Page 3 - Olipes Industrial Maintenance
P. 3

OLIPES Proactive Maintenance Plan




       OLIPES will help you implementing a Proactive Maintenance Plan and establishing Absolute Alarms and Necessary Statistics. To do this
       it relies on the experience of its highly qualified technical staff, on accumulated statistics and on the support of the main lubrication
       analysis laboratories with whom it collaborates on a global level.
       For the Program to be successful, proper selection of the systems or components to be monitored is essential, as is correct
       establishment of limits and clean-up goals.



       CONDITION TO   Wear level on     Lubricant
       BE ANALYZED   machinery      contamination level   Physicochemical characteristics of lubricant  Additives remaining
                 ICP, Plasma (ASTM D 5185), PQ   ICP (ASTM D 5185), FTIR, KF,   TAN, Acid Number    VISCOSITY    ICP (ASTM D 5185), Metal
       TESTS                                                                        INSOLUBLES
                 Index,Wear Index (PE-5024-AI)  Crakle Test  (ASTM D 664), IR (PE-5008-AI)  (ASTM D 445 - ASTM D 2270)  additives (P,Zn,Ca,Mg,Li,S)
                  Wear particles (ppm):   Determination of   Level of oil oxidation   Viscosity variation   Dirt level of oil   Remaining life of oil
       CHECKS     Al,Cu,Cr, Sn,Fe, Pb, etc.   contamination by   and estimation of its   compared to   (sewage).  by concentration of
                     Bigger ferrous    presence of water-Glycol,   service life (additive   original oil.  its additives:
                    wear particles.  concentration and nature   reserve).                           S, Ca, P, etc.
                                         thereof.
                 Contents outside of the   Contamination by
                 indicated limits: wear   freshwater/seawater   A high level of   Possible causes:   Possible causes:
            GEARS  on gears or bearings by   by condensation with   oxidation could   thickening of oil by   oxidation of oil,   Reserve of extreme
                 contamination, overload,   a refrigerant. Risk of   cause acidic   oxidation, erroneous   contamination by   pressure (EP) additives.
                 misalignments, etc.  premature corrosion and   corrosion.   replacements.  solids.
                 Foreseeable breakdowns.  wear on bearings and
                                   gears.
                 A high content indicates:
                 wear on pumps, valves,   Contamination by
                 and other components   freshwater/seawater   A high level of   Possible causes:   Possible causes:
          HYDRULICS  by contamination, high   by condensation with   oxidation could   thickening of oil by   oxidation of oil,   Reserve of antiwear (AW)
                 pressure changes in the   a refrigerant. Risk of   cause acidic   oxidation, erroneous   contamination by   additive.
                 bearings, etc. Associated   premature corrosion and   corrosion.   replacements.  solids.
                 symptoms: loss of yield.   wear on pumps.




       Sampling frequency recommended for auxiliary equipment:
       Hydraulic systems, reducers, compressors, and thermal circuits: 6 months.
       If you would like more information on implementing our OLIPES PROACTIVE MAINTENANCE PLAN:

                                                  Customer Service:
                  Technical Assistance Service:       for calls from within Spain: (+34) 918 765 244 Ext. 206
                          sat@olipes.com
                                                      for calls from outside Spain: (+34) 918 765 603

























                                                                                                            1
   1   2   3   4   5   6   7   8