Epiroc Simba Production Drill Rigs: Models, Drilling Tools and Core Spare Parts

S7 / 32PD — — Epiroc Official Simba Graphics; for use Identification BUT PD Positioner, propulsion beams and digging machines. Trimming rod handling area

Simba M40 S Model Identification Graphs (third party public product information, source of the open basis); Identification hammer/ ITH Variants, locators and drilling rod processing areas.

Epiroc Official Simba E70 S Graphics; for use Identification Long-spanning, RHS The drill rod processing system, the reversing positioner and underground chassis.

OEM Equipment Details

Preliminary check-in Simba, drilling method and rocking machine. RHS Reconfirmation parts

Simba is a family of underground production drill rigs covering top-hammer, ITH and hydraulic drilling across different hole diameters. It does not use one interchangeable parts set. Rock drills, feed beams, rod handling systems, positioners, controls and chassis 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 Directory

48–254 mm Total coverage of official public aperture

20–63 m Parts Series Open mechanized drilling depth

12 Wear Parts and Key Spare Part Categories

Standard Models and Key Dimensions

Simba Current Standard Models porosity and Key dimensions

Models and parameters are derived from Epiroc' current production rig catalog, single model pages as well with official specifications. S-S/SG (ITH), battery walking - propulsion beam processing configuration under the same basic name will change parts interface

Standard Series / Model	Open Aperture Range	Driving Methods and Core Configuration	Key dimensions / Capability
Simba S7	51–89 mm	BUT 32PD; COP 1838+ / COP 1838MUX+	Wide 2,100 mm; long 9,300 / 9,600 / 9,900 mm *The highest depth of mechanized drilling 20 m
Simba M40 S / S ITH / SG / SG ITH	48–178 mm	2550UX — — hammer or ITH; COP + / UX; COP / / (1838; 44; 54; 64)	Wide 2,370 mm; Travel Length of approximately 10,580 – 11,340 mm Changes with Variant
Simba M6 / M6 ITH / Battery Travel Types of	48 – 178 mm (By drilling rigs Configuration)	hammer, drill pipe or ITH Configuration	Wide mm; long / mm; typical Quality s YoY kg (2,350; 10,500; 11,000; 29,000)
Simba E6-W / E6-WL	89 – 254 mm (Created rock machine) Configuration)	Hydro-scaling rocks; RHS 35; 35 + 1 Root rig	Diameter of drill pipe 102 mm *The highest depth of mechanized drilling 63 m;Bang 2,600 mm; long 12,100 / 12,700 mm
Simba 1254	Casting rock machine, drill rod and drilling Configuration Confirmation	Hydraulic top-hammer; ring drill and parallel drilling	Applicable to small and medium-sized slit surfaces; horizontally moving 3 m Specific size by machine Technology Recognizing the information
Simba 1354	64 – 178 mm (Click on the hammer/ ITH Configuration)	COP 1838+ / 2550UX+; COP 44 / 54 / 64	Wide 2,350 mm; long 8,209 / 8,486 / 8,763 mm; Support 360 deg Ring-shaped drilling
Simba E70 S / S ITH / SG / SG ITH	48–178 mm	hammer or ITH Optionable; COPROD CR76; RHS 27	Wide 2,536 mm; long 12,700 / 13,200 / 13,700 mm *The highest depth of mechanized drilling 51 m
Simba E60 S / S ITH / SG / SG ITH	48–178 mm	hammer or ITH Optionable; COPROD CR76	Wide 2,552 mm; the Long Testament 11,129 – 11,379 mm *The highest depth of mechanized drilling 51 m
Simba SM60 S	48–115 mm	BMH 214/234, 215/235, 216/236; COP 1838 / 2550UX	Wide 2,040 mm; long 10,089 mm; compact underground production drilling machines

RFQ offers at least Simba complete model with serial number, chisel rock machine or ITH Hammermodels and propulsion beaming models as well ASS Modelling/Diameter-length Trillion threaded (or OEM) third party numbers; installation positional data sets of used parts & key dimensions. Open parameters cannot replace nameplate identification in the assembly chart setting

Wear Parts

Long hole drilling, drill pole processing and propulsion beams with positioning bearing wear-resistant areas

Materials links are used for ANRANST replacement engineering screening, not representing all Simba models using the same original factory name. Ultimately they must be confirmed by their origins and drawings; rocks or drilling methods: failure mode as well testing requirements

Long-hole button drills and cemented carbide button tooth

Long-hole Button Bits & Carbide Inserts

The drill head directly withstands impact, rotational and abrasion wear as well. RFQ must verify the Simba complete model / ITH drilling method; diameter of borehole or threaded bladed gearing for headsets to button teeth layout (SIP) structures with rock conditions

Material Selection: The button tooth is filtered by the Tungsten carbide cermentated carbon thinner system; drill steels need a balance of impact toughness, thread fatigue and surface wear resistance.

