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FLS EB and EB Pro Jaw Crushers

From six standard configuration numbers and core dimensions to fixed jaw dies, moving Jow dies with sidebar boarding plates; excentric shaft bearing plated trayting panels for tightenings of the stacked parts in a row-and sealant portion.

FLS EB jaw crusher Prints of official figures
FLS EB Official sweeping, but Identification Fixed jaws, swinging and jaw dies, eccentric shaft, the flywheels toggle plate With tightness of institutions.
FLS EB jaw crusher Drive and Lubrication Sideviews Official Figure
FLS EB Official drive and lubrication side view available Identification Flywheels, bearing lubricating the circuitry, motor and rack position.
FLS EB 20 - 15 Pro Official data table Home
FLS EB 20 - 15 Pro Official data table Home; Pages model Tables are also listed EB and EB Pro Five other specifications.
OEM Equipment Details

model, wear parts, spare parts and materials Completed on a page

EB and the Eb Pro are single toggle platejaw crusher. This page retains spare parts for identifying standard configuration numbers, dimensions of installation positions as well in material screening; drawing number check-up or RFQ entry that is directly required by them

6 Public Standard Models
7 wear parts Entrance
9 Core spare parts Entrance
7 Official Sources
Standard Models and Key Dimensions

EB - - EB - Pro (09; 07; 20; 15)

Capacity, Feed Inlet, CSS, Speed Drive power, Equipment Weight and shape size are derived from the corresponding FLS Official data table.

ModelCapacityFeed Inlet A × BCSS ScopeRecommended SpeedMotor PowerEquipment WeightShape Size L × W × H
EB 09-07104–288 t/h700 × 900 mm50–175 mm200–230 rpm90 kW (Highest 110 kW)s YoY kg (16,000)s YoY × × mm (3,350; 2,150; 2,840)
EB 11-08164–446 t/h800 × 1,100 mm70–225 mm200–230 rpm110 kW (Highest 132 kW)s YoY kg (28,000)s YoY × × mm (4,350; 2,700; 2,900)
EB 12-10207–523 t/h1,000 × 1,200 mm100–250 mm180–200 rpm132 kW (Highest 160 kW)s YoY kg (45,000)s YoY × × mm (4,780; 2,750; 3,300)
EB 14-11 Pro300–675 t/h1,100 × 1,400 mm100–250 mm160–180 rpm160 kW (Highest 200 kW)s YoY kg (55,000)s YoY × × mm (4,100; 3,180; 3,430)
EB 16-12 Pro400–1,200 t/h1,200 × 1,600 mm100–220 mm145–160 rpm200 kW (Highest 250 kW)s YoY kg (80,000)s YoY × × mm (4,500; 3,300; 4,000)
EB 20-15 Pro600–1,600 t/h1,500 × 2,000 mm130–230 mm145–160 rpm315 kW (Highest 370 kW)s YoY kg (130,000)s YoY × × mm (5,260; 4,070; 4,720)

Processing capacity is affected by material tolerance, pressure resistance strengths and granularity distribution; aqueousness ratio of the target product to its specific size as well ASSC. The final Spare parts are confirmed according complete model with serial number (number), drawing numbers or drawings) versioning in addition for their installation dimensions

Wear Parts

Fixed jaws, stiff-necking Side Guard and the body Protection

Fixed jaw dies and moving Jow dies are placed in the front, then unfold on top/down side boarding plates (middleboard), feeder panels or structural protection sheets. Each connection is unified part pages with material files page).

Fixed Jaw Plates FLS EB jaw crusher Locations in and Construction References
01

Fixed Jaw Plates

Fixed Jaw Plate

Fixed on the inside of a front wall, forming crushing cavity with motjaw die. Contrast model and single or segment structure tooth shape; up-toe direction: plate thicknesses (pocket) lines - seals in lineage for clampings as well ASCSS & old wear profiles

Materials and Manufacturing: high-manganese steel or by operating conditions Verified Wear-Resistant Alloy Steel the final digit, heat treatment and Hardness By the impact of ore, abrasive wear Confirmation with the original drawings.

Manganese Steel Specialty Alloys
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Moving Jaw Plates FLS EB jaw crusher Locations in and Construction References
02

Moving Jaw Plates

Movable / Swing Jaw Plate

Installed on the swung jaw, it is a main wear-resistant surface of cycle force. Contrast tooth shape and relative relationship between peaks; plate width: top/bottom positioning - clamp wedge boxes with fixed jaw die pairings

Materials and Manufacturing: high-manganese steel, Wear-Resistant Alloy Steel or composite wear-resistant solution by impact, extrusion and Hardness and Target Service Life Screening: not only by appearance and Fixed Jaw Plates Exchanges.

Manganese Steel Specialty Alloys
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s Side Guard FLS EB jaw crusher Locations in and Construction References
03

s Side Guard

Upper Cheek Plate

Protection of the upper sides. Contrast left/right, plate shape and thickness; Feed Inlet Contours, and jaw dies The gap and adjacent boards are stitched together.

