Epiroc Simba الإنتاج المثقب الطرازات, الحفر الأدوات و قطع الغيار| ANRANST

Official Epiroc Simba S7 machine image, showing the BUT 32PD positioner, feed beam, rock drill, rod handling and undercarriage areas.

Simba M40 S identification image from publicly available third-party product information; see the listed source. It helps identify top-hammer/ITH variants, positioners and rod handling areas.

Official Epiroc Simba E70 S machine image, showing the long-hole feed, RHS rod handling system, rotary positioner and underground carrier.

OEM المعدات التفاصيل

Confirm the Simba model, drilling method, rock drill, feed beam and RHS before selecting parts

Simba is a family of underground production drills covering top-hammer, ITH and water-powered drilling across different hole diameters. It does not use one interchangeable parts set. Rock drills, feed beams, rod handling systems, positioners, controls and carriers differ between the S, M, E and SM series and affect part interfaces. This page covers the models, dimensions, structures, materials and identification requirements relevant to wear parts and core spares.

9 Current Simba series

48–254 mm Overall published hole diameter range

20–63 m Published mechanized drilling depth for selected series

12 قطع الغيار المستهلكة and Key Spare Part Categories

Standard Models and Key Dimensions

Current Simba models, hole diameters and key dimensions

Models and parameters come from Epiroc's current production drill catalogue, individual model pages and official technical specifications. S, SG, ITH, battery tramming, feed beam and rod handling configurations can change part interfaces even within the same base model.

Standard series / model	Published hole diameter range	Drilling method and core configuration	الأبعاد الرئيسية / capability
Simba S7	51–89 mm	BUT 32PD; COP 1838+ / COP 1838MUX+	Width 2,100 mm; length 9,300 / 9,600 / 9,900 mm; mechanized drilling depth up to 20 m
Simba M40 S / S ITH / SG / SG ITH	48–178 mm	Top-hammer or ITH; COP 1838+ / 2550UX; COP 44 / 54 / 64	Width 2,370 mm; tramming length approximately 10,580–11,340 mm, depending on variant
Simba M6 / M6 ITH / battery tramming version	48–178 mm, depending on drilling tool configuration	Top-hammer, tube drilling or ITH configuration	Width 2,350 mm; length 10,500 / 11,000 mm; typical mass approximately 29,000 kg
Simba E6-W / E6-WL	89–254 mm, depending on rock drill configuration	Water-powered drilling; RHS 35; 35+1 drill tubes	Drill tube diameter 102 mm; mechanized drilling depth up to 63 m; width 2,600 mm; length 12,100 / 12,700 mm
Simba 1254	Confirm against the rock drill, rod and bit configuration	Hydraulic top-hammer; ring and parallel drilling	For small and medium cross-sections; lateral displacement approximately 3 m; confirm dimensions against the installed machine's technical documents
Simba 1354	64–178 mm, depending on top-hammer / ITH configuration	COP 1838+ / 2550UX+; COP 44 / 54 / 64	Width 2,350 mm; length 8,209 / 8,486 / 8,763 mm; supports 360° ring drilling
Simba E70 S / S ITH / SG / SG ITH	48–178 mm	Top-hammer or ITH; optional COPROD CR76; RHS 27	Width 2,536 mm; length 12,700 / 13,200 / 13,700 mm; mechanized drilling depth up to 51 m
Simba E60 S / S ITH / SG / SG ITH	48–178 mm	Top-hammer or ITH; optional COPROD CR76	Width 2,552 mm; length approximately 11,129–11,379 mm; mechanized drilling depth up to 51 m
Simba SM60 S	48–115 mm	BMH 214/234, 215/235, 216/236; COP 1838 / 2550UX	Width 2,040 mm; length 10,089 mm; compact underground production drill

For an enquiry, provide at least the full Simba model and serial number, rock drill or ITH hammer model, feed beam and RHS models, drill string thread/diameter/length, assembly or OEM/third-party number, installation position, used-part photos and critical dimensions. Published parameters do not replace nameplate and assembly drawing checks.

قطع الغيار المستهلكة

Wear areas in long-hole drilling tools, rod handling, feeds and positioner supports

Material links support engineering selection of ANRANST replacement parts; they do not imply that every Simba model uses the same OEM material grade. Confirm against the original part, drawings, rock, drilling method, failure mode and inspection requirements.

Long-Hole Button Bits and Carbide Buttons

Long-hole Button Bits & Carbide Inserts

Bits withstand impact, rotation, abrasion and flushing media. For an enquiry, check the full Simba model, top-hammer or ITH method, bit diameter, thread, head profile, button layout, flushing arrangement and rock conditions.

Material Selection:Select buttons from tungsten carbide systems. The steel bit body must balance impact toughness, thread fatigue resistance and surface wear resistance. The equipment model alone does not establish material grade or geometry.

