Epiroc Boomer Face Drill Rigs: Models, Drilling Tools and Core Spare Parts

Epiroc Official Boomer E10 / E20 Graphics; for use Identification BUT 45 drill arms, propulsion beams and chiseling rock machines. chassis & arm Configuration.

Epiroc Official Boomer M Series Graphics; for use Identification Compact Arms Construction, Propulsion beams and drill arm hing points to maintain the area.

Epiroc Official hammer drill column system: brake tail, connection set and drilling rods Guiding Pipes and different drillheads; used for construction Equipment - drilling rigs materials Identification Relationships.

OEM Equipment Details

Preliminary check-in Boomer, COP Rock scrawler, drill arm and propulsion beam reconfirmation parts

Boomer is a family of drill rigs, not a single model with universally interchangeable parts. The E, M, S, L, T and 282 series differ in boom count, controls, rock drills, feed beams, working cross-section and chassis configuration. Bits, shank adapters, pins, bushings, cylinders and seals cannot be interchanged on appearance alone. This page covers the models, structures, materials and identification steps relevant to wear parts and core spare parts.

14 Current Boomer Series variant group

6–206 m² Official categories of open-cut coverage

16–40 kW Open scrawling rock engine range of official category

12 Wear Parts and Key Spare Part Categories

Standard Models and Key Dimensions

Boomer Current Standard Models Breakthroughs and Key Configuration

Model, fault and core dimensions are derived from Epiroc's current Boomer catalog. S-S/SG battery walk system control systems for propulsion beaming machines as well ASM configuration changes the parts interface

Standard Series / Model	Brill Arms and Control	Official Site Opens Business Interrupt	Core Configuration / Dimensions
Boomer E3 (XE3 / WE3)	3 × BUT 45; RCS	Max 198 m ²	COP 1838HD+ / 2238HD+ / 3038 / 4038
Boomer S1 L	1 × BUT 28	Max 29 m ²	1638HD / 1838HD — / — COP HD+ / HD+; the low-lane path Series
Boomer S2	2 × BUT S	Converged by the pulsing beam and operation diagram	Equipment Gauyo 2,799 mm; Operating envelopes 10,153 × 6,594 mm
Boomer M1 L	1 × BUT 29	Max 36 m ²	COP 1638HD+ / 1838HD+ / 2238HD+
Boomer T1	1 A drill arm	Max 23 m ²	Chicking machine, propulsion beams and drill arms Configuration by nameplate Converged
Boomer 282	2 A drill arm	Max 45 m ²	mm / mm / 1838HD — — Guangyuan; the Long Testament; COP HD+ (1,990; 11,830)
Boomer XL3 D	3 × BUT 35L	Max 178 m ²	Large underground excavation faults; diesel Travel Configuration
Boomer M20 S / M20 SG	2 a hoseless drill arm; RCS 5	M Series Most of the approximate 65 m ²	Guangyuan 2,245 mm; M20 SG for batteries Travel Variant
Boomer S10 S	BUT S; RCS 5	Compact digging break	Guangyuan 1,750 mm; the Long Testament 11,869 mm
Boomer E10 / E20	E10 One arm, E20 armament; BUT 45; RCS 5	Max 112 m ²	E10 S / SG / S DH1; E20 S / SG; the Quanjo 2,550 mm
Boomer S10	Compact arm Series	Max 33 m ²	Reloading of the propulsion beam; chiseled rock machine and thruster belt according to specific Configuration Converged
Boomer M1D / M2D	36S — — Single arm/arms; BUT S; DCS (2)	Max 65 m ²	Diesel Travel Series; drill arm, propulsion beam and rocking machine by install
Boomer L20	armament; BUT MD M / L; DCS / DCS 2	s YoY – m ² (71; 104)	Guangyuan 2,550 mm; the Long Testament 14,500 mm
Boomer M20 P	armament; BUT MD S; DCS 2	s YoY – m ² (48; 66)	Guangyuan 2,245 mm; the Long Testament 14,297 mm

RFQ offers at least the Boomer complete model with serial number, COP Chill Rock Models and drill arm models for propulsion beammodelling of drilling columns threaded diameter or OEM/Third Party Numbering; installation position. Photots from used parts & key dimensions are not available in place to confirm nameplate as well ASMAPS.

