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Standard

Component Nomenclature--Dumpers

2000-06-28
CURRENT
J1016_200006
This SAE Standard provides names of major components peculiar to dumpers as defined in SAE J1057 (See Figure 1). Illustrations of components are not intended to be exactly descriptive of any particular machine. For component nomenclature for dumper trailers, refere to SAE J734.
Standard

Component Nomenclature--Dumpers

1984-12-01
HISTORICAL
J1016_198412
This SAE Standard provides names of major components peculiar to dumpers as defined in SAE J1057 (See Figure 1). Illustrations of components are not intended to be exactly descriptive of any particular machine. For component nomenclature for dumper trailers, refere to SAE J734.
Standard

Component Nomenclature--Dumpers

1990-07-01
HISTORICAL
J1016_199007
This SAE Standard provides names of major components peculiar to dumpers as defined in SAE J1057 (See Figure 1). Illustrations of components are not intended to be exactly descriptive of any particular machine. for component nomenclature for dumper trailers, refere to SAE J734.
Standard

Nomenclature-Rollers and Compactors

1986-01-01
HISTORICAL
J1017_198601
This SAE Standard provides names of major components peculiar to rollers and compactors. Illustrations of components are not intended to be exactly descriptive of any particular machine. NOTE: Rollers and compactors will be defined in a section added to SAE J1057a.
Standard

Nomenclature - Rollers and Compactors

2011-10-27
CURRENT
J1017_201110
This SAE Standard provides names of major components peculiar to rollers and compactors. Illustrations of components are not intended to be exactly descriptive of any particular machine. NOTE: Rollers and compactors will be defined in a section added to SAE J1057a.
Standard

Identification Terminology of Earthmoving Machines

1979-11-01
HISTORICAL
J1057_197911
This standard sets forth accepted terminology to name and identify types of earthmoving machines, and is based upon existing commercial earthmoving machines. Illustrations are used to identify functional characteristics. The terminology establishes a name for a basic work machine such that it is not renamed when various components are mounted to it. For example, when a dozer is mounted on a 'tractor', the work machine can be referred to as 'tractor with dozer.'
Standard

Identification Terminology of Earthmoving Machines

1981-06-01
HISTORICAL
J1057_198106
This standard sets forth accepted terminology to name and identify types of earthmoving machines, and is based upon existing commercial earthmoving machines. Illustrations are used to identify functional characteristics. The terminology establishes a name for a basic work machine such that it is not renamed when various components are mounted to it. For example, when a dozer is mounted on a 'tractor', the work machine can be referred to as 'tractor with dozer.'
Standard

Identification Terminology of Earthmoving Machines

1988-09-01
HISTORICAL
J1057_198809
This standard sets forth accepted terminology to name and identify types of earthmoving machines, and is based upon existing commercial earthmoving machines. Illustrations are used to identify functional characteristics. The terminology establishes a name for a basic work machine such that it is not renamed when various components are mounted to it. For example, when a dozer is mounted on a 'tractor', the work machine can be referred to as 'tractor with dozer.'
Standard

Identification Terminology of Earthmoving Machines

1999-05-01
CURRENT
J1057_199905
This standard sets forth accepted terminology to name and identify types of earthmoving machines, and is based upon existing commercial earthmoving machines. Illustrations are used to identify functional characteristics. The terminology establishes a name for a basic work machine such that it is not renamed when various components are mounted to it. For example, when a dozer is mounted on a 'tractor', the work machine can be referred to as 'tractor with dozer.'
Standard

Identification Terminology of Earthmoving Machines

1975-06-01
HISTORICAL
J1057B_197506
This standard sets forth accepted terminology to name and identify types of earthmoving machines, and is based upon existing commercial earthmoving machines. Illustrations are used to identify functional characteristics. The terminology establishes a name for a basic work machine such that it is not renamed when various components are mounted to it. For example, when a dozer is mounted on a 'tractor', the work machine can be referred to as 'tractor with dozer.'
Standard

Lift Capacity Calculation and Test Procedure-Pipelayer and Sideboom

2011-12-08
CURRENT
J743_201112
This SAE Standard describes a method to calculate and a test procedure to validate rated lift capacity as presented in commercial literature for pipelayers and tractors or loaders (wheel or crawler), equipped with a hydraulic or mechanically operated sideboom. Rated lift capacity considers hoist mechanism limits, tipping loads, and rope factor. After the lift capacity is validated by testing, a reduction factor is applied to establish the rated lift capacity for the specific pipelayer or sideboom configuration.
Standard

Lift Capacity Calculation and Test Procedure-Pipelayer and Sideboom

2000-06-01
HISTORICAL
J743_200006
This SAE Standard describes a method to calculate and a test procedure to validate rated lift capacity as presented in commercial literature for pipelayers and tractors or loaders (wheel or crawler), equipped with a hydraulic or mechanically operated sideboom. Rated lift capacity considers hoist mechanism limits, tipping loads, and rope factor. After the lift capacity is validated by testing, a reduction factor is applied to establish the rated lift capacity for the specific pipelayer or sideboom configuration.
Standard