Cemented Tungsten Carbide High-Strength, Tough Alloy Steel for Drilling Tools

View Drill Bits and Carbide Cutting Elements →

Shank Adapters, Couplings, Drill Rods, Tubes and Guide Tubes

Shank Adapters, Couplings, Rods, Tubes & Guides

The drill string transmits impact and torque to the hole bottom and controls deep-hole straightness. Check the COP rock drill or ITH hammer, RHS rod handling system, thread series, rod/tube diameter, length, flushing passages and end geometry together.

Material Selection:Check drill string components for fatigue-resistant alloy steel, controlled heat treatment, surface strengthening and thread accuracy. Straightness, concentricity and core toughness are as important as surface hardness.

Alloy Steels for Drill Rods, Tubes, Shank Adapters and Couplings

View Drill String and Heavy-Duty Components →

Rod Gripper Jaws, Handling Arms and Contact قطع الغيار المستهلكة

Rod-handler Jaws, Grippers & Contact قطع الغيار المستهلكة

RHS gripper jaws, guides, handling contact blocks and stops repeatedly clamp rods while exposed to impact, uneven loading and rock dust. Machine images locate the system; identify individual parts using the RHS model, left/right position, hole spacing and used-part dimensions.

Material Selection:Gripping contact parts must balance wear resistance, resistance to chipping and stable friction. Consider alloy steel, carbide composite or replaceable wear block designs.

Alloy Steels for Gripper Jaws and Load-Bearing Parts Carbide Wear-Resistant Contact Materials

View Clamping Parts, Pins and Connectors →

Feed Beam Slides, Guide Rails, Wear Strips and Support Blocks

Feed Slides, Guides, Wear Strips & Supports

Slides, guide rails, wear strips, thrust blocks and support blocks on the BMH feed beam guide axial movement of the rock drill and drill string. Confirm the feed beam model, length, mounting hole spacing, cross-section, fit clearance and wear reference surfaces.

Material Selection:Sliding parts may use wear-resistant engineering plastics, copper alloys or hardened steel. For load-bearing guides and wear strips, also check stiffness, impact, the mating friction pair and lubrication conditions.

Wear-Resistant Engineering Plastics and Composite Sliding Materials Copper Alloy Sliding Bearing Materials Quenched and Tempered Wear Plate

View Guide Rails, Wear Strips and Plates →

Positioner Pins, Bushings, Rotary and Oscillating Supports

Positioner Pins, Bushings, Rotation & Swing Supports

The positioner's rotary, oscillating, telescoping and tilting mechanisms use pins, bushings, trunnions and supports to maintain ring drilling accuracy. Images identify installation areas only. Confirm each part using the full model, position, shaft and bore diameters, length and lubrication method.

Material Selection:Use high-strength, tough alloy steel and surface strengthening for pins. Select copper alloy, bearing steel or composite sliding materials for bushings according to the original design. Individual hardness cannot be separated from the complete fit design.

Alloy Steels for Pins and Rotary Load-Bearing Parts Bushing and Sliding Bearing Materials

View Bearings, Bushings and Sliding Supports →

Stingers, Breakout Tables, Lower Supports and Guards

Stinger, Break-out Table, Lower Support & Guards

Stingers, breakout tables, lower supports, guide blocks and guards withstand impact, clamping loads, falling rock and abrasion during positioning, rod handling and drilling. Confirm position, rod specification, hole spacing, overall shape and wear surfaces.

Material Selection:For load-bearing and clamping parts, consider high-strength, tough alloy steel with localized wear protection. Select quenched and tempered wear plate for guards and support plates according to impact, available deformation space and maintenance access.

Alloy Steels for Stinger and Breakout Mechanisms Wear-Resistant Steel for Guards and Support Plates

View Guards, Supports and Wear Plates →

قطع الغيار

Core spares for rock drills, RHS, feeds, positioners, hydraulics and carriers

Identify core spares by assembly and function. The rock drill or ITH hammer, BMH feed beam, RHS, positioner, controls and carrier configuration together determine interfaces. Every part must be matched to the full model, assembly number, installation position and drawing.

COP Rock Drill or ITH Rotary/Percussion Assembly

COP Rock Drill or ITH Rotation/Percussion Assembly

Simba configurations include top-hammer, ITH and water-powered drilling. Rock drills, rotary and percussion mechanisms, shank adapters, bearings, seals and flushing interfaces vary by drilling method and assembly. Provide the nameplate or assembly number.

Material Selection:Check impact pistons, splines, shafts and gears for fatigue-resistant alloy steel and surface engineering. Confirm bearings, bushings and seals against the original structure, tolerances, fluid, speed and temperature rise.

Alloy Steels for Percussion and Rotary Drives Flushing and Hydraulic Seal Materials

View Rock Drill and Heavy-Duty Drive Components →

RHS Rod Handling Systems, Carousels and Clamping Assemblies

RHS Rod-handler, Carousel & Gripper Components

RHS carousels, handling arms, three-direction cylinders, clamps, pins, sensors and supports work together to add and remove rods. RHS 27, 35 and other configurations cannot be interchanged by appearance alone. Check capacity, rod specification, left/right position and assembly number.

