Lube Oil Handbook_industrial

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INDUSTRIAL OILS

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INDUSTRIAL OILS

Compressor

Mineral oil based refrigeration compressor oil.

Applications:• Refrigeration compressor oil• Suitable for, and compatible with, CFC (Freon 12, Freon

22 etc.) and ammonia refrigerant gases with evaporator temperatures down to -45°C

• NOT recommended for use with HFC gases such as R-134A and R-23

Advantages:• Wax free, naphthenic base oils (low floc point)

provide outstanding low temperature performance• Oxidation stability at high temperatures resists

deposit formation• Excellent chemical stability and compatibility

Performance Specifications:• Meets or exceeds the requirements of most

compressor builders• Registered with the Canadian Food Inspection Agency

(CFIA) under Lubricants: General, for use where contact with food will not occur; avoid food contamination during application and storage

Typical Properties:CLAVUS OIL 68

Product Code 407-942

Viscosity, cSt@ 40°C@ 100°C

60.66.4

Pour Point, °C max -37

Floc Point, °C -48

Flash Point, °C 199

Aniline Point, °C 88

Dielectric Strength, KV 35+

Clavus* Oil – Refrigeration Compressor Oil 3.95

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INDUSTRIAL OILS

Advanced synthetic lubricant for reciprocating air compressors.

Applications:• Reciprocating air compressors – all industrial reciprocating

air compressors, in particular up to and above air discharge temperatures of 220°C with continuous high delivery pressures

• Breathing air compressors – Corena AP may be used in breathing air compressors, provided subsidiary clean-up apparatus is used to ensure that the air produced is fit for breathing

Advantages:• Outstanding performance in all operating conditions• Extended service intervals• Maximum safety for air lines• Excellent rusting and wear protection• Excellent oxidation resistance• Excellent water separation properties

Seal Compatibility:Corena AP, in common with other ester-based lubricants, is not compatible with all seal materials, and some older compressors may need to have the seals changed before they can be run on the new grades

Compatability Guide:

COrenA OIL AP

Acceptable High nitrile content (SE85) >36% acrylonitrile

Majority acceptable Medium nitrile content (SE70)

30 – 36% acrylonitrile

Not recommended Low nitrile content <30% acrylonitrile

Corena AP is miscible with mineral oils, although dilution with mineral lubricants will markedly reduce its performance.

Corena* AP – Advanced Synthetic Lubricant for Reciprocating Air Compressors (formerly Corena* DE oils) 3.99

Compressor

150

INDUSTRIAL OILS

Corena* AP – Advanced Synthetic Lubricant for Reciprocating Air Compressors (formerly Corena* DE oils) 3.99

Performance Specifications:DIN 51506 VDLISO/DP 6521-L-DAB – medium dutyISO 6743-3:2003 DAB – severe dutyEN 12021

Typical Properties:

COrenA AP

Grade 100


Viscosity, cSt @ 40°C @ 100°C

100 10.2

Pour Point, °C --39


Rust 24 hrs, D-665 pass

Copper corrosion @ 100°C, 3 hrs 1b

Demulsibility (water separability) @ 82°C, min

25

Compressor

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INDUSTRIAL OILS

Compressor

A high performance synthetic lubricant for oil-flooded vane and screw air compressors.

Applications:• Rotary oil-flooded vane and screw type air compressors• Heavy-duty, single- or multi-stage equipment operating with

high discharge temperatures operating at high or low ambient temperatures

• Reciprocating air compressors should use Corena AP (synthetic) or Corena P (mineral oil)

Advantages:• Will reduce maintenance costs over operation on

conventional mineral oils• Utilizes synthetic PAO (poly-alpha-olefin / synthetic

hydrocarbon) base oils• Long oil life – up to eight times that of mineral oils• Ultimate performance beyond the scope of mineral based oils• Low volatility – less oil consumption and make-up required• Resistance to oxidation and the deposits it creates• Good low temperature performance• Excellent demulsibility• Compatible with mineral oils and common oil seal materials

Restrictions in Use:• Corena AS should NOT be used in reciprocating compressors, or in drip-feed rotary compressors which have different lubrication requirements and compressors used for breathing air

Typical Properties:COrenA AS

Grades 46 68

Product Codes 407-943 407-944


467.7

6810.4

Viscosity Index 135 139

Low Temp. Viscosity, cSt@ -18°C@ -29°C

1,4704,500

2,2006,500

Pour Point, °C <-45 <-45

Flash Point, °C 235 258

Corena* AS – Synthetic Air Compressor Oil 3.98

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INDUSTRIAL OILS

Compressor

Premium, partially synthetic, cylinder and packing oil primarily for sour and/or wet natural gas reciprocating compressors.Applications:• Applied via oil injection systems into cylinders and packings

of reciprocating compressors in sour (H2S) and wet (water or hydrocarbon) service

• 220 grade provides protection in cylinders with discharge pressures up to 14,000 kPa (2,000 PSI)

• 460 grade provides protection in cylinders with discharge pressures up to and beyond 28,000 kPa (4,000 PSI)

• Propane compression with suction temperatures down to -30°C• Compressing chemical gases such as aldehydes and keytones• For compressor crankcases of this type use Mysella* OilsAdvantages:• Non-fatty formulation eliminates deposits in the injection

system• Not sensitive to freezing• Superior low temperature flow properties• Resistant to wash-off from cylinder walls in wet service• Excellent oxidation resistance and valve/rod cleanliness• Corrosion protection against H2S and rusting from water

Typical Properties:COrenA nG

Grades 220 460



21117.9

42228.4

Pour Point, °C -24 -18

Brookfield Viscosity, cP@ 0°C@ -10°C@ -15°C

4,30013,80027,400

12,000––

Est. Lowest Suction Temp, °C -30 -15

Flash Point, °C 268 282

Corena* NG – Reciprocating Compressor Cylinder and Packing Oil 3.71

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Corena* P – High Performance Lubricant for Reciprocating Air Compressors 3.79

Premium quality reciprocating air compressors lubricant.

Applications:• Reciprocating air compressor – industrial reciprocating air

compressors operating with air discharge temperatures of up to 220°C

• Breathing air compressors – Corena AP may be used in breathing air compressors, provided subsidiary clean-up apparatus is used to ensure that the air produced is fit for breathing

Typical Properties: COrenA P 68 100

Product Code 407-226 Coming soon ASTM Method

Density at 15°C (kg/m3) 889 D 1298

Colour, ASTM 1.5 D 1500

Pour Point, °C -39 -10 D 97

Viscosity, cSt@ 40°C @ 100°C

69 8.2

1009.4

D 445 D 445

Viscosity Index 83 75 D 2270

Copper Corrosion 1A 1b D 130

Rust Test 48 hrs. distilled water 48 hrs. synthetic seawater

Pass Pass

Pass Pass D 665

Demulsibility Oil-Water-Emulsion (min.) 40-40-0 (30) D 1401

Flash Point, °C 228 D 92

Fire Point, °C 262 D 92

Compressor

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INDUSTRIAL OILS

Premium quality lubricant developed for the lubrication of rotary sliding vane and screw air compressors.

