Synthetic oils based on polyglycols with very good low-temperature characteristics, thermal and oxidative stability and anti-friction properties. Designed for high-speed / high-loaded gearboxes, especially worm gears (steel-bronze steam), as well as circulating bearing lubrication systems (for example, paper machine calenders).
Not recommended for aluminum-containing bronze alloys.
Specifications: [David Brown S1.53.105 G, ISO 12925-1 type СКЕ, ANSI/AGMA 9005-EO2 (EP)], Flender AG, Bonfiglioli.
Synthetic industrial oils with exceptionally high performance. Used for the lubrication of bearings and closed gears under the most severe operating conditions and at high loads. Recommended for industrial gearboxes operating at constant high temperatures, and for some systems (gearboxes or bearings), designed for long intervals between oil changes or without oil change (“lifetime” lubrication).
Specifications: [ ISO 12925-1 CKD, DIN 51517-3 CLP HC, ANSI/AGMA 9005-ЕО2 (ЕР), US Steel 224, David Brown S1.53.106], Flender AG, approved for wind turbine gearboxes: Gamesa, Dongfang Wind Turbines, Dalian Heavy Industries, Sinovel.
Mineral oils for heavily loaded gears, bearings. The additive composition provides high anti-seize and anti-corrosion properties. Maintain high bearing capacity in steel gears. Oils can be used in oil mist lubrication systems.
Refined, highly viscous mineral oil, compounded with a small amount of fatty oils. It is mainly used for lubrication of steam engine cylinders operating at high temperatures and pressures, when low carbonization and “steaming” are important factors.
Specifications : AGMA 9005-EO2 (CP).
High quality industrial gear and bearing oils
Shell Omala is a high-quality, lead-free, high-pressure, anti-seize oil designed to lubricate heavy duty industrial gears. High bearing capacity and antifriction characteristics allow the successful use of these oils in gears and other applications.
Area of usage
Shell Omala oils, developed on the basis of highly refined base oils with a high viscosity index and compositions of special sulfur-phosphorus additives to impart extreme pressure properties, can be successfully used in the following areas:
Shell Omala oils cannot be used in automotive hypoid gears. They recommend the use of Shell Spirax family oils.
Resist thermal stress, deposits and other harmful oxidation products. Long service life, even at oil temperatures up to 100 ° C in some applications.
Protect both steel and bronze parts, even in the presence of water and particulate matter.
Less hazardous to personnel health and disposal.
Oils for the most diverse and most critical nodes.
Shell Omala oils exhibit high demulsifying properties, so water can be easily removed from the lubrication system. (Water can significantly increase the surface fatigue of gears and bearings, as well as cause corrosion on the internal surfaces of parts. This is why water should not be allowed to enter the oil or should be removed immediately from the system).
Reduced wear of teeth and bearings, steel and bronze. Laboratory tests show that the load-bearing capacity of Shell Omala oils is significantly higher than that of gear oils containing lead. Tooth wear is significantly reduced, in particular at high loads. Typical Results for Shell Omala 220:
| Extreme pressure properties
Timken Lubricant Testing Facility materials and wear permissible load, pounds (ASTM-D2782) |
Not lower than 60 |
| Four ball friction machine,
seizing load, kg (ASTM D 2783) |
250 |
| Bearing capacity in the FZG test,
Withstands loading steps FZG A/8.3/90 FZG A/16,6/90 |
>12
>12 |
Meets the requirements ISO 12925-1 type CKC.
Meets the requirements David Brown S1.53.101.
Recommendations for the use of lubricants in areas not listed in this leaflet may be obtained from your Shell representative.
Health & Safety
Subject to good personal and industrial hygiene practices and proper use in recommended applications, Shell Omala is not a hazard to health and the environment.
More complete information on this issue is contained in the product safety data sheet.
Protect the environment
Used oils must be sent to specialized waste disposal facilities. Do not discharge used oils into drains, soil, or water.
| Indicator | Method | Shell Omala | |||||||
| ISO viscosity grade | ISO
3448 |
68 | 100 | 150 | 220 | 320 | 460 | 680 | 800 |
| Kinematic viscosity, mm/s at 40°C at 100°C | ISO 3104 | 68 8,7 | 100
11,4 |
150
15,0 |
220
19,4 |
320
25,0 |
460
30,8 |
680
38,0 |
800
39,0 |
| Viscosity index | ISO 2909 | 99 | 100 | 100 | 100 | 100 | 97 | 92 | 92 |
| Density at 15°C, kg/m | ISO 12185 | 887 | 891 | 897 | 899 | 903 | 904 | 912 | 930 |
| Flash point in open crucible, °C | ISO 2592 | 190 | 195 | 195 | 200 | 205 | 205 | 205 | 215 |
| Sour temperature, °C | ISO 3016 |
-24 | -24 | -24 | -18 | -15 | -12 | -9 | -6 |
The values of the given physico-chemical indicators are typical for currently manufactured products. Subsequently, they are subject to change in accordance with Shell specifications.
2022
