BS ISO 7134:2013 pdf download

BS ISO 7134:2013 pdf download.Earth-moving machinery 一Graders —Terminology and commercial specifications.
BS ISO 7134 establishes terminology and the content of commercial literature speci6cations for graders and their equipment.
2 Normative references
The following documents, In whole or In part. are normatively referenced in this document and are indispensable for its application. For dared references, only the edition cited applies For undated references, the latest edition of the referenced document (induding any amendments) applies.
ISO 5010. Earth-moving machinery — Rubber-tyred machines — Steering requirements ISO 6746-1, Earth-moving machinery — Definitions of dimensions and codes — Part 1: Base machine
ISO 6746-2, Earth-moving machinery — Definitions of dimensions and codes — Part 2: Equipment und attachments
ISO 7457, Earth-moving machinery — Determination of turning dimensions of wheeled machines ISO 15550:2002, Internal combustion engines — Determination and method for the measurement of engine power — General requirements
3 Terms and definitions
For the purposes of this document, the terms and definitions given in ISO 6746-1 and ISO 6746-2, and
the following apply.
3.1 General
3.1.1
grader
self-propelled wheeled machine with an adjustable blade positioned between the front and rear axles, which can be equipped with a front-mounted blade or scarifier that can also be located between the front and rear axles
ISOIJRCE: ISO 6165:2012, 4.8J
3.1.2
base machine
grader without equipment, as described by the manufacturer’s specifications, but provided with the necessary mountings to secure the attachments
3.L3
equipment
set of components mounted onto the base machine to fulfil the primary design function
3.1.4
attachment
optional assembly olcomponcnts that can be mounted onto the base machine for a specific use
3.15
component
part or an assembly of parts of a base machine, equipment or an attachment
3.2 Masses
3.2.1
operating mass
mass of the base machine, equipment specified by the manufacturer, operator (75 kg). full fuel tank and full lubricating, hydraulic and cooling systems
3.2.2
shipping mass
mass of the base machine without operator, with lull lubricating, hydraulic and cooling systems, 10% of fuel tank capacity and with or without equipment, cab, canopy and/or operator protective structure, as stated by the manufacturer
3.2.3
cab Icanopyl IROPSI IFOPSI mass
mass of cab [canopy] IROPS (roll-over operator protective structure)] [FOPS (falling-object operator protective structure)] with all components and mountings reqtnred to secure It to the base machine
3.3 Performance
3.3.1
net power
power obtained on a test bed at the end of the crankshaft or its equivalent, at the corresponding engine speed. with the equipment and auxiliaries listed in ISO 15550:2002, Table 1. column 2. and required In column 3 (fitted for engine net power test)
Note 1 to entry: If the power measurement can only be carried out with a mounted gearbox, the losses in the gearbox should be added to the measured power to give the net engine power.
[SOU RCE: ISO 15550:2002, 3.3.31, modified.]
3.3.2
maximum travel speed
maximum speed that can be obtained on hard level surfaces In each of the forward and reverse gear ratios available
3.4 Attachments (for dimensions, see Annex B)
3.4.1
sca rifler
mechanism having teeth for penetrating and loosening to shallow depths materials such as earth, asphalt and gravel roads, and similar surfaces
Note ito entry: The sc-arffier may be located on the grader ahead of the Front wheels or between front and rear wheels.
3.4.2
ripper
attachment consisting of a frame connected to the rear part of the base machine by means of a mounting bracket
Note ito entry: It Is equipped with one or ,nore teeth.
g)stroke;
h)displacement;
i)cooling system, i.e. air- or water-cooled;itype of fuel;
kISo net flywheel power at a given engine speed;l)maximum torque at a given engine speed r/min;m) starter type;
n)electrical system voltage.6.2Transmission
The front and rear transmission types may be specified, for example:-manual shift with flywheel clutch;
-powershift with torque converter;- hydrostatic;
-electric;
number of speeds (forward and reverse);maximum travel speeds (forward and reverse).6.3Axles
6.3.1 Front
The front axle type may be specified, for example.-powered, double reduction mechanical;
powered, hydrostatic wheel;
-not powered;
-leaning wheel.6.3.2 Rear
The rear axle type may be specified, for example:-single;
single with planetary reduction in wheel;tandem (specify type and ratio).