Applications:• Rotary screw and vane compressors requiring a rust and

oxidation inhibited oil in an ISO 32 grade• Circulating systems requiring an R&O oil• Hydraulic systems requiring an R&O type oil (low pressure)• Plain and rolling element bearings in pump crankcases• For heavier viscosity grades see Morlina Oils

Advantages:• Outstanding oxidation resistance• Specially processed and handled to enhance water separation

and air release• Excellent rust protection

Typical Properties: COrenA S 32



325.4

Viscosity Index 102

Pour Point, °C -30

Corena* S – Premium R & O Compressor Oil 3.83

Compressor

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INDUSTRIAL OILS

Shell Delima S oils are premium quality mineral oils for use in lubrication systems in modern paper machines.

Applications• Lubrication of bearings, gears and auxiliary equipment in the

wet and drying section of paper machines• Hydraulic and lubrication systems in deflection-compensating

rolls• Enhanced protection of gears under severe operating

conditions Advantages:• Oxidation resistant: antioxidant additives provide excellent

oil service life with superior performance in the ASTM D943 Turbine Oil Stability Test

• Thermal stability: very low tendency to form deposits or sludge

• Water separation: allows easier removal of water. Reduces formation of emulsions in systems

• Filterability: good filterability is essential for clean systems and low filter cost

• Corrosion protection: high level of corrosion protection for all metal surfaces

• Antifoam characteristics: excellent antifoam and air release properties

• Antiwear performance: effectively prevents wear in the lubricated parts of the paper machine. Zinc-free ashless additive technology

Performance Specifications:• Delima S can be used when DIN 51517 Part 2 type oils are

required• FZG: DIN 51354 stage 12 Pass• Meets the SKF & Metso requirements for Paper Machine

Oils• Meets the requirements of Voith VN 108

Delima* S – Very High Performance Mineral Oil Based, Zinc Free Circulating Oils

Circulating Oils

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INDUSTRIAL OILS

Typical Properties:

DeLIMA S

Grade 220 320 460

Product Code 407-832 407-833 407-834

Viscosity, cSt @ 40°C mm2/s @ 100°C mm2/s

ASTM D 445 220

19.232023.5

460 30

Viscocity index ISO 2909 98 95 97

Density @ 15°C kg/m3

ISO 12185 897 899 903

Flash Point, °C ISO 2592 250 260 >250

Pour Point, COC °C ISO 3016 -21 -21 -12

Delima* S – Very high performance mineral oil based, zinc free circulating oils

Paper Machine

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INDUSTRIAL OILS

Naphthenic electrical insulating oil, for rapid heat transfer with high oxidation stability.

Applications:• Transformers, circuit breakers, oil-filled switches, X-ray

equipment• Heat transfer medium• Spindle oil in high speed bearings

Advantages:• Excellent electric insulation and heat transfer properties• Does not contain any polychlorinated biphenyls (PCBs)• Low pour point• Oxidation stability to resist acid formation• Diala Oil is specially handled and packaged to prevent

minute contamination by moisture, particulate, fibres and surfactants. Storage should be indoors, in air-tight containers, in a climate-controlled environment

Performance Specification:• Meets ANSI / ASTM D-3487

Typical Properties: DIALA OIL

Grade DIALA AX


Viscosity, cSt@ 0°C@ 40°C@ 100°C

669.32.6

Pour Point, °C -57

Flash Point, (COC) °C 155

Interfacial Tension @ 25°C, Dynes/cm 47

Dielectric Strength @ 60 Hz: DISC electrodes, Kv VDE electrodes (1.02 mm gap), Kv

>35>28

Power Factor, % @ 100°C 0.03/.04

Gassing Tendency µL/min. +12

Diala* AX – Electrical Insulating Oil 3.17

Electrical

160

INDUSTRIAL OILS

All-season, mineral based, multigrade industrial gear oils.

Applications:• Enclosed industrial gearboxes which may be started or

operated in cold environments• Rolling bearings in pump crankcases

Advantages:• Year-round performance• AGMA EP – excellent load carrying ability and protection

against shock loading• “Stay-in-Grade” viscosity performance• Improved rust and corrosion protection• Anti-foam protection• Good water separation capability• Geartherm Oils are all-season (low-temperature, multigrade)

versions of Omala* Oils• For a fully synthetic industrial gear oil see Omala HD Oils

Performance Specification:• Hydro Quebec PAEM 89204

Typical Properties:GeArTHerM

Products Multigrade 150

ISO Grades 150

AGMA Grades 4EP

Product Codes 407-539


15118.7

Viscosity Index 140

Brookfield Visc., cP@ -20°C@ -26°C@ -30°C@ -36°C

19,30062,985

143,167–

Pour Point, °C -33


Channel Point, °C -45

Max. Typical Oil Operating Range, °C -30 to 70

Geartherm* Oils – Premium All-Season Industrial Gear Oils 3.65

Gear

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INDUSTRIAL OILS

Fully synthetic industrial EP gear oils.

Applications:• Specifically for General Electric wheel motors• For a full line of full synthetic industrial EP gear oils see

Omala* HD

Advantages:• Full synthetic (PAO) base oils for excellent low

temperature properties• Improved equipment reliability and reduced equipment

operating costs• Energy savings from improved efficiency

Performance Specifications:• Meet the ISO 12925-1 Type CKD specification• Meet the ANSI-AGMA 9005-D94 specification• Approved by GE under GEK-30375H against the following

specification:• Hyperia S 680 GE D50E27E

Typical Properties:HYPerIA S

Grades 680

AGMA Grades 8 EP

Product Codes 407-519


68061.2

Viscosity Index 160

Pour Point, °C -42

Channel Point, °C < -45


Weld Load, kg. D-2596 225

Hyperia* S – Synthetic Industrial Gear Oils 3.80

Gear

162

INDUSTRIAL OILS

A less flammable, fully synthetic, ester-type hydraulic fluid designed to be chemically stable when operating under severe conditions.

Applications:• Where polyolester-type, less flammable fluids are required

Advantages:• Less flammable: greater resistance than that provided by

conventional mineral oils• Low specific gravity: will float on water allowing it be

skimmed from ponds and collection tanks by standard methods, a feature that is desirable in the event of accidental spills

• Environmentally safer than phosphate esters• Biodegradable• Safety: high flash point and auto-ignition temperatures• Does not produce the obnoxious odour and dense black smoke

associated with phosphate esters when it strikes a heat source• Compatible with most seals used in hydraulic systems,

specifically, Buna-N, Viton, Teflon, Urethane and Silicon Rubber

• Non-corrosive to ferrous and non-ferrous metals

Performance Specification:• Tested by the Factory Mutual Engineering and Research

Corporation and are classified as Specification Tested by Factory Mutual

Typical Properties: IrUS DU-nA 46



469.4

Viscosity Index 210

Pour Point, °C -37


Auto Ignition Temp. °C 469

Biodegradability >70%

Irus* Fluids DU-NA 3.93

Hydraulic/Circulating

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INDUSTRIAL OILS

Rust and oxidation inhibited high speed spindle oil.

Applications:• Machine circulation systems• Oil lubricated plain and rolling element bearings • High speed spindles• Certain low loaded enclosed gears• Some industrial hydraulic transmission and control systems

containing steel-on-bronze and silver lubrication surfaces

Advantages:• The high resistance to oxidation, caused by heat in the

presence of air, water and metal catalysts, such as copper, prolongs oil life

• Carefully selected additives enhance the oil’s natural corrosion protective properties

• The low pour point of the lighter oils in the Morlina range may be used to advantage in certain low temperature industrial applications

• Careful use of additives ensures quick air release without excessive foaming

Performance Specification:• Morlina is compatible with all normal mineral oil seal

materials. This includes Nitrile and Butyl rubbers, Neoprene, Viton etc., where minimal swell and hardening are required in service

Typical Properties:MOrLInA 10.