Cemented Tungsten Carbide High hardness of drills alloy steel

Entering the drill and cemented carbide cutting tools Unified Pages

brazen tail, connection set and drill rods. Guiding Pipe

Shank Adapters, Couplings, Rods, Tubes & Guides

The drill column passes the impact and torque to a hole bottom, controlling deep holes straight line. COP chopper or ITH Hammers are required for verification of RHS drilling rod processing systems; thread series: diameter (length), screw tube size(width) - washed through pores as well in end structures

Material Selection: The drill column is matched by high fatigue alloy steel, controlled heat treatment and surface reinforcements as well with thread precision; straightness cord strength of the coaxial force or core toughity are equally important to surfaces.

Trimming rods, drill pipes and brazing tail with connection alloy steel

Entering the drill column and reload Part / Assembly Unified Pages

The stalk claw, the mechanical arm and Contact wear parts

Rod-handler Jaws, Grippers & Contact Wear Parts

RHS stalk handling system clamping claw, orientation and mechanical contact blocks with slot units repeatedly tightened the drill rod to withstand shock resistance; offsetting as well in rock powder contamination. The entire map is used for positional systems where specific parts must be confirmed according TO THE ROS model (RHP), left-handle location or pores size of old pieces).

Material Selection: scattering Contact The parts need to balance between wear resistance, cracking and friction stability. alloy steel, cemented carbide Compound or replaceable wear-resistant blocks Construction Screening.

Paw and hoods alloy steel cemented carbide Abrasion Contact materials

Entering the stalk, pins Unified Pages with Connectors

Drive the slider, Guide Rail, Nike Refining Bars With the scaffolding

Feed Slides, Guides, Wear Strips & Supports

The axis of the slider, rails and wear-resistant bars on BMH'S push beam is maintained by a roller blade with drilling rod. It must be confirmed according to its thruster model length; installation borehole distance: sectional surface area (see below).

Material Selection: The sliding parts can be filtered according to wear-resistant engineering plastics, copper alloy or hardened steel system; the bearing rail and abrasion strip also need for checking stiffness. Impact friction by side with welding conditions

Abrasion engineering plastics and composite sliding materials Copper alloy sliding bearing materials Quenched and Tempered Wear Plate

Entrance Guide Rail, Nike Refining Bars Unified Pages with Board -

Positioner locator pins, bushings, Turnback and swinging bearings

Positioner Pins, Bushings, Rotation & Swing Supports

The positioner's rotation, swinging and stretched back structure keeps the ring drill accuracy through pinses punches in a row with its head shaft or bearing. A chart is used only to identify installation areas where specific parts are confirmed by complete model of location; an assortment diameter: length & how they can be found for each piece at any time when it comes down from scratch on top-up surfaces (see enclosure).

Material Selection: Pins are based on high tough alloy steel and surface reinforcement routes; BushingS is selected according to the original design of copper, bearing or composite sliding materials that cannot separate single-piece hardness from a complete combination.

pins Rewinding and reversal of loads alloy steel bushings With sliding bearing materials

Entrance bearing, bushings Unified Pages with Slip Bearing -

mounts, reset-off and down. Protection s

Stinger, Break-out Table, Lower Support & Guards

The fittings, the cutting rack and lower bearing gearing units are impacted when positionings or handling rod & drilling holes. They must be confirmed by location; drill specifications for borehole size: shape of a hole with wear surface

Material Selection: Bearing and holding parts are reinforced with high tough alloy steels, as well for local wear resistance; the padboard is selected by shocking pressure to be applied in a space of deformation or repair disassembly.

Breakdown and Removal of the Stalks alloy steel Protector boards and bearing panels Wear-Resistant Steel

Enter the siding board, bearing and wear-resistant plate unified page -

Spare Parts

scattering of rock, RHS, propulsion and positioning of hydraulics & chassis core spare parts

The core spare parts are divided by assembly and function.The chisel engine or ITH Hammer, BMH propulsion beams (RHS), positioner control system(S) configuration is a common solution interface that requires the parts to return back into complete modeling; total number of units - installation positions with drawings

COP Or scattering or ITH Turnover/impact total

COP Rock Drill or ITH Rotation/Percussion Assembly

Simba has both hammering and ITH, hydraulic rock configuration. The chip machine is also used for drilling as well ASSs in the engine of grinding machines (ITF) or impact structures; its bearing structure - sealer interface with concrete aggregate changes must be submitted to nameplate/total number

Material Selection: Impact piston, boulder keys and shaft gear High fatigue alloy steel and surface engineering; bearing, bushings and sealing as originally Construction, tolerances and media; speed & temperature rise confirmation.

Impacts and Turnback Alloy Steels for Drive Parts rinse and Hydraulic Seal Materials

Entering the chisel and reload Power Transmission Part / Assembly Pages -

RHS Trimming rod handling system, rotary and clamping Part / Assembly

RHS Rod-handler, Carousel & Gripper Components

RHS's rotor, mechanic and three-way tank with clampers to plug the connector. The RFS configuration of ROMS27 &35 is not only based on appearance interchangeable requirements for capacity checkup; drilling rod specifications are required as well in right or left position (and total number).

