Gyratory crusher · 1935 · 7 models
Select a model to jump to its component table; former and renamed designations are listed under “Historical names / renamings”.
| Model | Historical names / renamings | Period | Components |
|---|---|---|---|
| Early Traylor gyratory crusher instances | Traylor 12×36; Traylor 7×36; Traylor No.16 (1921 Stevens Mountain); Traylor No.5 (1921 Stevens Mountain); Traylor 12; Traylor bulldog 12; 60 Bulldog Gyratory Crusher; 60×89 Bulldog Gyratory | 1935 | 3 |
| Fuller-Traylor NT gyratory crusher | NT; Fuller-Traylor NT 63×90 | 27 | |
| Traylor TC gyratory crusher (predecessor named candidate) | Traylor TC 30; Traylor TC 36; Traylor TC 42; Traylor TC 48; Traylor TC 54; Traylor TC 60 | 2026-10-02 | 7 |
| Fuller Traylor TCB Gyratory Crusher | Model 1067×1778 TCB | 2026 | |
| Fuller-Traylor TS gyratory crusher | TS; TS 900×1400; TS 1100×1800; TS 1300×1800; TS 1400×2100; TS 1600×2400; TS 1600×2900; TS 1600×3000; FLSmidth TS Gyratory crusher 900×1400 mm; FLSmidth TS Gyratory crusher 1100×1800 mm; FLSmidth TS Gyratory crusher 1300×1800 mm; FLSmidth TS Gyratory crusher 1400×2100 mm; FLSmidth TS Gyratory crusher 1600×2400 mm; FLSmidth TS Gyratory crusher 1600×2900 mm; FLSmidth TS Gyratory crusher 1600×3000 mm | 26 | |
| Fuller-Traylor TSU gyratory crusher | TSU; Fuller-Traylor FLSmidth TSU (Top Service Ultra-Duty) | 1 | |
| Fuller-Traylor Heritage TSUV | TSUV (Top Service Ultra-Velocity); TSUV 900×1500; TSUV 1100×1500; TSUV 1100×1900; TSUV 1300×1900; TSUV 1400×2200; TSUV 1600×2200; TSUV 1600×2600; TSUV 1800×2600; TSUV 1600×3000; TSUV 1800×3000; TSUV 1600×3300; TSUV 1800×3300 | 9 |
The numbers on the diagram correspond one to one with the rows below.
| No. | Component | Location | Applies to |
|---|---|---|---|
| 1 | Bar-type spider | Spider at top of crusher | FLS TSUV (configuration in this brochure) |
| 2 | Spiral bevel gearing | Drive gearing beside lower main shaft | FLS TSUV (configuration in this brochure) |
| 3 | Countershaft assembly | Countershaft at lower right | FLS TSUV (configuration in this brochure) |
| 4 | Eccentric and hydraulic piston assembly | Eccentric and hydraulic support around lower shaft | FLS TSUV (configuration in this brochure) |
| 5 | Integral main-shaft | Integral main shaft at centre | FLS TSUV (configuration in this brochure) |
| 6 | Integral main-shaft lifting eye | Integral lifting eye at top of main shaft | FLS TSUV (configuration in this brochure) |
| 7 | Spider grease lubrication line | Grease connection beside upper spider bushing | FLS TSUV (configuration in this brochure) |
| 8 | Spider bushing | Guide bushing around upper main shaft | FLS TSUV (configuration in this brochure) |
| 9 | Top shell wear plate | Wear plate along top shell rim | FLS TSUV (configuration in this brochure) |
| 10 | Dust seal pressurised chamber | Pressurised seal chamber around lower main shaft | FLS TSUV (configuration in this brochure) |
| 11 | Bottom shell view port | View port on lower right shell | FLS TSUV (configuration in this brochure) |
| Component |
|---|
| NT63×90 main induction motor |
| NT63×90 chassis |
| NT63×90 beam type frame |
| NT63×90 shelf cap |
| NT63×90 shelf guard |
| NT63×90 chassis lining |
| Mainshaft — NT63×90 main shaft |
| Mantle — NT63×90 mantle liner |
| Concaves — NT63×90 concave liner |
| NT63×90 dustproof seal |
| NT63×90 oil seal |
| NT63×90 eccentric piece |
| NT63×90 gear |
| Pinion — NT63×90 pinion gear |
| NT63×90 base plate |
| NT63×90 countershaft assembly |
| NT63×90 lubrication system |
| NT63×90 spare eccentric and gear assembly |
| NT63×90 spare main shaft and enlarged lower moving cone assembly |
| NT63×90 frame lifting system |
| NT63×90 bulk instrument category |
| NT63×90 special tool category |
| NT63×90 spare countershaft and connecting shaft assembly |
| Special tooling for installation/removal of concave lining |
| main shaft maintenance bracket |
| Discharge port inspection access tool |
| Crusher maintenance vehicle (service category) |
| Spider Arm Shield — Cross arm guard |
| Mantle |
| Concaves |
| Eccentric Assembly |
| Dust Seal — Dustproof seal assembly |
| Spider |
| Spider Arm Shield — Cross beam arm guard |
| Spider Cap — Crossbeam cap |
| Spider Bushing — Cross beam bushing |
| Cross beam lubrication seal |
Models with the same components are grouped together; select a group to open its component table.
