, compression and abrasion during loading. The image identifies a similar part only, without establishing Epiroc OEM interchangeability. Check full Scooptram model, bucket, GET system, tooth position, adapter nose, retaining pin and used-part markings.

Material assessment: Teeth and adapters need a balance of surface wear resistance, chipping resistance, core toughness and reliable retention. Assess quenched-and-tempered or specialist alloy steels; grade and heat treatment must follow the original part, drawings and failure mode.

High-Strength, Tough Alloy Steel Specialist Wear-Resistant Alloys

View Teeth, Adapters and Cutting Parts →

Lip, Wing and Corner Protectors

Lip, Wing & Corner Shrouds

Protect high-impact zones at the lip, wings and corners, forming the leading edge with the tooth system. The image identifies the category only. Check centre/side position, interfaces, holes, retention, thickness and adjacent adapters.

Material assessment: Assess complex protectors in high-strength wear-resistant cast steel or specialist alloys. In high-impact positions, hardness alone is insufficient: section transitions, heat treatment and backing support also govern life.

Specialist Wear-Resistant Alloys Quenched-and-Tempered Wear Plate

View Leading-Edge Protectors and Cutting Parts →

Bucket Floor, Side and Back Liners

Bucket Floor, Side & Back Liners

Line internal flow zones, floor, sides and back against sliding wear, loading impact and local deformation. The image does not establish Epiroc OEM interchangeability. Verify bucket number, segment location, curvature, thickness, holes, weld boundaries and wear map.

Material assessment: Flat and formed liners are generally screened from quenched-and-tempered wear plate. For severe impact or thick complex parts, assess wear-resistant cast steel, composite plate or local carbide reinforcement, then confirm for duty and repairability.

Quenched-and-Tempered Wear Plate Specialist Alloys and Composite Wear Materials Carbide Materials for Local Reinforcement

View Liners, Guards and Wear Plates →

Cutting Edges, Side Cutters and Bucket Wear Strips

Cutting Edges, Side Cutters & Wear Bars

Cutting edges and side cutters control penetration; bottom and outer wear strips protect the shell. Check bucket model, edge segments, width, thickness, hole spacing, countersinks, edge orientation and welded or bolted construction.

Material assessment: Strong, tough quenched-and-tempered wear plate is the main candidate. Control hardness, flatness and machining heat effects for bending, hole-edge stress, edge impact and the site replacement method.

Quenched-and-Tempered Wear Plate

View Cutting Edges, Wear Strips and Plates →

Articulation, Boom and Bucket Pin Contact Parts

Articulation, Boom & Bucket Pin قطع الغيار المستهلكة

Pins, bushings, thrust washers and trunnions in articulation, boom, linkage and bucket pivots work under oscillation, impact and boundary lubrication. The machine image locates the area. Check diameter, length, oil grooves, retention, housing bores and clearance at each pivot.

Material assessment: Assess pins in strong, tough alloy steel with surface hardening. Select bushings from copper alloys, steel-backed composites or the original bearing material, together with lubrication, contamination and housing-bore repair condition.

Pins and Load-Bearing Alloy Steel Bushings and Copper Alloys for Plain Bearings

View Pins, Bushings and Plain Bearings →

Underbody, Axle and Frame Wear Guards

Underbody, Axle & Frame Guards

Falling rock, uneven roadway floors and slurry wear replaceable guards beneath the frame, axles, battery box or power compartment. Check diesel or G/SG battery version, position, holes, bends and service access.

Material assessment: Guards are generally screened from strong, tough wear plate. Near batteries, preserve original safety clearances, isolation and collision protection; thicker plate must not arbitrarily alter the machine structure.

Quenched-and-Tempered Wear Plate

View Guards and Structural قطع الغيار المستهلكة →

Spare parts

Core Spares for Linkage, Articulation, Transmission, Axles, Hydraulics and Power

General transmission and support parts are listed separately. Diesel models, ST10 G, ST14 SG and ST18 SG have different power and control systems. Check spares by full model, serial number, assembly nameplate, location and drawing.

Booms, Bucket Linkages, Cylinders, Pins and Bushings

Boom, Linkage, Cylinders, Pins & Bushings

Lift and tilt mechanisms include the boom, Z-bar or corresponding linkage, lift/tilt cylinders, pins, bushings and thrust parts. Specify pivot, cylinder reference, bore, rod diameter, stroke, pin and bore dimensions, and left/right position.

Material assessment: Assess cylinder rods, pins and load-bearing linkage parts in high-strength alloy steel with the required surface treatment. Verify bushings and seals for load, oscillation, pressure, speed, temperature, contamination and original grooves.

Cylinder Rods, Pins and Structural Alloy Steel Bushing and Plain-Bearing Materials Hydraulic Seal and Guide Materials

View Pins, Connections and Working Linkages →

Centre Articulation, Steering Cylinders and Oscillation Bearings

Center Articulation, Steering Cylinders & Oscillation Support

Centre articulation and oscillation bearings connect the frames for steering and terrain following. Parts include main pins, bushings, thrust components, steering cylinders, trunnions and stops. Check horizontal/vertical pivots, orientation, clearance and lubrication.