Lift Capacity Calculation and Test Procedure-Pipelayer and Sideboom

1979-03-01
HISTORICAL
J743B_197903
This SAE Standard describes a method to calculate and a test procedure to validate rated lift capacity as presented in commercial literature for pipelayers and tractors or loaders (wheel or crawler), equipped with a hydraulic or mechanically operated sideboom. Rated lift capacity considers hoist mechanism limits, tipping loads, and rope factor. After the lift capacity is validated by testing, a reduction factor is applied to establish the rated lift capacity for the specific pipelayer or sideboom configuration.
Standard

Lift Capacity Calculation and Test Procedure-Pipelayer and Sideboom

1977-06-01
HISTORICAL
J743A_197706
This SAE Standard describes a method to calculate and a test procedure to validate rated lift capacity as presented in commercial literature for pipelayers and tractors or loaders (wheel or crawler), equipped with a hydraulic or mechanically operated sideboom. Rated lift capacity considers hoist mechanism limits, tipping loads, and rope factor. After the lift capacity is validated by testing, a reduction factor is applied to establish the rated lift capacity for the specific pipelayer or sideboom configuration.
Standard

Lift Capacity Calculation and Test Procedure-Pipelayer and Sideboom

1992-03-01
HISTORICAL
J743_199203
This SAE Standard describes a method to calculate and a test procedure to validate rated lift capacity as presented in commercial literature for pipelayers and tractors or loaders (wheel or crawler), equipped with a hydraulic or mechanically operated sideboom. Rated lift capacity considers hoist mechanism limits, tipping loads, and rope factor. After the lift capacity is validated by testing, a reduction factor is applied to establish the rated lift capacity for the specific pipelayer or sideboom configuration.
Standard

Lift Capacity Calculation and Test Procedure-Pipelayer and Sideboom

1986-05-01
HISTORICAL
J743_198605
This SAE Standard describes a method to calculate and a test procedure to validate rated lift capacity as presented in commercial literature for pipelayers and tractors or loaders (wheel or crawler), equipped with a hydraulic or mechanically operated sideboom. Rated lift capacity considers hoist mechanism limits, tipping loads, and rope factor. After the lift capacity is validated by testing, a reduction factor is applied to establish the rated lift capacity for the specific pipelayer or sideboom configuration.
Standard

Capacity Rating--Loader Bucket

1975-06-01
HISTORICAL
J742B_197506
This standard applies to buckets of loaders (as defined by SAE J1057a, Identification Terminology of Earthmoving Machines). This method applies primarily to buckets having parallel sides and a cutting edge parallel to the top edge of the top edge of the back sheet. Moderately clipped back sheet corners will introduce no appreciable errors. Bucket teeth, tooth adapters, as well as other similar local discontinuities are ignored. a. Interpretation of irregular shaped cutting edges is identified in 4.4. b. Interpretation of irregular shaped side sheets is identified in 4.5.
Standard

Capacity Rating--Loader Bucket

2000-02-07
CURRENT
J742_200002
This standard applies to buckets of loaders (as defined by SAE J1057a, Identification Terminology of Earthmoving Machines). This method applies primarily to buckets having parallel sides and a cutting edge parallel to the top edge of the top edge of the back sheet. Moderately clipped back sheet corners will introduce no appreciable errors. Bucket teeth, tooth adapters, as well as other similar local discontinuities are ignored. a. Interpretation of irregular shaped cutting edges is identified in 4.4. b. Interpretation of irregular shaped side sheets is identified in 4.5.
Standard

Capacity Rating--Loader Bucket

1985-02-01
HISTORICAL
J742_198502
The purpose of this standard is to provide a uniform method for determining the SAE struck capacity and rated capacity. The volume calculations used results in a realistically conservative heaped volume. The calculations are based on the inside physical dimensions of the bucket only without regard to bucket action provided by any particular machine. for rating purposes, a nominal heaped load with a 2:1 angle of repose is to be used with bucket orientation dictated by the strike plane defined in paragraph 3.1. This in no way implies that the loader linkage must carry the bucket oriented in this attitude, or that all materials will naturally have a 2:1 angle of repose. This standard applies to buckets of loaders (as defined by SAE J1057a, Identification Terminology of Earthmoving Machines). This method applies primarily to buckets having parallel sides and a cutting edge parallel to the top edge of the top edge of the back sheet.
Standard

Drawbars--Crawler Tractor

2002-02-21
CURRENT
J749_200202
This SAE Standard provides recommended dimensions for drawbars for crawler tractors as defined in SAE J1057 (SEP88). It includes only those dimensions which will affect the attaching of towed equipment.
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