Viscosity Grade 10

Kinematic Viscosity @ 40°C @ 100°C

mm2/smm2/s

ASTM D 445

10 2.4

Density @ 15°C kg/m3 ASTM D 4052 889

Viscosity Index ASTM D 2270 34

Flash Point, COC °C D92 150

Pour Point °C D97 -60

Morlina* Oil 10 – High Performance, High Speed Spindle Oil 3.27

Hydraulic / Circulating / Spindle

164

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Morlina Oils HS lubricants are special low viscosity, solvent refined mineral oil blended with zinc free additives, to provide extended performance in the high-speed spindles of machine tools.

Applications:• Oil lubricated plain and rolling element bearings • Lubrication of high speed spindles in machine tools where

high operating speeds require a low viscosity oil

Advantages:• Excellent oxidation resistance • Good wear protection • Corrosion protection

Typical Properties:MOrLInA HS.

Product Code 407- 046

Viscosity Grade ISO 3448 2

Kinematic Viscosity @ 20°C @ 40°C @ 100°C

mm2/smm2/s ASTM D 445

2.92-

Density @ 15°C kg/m3 ISO 12185 806

Flash Point, COC °C ASTM D93 84

Pour Point °C ISO 3016 <-45

Morlina* Oils HS – Special lubricants for high speed spindles in machine tools 3.28

Spindle

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INDUSTRIAL OILS

Premium Quality Bearing & Circulation Oils specifically developed to have superior demulsification.

Applications:• ‘Morgoil®’ type bearing systems in steel mills• Circulating oil systems where water separation is a key issue• Plain and rolling element bearings• Enclosed spur, helical, bevel and worm gearboxes where the

use of a non-EP rust & oxidation inhibited oil is approved by the equipment manufacturer

Advantages:• Excellent water shedding properties• Superior oxidation resistance • Rapid air release and high resistance to foaming• Excellent rust and corrosion protection

Performance Specifications:Morlina SD Oils are approved by the following OEMs:• Morgan ‘Morgoil®’; Advanced Lubricant (Super Demulsibility)

Specification Revision 2.3; 26th March 2004• Morgan ‘Morgoil®’ Lubricant Specification Revision 1.1;

27th January 2005• Danieli Wean United; Super Demulsifiable Oil Specification

6.124249.F• ANSI/AGMA 9005-D94 R&O

Typical Properties:MOrLInA SD 220 320 460

Product Codes 407-042 407-043 407-044

Viscosity @ 40°C cSt @ 100°C cSt @ 100°F, SUS @ 210°F, SUS

220 18.1 1019 90.5

320 23.1 1483 112

460 29.1 2123 138

Viscosity Index 95 95 95

Colour 4.0 4.0 5.0

Pour Point, °C -9 -6 -6

Flash Point, COC, °C 250 255 290

Morlina* SD – Premium Quality R & O Bearing & Circulation Oil 3.12

Spindle

166

INDUSTRIAL OILS

Premium range of natural gas engine oils.

Applications:• Stationary natural gas engine oils• Mysella 40 is an ashless oil for 2 stroke engines• Mysella LA40 and LA 15W-40 are low ash oils for 4 stroke

engines• Mysella MA40 is a medium ash oil intended for most

Waukesha and White Superior engines• Also used in natural gas compressor crankcases• Cylinders and packings in dry and sweet gas service• Most pump crankcases• See our “Lubrication Report” for specific application details

Advantages:• Three ash levels• Ashless (and low ash) blended to reduce port blockage• Premium anti-wear, rust and oxidation and detergency

additives• Compatible with NSCR catalysts• Improved nitration resistance• Multigrade for improved low temperature start-ups

Performance Specifications:• Mysella LA40, LA 15W-40 and MA40 meet API CD • Mysella MA40 approved for Waukesha Cogeneration

applications

Typical Properties: MYSeLLA

Grades 40 LA 40 LA15W-40 MA40

Product Codes 407-177 407-398 407-176 407-174


13914.0

15414.5

108.514.3

14714.8

Sulphated Ash, % 0.01 0.45 0.45 0.80

TBN-E 1.1 5.2 5.2 7.7

Pour Point, °C -18 -18 -33 -30

Mysella* – Premium Natural Gas Engine Oils 3.72

Natural Gas Engine

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INDUSTRIAL OILS

Mysella XL is a high performance quality oil blended for use in highly-rated, 4-stroke, spark-ignition engines which require a ‘low ash’ oil.

Applications:• Spark-ignited gas engines fuelled by natural gas, especially

those creating high oil stress• May also be used for landfill and biogases

Advantages:• Step change in oil drain interval – significantly prolongs oil

life relative to previous generation gas engine oils by resisting oxidation and nitration, viscosity increase and the formation of harmful acids, especially in demanding cogeneration (CHP) applications. (When used with landfill or biogases, oil life will be dependent on the level of contaminants in the gas)

• Excellent piston cleanliness – superior control of deposits in advanced designs where previous products are not satisfactory

• Optimised level of ‘ash’ components – helps prolong the life of valves and spark plugs

• Low phosphorus level – compatible with engines equipped with emission catalysts

Typical Properties: MYSeLLA XL


SAE Viscosity Grade 40

Kinematic Viscosity @ 40°C, mm2/s @ 100°C, mm2/s

12814

Density @ 15°C, kg/l 0.89

Flash Point, Closed Cup, °C >180

Pour Point, °C -18

BN, mg KOH/g 4.5

Sulphated Ash, % wt 0.48

Phosphorus, ppm <300

Mysella* XL – Long Life Stationary Gas Engine Oil # 3.76

Natural Gas Engine

168

INDUSTRIAL OILS

Applications: • Heavy-duty hydraulic systems for construction and earth

moving equipment• Machine tool hydraulic systems• Hydrostatic drive gears• General industrial control equipment and hydraulic systems• Moderately rated gearboxes where an anti-wear hydraulic oil

is specified

Typical Properties: nATUreLLe 32 46

Product Codes 407-210407-211 ASTM Method

Colour Green Green D 1500Density at 15°C, kg/m3 918 919 D 4052Viscosity, mm2/s @ 40°C @ 100°C @ 0°C @ -20°C

31.66.3269

1500

46.19.1357

1800

D 445

Viscosity Index 156 182 D 2270Pour Point (ISO 3016), °C -60 -54 D 97Flash Point, COC, °C 236 219 D 92Air Release Value at 50°C, minutes 4 9 D 3427Sulphated Ash, %wt. <0.01 <0.01 D 874Rust Test – Distilled Water Pass Pass D 665Copper Corrosion, 3 hours at 100°C 1 1 D 130FZG, Fail stage >12 >12 DIN 51254

T.2Water Content KF, ppm 364 325 DIN 51777Demulsibility at 54°Coil/water/emulsion (minutes)

40/40/ 0(23)

43/37/ 0(35) D 1401

Foam Sequence I Sequence II Sequence II

0/020/05/0

0/010/00/0

D 892

Baader Oxidation Test, 72h @ 110°CChange in Neutralization No., mgKOH/gChange in Viscosity @ 40°C, %

+ 0.14+ 0.38

- 0.28- 0.24

DIN 51554 T.3

Biodegradabilityg/100g

%9876

CEC L-33-A-93

OECD 301 B

Naturelle* HF-E – Environmentally Considerate Hydraulic Fluids 3.82

Biodegradable (Hydraulic Oils)

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INDUSTRIAL OILS

Biodegradable, anti-wear hydraulic oil based on a mixture of synthetic ester and vegetable oil.

