Search Results

Standard

Discriminating Back-Up Alarm System Standard

2008-12-04

WIP

J1741

This SAE Standard describes methods for evaluating the performance of the systems detection device, the minimum detection areas behind the machine, the visual and audible information presented to the operator and ground personnel, and the systems fault detection requirements. Also included are operator system function tests and maintenance procedures. The purpose of this document is to establish performance requirements for a Discriminating Back-Up Alarm System.

Standard

SEALED LIGHTING UNITS FOR CONSTRUCTION, INDUSTRIAL, AND FOREST MACHINERY

1987-05-01

HISTORICAL

J598_198705

This recommended practice applies to floodlamp, headlamp and general service lamp units intended for use on off-road self-propelled work machines classified as construction (1.1 and 1.2), general purpose industrial (2) and forestry machines (4), as noted on SAE J1116. Construction and Industrial Machinery is normally operated off highways, therefore, this SAE Recommended Practice is not intended to be used as a basis for regulations by those having authority over motor vehicles used on public highways. Other performance and dimensional information is contained in SAE J572 and J760.

Standard

SEALED LIGHTING UNITS FOR CONSTRUCTION, INDUSTRIAL, AND FOREST MACHINERY

1994-06-01

HISTORICAL

J598_199406

This SAE Recommended Practice applies to floodlamp, headlamp, and general service lamp units intended for use on off-road self-propelled work machines classified as construction (1.1 and 1.2), general purpose industrial (2), and forestry machines (4), as noted in SAE J1116. Construction and Industrial Machinery is normally operated off highways; therefore, this document is not intended to be used as a basis for regulations by those having authority over motor vehicles used on public highways. Other performance and dimensional information is contained in SAE J572 and J760.

Standard

Sound Power Level Measurements of Work Machines - Static and In-Place Dynamic Methods

2013-06-20

CURRENT

J1805_201306

This SAE Standard is used to determine the exterior A-weighted equivalent sound power level of static and in-place dynamic machines (dozer, loader, excavator, and backhoe) similar to the sound power obtained in ISO 6393 static and ISO 6395 dynamic sound power test procedures. Additional machine types, specifically sweepers and scrubbers, covered by SAE J2130 have been added, and other work machine types covered by SAE J1116 may be added with appropriate cycle descriptions and machine preparation. The recommended test procedures include conventional integrating sound pressure level methods or the sound intensity method using paired microphones. The sound intensity methodology provides a practical indoor alternative and permits measurement in the factory environment. The procedures in this document assume that the dominant sources are not highly sensitive to load (i.e., cooling fan, engine, track system).

Standard

Sound Power Level Measurements of Work Machines—Static and In-Place Dynamic Methods

2008-10-23

HISTORICAL

J1805_200810

This SAE Standard is used to determine the exterior A-weighted equivalent sound power level of static and in-place dynamic machines (dozer, loader, excavator, and backhoe) similar to the sound power obtained in ISO 6393 static and ISO 6395 dynamic sound power test procedures. Additional machine types, specifically sweepers and scrubbers, covered by SAE J2130 have been added, and other work machine types covered by SAE J1116 may be added with appropriate cycle descriptions and machine preparation. The recommended test procedures include conventional integrating sound pressure level methods or the sound intensity method using paired microphones. The sound intensity methodology provides a practical indoor alternative and permits measurement in the factory environment. The procedures in this document assume that the dominant sources are not highly sensitive to load (i.e., cooling fan, engine, track system).

Standard

Sound Measurement - Construction Site

2021-07-15

CURRENT

J1075_202107

This SAE Standard sets forth measurement procedures and instrumentation to be used for determining a “representative” sound level during a representative time period at selected measurement locations on a construction site boundary. The document is not intended for use in determining occupational hearing damage risk. Determination of a representative time period is left to the judgment of the user.

Standard

Sound Measurement—Construction Site

2007-11-09

HISTORICAL

J1075_200711

This SAE Standard sets forth measurement procedures and instrumentation to be used for determining a “representative” sound level during a representative time period at selected measurement locations on a construction site boundary. The document is not intended for use in determining occupational hearing damage risk. Determination of a representative time period is left to the judgment of the user.

Standard

Sound Measurement - Construction Site

2013-03-19

HISTORICAL

J1075_201303

This SAE Standard sets forth measurement procedures and instrumentation to be used for determining a “representative” sound level during a representative time period at selected measurement locations on a construction site boundary. The document is not intended for use in determining occupational hearing damage risk. Determination of a representative time period is left to the judgment of the user.

Standard

SOUND MEASUREMENT—CONSTRUCTION SITE

1985-04-01

HISTORICAL

J1075_198504

This SAE Recommended Practice sets forth measurement procedures and instrumentation to be used for determining a “representative” sound level during a representative time period at selected measurement locations on a construction site boundary. The practice is not intended for use in determining occupational hearing damage risk. Determination of a representative time period is left to the judgement of the user.

Standard

SOUND MEASUREMENT—CONSTRUCTION SITE

1985-08-01

HISTORICAL

J1075_198508

This SAE Recommended Practice sets forth measurement procedures and instrumentation to be used for determining a “representative” sound level during a representative time period at selected measurement locations on a construction site boundary. The practice is not intended for use in determining occupational hearing damage risk. Determination of a representative time period is left to the judgement of the user.

