Plain bearings made from sintered material — Dimensions and tolerances

Plain bearings made from sintered material — Dimensions and tolerances

Plain bearings — Sintered bushes — Dimensions and tolerances

Plain bearings — Sintered bushes — Dimensions and tolerances

Plain bearings — Sintered bushes — Dimensions and tolerances

Plain bearings — Wrapped bushes — Part 1: Dimensions

Plain bearings — Wrapped bushes — Part 1: Dimensions

Plain bearings — Wrapped bushes — Part 1: Dimensions

Plain bearings — Wrapped bushes — Part 2: Test data for outside and inside diameter

Plain bearings — Wrapped bushes — Part 2: Test data for outside and inside diameters

Plain bearings — Wrapped bushes — Part 2: Test data for outside and inside diameters

Plain bearings — Wrapped bushes — Part 3: Lubrication holes, lubrication grooves and lubrication indentations

Plain bearings — Wrapped bushes — Part 3: Lubrication holes, grooves and indentations

Plain bearings — Wrapped bushes — Part 3: Lubrication holes, grooves and indentations

Plain bearings — Wrapped bushes — Part 4: Materials

Plain bearings — Wrapped bushes — Part 4: Materials

Plain bearings — Wrapped bushes — Part 4: Materials

Plain bearings — Wrapped bushes — Part 5: Checking the outside diameter

Plain bearings — Wrapped bushes — Part 5: Checking the outside diameter

Plain bearings — Wrapped bushes — Part 6: Checking the inside diameter

Plain bearings — Wrapped bushes — Part 6: Checking the inside diameter

Plain bearings — Wrapped bushes — Part 7: Measurement of wall thickness of thin-walled bushes

Plain bearings — Wrapped bushes — Part 7: Measurement of wall thickness of thin-walled bushes

Plain bearings — Wrapped bushes — Dimensions, tolerances and methods of checking

Plain bearings — Thin-walled half bearings with or without flange — Part 1: Tolerances, design features and methods of test

Plain bearings — Thin-walled half bearings with or without flange — Part 1: Tolerances, design features and methods of test

Plain bearings — Thin-walled half bearings with or without flange — Part 2: Measurement of wall thickness and flange thickness

Plain bearings — Thin-walled half bearings with or without flange — Part 2: Measurement of wall thickness and flange thickness

Plain bearings — Thin-walled half bearings with or without flange — Part 3: Measurement of peripheral length

Plain bearings — Thin-walled half bearings with or without flange — Part 3: Determination of peripheral length

Plain bearings — Thin-walled half bearings — Dimensions, tolerances and methods of checking

Plain bearings — Thin-walled half bearings with or without flange — Tolerances, design features and methods of test

Plain bearings — Shaft diameters for unsplit bushes

Plain bearings — Terms, definitions and classification — Part 1: Design, bearing materials and their properties

Plain bearings — Terms, definitions and classification — Part 1: Design, bearing materials and their properties

Plain bearings — Terms, definitions, classification and symbols — Part 1: Design, bearing materials and their properties

Plain bearings — Terms, definitions, classification and symbols — Part 1: Design, bearing materials and their properties

Plain bearings — Terms, definitions and classification — Part 2: Friction and wear

Plain bearings — Terms, definitions, classification and symbols — Part 2: Friction and wear

Plain bearings — Terms, definitions, classification and symbols — Part 2: Friction and wear

Plain bearings — Terms, definitions and classification — Part 3: Lubrication

Plain bearings — Terms, definitions, classification and symbols — Part 3: Lubrication

Plain bearings — Terms, definitions, classification and symbols — Part 3: Lubrication

Plain bearings — Terms, definitions and classification — Part 4: Calculation parameters and their symbol

Plain bearings — Terms, definitions, classification and symbols — Part 4: Basic symbols

Plain bearings — Terms, definitions, classification and symbols — Part 5: Application of symbols

Plain bearings — Terms, definitions, classification and symbols — Part 6: Abbreviated terms

