Start with standard models and key dimensions to identify mantles, concaves, frame wear protection, bronze bushings, gears, hydraulic and seal spares, then confirm materials, dedicated tools and drawing numbers for an enquiry.
The current FLS cone crusher range includes Raptor and kubria. This page covers the models, dimensions, installation positions, materials and maintenance tools directly relevant to spare part identification and manufacturing confirmation.
Maximum feed openings below are the largest published values across the chamber profiles in the official brochure. Crusher weight and maximum adjustment ring diameter support installation identification and do not replace project general arrangement drawings.
| Model | Maximum feed opening | Motor power | Crusher weight | Maximum adjustment ring diameter A |
|---|---|---|---|---|
| Raptor 250 | 235 mm | 190 kW / 250 hp | 8,917 kg | 2,020 mm |
| Raptor 350 | 240 mm | 260 kW / 350 hp | 16,089 kg | 2,460 mm |
| Raptor 450 | 335 mm | 340 kW / 450 hp | 24,470 kg | 2,750 mm |
| Raptor 500 | 330 mm | 370 kW / 500 hp | 51,113 kg | 3,757 mm |
| Raptor 650 | 380 mm | 450 kW / 600 hp | 65,522 kg | 3,484 mm |
| Raptor 900 | 345 mm | 670 kW / 900 hp | 71,648 kg | 3,484 mm |
| Raptor 1100 | 415 mm | 820 kW / 1,100 hp | 151,848 kg | 5,464 mm |
| Raptor 1300 | 415 mm | 970 kW / 1,300 hp | 151,955 kg | 5,464 mm |
| Raptor 2500 | 450 mm | 1,860 kW / 2,500 hp | 401,089 kg | 6,785 mm |
Confirm final spare requirements against the full model, serial number, chamber profile, drawing number, drawing revision and mating dimensions.
Lower cone diameter, feed opening, closed-side setting, maximum feed size, maximum capacity and power come from the official FLS datasheet for each model.
| Model | Lower cone diameter | Feed opening | CSS range | Maximum feed size | Maximum capacity | Drive power |
|---|---|---|---|---|---|---|
| kubria F 210 | 2,100 mm | 250 mm | 10–25 mm | 200 mm | 360 tph | 600 kW |
| kubria F/M 150 | 1,500 mm | 300 mm | 13–45 mm | 240 mm | 260 tph | 315 kW |
| kubria G 150 | 1,500 mm | 500 mm | 30–50 mm | 400 mm | 750 tph | 315 kW |
| kubria M 210 | 2,100 mm | 450 mm | 25–50 mm | 360 mm | 1,250 tph | 600 kW |
Published maximum capacities apply to the chambers and material conditions specified in the datasheets. Actual throughput varies with material, chamber profile, eccentricity, CSS and feed conditions.
Start with mantles and concaves, then review feed, main frame, frame arm and counterweight protection. Each entry links to the relevant part and material pages.
Mantle / Head Liner
The mantle fits over the crusher head and forms the crushing chamber with the concave. Check chamber profile, upper/lower contours, installation height, locking structure, closed-side setting and actual wear profile.
Material and manufacturing checks:Confirm high-manganese steel or application-validated specialty wear alloys. Chemistry, heat treatment and machining allowance must match the drawings and ore impact conditions.
View Part Details →
Bowl Liner / Concave
Fixed inside the bowl or adjustment ring, these provide the stationary wear surface of the chamber. Check chamber profile, upper opening dimensions, discharge setting, support faces, cast backing clearance and wear zones.
Material and manufacturing checks:Confirm high-manganese steel or specialty wear alloys according to material hardness, particle size, impact, abrasion and target service life.
View Part Details →
Feed Plate / Feed Cone
Located on top of the head or at the feed centre, these withstand falling-material impact and guide feed into the chamber. Check outside diameter, centre bore, cone surface, fastening holes, rotation direction and surrounding interference.
Material and manufacturing checks:Confirm high-manganese steel, wear-resistant alloy steel or composite wear protection according to the balance of impact and sliding wear.
View Part Details →
Mainframe Liner
These protect internal main frame surfaces exposed to discharged material, rebound and accumulated material wear. Check machine side, curvature, segment numbers, plate thickness, hole patterns and discharge passages.