| Component | Location |
|---|---|
| NT63×90 main induction motor | 600kW, 600rpm; rated height original text 7000 ASL unprinted units, no supplementary ft/m |
| NT63×90 chassis | Complete machine shell |
| NT63×90 beam type frame | bar-type spider |
| NT63×90 shelf cap | spider cap |
| NT63×90 shelf guard | spider shields |
| NT63×90 chassis lining | shell liners |
| Mainshaft — NT63×90 main shaft | main shaft assembly |
| Mantle — NT63×90 mantle liner | mantle |
| Concaves — NT63×90 concave liner | concaves |
| NT63×90 dustproof seal | dust seal |
| NT63×90 oil seal | oil seal |
| NT63×90 eccentric piece | eccentric |
| NT63×90 gear | gear |
| Pinion — NT63×90 pinion gear | pinion |
| NT63×90 base plate | bottom plate |
| NT63×90 countershaft assembly | counter shaft assembly |
| NT63×90 lubrication system | lubrication system |
| NT63×90 spare eccentric and gear assembly | The inventory clearly indicates additional spare parts, not the second standard in-machine assembly. |
| NT63×90 spare main shaft and enlarged lower moving cone assembly | spare main shaft with oversized lower mantle |
| NT63×90 frame lifting system | spider jacking system |
| NT63×90 bulk instrument category | loose instruments, unlisted instrument members |
| NT63×90 special tool category | special tooling, no specific tool members are listed |
| NT63×90 spare countershaft and connecting shaft assembly | Spare assembly with pinion/coupling shaft |
| Special tooling for installation/removal of concave lining | Lining replacement station |
| main shaft maintenance bracket | Shutdown main shaft maintenance station |
| Discharge port inspection access tool | Inspection and maintenance of discharge area |
| Crusher maintenance vehicle (service category) | Maintenance operation layout; TS does not have NT eccentric car requirements |
| No. | Component | Location |
|---|---|---|
| 1 | Spider — Cross | Upper part of the whole machine |
| 5 | Mainshaft | 2014 TS Center |
| 6 | main shaft lifting ring | main shaft lifting connection |
| 8 | Spider Bushing — Cross bushing | main shaft upper end guide |
| Spider Arm Shield — Cross arm guard | Above the cross arm | |
| Mantle | 2014 TS crushing chamber | |
| Concaves | 2014 TS crushing chamber | |
| Eccentric Assembly | 2014 TS lower transmission | |
| Dust Seal — Dustproof seal assembly | 2014 TS lower dustproof | |
| Spider | 2014 TS above | |
| Spider Arm Shield — Cross beam arm guard | 2014 TS upper beam | |
| Spider Cap — Crossbeam cap | 2014 TS beam top | |
| Spider Bushing — Cross beam bushing | 2014 TS upper main shaft support | |
| Cross beam lubrication seal | 2014 TS upper main shaft support | |
| Mainshaft Sleeve — Main-shaft protective sleeve | 2014 TS upper part of main shaft; the legend has the word Threaded | |
| Head Nut | 2014 TS main shaft upper end | |
| moving cone core | 2014 TS crushing chamber | |
| Upper, middle and lower casing | 2014 TS shell segmentation | |
| Dust cover | 2014 TS lower dustproof | |
| Gear cover assembly | 2014 TS transmission | |
| Pinion shaft | 2014 TS side drive | |
| Taconite shaft seal | 2014 TS pinion shaft | |
| Hydroset Assembly — Hydraulic cylinder and piston assembly | 2014 TS lower hydraulic positioning | |
| Moving cone position indicator | 2014 TS position detection | |
| Hydraulic piston assembly | Hydraulic support at the bottom of the main shaft | |
| Split contact oil seal | 2014 TS lower part |
| No. | Component | Location |
|---|---|---|
| 1 | Spider — Cross | Upper part of the whole machine |
| 5 | Mainshaft | 2014 TS Center |
| 6 | main shaft lifting ring | main shaft lifting connection |
| 8 | Spider Bushing — Cross bushing | main shaft upper end guide |