Applications:• Suitable for the majority of hydraulic applications• Including axial piston and vane pumps• Mining, mobile forestry equipment where leakage could mix

with soil or water• Oil in the hydraulic system must be kept free from water,

<1000 ppm• Recommended operating temperature range -25°C to +70°C

Advantages:• High degree of biodegradability• Contains a significant amount of renewable resource• Stable viscosity at -20°C• Reduced tendency to form sticky deposits when accidentally

spilled• Excellent lubricity• Excellent anti-wear protection

Performance Specifications:• Vickers V-104C Pass• Vickers 35VQ25 (M-2952-S) Pass• Meets Swedish Standard SS 15 54 34

Typical Properties: nATUreLLe HF-M 46


Viscosity, mm2/s@ 40°C@ 100°C

42.69.6

Viscosity Index 220

Pour Point, °C -39

Rust (Distilled Water) Pass

FZG, failure load stage >12

Naturelle* HF-M – Environmentally Considerate Hydraulic Fluids 3.85

Biodegradable (Hydraulic Oils)

170

INDUSTRIAL OILS

Mineral oil based, industrial, EP enclosed gear oils designed to protect gearing against high loads/shock loading; can be used in oil mist systems.

Applications:• Enclosed industrial gears including worm gears• Rolling bearings in pump crankcases• Oil mist (oil fog) applications

Advantages:• Full industrial EP• Excellent load carrying properties protect against shock

loading and prevent scuffing and galling (adhesion)• Outstanding foam performance• Outstanding water separation• FZG, 12th stage load pass• Rust and oxidation inhibited• Excellent sludge and oxidation control• Able to withstand continuous operating temperatures up

to 93°C• Non corrosive to yellow metals up to moderate temperatures• Little or no free fog release in condensing mist units• Lead and chlorine free

Performance Specifications:• Meets or Exceeds US Steel 224 for lead free EP gear oil• Meets or Exceeds AGMA 9005 D94EP• Meets Hydro Quebec PAEM 89204• Meets or Exceeds DIN 51517 Part 3• Meets or Exceeds requirements for David Brown gear boxes• Approved by Cincinnati Lamb (selected grades)• Registered with the Canadian Food Inspection Agency


Omala* – Premium EP Gear Oils 3.10

Gear

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INDUSTRIAL OILS

Typical Properties:

OM

ALA

Gra

des

6810

015

022

032

046

068

010

00

AG

MA

No.

2 EP

3

EP4

EP5

EP6

EP7

EP8

EP8A

EP

Prod

uct C

odes

407-

528

407-

527

407-

529

407-

531

407-

533

407-

534

407-

532

407-

535

Visc

osity

, cSt

@ 4

0°C

@ 1

00°C

68 8.7

100.

011

.415

015

220

19.4

320

2546

030

.868

038

1000

45.5

Visc

osity

Inde

x99

100

100

100

100

9792

85

Pour

Poi

nt, °

C-2

4-2

4-2

4-1

8-1

5-1

2-9

-6

Flas

h Po

int,

°C19

019

519

520

020

520

520

522

5

Omala* – Premium EP Gear Oils 3.10

Gear

172

INDUSTRIAL OILS

Omala F oil is a premium quality, lead-free, extreme-pressure oils designed, primarily, for the lubrication of heavy-duty industrial gears. Their high load carrying capacity and anti-friction characteristics combine to offer superior performance in gears and other industrial applications.

Omala F is formulated using high viscosity index, solvent refined, base oils and incorporate a special sulphur-phosphorus additive to provide an extreme pressure performance significantly better than that provided by leaded gear oils. Omala F oil is formally approved by Flender AG.

Applications:• Steel gear transmissions• Industrial gear drives where a full EP performance is required• Bearings• Circulating and splash lubricated systems• Omala F should not be used for automotive hypoid gears.

The appropriate Spirax* Oil should be used for this purpose

Advantages:• Excellent load carrying and anti-friction characteristics –

reduces gear tooth and bearing wear on both steel and bronze components

• Outstanding oxidation and thermal stability – withstands high thermal loading and resists the formation of sludge and other harmful products of oxidation. Extended oil life, even with bulk oil temperatures up to 100°C in certain applications

• Effective corrosion inhibition – protects both steel and bronze components, even in the presence of contamination by water and solids

• Lead-free – operator acceptability. Reduced health risk• Resistant to micro-pitting – standard setting anti micro-

pitting performance to reduce the risk of premature failure through surface distress

• Water shedding properties – Omala F oils have excellent water separation properties. Excess water can be drained easily from lubrication systems. (Water can greatly accelerate surface fatigue on gears and bearings as well as promoting ferrous corrosion on internal surfaces. Water contamination should be avoided or removed as quickly as possible after the occurrence)

Omala* F – Premuim Quality Industrial Gear Oil 6.13

Gear

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INDUSTRIAL OILS

Typical Properties:OMALA F 68

Kinematic Viscosity@ 40°C cSt@ 100°C cSt(IP 71)

688.7

Viscosity Index(IP 226)

100

Density @ 15°C kg/l(IP 365)

0.887

Flash Point°C (PMCC) (IP 34) 191

Pour Point°C (IP 15) -27

Omala* F – Premuim Quality Industrial Gear Oil 6.13

Gear

174

INDUSTRIAL OILS

Premium, synthetic industrial EP gear and bearing oils.

Applications:• Enclosed industrial gears including worm gears that require

an EP gear oil• “Lubricated-for-life” systems• Gear boxes operating at elevated temperatures• Rolling bearings in pump crankcases

Advantages:• Fully synthetic (PAO, Synthetic hydrocarbon) base stocks• Compatible with seals and paints used with mineral oils• Full industrial EP additive system• Performance superior to conventional mineral based

industrial gear oils• Reduced oil change frequency• Increased equipment reliability, life and operational efficiency• Improved load carrying properties protect against shock

loading and prevent scuffing and galling (adhesion)

Performance Specifications:• Formally approved by Flender AG• Meets ISO 12925-1 Cat. CKT• Meets ANSI/AGMA 9005 D94EP• Meets US Steel 224• Meets David Brown S1.53101• Registered with the Canadian Food Inspection Agency


Omala* HD – Synthetic Industrial Gear Oils 3.19

Gear

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INDUSTRIAL OILS

Typical Properties: OMALA HD

Grades 100 220 320 460 680

Product Codes 407-546 407-541 407-547 407-542 407-543


100.415.0

222.425.8

322.733.4

458.345.5

66862.6

Viscosity Index 157 148 145 155 164

Pour Point, °C -48 -48 -45 -42 -36

Flash Point, °C 252 245 242 240 236

4 Ball EP (Weld), kg

290 290 290 290 290

Omala* HD – Synthetic Industrial Gear Oils 3.19

Gear

176

INDUSTRIAL OILS

Premium, non-EP, synthetic industrial gear and bearing oils.