Material assessment: Review main pins and trunnions for strong, tough alloy steel and surface hardening, and bushings for copper alloy or the original composite. Match cylinders and seals as a system by pressure, impact, stroke and grooves.

Articulation Pins and Structural Alloy Steel Articulation Bushings and Plain-Bearing Materials

View Bearings, Bushings and Supports →

Torque Converters, Transmissions, Drive Shafts and Couplings

Converter, Transmission, Drive Shafts & Couplings

On diesel Scooptram loaders, the engine, torque converter, transmission and transfer or drive shafts deliver torque to the axles. The image identifies a heavy-duty gear category only. Check full model, serial number, power version, transmission nameplate, input/output splines and flanges.

Material assessment: Assess gears, splined shafts and drive shafts in transmission alloy steels with carburizing, quenching and tempering, or induction hardening. Check housings, bearings and couplings separately for load, alignment, lubrication, temperature rise and vibration.

Gears, Splined Shafts and Transmission Alloy Steel

View Gears, Pinions, Shafts and Couplings →

Axles, Differentials, Wheel Ends and Wet Brakes

Axles, Differentials, Wheel Ends & Wet Brakes

Front and rear axles include final reduction, differential, half shafts, wheel reduction, hubs, bearings, seals and wet brakes. The image is not an Epiroc OEM representation. Verify axle nameplate, ratios, tooth counts, splines, left/right wheel position and brake disc pack.

Material assessment: Select transmission alloy steel for gears, half shafts and splines according to contact and bending fatigue. Check brake friction pairs, bearings and seals against the original assembly, fluid, temperature rise, clearance and certification requirements.

Alloy Steel for Axles, Gears and Half Shafts Wheel-End and Brake Seal Materials

View Axles, Shafts and Heavy-Duty Drive Assemblies →

Hydraulic Pumps, Valve Blocks, Cylinders, Hoses and الموانع

Hydraulic Pumps, Valves, Cylinders, Hoses & الموانع

Working, steering, brake and auxiliary circuits include pumps, valve blocks, accumulators, cylinders, hoses, fittings, cooling and seals. Provide circuit location, pump/valve nameplates, pressure, flow, connections, cylinder bore, rod diameter and stroke.

Material assessment: Check precision pump and valve parts, cylinder rods and barrels against original dimensions, tolerances and surface condition. Select seals by fluid, pressure, temperature, speed, contamination and grooves, not outside diameter or colour alone.

Hydraulic الموانع and Engineering Plastics Alloy Steel for Cylinders, Spools and Connections

View Hydraulic الموانع and Engineering Materials →

Diesel or G/SG Battery-Electric Power and Control Systems

Diesel Power or G/SG Battery-electric Drive & Controls

For diesel models, check engine, intake/exhaust, cooling, fuel and drivetrain configuration. For G/SG battery models, check battery pack, motors, converters, cooling, charging connections, insulation monitoring and software version. The systems require separate spare-part identification.

Material assessment: Assess mechanical shafts, gears and couplings in transmission alloy steel, and cooling/hydraulic seals by fluid and temperature. High-voltage components must retain original electrical ratings, interfaces, safety certification and control version; shape alone is insufficient for reproduction.

Alloy Steel for Mechanical Drive Shafts and Gears Cooling, Hydraulic and Electrical Insulation Materials

View Power and Heavy-Duty Assemblies →

Drawing and Spare-Part Numbers

References Must Match the Scooptram Model, Bucket/GET, Power Version and Position

The available local Epiroc reference records contain no publishable OEM part numbers cross-checked against specific Scooptram models, so no placeholder numbers are listed. Submit an Epiroc OEM, third-party or assembly reference, bucket or axle nameplate, catalogue page, used-part marking and key dimensions for tracing.

Send an Epiroc OEM or Assembly Reference Check Scooptram Model, Serial Number, Power, Bucket/GET, Axle and Position Send a Third-Party Spare Reference Match Company, المعدات, Part, Dimensions, Material and Original Reference Send a Drawing, Catalogue Page, Nameplate or Used Part Without a Reliable Reference, Assess Catalogue Tracing, Sample Testing or Measurement

Reference Rules: Only references traceable to OEM catalogues, drawings, nameplates or reliable third-party cross-references are published. For GET, verify bucket, tooth system, tooth position, retention and side. Transmission, axle, hydraulic and electric-drive parts require assembly nameplates and installed versions.

Are bucket teeth and drivetrain parts interchangeable within the same Scooptram payload class?

No. Check the full model, serial number, bucket/GET system, diesel or G/SG battery power, axle and transmission nameplates, assembly references, location and key dimensions together.

What information is needed for a Scooptram spare-part enquiry?

Provide at least the full model and serial number, diesel/battery version, bucket or GET system, part location, assembly nameplate, OEM/third-party reference, used-part photographs, key dimensions, current material and failure details.

Can a part be identified without an Epiroc OEM reference?

Submit machine and assembly nameplates, catalogue pages, bucket or axle identification, used-part markings, photographs, dimensions and drawings. These support catalogue tracing, sample testing or measurement assessment. Numbers and interchangeability are not invented without reliable evidence.

Epiroc Scooptram Underground Loaders: Models, Bucket قطع الغيار المستهلكة and Core Spares