Guide de sélection de graisse
Aperçu des lubrifiants Schaeffler Arcanol
Sélection de graisse pour chaque application
| Grease | Characteristic applications | Operating temperature lower limit | Operating temperature upper limit | Thickener type | Base oil type | NLGI | Base oil viscosity 40°C in mm²/s | Base oil viscosity 100°C in mm²/s | Speed factor limit n*dm mm/min* | FE8 test run wear behaviour** | FE8 DIN 51819 requirements | FE8-proven values | FE9 test run (grease service life) | FE9 DIN 51821-02 requirements | FE9-proven values |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| MULTITOP | Ball and roller bearings in rolling mills, Construction machinery, Spinning and grinding spindles, Automotive engineering, Car seat support bearing, Rail vehicles | -50 | 140 | Lithium soap | SHC+ Ester+ mineral oil | 2 | 82 | 12.5 | 800000 | 536050MP - 75/80-120 |
vWk50 ≤ 35 mg | vWk50 = 5 mg | A/1500/6000-140 | F50 ≥ 200 h | F50 = 294 h |
| MULTI2 | Ball bearings up to 62 mm outside Ø in small electric motors, Agricultural and construction machinery, Household appliances | -30 | 120 | Lithium soap | Mineral oil | 2 | 110 | 11 | 500000 | 536050MP - 75/80-80 |
vWk50 ≤ 35 mg | vWk50 = 16 mg | A/1500/6000-130 | F50 ≥ 100 h | F50 = 143 h |
| MULTI3 | Ball bearings from 62 mm outside Ø in large electric motors, Agricultural and construction machinery, Fans | -20 | 120 | Lithium soap | Mineral oil | 3 | 110 | 12 | 500000 | 536050MP - 75/80-80 |
vWk50 ≤ 35 mg | vWk50 = 35 mg | B/1500/6000-120 | F50 ≥ 200 h | F50 = 369 h |
| LOAD150 | Ball, roller and needle roller bearings, rotary table bearings linear guidance systems in machine tools, wheelset bearings, construction machinery | -20 | 140 | Lithium complex | Mineral oil | 2 | 160 | 15.5 | 500000 | 536048 - 750/30-RT |
vWk50 ≤ 35 mg | vWk50 = 8 mg | A/1500/6000-140 | F50 ≥ 100 h | F50 = 194 h |
| LOAD220 | Ball and roller bearings in rolling mill plants, paper machinery, rail vehicles, conveyors, steel industry | -20 | 140 | Lithium/ calcium | Mineral oil | 2 | 220 | 17 | 500000 | 536048 - 1500/10-RT |
vWk50 ≤ 35 mg | vWk50 = 5 mg | B/1500/6000-130 | F50 ≥ 100 h | F50 = 214 h |
| LOAD400 | Ball and roller bearings in mining machinery, Construction machinery, Wind turbine main bearings, Converter in steel industry | -40 | 130 | Lithium/ calcium | Mineral oil | 2 | 400 | 25 | 400000 | 536048 - 75/80-RT |
vWk50 ≤ 35 mg | vWk50 = 1 mg | B/1500/6000-130 | F50 ≥ 200 h | F50 = 376 h |
| LOAD460 | Ball and roller bearings, Wind turbines, Bearings with pin cage | -40 | 130 | Lithium/ calcium | Mineral oil | 1 | 400 | 25 | 400000 | 536048 - 75/80-RT |
vWk50 ≤ 35 mg | vWk50 = 13 mg | B/1500/6000-130 | F50 ≥ 200 h | F50 = 274 h |
| LOAD1000 | Ball and roller bearings in mining machinery, Construction machinery, Cement plants, Roller presses (HPGR), Steel industry | -20 | 130 | Lithium/ calcium | SHC+ mineral oil | 2 | 1000 | 38 | 300000 | 536050MP - 75/80-80 |
vWk50 ≤ 35 mg | vWk50 = 22 mg | A/1500/6000-140 | F50 ≥ 150 h | F50 = 182 h |
| TEMP90 | Ball and roller bearings in clutches, Electric motors, Automotive engineering, Generators, Traction motors | -40 | 160 | Polyurea | SHC+ mineral oil | 3 | 148 | 15.5 | 700000 | 536048 - 75/80-100 |
vWk50 ≤ 35 mg | vWk50 = 16 mg | B/1500/6000-160 | F50 ≥ 300 h | F50 = 730 h |
| TEMP110 | Ball and roller bearings in clutches, Electric motors, Automotive engineering, Generators, Traction motors | -35 | 160 | Lithium complex | SHC+ mineral oil | 2 | 130 | 14 | 500000 | 536048 - 75/80-120 |
vWk50 ≤ 35 mg | vWk50 = 4 mg | A/1500/6000-150 | F50 ≥ 200 h | F50 = 224 h |