Plain bearings — Solid copper alloy bushes _ Dimensions and tolerances

Plain bearings — Copper alloy bushes

Plain bearings — Copper alloy bushes

Plain bearings — Lead and tin casting alloys for multilayer plain bearings

Plain bearings — Lead and tin casting alloys for multilayer plain bearings

Plain bearings — Lead and tin casting alloys for multilayer plain bearings

Plain bearings — Tin casting alloys for multilayer plain bearings

Plain bearings — Copper alloys — Part 1: Cast copper alloys for solid and multilayer plain bearings

Plain bearings — Copper alloys — Part 1: Cast copper alloys for solid and multilayer thick-walled plain bearings

Plain bearings — Copper alloys — Part 1: Cast copper alloys for solid and multilayer thick-walled plain bearings

Plain bearings — Copper alloys — Part 2: Wrought copper alloys for solid plain bearings

Plain bearings — Copper alloys — Part 2: Wrought copper alloys for solid plain bearings

Plain bearings — Copper alloys — Part 2: Wrought copper alloys for solid plain bearings

Plain bearings — Metallic multilayer materials for thin-walled plain bearings

Plain bearings — Multilayer materials for thin-walled plain bearings

Plain bearings — Multilayer materials for thin-walled plain bearings

Plain bearings — Multilayer materials for thin-walled plain bearings

Plain bearings — Multilayer materials for thin-walled plain bearings

Plain bearings — Hardness testing of bearing metals — Part 1: Compound materials

Plain bearings — Hardness testing of bearing metals — Part 1: Compound materials

Plain bearings — Hardness testing of bearing metals — Part 1: Multilayer bearings materials

Plain bearings — Hardness testing of bearing metals — Part 1: Multilayer bearings materials

Plain bearings — Hardness testing of bearing metals — Part 2: Solid materials

Plain bearings — Hardness testing of bearing metals — Part 2: Solid materials

Plain bearings — Hardness testing of bearing metals — Part 2: Solid materials

Plain bearings — Compression testing of metallic bearing materials

Plain bearings — Metallic multilayer plain bearings — Part 1: Non-destructive ultrasonic testing of bond for bearing metal layer thicknesses equal to or greater than 2 mm

Plain bearings — Metallic multilayer plain bearings — Part 1: Non-destructive ultrasonic testing of bond

Plain bearings — Metallic multilayer plain bearings — Part 1: Non-destructive ultrasonic testing of bond of thickness greater than or equal to 0,5 mm

Plain bearings — Metallic multilayer plain bearings — Part 1: Non-destructive ultrasonic testing of bond of thickness greater than or equal to 0,5 mm

Plain bearings — Metallic multilayer plain bearings — Part 2: Destructive testing of bond for bearing metal layer thicknesses greater than or equal to 2 mm

Plain bearings — Metallic multilayer plain bearings — Part 2: Destructive testing of bond for bearing metal layer thicknesses greater than or equal to 2 mm

Plain bearings — Metallic multilayer plain bearings — Part 2: Destructive testing of bond for bearing metal layer thicknesses greater than or equal to 2 mm

Plain bearings — Metallic multilayer plain bearings — Part 3: Non-destructive penetrant testing

Plain bearings — Metallic multilayer plain bearings — Part 3: Non-destructive penetrant testing

Plain bearings — Dynamic adhesion test method for DLC coated parts under lubricated condition

Sintered metal materials — Specifications — Part 1: Materials, for bearings, impregnated with liquid lubricant

Sintered metal materials — Specifications — Part 1: Materials, for bearings, impregnated with liquid lubricant

Spherical plain radial bearings, joint type — Boundary dimensions — Part 1: Dimension series E and G

Spherical plain radial bearings, joint type — Boundary dimensions — Part 1: Dimension series E and G

Spherical plain radial bearings, joint type — Boundary dimensions — Part 2: Dimension series EW, bearings with extended inner ring

Spherical plain radial bearings, joint type — Boundary dimensions — Part 3: Dimension series C

Withdrawal of ISO 6124-1979

Spherical plain radial bearings; joint type — Tolerances

Spherical plain bearing rod ends — Dimension series E and JK — Boundary dimensions and tolerances

Spherical plain bearing rod ends — Dimension series E and JK — Boundary dimensions and tolerances