Wear Parts

hammer drill, push beams and drilling arm hing points Protection Abrasion area

Epiroc — Priority is given to the official Eiroc full-frame, field and hammer drilling materials. Materials links are used for ANRANST replacement engineering screenings that do not represent all Boomer models using identical original factory marks; they will be confirmed by their origination requirements as well in drawings or rocks of a form which has been completed with test designs (see above).

hammer drills and cemented carbide button tooth

Top-hammer Button Bits & Carbide Inserts

The drill head is located at the front end of a pillar and directly withstands impact, rotational effect on its wear as well in reverse molding. Diameter test must be confirmed simultaneously with thread tests for drilling headsets; button tooth arrangement: wash mode or rock conditions - not only by Boomer model

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

Cemented Tungsten Carbide High hardness of drills alloy steel

Entering the drill and cutting tools Unified Pages

brazen tail, connection set and drill rods Guiding Pipe

Shank Adapters, Couplings, Rods & Guide Tubes

The brazen tails transfer the rock drill to drilling columns with torque, connecting sets and bladed pipes continue delivering energy as well. It is necessary for verification of a KPI Rock machine; thread series: rod diameter - length () or grinding holes in front door structures are required by checking end structure & wear position on its edge-tower lineage

Material Selection: The drill column parts are usually matched by high fatigue alloy steel, controlled heat treatment and surface reinforcement routes; thread geometry sequencing is equally important as the material.

Trimming rods, brazing tail and connection sets alloy steel

Entering the drill column and reload Part / Assembly Unified Pages

scrawling machine front end Guiding With rinsing wear parts

Rock-drill Front-head Guides & Flushing Wear Parts

The scattering machine front end of the direction, bracelet matchup and washout area is high frequency shock to withstand heat stroke in a rounded friction. It can be used for identifying drilling equipment maintenance location with specific orientation sets (card tray), sealings or washing parts must confirm according TO THE MODEL AND FIGURES OF THIS SQUARE SYSTEM).

Material Selection: The directional and key couplings must be matched by alloy steel, bearing materials or original design composite material; the wash seal is selected according to pressure.

. Impacts Power Transmission With the keys alloy steel rinse Seals and Engineering Plastics

Entrance Guiding Package and Bearing Bush Unified Pages

Drive the slider, Guide Rail Confidence Refining Bars

Feed-beam Slides, Guides & Wear Strips

Propulsion of the scaffolding rock machine and drilling column reversal, sliders to a roller blade with rail track; wear resistance bars. The stop-off block is long lasting for offset load on top or mortar as well in water washes by pushing beam model: cross section surface - hole area installation (pitch), match gap & shabby basis recognition

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 must assess stiffness. Shocking friction sideways as well in field of oil painting

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 -

hammering arm huckle pins, bushings With Retract Guiding

Boom Pivot Pins, Bushings & Telescope Guides

The drill arms rotate, lift and swing the scaffolding mechanism keeps position accuracy through pinS. Bushing S-Ops & steering parts. Partes withstand rotational bending to bend with shock or sliding wear that is required by right/left location (or left), ax diameter; an Aperture radius: length of it - in line between its dimensions as well ASA(r) measurements for their height at angle distance from each other' | Running arm rollback uplifted backrest retractable gear can keep track onpinns, budding ones while ear shaft systems are also used towards guidepiece parts which have been adjusted according both directionally based positions such they need alignment along side lines like tilt gauged beam curvers but not only do these elements vary across areas where there may occur any changes made during this period when you will see your head spinning out again before entering into force if one does so after another than then he shall return his hand over him until now."