Materials and Manufacturing: Quenched and Tempered Wear Plate, Wear-Resistant Cast Steel or bimetal composite The smashing of the large plate and sliding wear Confirmation.

Quenched and Tempered Wear Plate Bimetallic Composites
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s Side Guard FLS EB jaw crusher Locations in and Construction References
04

s Side Guard

Lower Cheek Plate

Protection closed-side setting The adjacent lower side wall. Contrast the left/right, plate thickness and hole line CSS Revisions, and jaw dies The end of the department Working clearances and the scattering path.

Materials and Manufacturing: Quenched and Tempered Wear Plate, Wear-Resistant Cast Steel Or a composite plate by sizing abrasive wear Local shock and replacement cycle confirmation.

Quenched and Tempered Wear Plate Bimetallic Composites
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Intermediate Plates FLS EB jaw crusher Locations in and Construction References
05

Intermediate Plates

Intermediate Plate

Locations jaw dies Or the Transition of Organism Protection Regions. Consolidation of specific model, Mounting Layers, plateform and thicknesses; Contact Faces and Neighbours jaw dies / Relationships of the board.

Materials and Manufacturing: wear-resistant steel plate or the original design alloy steel; the plane degree, thickness and fixed method are confirmed by drawing.

Quenched and Tempered Wear Plate Specialty Alloys
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Feed Guide Plates FLS EB jaw crusher Locations in and Construction References
06

Feed Guide Plates

Deflector Plate

For the purpose of guiding feed and protecting upper impact areas in your body. Contrast a drop direction, plate thicknesses / angles to be found on boarding lines or bearing beltways as well for safety clearance with flywheel-carrier systems

Materials and Manufacturing: Quenched and Tempered Wear Plate, bimetal composite board or Wear-Resistant Cast Steel Recognized in the direction of fall, granularity and impact.

Quenched and Tempered Wear Plate Bimetallic Composites
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Casting the jaw and front wall protection plate FLS EB jaw crusher Locations in and Construction References
07

Push jaw and front wall protection board

Pitman and Front Casting Protection Plate

Protection of the swollen jaw or front wall from wear and tear directly. Converging protection area, Mounting Side, shape and hole structure; thicknesses linings with the main jaw dies Packing.

Materials and Manufacturing: Quenched and Tempered Wear Plate or Wear-Resistant Alloy Steel By force, impacting Construction Correlation and reversibility confirmation.

Quenched and Tempered Wear Plate Specialty Alloys
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Spare Parts

eccentric shaft, bearing, toggle plate, tightening and adjustment

Same name parts Differently EB model, different Mounting The side and the different generations can not be interchanged only by appearance; Required Checks drawing number, Coupling and Dimensional Chain materials and Function.

eccentric shaft FLS EB jaw crusher Locations in and Construction References
01

Eccentric Shafts

Eccentric Shaft

Drive the swinging jaw rebound movement. Contrast of centrifugal volume, shaft and necks total length; Flywheel end/shale terminal: key slott | drive rotating muscles with a rotation between an oscillator'd wrist to match polarity weight (axis or tail), overall longitude - round wheel ends-tooth wheels on top sidelines in liners bearing Compatibility, rotational and dynamic balance requirements.

Materials and Manufacturing: Forged Alloy Steels for Drive Parts, heat treatment, the accuracy of shaft and neck as well ultrasound detection is confirmed by original drawings & periodic load.

Alloy Steels for Drive Parts
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Spherical Roller Bearings FLS EB jaw crusher Locations in and Construction References
02

Spherical Roller Bearings

Spherical Roller Bearing

The pivot eccentric shaft With the swinging jaw, withstand radial shock and assembly deviation. bearing model, swing gaps and axle/seat combination; positioning end of the terminal. Closed sets are sealed with them to be filled in by sealers for welding or melting as well heat liftings

Materials and Manufacturing: bearing and sleeves materials, keeping the racks and sealing as well for loading. Speed Temperatures and Present bearing Coroner confirmation.

Specialty Alloys Engineering Materials for Seals
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toggle plate FLS EB jaw crusher Locations in and Construction References
03

Toggle Plates

Toggle Plate

Connect the swing jaw to its back and pass through crushing force while engaging in overload protection. Compare length, widths / thicknesses of two end surfaces with orientation for installation; a range from an application system (CSS) as well AS supporting topggle plate socket

Materials and Manufacturing: Original design alloy steel or iron / Cast Steel The system is determined by the payload and protection logic, not to be unauthorised in increasing strength. Overload Protection Function.

Alloy Steels for Drive Parts Specialty Alloys
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Toggle Seats FLS EB jaw crusher Locations in and Construction References
04

Toggle Seats

Toggle Seat

The pivot toggle plate The end of the stalk and forming a swing Contact Faces: Contrast front/back seat, lengths and curvature ratio; Mounting Directions, Contact stained and with toggle plate Matching gear data.