Plain bearings — Aluminium alloy for solid bearings

Plain bearings — Aluminium alloys for solid bearings

Plain bearings — Aluminium alloys for solid bearings

Plain bearings — Requirements on backings for thick-walled multilayer bearings

Plain bearings — Requirements and guidance on backings for thick-walled multilayer bearings

Plain bearings — Testing under conditions of hydrodynamic and mixed lubrication in test rigs

Plain bearings — Testing under conditions of hydrodynamic and mixed lubrication in test rigs — Guidelines

Plain bearings — Testing under conditions of hydrodynamic and mixed lubrication in test rigs

Plain bearings — Metallic thin-walled half bearings — Determination of the sigma 0,01*-limit

Withdrawal of ISO/TR 6282-1979

Plain bearings — Metallic thin-walled half bearings — Determination of the sigma 0,01*-limit

Plain bearings — Methods of dimensional control — Peripherical length checking of thin-walled half bearings

Plain bearings — Thin-walled half-bearings — Checking of peripheral length

Plain bearings — Ring type thrust washers made from strip — Dimensions and tolerances

Plain bearings — Ring type thrust washers made from strip — Dimensions and tolerances

Plain bearings — Pressed bimetallic half thrust washers — Features and tolerances

Plain bearings — Pressed bimetallic half thrust washers — Features and tolerances

Thermoplastics for plain bearings — Classification and designation

Thermoplastic polymers for plain bearings — Classification and designation

Thermoplastic polymers for plain bearings — Classification and designation

Spherical plain bearings — Vocabulary

Spherical plain bearings — Vocabulary

Spherical plain bearings — Vocabulary — Technical Corrigendum 1

Plain bearings — Thermo-hydrodynamic lubrication design charts for circular cylindrical bearings under steady-state conditions

Plain bearings — Thin-walled flanged half bearings — Dimensions, tolerances and methods of checking

Plain bearings — Appearance and characterization of damage to metallic hydrodynamic bearings — Part 1: General

Plain bearings — Appearance and characterization of damage to metallic hydrodynamic bearings — Part 1: General

Plain bearings — Appearance and characterization of damage to metallic hydrodynamic bearings — Part 2: Cavitation erosion and its countermeasures

Plain bearings — Appearance and characterization of damage to metallic hydrodynamic bearings — Part 2: Cavitation erosion and its countermeasures

Plain bearings — Terms, characteristics and causes of damage and changes in appearance

Plain bearings — Testing of the tribological behaviour of plastics

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 1: Testing of the friction and wear behaviour of bearing material/mating material/oil combinations under conditions of boundary lubrication

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 1: Testing of bearing metals

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 1: Testing of bearing metals

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 1: Testing of bearing metals

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 2: Testing of polymer-based bearing materials

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 2: Testing of polymer-based bearing materials

Plain bearings — Testing of the tribological behaviour of bearing materials — Part 2: Testing of polymer-based bearing materials

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 1: Calculation procedure

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 1: Calculation procedure

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 1: Calculation procedure

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 2: Functions used in the calculation procedure

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 2: Functions used in the calculation procedure

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 3: Permissible operational parameters

Hydrodynamic plain journal bearings under steady-state conditions — Circular cylindrical bearings — Part 3: Permissible operational parameters

Plain bearings — Symbols — Part 1: Basic symbols

Plain bearings — Symbols — Part 2: Applications

Plain bearings — Bearing fatigue — Part 1: Plain bearings in test rigs and in applications under conditions of hydrodynamic lubrication

Plain bearings — Bearing fatigue — Part 1: Plain bearings in test rigs and in applications under conditions of hydrodynamic lubrication

Plain bearings — Bearing fatigue — Part 2: Test with a cylindrical specimen of a metallic bearing material

Plain bearings — Bearing fatigue — Part 2: Test with a cylindrical specimen of a metallic bearing material

Plain bearings — Bearing fatigue — Part 3: Test on plain strips of a metallic multilayer bearing material

Plain bearings — Bearing fatigue — Part 3: Test on plain strips of a metallic multilayer bearing material

Plain bearings — Bearing fatigue — Part 4: Tests on half-bearings of a metallic multilayer bearing material