Material Selection: PINS, armbands and rotary bearing are carried by alloy steel welding structure as well fatigue requirements; bushing with carrying load on the loading angle of swing position. Lubrication & contamination conditions: sealed in a ditch or medium confirmed for tank closure

Drive-based processing system bearing alloy steel bushings With sliding sliding materials Tank sealing and Guiding materials

Entrance pins, clamping and connecting Part / Assembly Pages -

BMH Propulsion, chain/wire ropes and roller wheels with cylinder

BMH Feed, Chain/Cable, Sheaves & Cylinders

The propulsion system may include hydraulic motors, chain or wire rope stranded wheels and slippers. BMH models are designed to determine the interface between thrust length of a propeller'S/R & D with drilling gear configuration

Material Selection: Sprocket, slider and connectors are required for high tough alloy steel with contact fatigue; chains cord wire rope to the tank & terminal parts is confirmed by load loading requirements.

Propulsion Power Transmission, sprocket and pins alloy steel

Entering the chain, sprocket and Propulsion Part / Assembly Pages -

Positioner, revolving apparatus and swing arms with cylinders

Positioner, Rotator, Pendulum Arm & Cylinders

The positioner and the rotary body determines angle of drilling with a ring cover, including rotation drive cylinder-wheeling arm (RMU), drum wheels for tanks to pinrs inflators; boomers.

Material Selection: gear, shafts and connector parts are reinforced by transmission alloy steel with surface reinforcement; bushinges & bearing substrate materials - tanks sealing as well for pressure on the press.

Turnback, shaft and pins alloy steel bushings With sliding bearing materials

Entrance gear axis and rotation Power Transmission Part / Assembly Pages -

hydraulic pumping, valve assembly cylinders, hose and sealing

Hydraulic Pumps, Valves, Cylinders, Hoses & Seals

Hydraulic system drive positioning, propulsion and drilling rod handling. Pump valves are required to confirm the nameplate for pump pumps (cylinder), energy storage tanks or hose pipes; connector & seal must be confirmed by reference plate on circuitry of pressure flow in connection with a tank diameter as well AS TRIP AND TASS ROAD).

Material Selection: Pistortic rods, cylinder and valve core by surface Quality and size matching; seal by oil fluid, temperature / pressures or speed Refining Grooves Choose not only by the outer diameter or color.

Hydraulic Seals and Engineering Plastics Tanks, Valve and Connectors alloy steel

Entering hydraulic seals and Part / Assembly Pages -

chassis Travel, Brake-gas and electrical control systems

Carrier, Brakes, Air/Water & Electrical Systems

Bridges, brake wheels and transmission shaft systems for cooling water waving gas are used to support the long-pitched underground operation. The interface between S/SG batteries walk with hydraulic rocking variants is different from those in which they can be built or constructed by a large number of vehicles using an integrated system that supports both air conditioning as well than other equipment (such devices) but also on its own lines;

Material Selection: gear, semi-axis and wave keys as well AS FA; wheels bearing brake & seal at original tolerance for the totality of a load (inflated), incremental to be used by loading or discharging.

Bridges, gear and Power Transmission Axes alloy steel Water and Gas Hydraulic Seal Materials

Enter the chassis and reload Part / Assembly Unified Pages

Drawing and Spare Part Numbers

Numbers must be matched simultaneously Simba model, drilling method and totaling & position

The existing local data is not directly publicly available and double-checked OEM part number with specific Simba models, so this page does NOT post occupancy numbers. Epiroc OEM Nos or third party noses can be submitted to the Drilling Product Code (EPIROC), Consolidated Number/Cataloguable Page() Or old Item Marker Retraview

Submission Epiroc OEM Node or total number Converged Simba scrawling, rock drilling machine and propulsion beam; RHS and installation position Submission to third parties spare parts No Establishment of the company, Equipment, parts Scales, materials Relatives to the original number Submit directory pages, drawings or old-age information Conducting a catalog retrospective, sample detection or mapping evaluation without reliable number

Selection Guidelines: The number of the drills must also be matched with drilling methods, threading patterns and diameter; length: headset. Smoothness is not presumable only in a Simba series.

Different Simba Model Can drills, pole and clamping units be directly interchangeable?

The need to simultaneously check the top-mounted, ITH Or hydrolytical rock Configuration scattering machine or ahammer model, RHS, Propulsion beams and threading diameter of the rod tube with length; drilling depth & flushing Construction.

Simba spare parts RFQ What information is needed at the least?

At least complete model, serial number scattering machine or ITH Hammer and propulsion beam with RHS models are available at the earliest; installation position is provided. Consumable numbers may be given as well AS/OEM-Third Party Number: Photo of used parts (key sizes), materials - hardness information) etc."

No Epiroc OEM Can I confirm the number? parts ？

The nameplate, scrawler or ITH Hammernameplatt can be submitted to the device names and folder pages; installation position is available for identification of old items with labelling images.