| TEMP120 | Ball and roller bearings in continuous casting plants, Paper machinery, Exhaust gas filters for aggressive media | -30 | 180 | Polyurea | SHC oil | 2 | 400 | 40 | 300000 | 536050MP - 75/80-160 |
vWk50 ≤ 35 mg | vWk50 = 1 mg | B/1500/6000-180 | F50 ≥ 100 h | F50 = 120 h |
| TEMP200 | Ball and roller bearings in guide rollers for baking machinery, kiln trucks and chemical plants, piston pins in compressors, paintshop conveyors, corrugated cardboard industry | -30 | 260 | PTFE | PFPE oil | 2 | 550 | 49 | 300000 | 536050MP - 75/80-160 | vWk50 ≤ 35 mg | vWk50 = 4 mg | B/1500/3000-220 | F50 ≥ 100 h | F50 = 300 h |
| SPEED2,6 | Ball bearings in machine tools, spindle bearings, instrument bearings | -40 | 120 | Lithium complex | SHC/ ester oil | 2-3 | 25 | 6 | 2000000 | 536050TVP - 6000/5-90 | vWk50 ≤ 35 mg | vWk50 = 2mg | A/1500/6000-120 | F50 ≥ 150 h | F50 = 312 h |
| VIB3 | Ball and roller bearings in blade adjusters in wind turbine rotors, packaging machinery, rail vehicles, rope sheaves, crusher plant in quarries, oscillating operation, vibration operation | -30 | 150 | Lithium complex | Mineral oil | 3 | 170 | 14 | 350000 | 536050 - 75/80-RT |
vWk50≤ 35 mg | vWk50 = 15 mg | A/1500/3000-150 | F50 ≥ 100 h | F50 = 120 h |
| FOOD2 | Ball and roller bearings in applications with food contact (NSF-H1 certification, Kosher and Halal certification) | -30 | 120 | Aluminium complex | SHC oil | 2 | 150 | 18 | 400000 | 536048 - 75/80-80 |
vWk50 ≤ 35 mg | vWk50 = 34 mg | B/1500/6000-120 | F50 ≥ 200 h | F50 = 300 h |
| CLEAN-M | Ball, roller, and needle roller bearings as well as linear guidance systems in clean room applications, electric motors with high requirements, vacuum and radiation environment | -30 | 180 | Polyurea | Ether oil | 2 | 100 | 12.8 | 850000 | 536050MP - 75/80-80 |
vWk50 ≤ 35 mg | vWk50 = 6 mg | A/1500/6000-130 | F50 ≥ 200 h | – |
| MOTION2 | Ball and roller bearings in oscillating operation, Slewing rings in wind turbines | -40 | 130 | Lithium soap | SHC oil | 2 | 50 | 8 | 500000 | – | – | – | B/1500/6000-140 | F50 ≥ 200 h | F50 = 556 h |
| SEMIFLUID | Semifluid grease lubricant for linear guidance systems and gears | -40 | 160 | Lithium complex | SHC oil | 0 | 180 | 20 | – | – | – | – | – | – | – |
Miscibilité des huiles et des épaississeurs
Il faut toujours faire preuve de prudence lors du mélange de différents lubrifiants. D'une part, les huiles lubrifiantes et les huiles de base ainsi que les épaississeurs utilisés dans les graisses peuvent être incompatibles (voir les tableaux 1 et 2). D'autre part, l'effet des additifs et la capacité de performance des mélanges de lubrifiants ne peuvent être estimés sans que les tests appropriés soient effectués.
Si les conditions techniques rendent impossible d'éviter que les lubrifiants ne se mélangent, le risque qui doit être attendu en termes de réduction des performances et d'incompatibilité des lubrifiants peut au moins être estimé à l'aide des tableaux. Dans de tels cas, il est généralement recommandé de demander l'avis d'experts en lubrifiants, par exemple, du département de technologie des lubrifiants de Schaeffler Technologies AG & Co. KG.
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Tableau 1 : miscibilité des huiles de base* |
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Complexe d'aluminium |
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Tableau 2 : compatibilité des différents types d'épaississeurs*
*Extraits cités selon la Société de Tribologie (Gesellschaft für Tribologie e.V.), fiche 9, “Systèmes de lubrification”, Octobre 2015
+ Miscibilité normalement bonne — Normalement non miscible ? Le mélange provoque souvent une réduction des performances; la miscibilité doit être vérifiée n. s. non spécifié