Plain bearings — Bearing fatigue — Part 4: Tests on half-bearings of a metallic multilayer bearing material

Plain bearings — Evaluation of the tribological properties of polymer-based materials

Plain bearings — Water-lubricated plain bearing materials

Plain bearings — Testing of the tribological behaviour of bearing materials for oil lubrication application — Running-in under mixed lubrication conditions

Plain bearings — Testing of bearing metals — Resistance to corrosion by lubricants under static conditions

Plain bearings — Testing of bearing metals — Resistance to corrosion by lubricants under static conditions

Plain bearings — Testing of bearing metals — Resistance to corrosion by lubricants under static conditions

Plain bearings — Pedestal plain bearings — Part 1: Pillow blocks

Plain bearings — Pedestal plain bearings — Part 1: Pillow blocks

Plain bearings — Pedestal plain bearings — Part 2: Side flange bearings

Plain bearings — Pedestal plain bearings — Part 2: Side flange bearings

Plain bearings — Pedestal plain bearings — Part 3: Centre flange bearings

Plain bearings — Pedestal plain bearings — Part 3: Centre flange bearings

Plain bearings — Lubrication holes, grooves and pockets — Dimensions, types, designation and their application to bearing bushes

Plain bearings — Lubrication holes, grooves and pockets — Dimensions, types, designation and their application to bearing bushes

Plain bearings — Lubrication holes, grooves and pockets — Dimensions, types, designation and their application to bearing bushes

Plain bearings — Part 1: Fits

Plain bearings — Tolerances — Part 1: Fits

Plain bearings — Part 2: Tolerances on form and position and surface roughness for shafts, flanges and thrust collars

Plain bearings — Tolerances — Part 2: Tolerances on form and position and surface roughness for shafts and thrust collars

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 1: Calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 1: Calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 2: Functions for calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 2: Functions for calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 2: Functions for calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 3: Guide values for the calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain tilting pad thrust bearings under steady-state conditions — Part 3: Guide values for the calculation of tilting pad thrust bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 1: Calculation of thrust pad bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 1: Calculation of thrust pad bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 2: Functions for the calculation of thrust pad bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 2: Functions for the calculation of thrust pad bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 2: Functions for the calculation of thrust pad bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 3: Guide values for the calculation of thrust pad bearings

Plain bearings — Hydrodynamic plain thrust pad bearings under steady-state conditions — Part 3: Guide values for the calculation of thrust pad bearings

Plain bearings — Quality assurance of thin- walled half bearings — Design FMEA

Plain bearings — Quality assurance of thin-walled half bearings — Design FMEA

Plain bearings — Quality assurance of thin-walled half bearings — Design FMEA

Plain bearings — Hydrostatic plain journal bearings with drainage grooves under steady-state conditions — Part 1: Calculation of oil-lubricated plain journal bearings with drainage grooves

Plain bearings — Hydrostatic plain journal bearings with drainage grooves under steady-state conditions — Part 1: Calculation of oil-lubricated plain journal bearings with drainage grooves

Plain bearings — Hydrostatic plain journal bearings with drainage grooves under steady-state conditions — Part 1: Calculation of oil-lubricated plain journal bearings with drainage grooves

Plain bearings — Hydrostatic plain journal bearings with drainage grooves under steady-state conditions — Part 2: Characteristic values for the calculation of oil-lubricated plain journal bearings with drainage grooves

Plain bearings — Hydrostatic plain journal bearings with drainage grooves under steady-state conditions — Part 2: Characteristic values for the calculation of oil-lubricated plain journal bearings with drainage grooves

Plain bearings — Hydrostatic plain journal bearings without drainage grooves under steady-state conditions — Part 1: Calculation of oil-lubricated plain journal bearings without drainage grooves

Plain bearings — Hydrostatic plain journal bearings without drainage grooves under steady-state conditions — Part 1: Calculation of oil-lubricated plain journal bearings without drainage grooves

Plain bearings — Hydrostatic plain journal bearings without drainage grooves under steady-state conditions — Part 2: Characteristic values for the calculation of oil-lubricated plain journal bearings without drainage grooves