Applications:• Lightly loaded, enclosed industrial gears subjected to severe

operating conditions and NOT requiring an EP gear oil• “Sealed-for-life” systems• Gear boxes operating at elevated temperatures• Moderately loaded rolling bearings in pump crankcases• Oil circulation systems• Marine separators• For synthetic “EP” gear oils see Omala Oils HD

Advantages:• Fully synthetic (PAO, Synthetic hydrocarbon) base stocks• Compatible with seals and paints used with mineral oils• Performance superior to conventional mineral based

industrial gear oils• Longer oil life, longer component life• Increased equipment reliability, life and operational efficiency• Low traction coefficients: reduced energy consumption• Improved system cleanliness: oxidation and thermal resistance• Improved low temperature characteristics• Worm gear reducers (460 grade)

Performance Specifications:• Meets ISO 12925-1 Cat. CKS01• Registered with the Canadian Food Inspection Agency


Typical Properties: OMALA rL

Grades 150 220 460

Product Codes 407-548 407-544 407-545


15319.8

22225.9

45845.5


Pour Point, °C -54 -48 -42

Flash Point, °C 236 240 274

4 Ball EP (Weld), kg 210 210 210

Omala* RL – Synthetic Industrial Gear Oils 3.04

Gear

178

INDUSTRIAL OILS

An ISO Class HFDU anhydrous less flammable hydraulic fluid; Factory Mutual approved as a less hazardous fluid.

Applications:• Typical applications are in the metal, mining and glass industries• Hydraulic installations: Shell FR-N provides good lubrication

and a higher degree of fire resistance

Advantages:• Less flammable – greater fire resistance to that provided by

conventional mineral oils • Cost effective performance – in most plant hydraulic

applications and is very cost competitive when compared to polyol esters

• Fully compatible with mineral hydraulic oils. No major modification of the hydraulic circuit is necessary

• Wear protection and lubricity – meets the anti-wear requirements of virtually all vane pumps (where this property is most important)

• When maintained properly, the fluid can provide equivalent or better vane pump performance than many mineral-based hydraulics

• Provides satisfactory service in most piston and gear pumps. Passes FZG load stage 12, demonstrating excellent load carrying ability

• Long oil life – in most applications due to its oxidation inhibition. For optimum life, system-operating temperatures should not exceed 60°C - 65°C for extended periods

• Fluid maintenance – to maximize fluid life, water contamination should be avoided

• High degree of biodegradability – contains a significant amount of a renewable resource

• High Viscosity Index – minimal change of viscosity over wide range of operating temperatures

• Seal Compatibility – compatible with all seal materials and paints normally specified for use with petroleum mineral oils except those made from natural rubber. Recommended elastomers include NBR, Fluorocarbon, Fluorosilicone, and Polyacrylate

Performance Specifications:• Eaton Vickers 104C & 35VQ25 performance • Denison T6C vane pump performance

Shell FR-N – High Performance, Less Flammable Hydraulic Fluid 3.89


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Typical Properties: SHeLL Fr-n OIL

Grades 46 68


Appearance Clear light amber Clear light amber

Viscosity, cSt (mm2/s)@ 40°C@ 100°C

479.2

6913.9



Flash Point, COC, °C 234 260

Shell FR-N – High Performance, Less Flammable Hydraulic Fluid 3.89


180

INDUSTRIAL OILS

General purpose anti-wear hydraulic oils.

Applications:• Industrial and mobile hydraulics• Suitable for all types of hydraulic pumps• Circulating systems in place of R&O type oils• For high performance state-of-the-art hydraulic systems,

Tellus Oils are recommended

Advantages:• Cost-effective performance• Wear protection • Long oil life• Rust and oxidation inhibited

Performance Specifications:• Meets Vickers 104C vane pump test • Meets Vickers 35VQ25 vane pump test • Meets Denison P46 axial piston pump test

Typical Properties: SHeLL HYDrAULIC OIL

Grades 22 32 46 68

Product Codes 407-136 407-137 407-138 407-139


20.854.3

31.75.36

45.76.7

68.5

8.73

Viscosity Index 99 102 98 99

Pour Point, °C -27 -27 -27 -24

Flash Point, °C 217 224 235 246

Shell Hydraulic Oil – General Purpose Hydraulic Oils 3.66


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INDUSTRIAL OILS

Premium turbine oils developed to meet the severe demands imposed by modern, heavy-duty turbine applications, exceeding OEM specifications for steam turbines. Applications: • Power generation combined cycle turbines • Industrial steam turbines • Industrial gas turbines Advantages: • Superior oxidation resistance • Rapid air release and high resistance to foaming • Excellent water shedding properties • Good load carrying capacity Performance Specifications: Shell Turbo CC Turbine Oil exceeds all major gas and steam turbine manufacturer lubricant specifications including: • General Electric GEK 32568 F, GEK 28143 A,

GEK 101941 and GEK 42506D• Siemens-Westinghouse 21 T0591 & 55125Z3 • ABB STAL K-110-8121 08/09 • Solar ES 9-224 Class II, Revision V • DIN 51515 parts 1 & 2• ISO 8068• GEC Alstom NBA P50001A • JIS K-2213 Type 2• BS 489-1999 • Siemens/Mannesmann Demag 800 037 98• Approved by OEM against:

• Alstom HTGD 90-117 • Siemens TLV 9013 04

Typical Properties:SHeLL TUrbO CC 32



325.3

Viscosity Index 105

Pour Point, °C -12

Flash Point, °C min 222

Shell Turbo CC – Premium Quality Industrial Gas,Steam and Combined Cycle Turbine Oil 3.22

Turbine

182

INDUSTRIAL OILS

Shell Turbo Oil J has been specially formulated to satisfy the demanding requirements of the MHI (Mitsubishi Heavy Industry) non-geared steam & gas turbines. This is based on a blend of specially chosen high quality hydro-treated base oils with selected additives to enhance their rust and oxidation properties.Applications: • Power generation MHI turbines• Shell Turbo Oil J may also be used for other industrial

applications requiring high quality rust and oxidation (R & O) inhibited oils, which separate easily from water

Advantages: • Good thermal and oxidation stability• Excellent corrosion protection• Excellent oil/water separation properties• Good air release characteristics• Reliable performance in MHI turbines • Shell Turbo J meets the requirements of MHI turbines

and has been successfully tested in the MHI in-house dry TOST test. Shell Turbo J is approved by MHI against their specifications Turbine Oil Type 2 (additive) MS04-MA-CL001 (R-1) and MS04-MA-CL002 (R-1)

Shell Turbo Oil J – Premium Industrial Turbine Oil 3.34

Turbine

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Typical Properties: TUrbO J 32

Product Code 446 -152

Viscosity (ASTM D445), cSt @ 40°C @ 100°C

325.3

Viscosity Index (ASTM D2270) 104

Colour (ASTM D1500) L0.5

Pour Point, °C (ASTM D97) -18

Flash Point, COC (ASTM D92, °C) 222

Total Acid Number (ASTM D974, mg KOH/g) 0.05

Foaming (ASTM D892, ml/ml) Sequence I Sequence II Sequence III

30/Nil20/Nil30/Nil

Water Separability (ASTM D1401, @54°C, ml (min)) 40-40-0(10)

Air Release (ASTM D3427, min) <4

Copper Corrosion (ASTM D130, 100°C/3hr)

1b

Rust Control (ASTM D665B) Pass

Oxidation Control Tests-a) TOST Life (ASTM D943, hr)b) Dry TOST (MHI method)c) RPVOT (ASTM D2272, min)

>8000Pass>950

Shell Turbo Oil J – Premium Industrial Turbine Oil 3.34

Turbine

184

INDUSTRIAL OILS

Mineral oil based, rust and oxidation (R&O) inhibiting oils.

