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SYM E-Virid

Oil for SYM, E-Virid, E-Virid

SYM Model (E-Virid) to find out what kind of oil is used for it

SYM E-Virid E-Viridfrom 2012 Engine oil, automatic transmission fluid, manual transmission oil, antifreeze, brake fluid, power steering fluid and other fluids.

Fuel: Electric
Drive: belt
Power:

Nodes and assemblies

Transmission stepless

Liquid volume (basic): 0.11 L
RAVENOL Getriebeoel EPX SAE 85W-140 GL-5

RAVENOL Getriebeoel EPX SAE 85W-140 GL-5

For transmission

RAVENOL Getriebeoel EPX SAE 85W-140 GL-5 is a lubricating oil for mechanical gears based on high quality and solvent refined base oils. Special extreme pressure (EP)-active substances and selected additives give excellent lubricating oil properties.

Compliance with the requirements:
CS 3000B, Ford SQ-M2C 9002-A, MAN 342 Type M1, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A

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SAE:  85W-140

API:  GL-5

  • Available packaging
  • Full description
  • Product parameters

Volume:
1 L

Vendor code:
1223211-001
 

Volume:
4 L

Vendor code:
1223211-004
1223211-004-01-999

Code:
4014835738393

Volume:
10 L

Vendor code:
1223211-010
1223211-010-01-999

Code:
4014835738348

Volume:
20 L

Vendor code:
1223211-020
1223211-020-01-999

Code:
4014835738324

Volume:
20 L, ecobox

Vendor code:
1223211-B20
 

Volume:
60 L

Vendor code:
1223211-060
1223211-060-01-999

Code:
4014835738362

Volume:
208 L

Vendor code:
1223211-208
1223211-208-01-999

Code:
4014835738386

Volume:
208 L, print

Vendor code:
1223211-D28
 

Volume:
1000 L

Vendor code:
1223211-700
 

RAVENOL Getriebeoel EPX SAE 85W-140 GL-5 is designed for use with maximum duty, hypoid gearing gears (axel drive, manual transmission, etc.), so far extreme pressure gear oils are required.

Application instructions

RAVENOL Getriebeoel EPX SAE 85W-140 GL-5 is designed for use in highly loaded, hypoid gears for hypoid gearbox, as well as for axle, transfer case, transmission gear, auxiliary gearboxes in vehicles and machinery and for use as extreme pressure gear oil where this grade of lubricant is specified by the manufacturer.

Characteristics

  • a very good oxidation stability
  • widest possible protection against rust and corrosion
  • no foam formation
  • excellent extreme pressure properties
  • low pour point
  • neutral behaviour towards metals and sealing materials
Parameter Unit Value Tests
SAE 85W-140
85W-140
Type Mineral
Mineral
API GL-5
GL-5
Recomendations CS 3000B, Ford SQ-M2C 9002-A, MAN 342 Type M1, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A
CS 3000B, Ford SQ-M2C 9002-A, MAN 342 Type M1, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A
specification MIL-L-2105 D
MIL-L-2105 D
Suitable for GM
GM
Density at 20 °C g/cm³ 894 EN ISO 12185
894 g/cm³ EN ISO 12185
Color Brown visual
Brown visual
Viscosity at 100 °C mm²/s 26.4 DIN 51562-1
26.4 mm²/s DIN 51562-1
Viscosity at 40 °C mm²/s 355 DIN 51562-1
355 mm²/s DIN 51562-1
Viscosity Index VI 99 DIN ISO 2909
99 DIN ISO 2909
Brookfield Viscosity at -12 °C mPa*s 55.000 ASTM D2983
55.000 mPa*s ASTM D2983
Copper Strip Test at 121 °C 1b ASTM D130
1b ASTM D130
Approvals CS 3000B, Ford SQ-M2C 9002-A, MAN 342 Type M1, MIL-L-2105 D, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A
CS 3000B, Ford SQ-M2C 9002-A, MAN 342 Type M1, MIL-L-2105 D, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A
Recommendations CS 3000B, Ford M2C-9002 A, GM, MAN 342 M1, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A
CS 3000B, Ford M2C-9002 A, GM, MAN 342 M1, Mack GO-G, ZF TE-ML 05A, ZF TE-ML 16D, ZF TE-ML 21A

Hydraulic brake system

RAVENOL DOT 4

RAVENOL DOT 4

For brake system

RAVENOL DOT 4 is a brake fluid for the use in all vehicles with optimum ABS characteristics. There is a chemical stability and it is provided with additives which save the best lubrication efficiency.

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  • Available packaging
  • Full description
  • Product parameters

Volume:
250 ml

Vendor code:
1350601-250
1350601-250-05-000

Code:
4014835692121

Volume:
500 ml

Vendor code:
1350601-500
1350601-500-05-000

Code:
4014835692152

Volume:
1 L

Vendor code:
1350601-001
1350601-001-01-000

Code:
4014835692114

Volume:
20 L

Vendor code:
1350601-020
 

Because of the special formulation of RAVENOL DOT 4 the international specifications SAE J 1704, ISO 4925 and the safety regulations FMVSS 116 DOT 3 and DOT 4 from the United States of America are exceeded.