| 9 | Top Shell Wear Plate | Inside the upper housing |
| Gear — Girth gear | Crusher lower transmission side | |
| Intermediate shaft assembly | Lower lateral drive shaft | |
| Eccentric Assembly | 2014 TS lower transmission | |
| Hydraulic piston assembly | Hydraulic support at the bottom of the main shaft |
| Component | Location |
|---|---|
| Mantle — Mantle liner listed in the ancillary-product table | The manufacturer's backing list is mantle; the number of lining plates is not calculated based on the estimated backing quantity. |
| Concaves — Concave liner listed in the ancillary-product table | Manufacturer backing list concave |
| Crush-Bac resin component (maintenance consumables) | Matching backing kit Part1 |
| Crush-Bac curing agent components (maintenance consumables) | Matching backing kit Part2 |
| Backing Construction Mixing Paddle Tool Category | The application instructions recommend drilling rig paddle mixing and do not certify random special tooling. |
| Release agent for backing construction (matching consumables) | Surface intended to be non-adhesive to casing/threads |
| Backing construction leak-proofing material (matching consumables) | Seam/bottom seam sealing and diversion |
| Component | Location |
|---|---|
| No.16 on-site discharge belt conveyor | The named rotary crusher outlet is equipped with a 220ft belt conveyor; the non-crushing cavity internal parts are not specified by the manufacturer. |
| No.5 on-site discharge bucket conveyor | After the tailings are crushed and re-crushed by the named rotary crusher, they are returned to the screen by the bucket conveyor; they are not internal parts and are not specified by the manufacturer. |
| 1923 Conda rotary crushing site continuous bucket elevator | Receive grid screen blanking and 12in Bulldog rotary crushing products, and upgrade to Mitchell screen; external shared equipment, not specified by the manufacturer |
| Component | Location |
|---|---|
| Main drive motor | 2014 TSU swing transmission |
The Gyratory crusher covers 7 models: Early Traylor gyratory crusher instances, Fuller-Traylor NT gyratory crusher, Traylor TC gyratory crusher, Fuller Traylor TCB Gyratory Crusher, Fuller-Traylor TS gyratory crusher, Fuller-Traylor TSU gyratory crusher, Fuller-Traylor Heritage TSUV. Former and renamed designations are listed in the models table on this page.
The Gyratory crusher is also documented under these designations: Early Traylor gyratory crusher instances, Traylor 12×36, Traylor 7×36, Traylor No.16, Traylor No.5, Traylor 12, Traylor bulldog 12, 60 Bulldog Gyratory Crusher, 60×89 Bulldog Gyratory, Fuller-Traylor NT gyratory crusher, NT, Fuller-Traylor NT 63×90, Traylor TC gyratory crusher, Traylor TC 30.
The Gyratory crusher is listed under the Fuller Traylor brand as: Gyratory crusher. Period: 1935. Status: Historical model.
67 components are recorded, including: No.16 on-site discharge belt conveyor, No.5 on-site discharge bucket conveyor, 1923 Conda rotary crushing site continuous bucket elevator, NT63×90 main induction motor, NT63×90 chassis, NT63×90 beam type frame, NT63×90 shelf cap, NT63×90 shelf guard and more. The full list with locations is in the components table on this page.
Model-specific components with their own page: NT63×90 frame lifting system, NT63×90 bulk instrument category, NT63×90 special tool category, NT63×90 spare countershaft and connecting shaft assembly, Special tooling for installation/removal of concave lining, main shaft maintenance bracket, Discharge port inspection access tool, Crusher maintenance vehicle (service category) and more (16 in total).
2015 / 1956 Bulldog60×89 60×113, TSUV.
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