Applications:• Non-geared industrial steam turbines• Non-geared light-duty gas turbines• Water turbine lubrication• Compressor applications• Numerous applications where strong control over rust and

oxidation is required

Advantages:• Strong control of oxidation• High resistance to foaming and rapid air release• Positive water-shedding properties• Excellent rust and corrosion protection

Performance Specifications:• General Electric GEK 28143A, 32568F, 46506D• Siemens Westinghouse 21T0591 & 55125Z3• DIN 51515 parts 1 & 2• ISO 8068• Solar ES 9-224U, Class II, revision V• GEC Alstom NBA P50001• JIS K2213 Type 2• BS 489-1999• ASTM D4304, Type I• Siemens/Mannesmann Demag 800 037 98• Approved by OEM against:

• Siemens TLV 9013 04 • Alstom HTGD 90117 • Man Turbo SP 079984 D0000 E99

Typical Properties:SHeLL TUrbO T OILSGrades 32 46 68 100 ASTM

MethodProduct Codes 407-952 407-953 407-954 407-956Viscosity, cSt @ 40°C @ 100°C

325.2

466.6

688.5

10011.4

D 445D 445

Flash Point (COC),°C >215 220 240 250 D 92

Pour Point, °C <-12 <-12 -9 -9 D 97

Shell Turbo T Oils – Premium Turbine Oils 3.03

Turbine

186

INDUSTRIAL OILS

Tellus Oils are premium quality, solvent refined, high viscosity index mineral oil based fluids generally acknowledged to be the ‘standard-setter’ in the field of industrial hydraulic and fluid power lubrication.

Applications:• Industrial hydraulic systems • Mobile hydraulic fluid power transmission systems• Marine hydraulic systems

Advantages:• Thermal Stability• Oxidation Resistance• Hydrolytic Stability• Outstanding Anti-Wear performance • Superior filterability• Low friction • Excellent air release and anti-foam properties• Good Water separation • Suitable for a wide range of other industrial applications

Performance Specifications:Tellus Oils have the following Performance Specifications:• CINCINNATI P-68 (ISO 32)• CINCINNATI P-70 (ISO 46)• CINCINNATI P-69 (ISO 68)• DENISON HF-0• DENISON HF-1• DENISON HF-2• Eaton (Vickers) M-2950 S• Eaton (Vickers) I-286 S

Tellus Oils meet the requirements of:• ISO 11158 HM• GM LS/2• AFNOR NF-E 48-603• Bosch Rexroth Ref 17421-001 and RD 220-1/04.03• Swedish Standard SS 15 54 34 AM

Tellus* – High Performance Hydraulic Oils 3.01


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Typical Properties:

TeLL

US

OIL

S

Gra

des

2232

4668

100

150

Prod

uct C

odes

407-

161

407-

162

407-

163

407-

164

407-

165

407-

166

Visc

osity

, cSt

@ 4

0°C

@ 1

00°C

21.3

34.

2132

.32

5.38

46.4

96.

7669

.43

8.76

100.

6411

.91

148.

3314

.56

Visc

osity

Inde

x99

9996

103

108

96

Pour

Poi

nt, °

C-3

3-3

0-3

0-3

0-2

7-2

7

Flas

h Po

int,

°C21

322

523

825

727

928

6

Tellus* – High Performance Hydraulic Oils 3.01


188

INDUSTRIAL OILS

A mineral based, zinc-free fluid designed especially for use in mining and forestry machinery and other outdoor equipment.

Applications:• All types of hydraulic systems where the operating

temperature does not continuously exceed 75°C• The major application of Tellus Arctic 32 is in systems which

must be started up at extremely low temperatures (down to -40°C) but during operation the temperature rises

• Mining and forestry machinery are typical examples

Advantages:• Contains additives to combat oxidation, rust, corrosion,

wear and foaming• Compatible with most pumps and with all seal materials and

paints normally specified for use with mineral oils• Low temperature start-up• Extremely wide operating temperature range

Typical Properties:TeLLUS ArCTIC 32


Viscosity Kinematic, mm2/s@ 40°C@ 100°C

33.69.89

Viscosity Index >300

Pour Point, °C -60

Flash Point COC, °C >100

Tellus* Arctic 32 – Hydraulic Fluidfor Extremely Low Temperature 3.20


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INDUSTRIAL OILS

Premium quality specialty detergent/dispersant antiwear mineral hydraulic oils for systems where emulsifiable oils are preferred.Applications: • Industrial hydraulic systems• Injection moulding machines • Electronically controlled hydraulic equipment• Mobile Equipment• Headstocks and hydraulic controls in automatic lathes (when

a synthetic or semi-synthetic water-extendible metal working fluid is used)

Performance Specifications:Tellus Oils DO meet the requirements of:• ISO 11158 HM• Mueller Weingarten (Tellus DO 46)Typical Properties:TeLLUS DO

ISO Grade 46

Product Code 407-130 ASTM Method

Fluid Type (ISO Designation) L-HMDensity at 15°C, kg/m³ 0.874Kinematic Viscosity, mm2/s

@ 40°C@ 100°C

466.7

D-445D-445

Viscosity Index 99 ISO 2909Flash Point, °C 236 D 92Pour Point, °C -24 D 97Steel Corrosion 24 hours at 60°C No Rust D 665BCopper Corrosion, 3 hrs

@ 100°C 1a D 130Air Release, min. 5,6 D 3427Foam, mL 0/0-40/0-0/0 D 892Demulsibility @ 54°C after 30 minutes 0-0-80 D 1401Brugger Test, N/mm2 >50 DIN 51

347-2FZG failure load stage >12 DIN

51354-2

Tellus* DO – Premium Quality Zinc Free Detergent Hydraulic Oils 3.97


190

INDUSTRIAL OILS

Tellus EE hydraulic fluids are specifically designed to help customers improve the energy efficiency of their hydraulic systems without compromising the protection of the system or maintenance procedures of their equipment and operations. Tellus EE has been found to improve energy efficiency in applications such as plastic injection molding and metal pressing by an average of 8%. In addition, Tellus EE is also designed to help equipment service life and lower maintenance costs through providing outstanding wear protection and long oil life capability.

Tellus EE hydraulic fluids are available in ISO 22 and 46 grades.