Material and manufacturing checks:Confirm quenched and tempered wear plate, bimetallic composite plate or wear-resistant cast steel according to thickness, impact and fastening method.
View Part Details →
Arm Guard / Arm Liner
These guards protect frame arms and adjacent discharge areas. Check arm count, left/right positions, plate profile, hole patterns, overlaps and interference clearance on the drive side.
Material and manufacturing checks:Confirm quenched and tempered wear plate, high-manganese steel or bimetallic composite construction according to falling-material impact and abrasion.
View Part Details →Counterweight Guard / Liner
The OEM cutaway identifies the counterweight and protection area; it is not a photo of an individual part. Check model, installation direction, overall envelope, fastening method and dynamic balance requirements.
Material and manufacturing checks:Use wear plate or alloy steel guards confirmed by the original drawings. Any material change must also be checked for weight and balance.
View Part Details →Parts with the same name are not interchangeable by appearance across Raptor and kubria models, sizes or chamber profiles. Check drawing numbers, fits, rotation direction, materials and heat treatment.
Socket Liner
These support the crusher head through a spherical sliding surface. Check spherical radius, inside/outside diameters, oil grooves, locating shoulders, wall thickness, contact pattern and lubrication conditions.
Material and manufacturing checks:Confirm bearing copper alloy grade, casting quality, machining accuracy and oil grooves against bearing pressure, temperature rise and original drawings.
View Part Details →Upper Head Bushing
The OEM cutaway identifies the upper support position in the head. Check shaft diameter, bushing inside/outside diameters, length, interference, oil grooves and top/bottom installation direction.
Material and manufacturing checks:Confirm bearing copper alloys according to load, sliding speed, lubrication and assembly interference.
View Part Details →Lower Head Bushing
The OEM cutaway identifies the lower support position in the head. Check it separately from the upper head bushing; appearance alone does not establish interchangeability.
Material and manufacturing checks:Confirm bearing copper alloys against journal fit, oil film, temperature rise and original drawings.
View Part Details →
Eccentric Bushing
Located within the eccentric assembly, this bushing supports the shaft's gyratory motion. Check eccentricity, rotation direction, inside/outside diameters, length, oil grooves, flange and assembly direction.
Material and manufacturing checks:Confirm materials, clearances and lubrication for bearing copper alloys and mating steel eccentric components against the original design.
View Part Details →
Countershaft Bushing
These support the countershaft or pinion shaft. Check drive side, shaft diameter, bushing length, flange, oil holes, seal position and axial location.
Material and manufacturing checks:Confirm bearing copper alloys according to speed, bearing pressure, lubrication and fit tolerances.
View Part Details →Drive Gear
The OEM cutaway identifies the bottom drive gear position. Check module, tooth count, pressure angle, helix direction, mounting distance, hole patterns, backlash and contact pattern.
Material and manufacturing checks:Confirm carburized or quenched and tempered transmission alloy steel, tooth hardness, core toughness, machining accuracy and non-destructive testing against the drawings.
View Part Details →Pinion
The pinion works as a matched pair with the gear wheel. Check module, tooth count, helix direction, bore or shaft structure, mounting distance and mating contact. Do not select a replacement from the appearance of a single gear.
Material and manufacturing checks:Confirm carburized or quenched and tempered transmission alloy steel, heat treatment and tooth grinding accuracy together with the mating gear wheel.
View Part Details →Thrust Bearing
The OEM cutaway identifies the eccentric and bottom thrust support areas. Check the upper/middle/lower stacking order, contact diameters, oil grooves, thickness and flatness.
Material and manufacturing checks:Confirm bearing copper alloys, wear-resistant alloy steel or the original composite support system according to bearing pressure and lubrication.
View Part Details →
Clamping Cylinder Assembly
These clamp the adjustment ring or provide related hydraulic holding functions. Check bore, stroke, pressure, mounting trunnions, ports, piston rod and seal grooves.
Material and manufacturing checks:Confirm hydraulic cylinder alloy steel, surface treatment and NBR, HNBR, FKM or polyurethane seals according to pressure, fluid and temperature.
View Part Details →
Dust Shell Seal
These are located near head, eccentric or frame dust protection structures. Check seal type, diameter, grooves, contact faces, purge conditions, oil type and motion.
Material and manufacturing checks:Confirm NBR, HNBR, FKM, polyurethane or engineering plastics according to temperature, dust and lubricating fluid.
