ANDEROL 5320 XEP
Synthetic Gear and Bearing Lubricant Product Data Sheet
ANDEROL 5320 XEP is a synthetic based, high performing gear lubricant to be used in industrial
equipment. It was formulated to withstand heavy loads and severe conditions resulting in very good
micro pitting resistance. The PAO based product gives superior advantages to the mineral oil based
products, especially with regards to low pour point, oxidation stability and energy consumption.
ANDEROL 5000 XEP range is available in the grades ISO VG 150, 220, 320, 460, 680 and 1000.
Meets or exceeds the requirements of:
ANSI/AGMA 9005 (table 3)
AISE 224 (formerly USS 224)
DIN 51.517
Cincinnati Machine P-59
ADVANTAGES / BENEFITS COMPATIBILITY APPLICATION
• Excellent oxidation and thermal stability
• Wide operating temperature range
• Lower maintenance costs
• Excellent load carrying ability
• Extended lubricant life
• Improved cleanliness
• Excellent anti wear & EP properties
• Very good rust and copper corrosion
prevention
• Compatible with petroleum oils, therefore
allowing minimal effort to changeover
The following seals, paints and plastics are
recommended for use in contact with Anderol
Company Synthetic Lubricants. Materials not
recommended are also shown. For more
information on other materials see our
‘Compatibility Guide’.
RECOMMENDED:
Viton, High Nitrile Buna N, Teflon, Epoxy Paint,
Oil-Resistant Alkyd, Nylon, Delrin, Celcon, PBT
NOT RECOMMENDED:
Neoprene, SBR Rubber, Low Nitrile Buna N,
Acrylic Paint, Lacquer, Polystyrene, PVC, ABS
• Particularly suited for gear applications
exposed to extreme service conditions
• All types of enclosed gear drives
• Bearings, including plain rolling elements
and antifriction types
• Enclosed gear cases and speed reducers
FOR MORE INFORMATION PLEASE REFER TO THE RELEVANT MATERIAL SAFETY DATA SHEET
APPROVALS / REGISTRATIONS
This information is furnished without warranty, representation, inducement, or license of any kind except that it is accurate to the best of OUR knowledge or obtained from sources believed by
ANDEROL to be accurate. ANDEROL does not assume any legal responsibility for use of reliance upon it. Only Chemists or chemically qualified lab technicians should carry out tests. Before using any
chemicals, read its label and Material Safety Data Sheet.
PROPERTIES TEST METHOD ANDEROL 5320 XEP
Appearance @ 20°C
Viscosity @ 40°C, cSt
Viscosity @ 100°C, cSt
Viscosity Index
Density @ 15°C, kg/l
Total Acid Number, mg KOH/g
Flash Point, °C
Pour Point, °C
Foam , Sequence I,II ml
Micro pitting Resistance Test
FZG Gear Test, Pass Stage
FE-8 Industrial Gear requirements
* Bearing Lubrication Test J1 (FAG Step I)
* Bearing Lubrication Test J2 (FAG Step II)
FAG Wind Power requirements
* Wind power Level 3 Test L11 (FAG Step III)
* Oil suitability for Wind Energy Plant Applications (FAG Step IV)
Four Ball Wear, 1200 rpm, 40 kg , 75°C
Four Ball Weld, kg
visual
ASTM D-445
ASTM D-445
ASTM D-2270
ASTM D-1298
ASTM D-664
ASTM D-92
ASTM D-97
ASTM-892
FVA,54/11
DIN/ISO 14635-1
DIN 51819 T1-T3
ASTM D-4172
ASTM D-2783
Clear Yellow Liquid
301.5
33.3
154
0.899
0.5
248
-45
20
High
14
Pass
Pass
Pass
Pass
0.49
250 |