Applications:• Industrial hydraulic systems • Mobile hydraulic fluid power transmission systems • Marine hydraulic systems

Advantages:• Energy efficiency: The formulation adopted allows to achieve

energy savings, on average up to 8% as demonstrated in field trials, thanks to the following three elements: the fluid density, the frictional properties and high viscosity index. The first two are the drivers for systems operating in a stationary condition while the third one playa a key role in the case of variable operating conditions. Tellus EE hydraulic fluids contain a patented additive technology

• Help the environment: Achieving energy efficiency means reducing CO2 emissions thus contributing to reducing environmental impact

• Reduce maintenance costs Tellus EE hydraulic fluids offer outstanding performance in all the properties relevant to an hydraulic fluid, enabling you to operate your machinery in a reliable and efficient manner

As with other fluids in the next generation Tellus range, use of Tellus EE hydraulic fluids helps you minimize problems such as: sludge build up, valve sticking, increased wear, filter blocking, corrosion and contamination

By using Tellus EE you can therefore: guard against equipment damage (pump, filter, seals, valve, hose) avoiding premature failure and replacement thus increasing productivity while reducing maintenance costs

• Longer oil drain intervals: The usage of synthetic base fluids in the formulation increases the oil drain interval achievable

Tellus* EE – Energy Efficient Hydraulic Fluids 3.15


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INDUSTRIAL OILS

provided that excellent maintenance and design practices are in place to prevent fluid contamination. The nature of the base

Performance Specifications:• Tellus EE meet the requirements of: • CINCINNATI P-70 (ISO 46) • DENISON HF-0 • DENISON HF-1 • DENISON HF-2 • Eaton (Vickers) • ISO 11158HM • ASTM D6158 HM • Swedish Standard SS 15 54 34 AM • AFNOR NF-E 48-603

Typical Properties:TeLLUS ee

Grades 22 46


Viscosity, cSt@ 0°C@ 40°C@ 100°C(ASTM D445))

160224.7

450467.7


Density @ 15°C, kg/l(ASTM D1298)

0.822 0.832

Flash Point, °C (COC)(ASTM D92)

220 250

Fire Point, °C (ASTM D97) -54 -51

Tellus* EE – Energy Efficient Hydraulic Fluids 3.15


192

INDUSTRIAL OILS

Tellus Oil Premium is high performance hydraulic oil blended with patented Shell additive technology in combination with hydro-treated base oils to meet the requirements of the most demanding hydraulic systems.

Applications:• Industrial hydraulic systems• Mobile hydraulic fluid power transmission systems• Circulating oil systems• General machine lubrication

Advantages:• Excellent thermal stability – improves system reliability and

cleanliness• Outstanding anti-wear – results in longer pump and

component life and reduced replacement costs• Excellent oxidation resistance – reduces oil replacement cost• Excellent hydrolytic stability – provides protection from

corrosion of brass components in pumps and results in reduced replacement costs

• Outstanding filterability – improves efficiency of filtration systems to reach system cleanliness targets

• Excellent air-release – minimizes chances of pump cavitation and oxidation degradation of the oil

• Good water separation – protects systems components from corrosion and wear

Typical Properties:TeLLUS PreMIUM 22 32 46 68 ASTM

MethodProduct Codes 446-022 446-032 446-046 446-068ISO Oil Type HM HM HM HMKinematic Viscosity

@ 40°C cSt @ 100°C cSt

22 4.4

32 5.4

46 6.8

68 8.7

D445

Viscosity Index 109 102 102 99 D 2270Density

@ 15°C kg/l 0.864 0.868 0.871 0.873 D1298Flash Point, °C (Cleveland Open Cup)

195 200 210 225 D 0092

Maximum Pour Point, °C

-30 -30 -30 -30 D 97

Tellus* Premium –High Performance Hyrdaulic Oils 1.97


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Tellus* S – Zinc-freeHydraulic Oils for Severe Duty 3.09

Tellus Oils S are ‘top-tier’, anti-wear hydraulic oils formulated to be the ultimate ‘high reference oil’ in the hydraulics industry.

Applications: • Primary application in industrial, marine and mobile

hydraulic and fluid power transmission systems

Advantages: • Outstanding oil life• Lower ecological impact• Long life • Vane pump wear performance • Thermal stability • FZG gear rig test• Piston pump performance • Hydrolytic stability • Water separation• Corrosion resistance• Air release and anti-foam properties • Filterability • Oil seal and paint compatibility

Typical Properties:TeLLUS S 46

Viscosity Grade (ISO 3448) 46

ISO Oil Type HM

Kinematic Viscosity, cSt@ 0°C @ 20°C @ 40°C@ 100°C

(IP 71)

576135466.8

Viscosity Index (IP 226) 98

Density @ 15°C (IP 365) kg/l 0.876

Flash Point (IP 34) (PMCC) °C 218

Pour Point (IP 15) °C -30


194

INDUSTRIAL OILS

Tellus* T -Premium All-Season Hydraulic Oils 3.13

New and improved all-season (low temperature, multigrade) hydraulic oils.

Applications:• Year-round use in all mobile and stationary hydraulic systems

requiring an anti-wear oil that operate outdoors or have flow lines that are exposed to low temperatures

• Including excavators, cranes, shovels, drills, crawlers, “cherry pickers”

• Saw mills, woodlands operations and snow removal equipment

• Portable compressors• Circulating systems including those servicing plain and

rolling element bearings in pump crankcases and some electric motor bearings etc. and gear sets requiring non-EP gear oils where temperatures vary seasonally

• Tellus Oils T should not be used in pumps containing silver plated components

Advantages:• Improved low temperature fluidity to reduce non-productive

warm-up time, minimize energy losses and reduce pump cavitation

• All-season protection• Excellent resistance to viscosity breakdown (shear)• Premium anti-wear protection, for use in all pump types at all

pressures• Advanced oxidation and thermal stability against high heat• Improved wet filterability as demonstrated in Denison T6C

vane pump test• Improved tolerance to contamination• Improved frictional characteristics• Excellent air release properties• Silicone-free

Performance Specifications:• Denison HF-O, HF-2• Passes Denison T6C vane pump test• Meets Eaton Vickers M-2950-S• Passes Eaton Vickers 35VQ25 vane pump test• Passes Eaton Vickers 1-286-S• Cincinnati Lamb P-68, P-69, P-70• Registered with the Canadian Food Inspection Agency

(CFIA) under Lubricants: Hydraulic Oil, for use where contact with food will not occur; avoid food contamination during application and storage


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INDUSTRIAL OILS

Typical Properties:

TeLLUS T

Grades T32 T46 T68

Product Codes 407-159 407-179 407-169


32.26.4

45.97.95

67.910.0


Brookfield, cP @ -20°C @ -30°C @ -40°C @ -45°C

1,4386,734

32,08680,101

3,08114,01193,465

–

7,40040,613

––

Pour Point, °C -45 -42 -36

Flash Point, °C 212 226 252

Max. Typical OilOperating Range, °C -14 to 67 -8 to 78 0 to 87

Min. Start-Up, °C* -32 -27 -21

* Based on 9,000 cP viscosity and the use of proper warm-up techniques (e.g. system should be operated without load until minimum operating temperature achieved, etc.). Temperature limits vary with type, design of equipment and severity of operation.

Tellus* T -Premium All-Season Hydraulic Oils 3.13


196

INDUSTRIAL OILS

Advanced performance, antiwear, shear stable hydraulic oils designed for applications subjected to a wide range of temperatures or where small variations in viscosity with temperature are required (low temperature, multi-grade).