Material Selection:Check pins, clamping arms and carousel supports against alloy steel, welded structure and fatigue requirements; bushings and bearings against load, oscillation angle, lubrication and contamination; cylinder seals against grooves and fluid.

Load-Bearing Alloy Steels for Rod Handling Systems Bushing and Sliding Support Materials Cylinder Seal and Guide Materials

View Pins, Clamping and Connecting Assemblies →

BMH Feeds, Chains/Wire Ropes, Sheaves and Cylinders

BMH Feed, Chain/Cable, Sheaves & Cylinders

The feed system may include hydraulic motors, chains or wire ropes, sprockets or sheaves, tensioners, cylinders and end supports. The BMH model, feed length, reeving ratio and drilling tool configuration together determine interfaces.

Material Selection:Check sprockets, sheaves, pins and connectors against high-strength, tough alloy steel and contact fatigue requirements. Confirm chains, wire ropes, cylinders and end connections against load, travel and safety requirements.

Alloy Steels for Feed Drives, Sprockets and Pins

View Chains, Sprockets and Feed Assemblies →

Positioners, Rotators, Pendulum Arms and Cylinders

Positioner, Rotator, Pendulum Arm & Cylinders

Positioners and rotators determine drilling angle and ring coverage. They include rotary drives, pendulum arms, cylinders, pins, bushings, sensors and stops. State installation direction, assembly number, travel and connection dimensions in the enquiry.

Material Selection:Check gears, shafts, pins and connectors for transmission alloy steel and surface strengthening, and bushings and bearings for suitable support materials. Confirm cylinders, seals and guides against pressure, speed, temperature and groove geometry.

Alloy Steels for Rotary Drives, Shafts and Pins Bushing and Sliding Bearing Materials

View Gears, Shafts and Rotary Drive Assemblies →

Hydraulic Pumps, Valve Blocks, Cylinders, Hoses and الموانع

Hydraulic Pumps, Valves, Cylinders, Hoses & الموانع

Hydraulics power positioning, feeding, rod handling, stabilizers, steering and auxiliary movements. Confirm pumps, valves, cylinders, accumulators, hoses, fittings and seals against nameplates, circuits, pressure, flow, interfaces, bore, rod diameter and stroke.

Material Selection:Check piston rods, cylinder barrels and valve spools for surface quality and dimensional fits. Select seals by fluid, temperature, pressure, speed and groove geometry; outside diameter or colour alone is insufficient.

Hydraulic الموانع and Engineering Plastics Alloy Steels for Cylinders, Valve Spools and Connectors

View Hydraulic الموانع and Assemblies →

Carrier Travel, Brakes, Air/Water and Electrical Controls

Carrier, Brakes, Air/Water & Electrical Systems

Axles, brakes, hubs, drive shafts, cooling, air/water flushing, cable reels, sensors and controls support underground long-hole drilling. Interfaces differ between S, SG, battery tramming and water-powered drilling variants.

Material Selection:Check gears, half-shafts, splines and drive shafts for transmission alloy steel. Confirm hubs, bearings, brakes and seals against original assembly tolerances, lubrication and temperature rise. Verify electrical controls by voltage, protocol and software version.

Alloy Steels for Axles, Gears and Drive Shafts Air, Water and Hydraulic Seal Materials

View Carrier and Heavy-Duty Components →

Drawing and spare part numbers

Match every number to the Simba model, drilling method, assembly and position

The available local records contain no OEM part numbers ready for publication with verified links to specific Simba models. This page therefore lists no placeholder numbers. Submit an Epiroc OEM number, third-party number, drilling tool product code, assembly number, catalogue page or used-part marking for identification.

Submit an Epiroc OEM or assembly number Check the Simba model, drilling method, rock drill, feed beam, RHS and installation position Submit a third-party spare part number Establish the links between supplier, equipment, part, dimensions, material and original number Submit catalogue pages, drawings or used-part information Without a reliable number, assess catalogue lookup, sample inspection or reverse measurement

Numbering rules:Only numbers traceable to OEM catalogues, drawings, nameplates or reliable third-party cross-references are published. Drilling tool numbers also require confirmation of method, thread, diameter, length, head profile, flushing and material; the Simba series alone is insufficient.

Are bits, rods and clamping parts interchangeable between Simba models?

No. Check the top-hammer, ITH or water-powered drilling configuration, rock drill or hammer model, RHS, feed beam, threads, rod/tube diameters and lengths, bit diameter and flushing arrangement together.

What is the minimum information for a Simba spare parts enquiry?

Provide the full model, serial number, rock drill or ITH hammer, feed beam and RHS models, installation position, assembly or OEM/third-party number, used-part photos, critical dimensions, material or hardness information and observed site failure.

Can parts be identified without an Epiroc OEM number?

Submit equipment and rock drill or ITH hammer nameplates, catalogue pages, installation position, used-part markings, photos, critical dimensions and drawings. These support assessment of catalogue lookup, sample inspection or reverse measurement. Numbers and interchangeability are not invented without reliable evidence.

Epiroc Simba Production Drill Rigs: Models, Drilling Tools and Core قطع الغيار