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Standard

Specification Definitions - Hydraulic Backhoes

2018-11-14
CURRENT
J49_201811
This standard applies to hydraulic backhoes which have no more than 190 degrees of rotational swing and are mounted on wheeled tractors and crawler tractors.
Standard

Rated Operating Load for Loaders

2013-01-02
CURRENT
J818_201301
This SAE Standard establishes the definition of a normal all day rated operating load for loaders as defined in SAE J1057. This SAE Standard applies to wheel and crawler loaders taking only hydraulic lift capacity and tipping capacity into consideration. It is recognized that specific operating conditions may allow larger, or require smaller loads than the rated operating load. Some conditions could require more careful or restricted operation with the rated operating load. This standard is not to be construed as setting up test procedures or conditions.
Standard

Specification Definitions - Hydraulic Backhoes

2012-07-16
HISTORICAL
J49_201207
This standard applies to hydraulic backhoes which have no more than 190 degrees of rotational swing, and are mounted on wheel tractors and crawler tractors.
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

Loading Ability Test Procedure - Scrapers

2011-10-27
CURRENT
J764_201110
This SAE Information Report applies to all independent or combination construction and industrial machines that are designed to scraper-load and transport material. (See SAE J1116 and J1057a.)
Standard

Metric Countersunk Holes for Cutting Edges and End Bits

2011-10-27
CURRENT
J1580_201110
this document is to be used on cutting edges and end bits in conjunction with metric bolts (reference ISO 7852-1982) typically used on off-road, self-propelled work machines as described in SAE J1116. The cutting edges are further defined in SAE J737, J739, J1304, and J1581. The end bits are further defined in SAE J63.
Standard

Rated Operating Load for Loaders Equipped with Log or Material Forks Without Vertical Mast

2011-10-27
CURRENT
J1197_201110
This SAE Recommended Practice applies to wheel and crawler loaders when equipped with log or material handling forks without vertical masts, taking only hydraulic lift capacity and operating stability into consideration. It is recognized that specific operating conditions may allow larger, or require smaller loads than the rated operating load. Some conditions would require more careful or restricted operation with the rated operating load. This practice is not to be construed as setting up test procedures or conditions.
Standard

Countersunk Square Holes for Cutting Edges and End Bits

2011-10-25
CURRENT
J740_201110
To be used on cutting edges and end bits in conjunction with No. 3 head plow bolts (Ref. ANSI B18.9) typically used on off-road self-propelled work machines as described in SAE J1116. Cutting edges are further defined in SAE J737, J739 and J1304. End bits are further defined in SAE J63. 1 When section thickness exceeds A in drawing 1 (Figure 2) (countersunk one side) or B in drawing 4 (countersunk both sides), use counterbore with diameter D, as shown in cross section drawings 2, 5 and 6, or extended countersink C, as shown in cross section drawings 3 and 7. 2 The inscribed circle of the square holes shall be concentric with countersink or counterbore within 0.03 in (0.8 mm).
Standard

Loading Ability Test Procedure--Scrapers

2006-02-05
HISTORICAL
J764_200602
This SAE Information Report applies to all independent or combination construction and industrial machines that are designed to scraper-load and transport materials. The purpose of the scraper loading ability test is to determine the amounts of specified material that can be loaded with specified times and to express the data as a load-growth curve. The amount loaded is measured in kilograms and should be converted to volume by means of unit mass for reporting purposes.
Standard

Machine Slope Operation Test Code

2003-05-12
CURRENT
J897_200305
This SAE Standard applies to off-road self-propelled construction, forestry and industrial machines as listed in categories 1, 2, and 4 of SAE J1116. Purpose This Standard provides a field procedure to determine the ability of a machine to operate statically and dynamically on sloping surfaces. Depending upon the objective of the test, any item listed as specified is to be selected at the discretion of either the manufacturer, the test agency, the owner, or a combination of these parties.
Standard

Drawbar Test Procedure for Construction, Forestry, and Industrial Machines

2003-05-08
CURRENT
J872_200305
This SAE Standard specifies a test method to measure the drawbar pull performance of self-propelled construction, forestry, and industrial machines and their combinations with mounted and/or trailed equipment, with or without payload, as listed in SAE J1116. It covers the following criteria measured against travel speed: drawbar pull, drawbar power, and wheel or track slip.
Standard

Component Nomenclature--Scrapers

2000-06-28
CURRENT
J728_200006
This SAE Standard provides names of major components peculiar to the scraper portion of tractor-scrapers. Reference SAE J1057. Illustrations of components are not intended to be exactly descriptive of any particular machine.
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.
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