Application Note

RAVENOL DOT can be used in all vehicles for which the DOT 4 specification for brake fluids is required. It is suitable for all hydraulic brake systems with synthetic fluids.

RAVENOL DOT is miscible with all known brake fluids of the same specification. To use the high performance level of RAVENOL DOT , a complete change of the brake fluid is recommended.

RAVENOL DOT is not suitable for vehicles with mineral oil systems (e.g. certain Citroën models).

FOLLOW VEHICLE MANUFACTURERS RECOMMENDATIONS WHEN ADDING BRAKE FLUID KEEP BRAKE FLUID CLEAN AND DRY. Contamination with dirt, water, petroleum products or other materials may result in brake failure or costly repairs.

STORE BRAKE FLUID ONLY IN ITS ORIGINAL CONTAINER. KEEP CONTAINER CLEAN AND TIGHTLY CLOSED TO PREVENT ADSORPTION OF WATER. CAUTION! DO NOT REFILL CONTAINER AND DO NOT USE FOR OTHER LIQUIDS.

Dispose of used brake fluid responsibly (EU waste code 160113).

Brake fluid damages paint work –if spilt wash off immediately with plenty of water.

Characteristics

  • optimum ABS characteristics
  • chemical stability
  • best lubrication efficiency
  • neutral behaviour regarding brake parts
  • low viscosity at low temperatures
  • miscible with all brake fluids of the same specifications
Parameter Unit Value Tests
Type Synthetic
Synthetic
specification DOT 4, ISO 4925 Class 4, SAE J 1704
DOT 4, ISO 4925 Class 4, SAE J 1704
Density at 20 °C g/cm³ 1052 EN ISO 12185
1052 g/cm³ EN ISO 12185
Color light yellow visual
light yellow visual
Viscosity at 100 °C mPa*s 2.41 ASTM D445
2.41 mPa*s ASTM D445
Viscosity at -40 °C cSt 1340 ASTM D445
1340 cSt ASTM D445
Wet Equilibrium Reflux Boiling Point °C 169 FMVSS 116
169 °C FMVSS 116
High Temperature Stability °C -1 FMVSS 116
-1 °C FMVSS 116
Chemical Stability °C 1 FMVSS 116
1 °C FMVSS 116
Evaporation %w/w 61 FMVSS 116
61 %w/w FMVSS 116
Fluidity & Appearance at -40 °C i.O., 4s FMVSS 116
i.O., 4s FMVSS 116
Fluidity & Appearance at -50 °C i.O., 8s FMVSS 116
i.O., 8s FMVSS 116
Water Tolerance at -40 °C transparent, 3s FMVSS 116
transparent, 3s FMVSS 116
Water Tolerance at +60 °C Transparent FMVSS 116
Transparent FMVSS 116
Compatibility at -40 °C Transparent FMVSS 116
Transparent FMVSS 116
Compatibility at +60 °C Transparent FMVSS 116
Transparent FMVSS 116
Tinned Iron Δ mg/cm² 0.04 FMVSS 116
0.04 Δ mg/cm² FMVSS 116
Steel mg/cm² -0.01 FMVSS 116
-0.01 mg/cm² FMVSS 116
Aluminium mg/cm² 0.02 FMVSS 116
0.02 mg/cm² FMVSS 116
Cast Iron Δ mg/cm² -0,03 FMVSS 116
-0,03 Δ mg/cm² FMVSS 116
Brass mg/cm² -0.08 FMVSS 116
-0.08 mg/cm² FMVSS 116
Copper mg/cm² -0.05 FMVSS 116
-0.05 mg/cm² FMVSS 116
Zinc mg/cm² 0.01 FMVSS 116
0.01 mg/cm² FMVSS 116
Rubber Diameter Change 0.16 FMVSS 116
0.16 FMVSS 116
Hardness Change °IRHD -4 FMVSS 116
-4 °IRHD FMVSS 116
Appearance i.O. FMVSS 116
i.O. FMVSS 116
SBR at 70 °C mm 0.56 FMVSS 116
0.56 mm FMVSS 116
SBR at 120 °C mm 0.73 FMVSS 116
0.73 mm FMVSS 116
EPDM at 70 °C (as required by SAE J1703) IRHD -2 FMVSS 116
-2 IRHD FMVSS 116
EPDM at 120 °C IRHD -2 FMVSS 116
-2 IRHD FMVSS 116
Natural at 70 °C (as required by ISO 4925) mm 0.38 FMVSS 116
0.38 mm FMVSS 116
Approvals DOT 4, ISO 4925 Class 4, SAE J 1704
DOT 4, ISO 4925 Class 4, SAE J 1704

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