Plain bearings — Hydrostatic plain journal bearings without drainage grooves under steady-state conditions — Part 2: Characteristic values for the calculation of oil-lubricated plain journal bearings without drainage grooves

Spherical plain bearings — Part 1: Radial spherical plain bearings

Spherical plain bearings — Part 2: Angular contact radial spherical plain bearings

Spherical plain bearings — Part 3: Thrust spherical plain bearings

Spherical plain bearings — Part 4: Spherical plain bearing rod ends

Spherical plain bearings — Part 4: Spherical plain bearing rod ends — Technical Corrigendum 1

Plain bearings — Quality control techniques and inspection of geometrical and material quality characteristics

Plain bearings — Quality control techniques and inspection of geometrical and material quality characteristics — Technical Corrigendum 1

Plain bearings — Quality control techniques and inspection of geometrical and material quality characteristics

Plain bearings — Quality control techniques and inspection of geometrical and material quality characteristics

Plain bearings — Quality characteristics — Statistical process control (SPC)

Plain bearings — Quality characteristics — Statistical process control (SPC)

Plain bearings — Quality characteristics — Calculation of machine and process capabilities

Plain bearings — Measurement of wall thickness of thin-walled half-bearings and thin-walled bushes

Plain bearings — Wrapped bushes — Part 1: Checking the outside diameter

Plain bearings — Checking of wrapped bushes — Part 2: Checking the inside diameter

Plain bearings — Quality assurance — Sample types — Definitions, applications and testing

Plain bearings — Quality assurance of sample types — Definitions, applications and testing

Plain bearings — Reuse, recycling and disposal of plain bearing materials

Plain bearings — Quality assurance of thin-walled half bearings — Selective assembly of bearings to achieve a narrow clearance range

Plain bearings — Quality assurance of thin-walled half bearings — Selective assembly of bearings to achieve a narrow clearance range

Foil bearings — Guidelines for testing of the performance of foil journal bearings —Testing of load capacity, friction coefficient and lifetime

Foil bearings — Performance testing of foil journal bearings — Testing of static load capacity, friction coefficient and lifetime

Plain bearings — Pad materials for tilting pad bearings

Plain bearings — Pad materials for tilting pad bearings

Plain bearings — Pad materials for tilting pad bearings

Plain bearings — Thermoplastic bushes — Dimensions and tolerances

Plain bearings — Thermoplastic bushes — Dimensions and tolerances

Plain bearings — Lubrication characteristics of crosshead pin bearings for low-speed marine diesel engines

Plain bearings — Bearings with embedded solid lubricants

Plain bearings — Bearings with embedded solid lubricants

Plain bearings with liquid lubrication — Lubricant supply arrangements and monitoring

Spherical plain bearings — Derivation of the load rating factors

Plain bearings — Bearings containing dispersed solid lubricants

Plain bearings — Bearings containing dispersed solid lubricants

Plain bearings — Handling of plain bearings

Plain bearings — Spray nozzle type directed lubrication for tilting pad bearings

Plain bearings — Automotive engine bearing test rig using actual connecting rods — Part 1: Test rig

Foil bearings — Performance testing of foil thrust bearings — Testing of static load capacity, bearing torque, friction coefficient and lifetime

Plain bearings — Fluid film bearing materials for vehicular turbocharger

Plain bearings — Fluid film bearing materials for vehicular turbocharger

Plain bearings — Surface modification by press fitting solid lubricants combined with micro dimple processing

Spherical plain bearings — Spherical plain bearings rod ends for hydraulic fluid power cylinders

Plain bearings — Recommendations for automotive crankshaft bearing environments

Plain bearings — Hydrodynamic plain journal bearings under steady-state conditions — Part 1: Calculation of multi-lobed and tilting pad journal bearings

Plain bearings — Hydrodynamic plain journal bearings under steady-state conditions — Part 2: Functions for calculation of multi-lobed journal bearings

Plain bearings — Hydrodynamic plain journal bearings under steady-state conditions — Part 3: Functions for calculation of tilting pad journal bearings

Plain bearings — Hydrodynamic plain journal bearings under steady-state conditions — Part 4: Permissible operational parameters for calculation of multi-lobed and tilting pad journal bearings