Material Selection: Pins are based on high tough alloy steel and surface reinforcement routes; bushing is designed by copper, bearing or composite sliding materials that cannot be replaced with a single hardness.

pins Connectors with Containers alloy steel bushings With sliding bearing materials

Entrance pins, bushings Unified Pages with Connectors

Soft tube dragging, hose and chassis Protection s

Hose Guides, Guards & Carrier Protection Parts

The barrel belt, cable guidance and bottom shields are used to prevent rock bumping in the hole. They also cover wheel area protection as well for preventing block impact or wear/off of a tunnel; they can be identified by installed pores (and shapes).

Material Selection: The board is selected by impact strength, deformation space and repairs to choose high-strength steel or tweaked wear-resistant stainless Steel plate; the hose & cable guidepiece are checked according oil resistance.

Quenched and Tempered Wear Plate Abrasion-resistant flame retardant engineering plastics and elastic bodies

Enter the scrubber and wear-resistant board together page

Spare Parts

Chicking Rock Machines, Propulsion Armored Triggering Handles Hydraulic Basebed and Hydro-Gaoelectric Core spare parts

The core spare parts are divided by assembly and function.The COP drills, propulsion beaming wheels (BUT) drilling arms; control systems - chassis & hydraulic configuration solutions for the joint interface: partes must be returned to complete model of a composite numbered structure with drawings in order not only as well but also into full-scale design or installation positions on which they can fit together at all times when it is done using their own tools that will allow them both through an integrated system such than via its internal network.

COP Fixing and impact reversal Part / Assembly

COP Rock Drill & Percussion/Rotation Components

1638HD / 1838HD / 2238HD / MD20 — / / — COP HD+, HD+, HD+,,, et al Configuration Decisions to brazen tail, front end and impacting the piston. bearing scrubbing and sealing Interfaces. RFQ It must be complete COP nameplate Or a slate, not just writing. Boomer (3038; 4038)

Material Selection: Impact pistons, buzzing key and rotary transmission parts are confirmed by high fatigue alloy steel & surface engineering; bearing materials with the original structure of a carrier or foamers.

scrawling and Alloy Steels for Drive Parts rinsing and washing Hydraulic Seal Materials

Entering the chisel and reload Part / Assembly Unified Pages

Propulsion motors, chain/wire rope and roller wheels with cylinder

Feed Motor, Chain/Cable, Sheaves & Cylinder

The propulsion system controls the scaffolding machine along a propellant beam movement, which may include hydraulic motor and chain or wire rope; Sprocket (or slider), tensioner.

Material Selection: Sprocket, slider and connectors are required for high tough alloy steel & contact fatigue; chains cord wire rope to be confirmed by load loading requirements as well in the course of transport or safety.

Propulsion Power Transmission, sprocket and pins alloy steel

Entering the chain, sprocket Unified Pages with Propulsion Item

Return, stretching and position of the drill arm Part / Assembly

Boom Rotation, Telescope, Cylinders & Positioning Parts

35L / 36S — / — But the rotation, scaling and flattenance of drill arms such as th (s), two-dimensional(L) or three sixS/. The replacement is required to match a drilling arm model with an overall number for its size in diameter; italics: barometer - radius = range); stroke + end connection & position sensor (;;;; ) (28; 29; 45)

Material Selection: Tanks and pinses are required for high tough alloy steel, surface & size; sealing is specified according to pressure / speed temperature of the medium or ditch. Structure parts shall be confirmed by welding requirements with NDT requirement

Brilling arms, cylinders and pins alloy steel Hydraulic sealing and Guiding materials

Enter the drill arm pins Unified Pages with Connectors

Bridges, Brakes and Wheel Terminal Power Transmission

Axles, Brakes, Wheel Hubs & Final Drives

The underground equipment chassis of the bridge, brakes and wheels; transmission shaft. Transformer & final drive bearing sloped roads: moisture rock powder (and frequent opening stop). It is required to be confirmed by E series such as M Series D-D/S L S - R BRIDGE AND COMPUTER IDENTIFICATION ACCORDING TO THE FLOWER OF ADJUSTMENT INSTRUCTION OR OTHER HANDLE CONDUCT AS WELL BY BEING DEVELOPERED ONLINE WITHE AM GROUP MEDIA SYSTEM

Material Selection: gear, semi-axis and wave keys as well AS FAUL reinforced by the transmission alloy steel with tooth surfaces; wheels are checked according primary tolerance for load bearing or brake marking.