Materials and Manufacturing: Wear-Resistant Alloy Steel Or original design materials Pressures on the face, sliding wear, Resilience and Complementary toggle plate materials Confirmation.

Specialty Alloys
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Touching Tension Rods FLS EB jaw crusher Locations in and Construction References
05

Touching Tension Rods

Tension Rod

Keeping with spring system toggle plate and the working relationship of swung jaw organs. Contrast total length, diameters with threading End geometry, Pre-stress positioning Mounting Direction and matching springs.

Materials and Manufacturing: Adaptability Alloy Steels for Drive Parts Threading Processing and Surface Protection Confirm by pre-tension, fatigue and environmental corrosion.

Alloy Steels for Drive Parts
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Tension Springs FLS EB jaw crusher Locations in and Construction References
06

Tension Springs

Tension Spring

With tightness Tension Rods The supporting maintenance mechanism is fastened. Nuclear external diameter, radii and free length; number of effective circles: rotational direction or endpoint form as well the amount compression work

Materials and Manufacturing: Spring Steel Statues, heat treatment fatigues service life, Surface treatment The load curve is confirmed by the original drawing.

Alloy Steels for Drive Parts
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CSS Adjustment Wedge FLS EB jaw crusher Locations in and Construction References
07

CSS Adjustment Wedge

CSS Adjustment Wedge

Used for mechanical or hydraulical aid closed-side setting adjustment. Converging the right/up position, slopes and length of a hole; Contact Faces and Reality CSS Recalibration range.

Materials and Manufacturing: Quenched and tempered alloy steel, Hardness, Flatness and slope Contact Accuracy is confirmed by adjusting loads and the original drawings.

Alloy Steels for Drive Parts
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Jaw-Plate Tightening Wedge FLS EB jaw crusher Locations in and Construction References
08

Jaw-Plate Tightening Wedge

Jaw Die Clamping Wedge

for Fixed Jaw Plates or Moving Jaw Plates. Converging the upper/lower wedge, Mounting Side, slopes and pores shaped by threading surfaces jaw dies Edge Profiles.

Materials and Manufacturing: Quenched and tempered alloy steel, Surface Hardness With the bolts, press fast and break-up frequency confirm.

Alloy Steels for Drive Parts
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Maze-type Dust Seal FLS EB jaw crusher Locations in and Construction References
09

Maze-type Dust Seal

Labyrinth Dust Seal

Protection eccentric shaft bearing and lubrication area. Contrast the sealed diameter, maze grade number of axle gaps in fixed manner; lube channeling direction for rotational movement with adjacent cover frames

Materials and Manufacturing: Steel labyrinth rings, engineering plastics or elasticity Seal Materials By dust, temperature and lubricating medium Speed Confirmation.

Engineering Materials for Seals Rubber and Polyurethane
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Drawing and Spare Part Numbers

s OEM or third-party number corresponds to model, installation position and Key dimensions

The number is also provided at the same time. EB complete model, serial number Fixed/moving position, Part Name Graphics, photos of used parts, Key dimensions, Materials and Operating Conditions.

Send Your FLS OEM Drawing Number Converged model, BOM, Drawing Revision and installation position Send a Third-Party Part Number Reciprocity Equipment Models, Part Name and Key dimensions Submission Tooth Profile With abrasion record Converged jaw dies Contours, materials and Target Service Life
Equipment and Part Selection

FLS Installing path and jaw-breaking Technology Roads Combination

Brand path confirmation EB model, serial number and drawing numbers are attributed; generic route interpretations of parts structure (material), operating conditions or manufacturing requirements - two routes converge on the map confirming with RFQ.

FLS Brand Returns All Equipment Series General Jaw Crushers Information View General Construction Relationships with parts Jaw-type Breaking Unified Parts Page From Fixed Jaw Plates Entrance materials and RFQ Pathways High-Manganese Steel Materials Converged jaw dies Impact hardening, casting and heat treatment Pathways Send Your Model, Drawing Number or Drawing Proceed to Technical Review and Supply

FLS EB and EB Pro What are public Standard Models ？

Current official information listed EB 09 - 07, 11 - 08, 12 - 10, 14 - 11 Pro, 16 - 12 Pro and 20 - 15 Pro.

jaw dies Can only press Equipment Models Manufacturing ？

No, no. Requires check-in serial number, OEM drawing number, fixed or swing positioning single-chips and subparagraph Construction, Tooth Profile, Mounting Directions, clamping modes CSS, materials and old wear record.

Submission FLS EB model, drawing number, jaw dies Or Core spare parts Demand

Provide complete model, serial number / fixed positioning OEMs and third party numbers; drawings of used parts (photo) in key dimensions - materials & operating conditions. We then perform part recognition as well for material assessment purposes: quality control with finished-part delivery

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Phone: +86 156 3797 3199
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01

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Match requirements with suitable manufacturers in China and coordinate the exchange of technical information.

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Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.

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