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    Base Oil Mixtures For Engine Oil: November 2005

    Uploaded by

    Mohamed Salem
    This document provides minimum requirements for base oil mixtures used in engine oils from MAN Nutzfahrzeuge AG. It specifies chemical and physical characteristic data limits including density, viscosity, viscosity index, flash point, pour point, evaporation loss, neutralization number, oxide ash, carbon type composition, sulfur content, chlorine content, carbon residue, and ageing characteristics. The manufacturer and base oil composition must be submitted for approval along with any future changes to the base oil mixture.

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    Base Oil Mixtures For Engine Oil: November 2005

    Uploaded by

    Mohamed Salem
    8 views2 pages
    This document provides minimum requirements for base oil mixtures used in engine oils from MAN Nutzfahrzeuge AG. It specifies chemical and physical characteristic data limits including density, viscosity, viscosity index, flash point, pour point, evaporation loss, neutralization number, oxide ash, carbon type composition, sulfur content, chlorine content, carbon residue, and ageing characteristics. The manufacturer and base oil composition must be submitted for approval along with any future changes to the base oil mixture.

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    M_3353_(2005-11)_en

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    This document provides minimum requirements for base oil mixtures used in engine oils from MAN Nutzfahrzeuge AG. It specifies chemical and physical characteristic data limits including density, viscosity, viscosity index, flash point, pour point, evaporation loss, neutralization number, oxide ash, carbon type composition, sulfur content, chlorine content, carbon residue, and ageing characteristics. The manufacturer and base oil composition must be submitted for approval along with any future changes to the base oil mixture.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    8 views2 pages

    Base Oil Mixtures For Engine Oil: November 2005

    Uploaded by

    Mohamed Salem
    This document provides minimum requirements for base oil mixtures used in engine oils from MAN Nutzfahrzeuge AG. It specifies chemical and physical characteristic data limits including density, viscosity, viscosity index, flash point, pour point, evaporation loss, neutralization number, oxide ash, carbon type composition, sulfur content, chlorine content, carbon residue, and ageing characteristics. The manufacturer and base oil composition must be submitted for approval along with any future changes to the base oil mixture.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 2

    MAN Nutzfahrzeuge AG WORKS STANDARD November 2005

    Base oil mixtures for engine oil M 3353


    Minimum requirements

    Dimensions in mm

    This English version is a translation. In case of doubt or conflict the valid German-language original will govern.

    Contents
    1 Scope and purpose
    2 Requirements
    3 Release conditions

    1 Scope and purpose


    This standard applies to additive-free base oil mixtures made of refined petroleum products and/or
    unconventional base oil components such as hydrocrackate, PAO, ester, etc.
    By mixing the individual base oil components, the viscosity is adjusted so that the desired SAE viscosity
    grade is obtained after addition of the additives (base oil + additives + viscosity index improver = 100 %).

    2 Requirements
    Table 1 Chemical and physical characteristic data

    Properties Requirements Test to


    Density at 15 °C g/ml to be specified DIN EN ISO 12185 ASTM D 4052
    Viscosity at 40 °C mm2/s to be specified DIN EN ISO 3104 ASTM D 445
    Viscosity at 100 °C mm2/s to be specified DIN EN ISO 3104 ASTM D 445
    Viscosity index min. 95 DIN ISO 2909 ASTM D 2270
    Flash point (COC) °C min. 200 DIN EN ISO 2592 ASTM D 92
    Pour point °C equal to/lower than -12 DIN ISO 3016 ASTM D 97
    Evaporation loss at 250 °C
    (Noack) m-% max. 13 DIN 51581-1 ------
    Neutralisation number mg KOH/g max. 0,10 DIN 51558-1 ASTM D 974
    Oxide ash m-% max. 0,02 DIN EN ISO 6245 ASTM D 482
    Carbon type composition
    Aromatics CA % max. 10
    Naphthenes CN % to be specified DIN 51378 ASTM D 3238
    Paraffins CP % to be specified
    Total sulphur
    Group I m-% max. 1,0 DIN EN ISO 8754 ASTM D 6376
    Group II, III, IV, V m-% max. 0,03
    Chlorine content mg/kg max. 50 DIN EN ISO 8754 ASTM D 6376
    Carbon residue (Conradson) m-% max. 0,15 DIN 51551-1 ASTM D 189
    Ageing characteristics; increase in
    carbon residue (Conradson) m-% max. 1,5 DIN 51352-1 IP 48
    Demulsifying capability at 54 °C min. max. 10 DIN ISO 6614 ASTM D 1401

    3 Release conditions
    The manufacturer, refining process, designation and base oil component shares as well as the chemical
    and physical data shall be submitted with Form TUC 13.010.
    Any change in the type and composition of the base oil mixture shall be notified to MAN Nutzfahrzeuge
    AG, Dept. EMTA, Nuremberg works, without delay.

    Co-sponsors of the standard: EMTA, Nuremberg works


    Continued on Page 2

    Prepared by: Geyer, EMTA Release ESS: Replaces: 2001-11 Material group no.:
    2010-09, englisch

    MAN Nutzfahrzeuge Aktiengesellschaft, Munich works - Dept. Standardization (ESS) x All rights reserved according to ISO 16016.
    Distribution and use of the contents are not allowed without written permission from MAN Nutzfahrzeuge Aktiengesellschaft.
    Page 2
    M 3353 : 2005-11

    Standards quoted
    DIN 51352-1 Testing of lubricants; determination of ageing characteristics of lubricating oils;
    increase in Conradson carbon residue after ageing by passing air through the
    lubricating oil
    DIN 51378 Testing of mineral oils; determination of carbon-type composition
    DIN 51551-1 Testing of lubricants and liquid fuels, determination of Conradson carbon residue
    DIN 51558-1 Testing of mineral oils; determination of the neutralisation number, colour-indicator
    titration
    DIN 51581-1 Testing of petroleum products - Determination of evaporation loss - Part 1:
    Noack test

    DIN EN ISO 2592 Petroleum products, determination of flash and fire points, Cleveland open cup
    method
    DIN EN ISO 3104 Petroleum products - Transparent and opaque liquids - Determination of kinematic
    viscosity and calculation of dynamic viscosity
    DIN EN ISO 6245 Petroleum products, determination of ash
    DIN EN ISO 8754 Petroleum products - Determination of sulphur content - Energy-dispersive X-ray
    fluorescence spectrometry
    DIN EN ISO 12185 Crude petroleum and petroleum products - Determination of density - Oscillating
    U-tube method

    DIN ISO 2909 Petroleum products - Calculation of viscosity index from kinematic viscosity
    DIN ISO 3016 Petroleum oils; determination of pour point
    DIN ISO 6614 Petroleum products - Determination of water separability of petroleum oils and
    synthetic fluids

    TUC 13.010 Approval of Engine Oils; Necessary Declarations of Manufacturers

    Previous issues: N 699 81-12, 82-12


    M 3353 / 2001-11

    Changes: Compared to issue N 699 / 1982-12 the following changes have been made:
    - New standard number
    - Editorially revised

    Compared to issue M 3353 / 2001-11 the following changes have been made:
    - DIN ISO 2592 replaced by DIN EN ISO 2592
    - DIN 51599 replaced by DIN ISO 6614

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