View Part Details →
Locking Nut
These secure the mantle or related head components. Check thread diameter, pitch, hand, end face, wrench interface and relationship with the torch ring or fastening system.
Material and manufacturing checks:Confirm high-strength alloy steel, thread machining and heat treatment according to preload and assembly/removal method.
View Part Details →
Torch Ring / Burning Ring
The OEM tooling image explains mantle removal in this area; it is not a photo of a torch ring. Check diameter, cross-section, material, assembly clearance and removal procedure.
Material and manufacturing checks:Confirm material and dimensions against the specific head structure and removal plan. Generic specifications are insufficient.
View Part Details →All three tools have dedicated official FLS cone crusher datasheets and equipment-specific images. Confirm capacity, lifting points, interfaces and operating space against the specific model and site maintenance plan.
Head Maintenance Platform
This official FLS cone crusher tool securely supports a removed head assembly for inspection and wear part replacement. Confirm platform capacity, interfaces and support structure against the specific crusher model.
Submit Model and Tool Requirements →
Lock Nut / Bolt Tightening Tool
These official FLS cone crusher tools tighten and remove locking nuts or bolts, reducing direct manual effort and improving assembly reliability.
Submit Model and Tool Requirements →Mantle Liner Lifting Tool
These official FLS cone crusher tools lift, transfer and replace mantles, reducing the use of welded lifting lugs or open hooks. Confirm lifting points and rated load against the model.
Submit Model and Tool Requirements →The following numbers come from traceable public third-party catalogues. They are leads for document searches and enquiries, not official FLS confirmation of interchangeability.
| Applicable model | Part | Catalogue number | Evidence status |
|---|---|---|---|
| Raptor 1100 | Concave | RXL1010-B003 | Public third-party catalogue; Mn18Cr2; confirm against drawings before manufacture |
| Raptor 1100 | Concave | RXL1010-B011 | Public third-party catalogue; Mn18CrMo; confirm against drawings before manufacture |
| Raptor 1100 | Mantle | RXL1010-M004 | Public third-party catalogue; Mn18Cr2; confirm against drawings before manufacture |
| Raptor 1100 | Mantle | RXL1010-M006 | Public third-party catalogue; Mn18CrMo; confirm against drawings before manufacture |
| Raptor 1100 | Wedge | RXL1010-0001 | Public third-party catalogue; confirm against assembly drawings before manufacture |
| Raptor 1100 | Spherical Nut | RXL1010-0003 | Public third-party catalogue; confirm against assembly drawings before manufacture |
| Raptor 1100 | Torch Ring | RXL1010-0004 | Public third-party catalogue; confirm against assembly drawings before manufacture |
| Raptor 1100 | Lock Plate | RXL1010-0006 | Public third-party catalogue; confirm against assembly drawings before manufacture |
| Raptor 1100 | Retainer | RXL1010-0007 | Public third-party catalogue; confirm against assembly drawings before manufacture |
| Raptor 1100 | Wedge Shim | RXL1010-0008 / 0009 | Public third-party catalogue; 3 mm / 6 mm; confirm against assembly drawings before manufacture |
Numbering rules:Check the full model, serial number, chamber profile, drawing revision, critical dimensions, weight, material and installation interfaces together. Do not manufacture or declare interchangeability without confirmed drawings.
Current official documents include Raptor 250, 350, 450, 500, 650, 900, 1100, 1300 and 2500, and kubria F 210, F/M 150, G 150 and M 210.
No. Before manufacture, also check the serial number, chamber profile, drawing number, drawing revision, installation position, mating dimensions, material and used-part wear records.
No. Also check the specific model, head structure, rated load, lifting points, interfaces and available site operating space.
Provide the full Raptor or kubria model, serial number, OEM/third-party number, drawings, used-part photos, material and operating conditions. We use these to identify parts, assess materials, match manufacturing requirements, control quality and deliver finished components.
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ANRANST provides customers worldwide with engineering assessment, production at certified foundries to drawing, quality control and finished-part delivery for custom wear parts and industrial spares, with scope to support other custom industrial parts.
We review mating surfaces and interface dimensions and assess material, heat treatment and manufacturing feasibility.
Material grades and heat-treatment processes are specified order by order, confirmed in the technical agreement and tracked through production.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
We coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts in a workable, closed-loop supply process.
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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