Applications:• Hydraulic and fluid power transmissions subjected to wide

variations in temperature or where very small viscosity change with fluctuating temperature is required

• Certain critical hydraulic systems can only tolerate small variations of viscosity if efficiency and responsiveness are to be maintained even in varying temperatures. Tellus TX is specially designed to meet those requirements

Advantages:• Excellent shear stability and low viscosity variation with

temperature• High thermal stability• Outstanding anti-wear performance• Excellent filterability (dry and wet)• Excellent oxidation stability• Rust and corrosion protection• Rapid air release and anti-foam properties

Performance Specifications:Tellus TX meets or exceeds the following performance requirements or standards:• Vickers pump tests (M-2952-S / I-286-S)• Bosch Rexroth shear stability)• Case Poclain shear stability test• Swedish Standard 155434 AM (all grades)• ISO 11158 HV

Tellus* TX – Extra-Low-Wear Hydraulic Oil for Extreme Temperature Ranges 3.26


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Tellus* TX – Extra-Low-Wear Hydraulic Oil for Extreme Temperature Ranges 3.26

Typical Properties:

TeLLUS TX

Grades TX 15 TX 22 ASTM Method


Density at 15°C, kg/m3 841.8 858.8 D 1298

Pour Point, °C -57 -51 D 97

Flash Point, °C 114 166 D 92


15.24.1

22.75.1

D445

Viscosity Index 191 163 D2270

Cu Corrosion at 100°C 1a 1a D 130

Brookfield, cP @ -20°C @ -30°C @ -40°C @ -45°C

–

85629085865

6802567

11480–

D 2983

Estimated operating range °C Min. Start-Up, °C(1)

-29 to 44-47

-21 to 56-39


198

INDUSTRIAL OILS

A mineral based, heat transfer oil.

Applications:• For use in indirect fired heat transfer systems• Particle board mills, sawmills, asphalt plants• In closed systems, up to 290°C for continuous operation,

315°C for intermittent periods

Advantages:• Oxidation inhibitor package protects the base oil from

deterioration• Excellent resistance to thermal cracking• Low vapour pressure• Low temperature start-ups to -5°C for centrifugal oil pumps

and -7°C for gear pumps

Typical Properties:THerMIA C

ISO Grade 68



648.2

Viscosity Index 96

Pour Point, °C -6

Flash Point (COC), °C 260

Flash Point (PMCC), °C 210

TAN-C <0.005

Maximum Film Temp, °C 330

Thermia* C – Heat Transfer Oil 3.21

Heat Transfer

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INDUSTRIAL OILS

High performance synthetic polyglycol industrial gear and bearing oils.

Applications:• Worm gears• High temperature gear applications – beyond the 93°C limit

of conventional mineral EP gear oils and the 120°C limit of synthetic EP gear oils

• Suitable for all types of gears including spur, bevel and planetary units

• Gear applications where natural load carrying and efficient power transmission are required

• Seal-for-life gear boxes not requiring an EP gear oil• NOT compatible with mineral based products• NOT compatible with many paints• Neutral effect on most sealing materials• Tivela S Oils are not recommended for the lubrication of

gears manufactured from bronze alloys containing aluminum• Where industrial EP oils are required, see Omala*,

Omala* HD or Geartherm*

Advantages:• Polyglycol base oil has very high viscosity index, low pour

point, high natural load carrying capacity and low frictional characteristics

• Oxidation stability provides long life for seal-for-life gear boxes• Very good high and low temperature properties• Optimal power transmission• Especially suited for steel and bronze gear tooth interaction as

found in worm gears

Performance Specifications:• Recommended for David Brown, SEW and NORD Gear• Fulfills the requirements of Flender AG

Typical Properties:TIVeLA S

ISO Grades 220 460



222.034.4

46073.2


Typical Operating Range, °C -30 to +170 -20 to +170

FZG 12th Load Stage Pass Pass

Tivela* S – Synthetic Industrial Gear Oils 3.32

Gear Oils

200

INDUSTRIAL OILS

Torcula Oils are specially developed lubricants of high film-strength that provide improved lubrication of rock drills, jackhammers, sinkers and other air operated percussion tools.

Applications:• Rock drills • Jack hammers • Sinkers • Other air operated tools, especially those used in

underground mining • Gardner Denver, Chicago Pneumatic, Ingersoll-Rand and

other manufacturers

Advantages:• Load-carrying properties for increased film-strength • Minimization of frictional heat • Reduction of operating costs by increasing drill life and

decreased repairs • Emulsification of water and increased oil absorption on the

working surfaces of parts • Protection from rust in the presence of water • Tackiness which helps these oils adhere to working parts

Typical Properties:

TOrCULA

ISO Viscosity Grades 46 68 100 150 220

Product Codes 407-855 407-852 407-853 407-854 407-850

Viscosity @ 40°C, cSt @ 100°C, cSt

44.5 8.61

68 9.3

100 11.6

150 14.8

220 19.2

Viscosity Index 175 103 100 100 98

Appearance Very Dark

Very Dark

Very Dark

Very Dark

Very Dark

Density, kg/m3 871 877 877 881 887

Pour Point, °C -45 -27 -24 -18 -15

Flash Point, °C 180 242 254 272 282

Tackiness Present Present Present Present Present

Recommended Operating Temperature Range, °C

-30 to 5 -10 to 20 5 to 25 5 to 25 Above 25

Torcula* Oils – Premium Oils for Superior Lubrication of Air Operated Rock-Drilling Equipment 3.53

Rock Drill

201

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INDUSTRIAL OILS

Valvata* J – Compounded Oils 3.35

Mineral based, high viscosity, compounded steam cylinder oils.

Applications:• Steam cylinders• Gears (especially worm gears) and bearings at low

speeds and moderate loads, with either bath or pressure circulation systems

• Some multi-stage reciprocating compressor cylinders and packings

• NOT suitable for hypoid gears• NOT suitable for application below freezing where

additive stability may be affected

Advantages:• Excellent stability• Excellent lubricity associated with classic fatty

compounded oils

Typical Properties:VALVATA J

Grades J 460 J 680



44430.0

67338.4



Flash Point, °C min 334 325

TAN-C 0.17 0.30

Saponification Number 10.3 10.3

Compounded

202

INDUSTRIAL OILS

A highly refined paraffinic mineral lubricating oil.

Applications:• Oil lubricators and central lubrication systems• Lubricating plain and rolling bearings• Spur, helical and bevel gears where an oil which does not

contain additives is adequate• Where gear tooth and bearing loads are not extreme• Moderate temperature applications

Advantages:• Natural high viscosity index and low pour points• Readily separates from water• Low cost• Good oxidation stability

Typical Properties:VITreA 22



20.34.02

Viscosity Index 95

Pour Point, °C -18

Flash Point (COC), °C 196

TAN-C 0.01

Vitrea* 22 – General Purpose Mineral Oil 3.18

Mineral Oils

203

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INDUSTRIAL OILS

Shell developed VSI (Vapor Space Inhibiting) Circulating Oil with an anti-rust compound, which is oil soluble and volatile.

Applications:• Hydraulic, turbine, and general lubricating applications • Enclosed lubricating oil systems where rusting is likely to

occur • Anti-friction bearings and gears, reservoirs, system housings,

piping and similar system components • Machine tools that may be idle for weekends or longer

Advantages:• Excellent demulsibilty • Excellent corrosion protection

Typical Properties:VSI OIL 32

Product Code 407-879 ASTM Method

Gravity, °API @ 60°F 31 D 1298

Flash Point, COC, °F 395 D 92

Pour Point, °F -10 D 97

Viscosity @ 40°C, cSt@ 100°C, cSt

31.15.2

D 445 D 445

Viscosity Index 100 D 2270

Rust Test, Synthetic Sea Water No Rust D 665B

Acid Number, mg/KOH/g 0.45 D 974

Copper Corrosion 1b D 130

VSI* Oil – Hydraulic and Lubricating Oil for Rust Protection in Vapour Spaces 3.43

Hydraulic / Circulating / Rust Inhibitor

Documents

Lube Oil Handbook_industrial