Standard

SOUND MEASUREMENT - CONSTRUCTION SITE

1987-03-01

HISTORICAL

J1075_198703

This SAE Standard sets forth measurement procedures and instrumentation to be used for determining a "representative" sound level during a representative time period at selected measurement locations on a construction site boundary. The standard is not intended for use in determining occupational hearing damage risk. Determination of a representative time period is left to the judgment of the user.

Standard

REQUIREMENTS FOR SEALED LIGHTING UNIT FOR CONSTRUCTION AND INDUSTRIAL MACHINES

1993-05-01

HISTORICAL

J572_199305

This SAE Standard applies to 145 mm nominal headlamp and floodlamp units.

Standard

Requirements for Sealed Lighting Unit for Construction and Industrial Machines

1998-12-23

HISTORICAL

J572_199812

This SAE Standard applies to 145 mm nominal headlamp and floodlamp units.

Standard

Requirements for Sealed Lighting Unit for Construction and Industrial Machines

2004-05-06

HISTORICAL

J572_200405

This SAE Standard applies to 145 mm nominal headlamp and floodlamp units.

Standard

REQUIREMENTS FOR COMPOSITE LIGHTING ASSEMBLIES USED ON CONSTRUCTION AND INDUSTRIAL MACHINERY

1995-04-01

HISTORICAL

J2121_199504

This SAE Standard provides general design performance requirements and related test procedures for composite lighting unit assemblies, other than signaling and marking devices, used on construction and industrial machines as defined in SAE J1116.

Standard

Requirements for Composite Lighting Assemblies used on Construction and Industrial Machinery

2002-12-20

HISTORICAL

J2121_200212

This SAE Standard provides general design performance requirements and related test procedures for composite lighting unit assemblies, other than signaling and marking devices, used on construction and industrial machines as defined in SAE J1116.

Standard

SOUND MEASUREMENT-EARTHMOVING MACHINERY-OPERATOR-WORK CYCLE

1987-02-01

HISTORICAL

J1166_198702

This SAE Standard sets forth the procedures to be used only in measuring sound levels and the determination of the time weighted sound level at the operator station(s) of earthmoving machinery. Earthmoving machinery is defined per SAE J1057 JUN81. This standard is applicable to earthmoving machinery which has operator station(s) where the operator can either stand or sit and is transported by the machinery during operation. The standard describes the instrumentation requirements and specifies work cycles for earthmoving machinery. The standard describes the method used to calculate the time weighted average sound level at the operator station(s) identified in the practice as Leq(5) for continuous operation of the work cycle. A method to relate the time weighted average sound level at the operator station(s) to operator sound exposure is also provided.

Standard

OPERATOR STATION SOUND LEVEL MEASUREMENT PROCEDURE FOR POWERED MOBILE EARTHMOVING MACHINERY—WORK CYCLE TEST

1976-12-01

HISTORICAL

J1166_197612

This SAE Recommended Practice sets forth the procedures to be used only in measuring sound levels and the determination of the time weighted average sound level at the operator station(s) of powered mobile earthmoving machinery of 15 kW (20 bhp) and over. This Recommended Practice is applicable to earthmoving machinery which has operator station(s) where the operator can either stand or sit and is transported by the machinery during its operation. The Recommended Practice describes the instrumentation requirements and specifies work cycles for earthmoving machinery. The Recommended Practice describes the method used to calculate the time weighted average sound level at the operator station(s)—identified in this practice as Leq(5)—for continuous operation on the work cycle. A method to relate the time weighted average sound level at the operator station(s) to operator sound exposure is also provided.

Standard

SOUND MEASUREMENT-EARTHMOVING MACHINERY-OPERATOR-WORK CYCLE

1987-07-01

HISTORICAL

J1166_198707

This SAE Standard sets forth the procedures to be used only in measuring sound levels and the determination of the time weighted sound level at the operator station(s) of earthmoving machinery. Earthmoving machinery is defined per SAE J1057 JUN81. This standard is applicable to earthmoving machinery which has operator station(s) where the operator can either stand or sit and is transported by the machinery during operation. The standard describes the instrumentation requirements and specifies work cycles for earthmoving machinery. The standard describes the method used to calculate the time weighted average sound level at the operator station(s) identified in the practice as Leq(5) for continuous operation of the work cycle. A method to relate the time weighted average sound level at the operator station(s) to operator sound exposure is also provided.

Standard

SOUND MEASUREMENT-EARTHMOVING MACHINERY-OPERATOR-WORK CYCLE

1986-06-01

HISTORICAL

J1166_198606

This SAE Recommended Practice sets forth the procedures to be used only in measuring sound levels and the determination of the time weighted sound level at the operator station(s) of earthmoving machinery. Earthmoving machinery is defined per SAE J1057 JUN81. This recommended practice is applicable to earthmoving machinery which has operator station(s) where the operator can either stand or sit and is transported by the machinery during operation. The recommended practice describes the instrumentation requirements and specifies work cycles for earthmoving machinery. The recommended practice describes the method used to calculate the time weighted average sound level at the operator station(s) identified in the practice as Leq(5) for continuous operation of the work cycle. A method to relate the time weighted average sound level at the operator station(s) to operator sound exposure is also provided.