Bridges, gear and Power Transmission Axes alloy steel bearing With sliding sliding materials

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

hydraulic pumping, valve assembly cylinders, hose and sealing

Hydraulic Pumps, Valves, Cylinders, Hoses & Seals

The hydraulic system drives the drill arms, propulsions and legs to turn on as well. Pump valve cylinder oiler or energy storage tank hose pipe shall be confirmed by nameplate (railway), pressure flow signaling point of contact with a connector for an interface; diameter: gauge - horizontal direction | Pressure pumps are used in pump engines that drive drum wheels up their feet down into them so they can handle it through its own motion systems which allow you not only use water tanks but also other parts such equipment when using liquid pipes at all times during your cycle time without any additional requirements under this procedure if there is no need either from these parts nor whether we have been able directly/by way means otherwise than possible before us enter our procession within one year after each session will take place again until then."

Material Selection: Pistortic rods, cylinder and valve core by surface Quality Adapted to the size; sealed by oil fluid, temperature and pressure. 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 -

Air pressure, water supply and rinsing & electrical control Part / Assembly

Air, Water, Flushing & Electrical Control Components

Air compressors, pressure pumping valve rinsing machines and filters for coolingers. Cable coiles are used to support drilling cycles together with air pressurizers (APV), pumps of water booster fluid washed-up engines or coolants; cable drumrs - sensors as well AS control modules that can be supported by the drill cycle in different ways: DCS/DC S2 & RCS5 interface is electrically defined through hydraulic diagram identification

Material Selection: Pipeline and sealing are molecule by medium, pressures or temperature; shaft coupling units (and pump transmission parts) is alloy steel.

Water and airways Seal Materials Pumps, shaft and couplingers alloy steel

Entry into the air, electric and reloading Part / Assembly Pages -

Drawing and Spare Part Numbers

Numbers must be matched simultaneously Boomer model, total and installation position

The existing local Epiroc data is not directly publicly available and double-checked OEM part number with specific Boomer models, so this page does NOT post occupancy numbers. An epirotoc OEM Node can be submitted to the third party or a drilling product code for an aggregated nodes of origins (A/), directory pages as well in old items labeling may also have been revisitED by EpirosOm None; Third Party Number: Driller Product Code - General Name = Directory Page

Submission Epiroc OEM Node or total number Converged Boomer, COP, drill arms and propulsion beams installation position Submission to third parties spare parts No Establishment of the company, Equipment, parts Scales, materials Relationship with 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: Only the number that can be traced back to original catalog, drawings and nameplate or reliable third party counterpart is entered into a public page; hammer drills must also check product type of threading diameter with header size. button teeth are required for washing as well in cemented carbide grade levels which cannot only presumably have been calculated by Boomer model alone.

Different Boomer Model Can drills, pole and connector joint be directly interchangeable?

No. Must be checked simultaneously COP Chicking machine, brazing tails and thread Series, rod diameter and length; drill size & headforms. The way of washing is done to push the beam stroke as well assembly charting

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

At least complete model, serial number COP rocker machine and drill arm & propulsion beam models are available at the earliest; installation position is provided with a total or OEM/Third Party Numbers. Photo of used parts (key sizes), materials - hardness information as well in case where it failed on site

No Epiroc OEM Can I confirm the number? parts ？

The nameplate, COP Name plate and catalog page can be submitted to the device for identification of items in its catalogues. It is possible that they will submit their names on a directory table or an inventory list; it may also refer them as old-fashioned tags (such data are available); this document shall include: "The original information" ("the first item") /.