1、 Reference number ISO 15878:2008(E) ISO 2008INTERNATIONAL STANDARD ISO 15878 First edition 2008-03-01 Road construction and maintenance equipment Asphalt pavers Terminology and commercial specifications quipement pour la construction et lentretien des routes Asphalteuse Terminologie et spcifications
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6、ither ISO at the address below or ISOs member body in the country of the requester. ISO copyright office Case postale 56 CH-1211 Geneva 20 Tel. + 41 22 749 01 11 Fax + 41 22 749 09 47 E-mail copyrightiso.org Web www.iso.org Published in Switzerland ii ISO 2008 All rights reservedISO 15878:2008(E) IS
7、O 2008 All rights reserved iii Contents Page Foreword iv 1 Scope. 1 2 Normative references. 1 3 Terms and definitions. 1 4 Operating principle. 6 5 Description of an asphalt paver 6 5.1 General. 6 5.2 Undercarriage type. 6 5.3 Method of mix transfer from hopper to the screed . 6 5.4 Screed type 7 6
8、Commercial specifications 7 6.1 Type of asphalt paver. 7 6.2 Basic characteristics of an asphalt paver 7 6.3 Other characteristics 8 7 Measurements. 10 7.1 General. 10 7.2 Operating configuration. 11 7.3 Shipping configuration. 11 7.4 Material bulk density 11 Annex A (normative) Structure and dimens
9、ion characteristics of asphalt pavers Examples. 12 Bibliography . 31 ISO 15878:2008(E) iv ISO 2008 All rights reservedForeword ISO (the International Organization for Standardization) is a worldwide federation of national standards bodies (ISO member bodies). The work of preparing International Stan
10、dards is normally carried out through ISO technical committees. Each member body interested in a subject for which a technical committee has been established has the right to be represented on that committee. International organizations, governmental and non-governmental, in liaison with ISO, also t
11、ake part in the work. ISO collaborates closely with the International Electrotechnical Commission (IEC) on all matters of electrotechnical standardization. International Standards are drafted in accordance with the rules given in the ISO/IEC Directives, Part 2. The main task of technical committees
12、is to prepare International Standards. Draft International Standards adopted by the technical committees are circulated to the member bodies for voting. Publication as an International Standard requires approval by at least 75 % of the member bodies casting a vote. Attention is drawn to the possibil
13、ity that some of the elements of this document may be the subject of patent rights. ISO shall not be held responsible for identifying any or all such patent rights. ISO 15878 was prepared by Technical Committee ISO/TC 195, Building construction machinery and equipment. INTERNATIONAL STANDARD ISO 158
14、78:2008(E) ISO 2008 All rights reserved 1 Road construction and maintenance equipment Asphalt pavers Terminology and commercial specifications 1 Scope This International Standard deals with asphalt pavers used in road construction and maintenance processes. It provides terminology for the machine an
15、d its components, and also gives operation principles and commercial specifications and establishes parameters for technical characteristics. 2 Normative references The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited
16、 applies. For undated references, the latest edition of the referenced document (including any amendments) applies. ISO 3046-1:2002, Reciprocating internal combustion engines Performance Part 1: Declarations of power, fuel and lubricating oil consumptions, and test methods Additional requirements fo
17、r engines for general use ISO 3911:2004, Wheels and rims for pneumatic tyres Vocabulary, designation and marking 3 Terms and definitions For the purposes of this document, the following terms and definitions apply. 3.1 asphalt paver mobile machine intended for placement and pre-compaction of concret
18、e asphalt mixes using the floating/self levelling screed method NOTE 1 Equipment normally consists of a tractor unit and a free floating screed. NOTE 2 See also 2.4.3 of ISO 22242:2005. 3.2 adjustable width strike off movable blade at the leading edge of a fixed screed for varying screed width NOTE
19、For an example, see Figure A.5. 3.3 apron area of the hopper in front of the conveyor NOTE For an example, see Figure A.9. ISO 15878:2008(E) 2 ISO 2008 All rights reserved3.4 asphalt paver operator person whose primary functions are to control paver speed, direction and laying of paving material 3.5
20、 asphalt paver operator station designated location(s) from which the operator controls the functions of the paver 3.6 automatic feeder system control system for automatic control of the flow of paving material to the screed 3.7 automatic screed control system for automatic control of the mat profil
21、e in relation to an external reference 3.8 bevel edger attachment for putting a sloped surface on the edge of the mat 3.9 bracing device for bracing the screed when built up for large working widths 3.10 conveyor tunnel passageway through which paving material moves from the hopper to the auger/scre
22、ed NOTE For an example, see Figure A.4. 3.11 cut-off plate attachment used in conjunction with the screed end plate to reduce the effective screed width 3.12 conveyor (slat or auger) device for transferring paving material from the hopper to the spreading auger NOTE For examples, see Figure A.4 and
23、Figure A.11. 3.13 conveyor flow gate device for adjustment of the height of paving material being transferred by the conveyor NOTE For an example, see Figure A.4. 3.14 crown control device that shapes the screed to form a mat with the desired crown NOTE For an example, see Figure A.9. 3.15 extendabl
24、e screed screed with permanently mounted extensions that can be extended or retracted to change the mat width when the paver is in operation NOTE For an example, see Figure A.12. ISO 15878:2008(E) ISO 2008 All rights reserved 3 3.16 fixed width screed screed with a constant width that can only be ch
25、anged by adding or removing extensions NOTE For an example, see Figure A.4. 3.17 grade control system for control of the longitudinal profile of the mat NOTE For an example, see Figure A.9. 3.18 hopper component of the paver which receives the paving material from an external source NOTE For an exam
26、ple, see Figure A.4. 3.19 hopper insert device to increase hopper capacity 3.20 material feed system combined conveyor and auger components that transfer paving material from the hopper and distribute it in front of the screed NOTE For an example, see Figure A.4. 3.21 material feed sensor device use
27、d to detect the quantity of paving material in front of the screed NOTE For an example, see Figure A.9. 3.22 material retaining plate material limiting plate attachment installed in front of a spreading auger extension to prevent the paving material from flowing forwards 3.23 mobile grade reference
28、towed attachment that provides an independent reference for the automatic grade control NOTE For an example, see Figure A.9. 3.24 mouldboard upper part of the front of the screed frame that pushes the surplus paving material being distributed by the spreading auger 3.25 strike off (height-adjustable
29、 mouldboard) attachment at the front of a screed for metering the paving material flowing under the screed NOTE For an example, see Figure A.6. ISO 15878:2008(E) 4 ISO 2008 All rights reserved3.26 pre-strike off material management device attached in front of an extendable screed, for managing mater
30、ial build up in front of the screed to allow for easy retraction and material flow to the end gates NOTE 1 For equal width front mounted extensions, the pre-strike off prevents material from being built up in front of the main screed to allow the extension to retract. For an example, see Figure A.7.
31、 NOTE 2 For rear mounted extensions the pre-strike off prevents material from being built up in front of the extension screed to allow easy retraction. For an example, see Figure A.8. 3.27 push-roller device that contacts the tyres of the paving material delivery vehicle NOTE For an example, see Fig
32、ure A.4. 3.28 screed mounted control device used to control some of the paving functions of the screed 3.29 screed device towed behind the tractor to strike off, compact, contour and smooth the paving material NOTE 1 For an example, see Figure A.12 NOTE 2 Depending on the type of screed, the followi
33、ng paving material compaction systems are identified: static compaction: the construction material is compacted by the weight of the screed (see Figure A.13); dynamic compaction: in addition to the static compaction, a single additional compaction system, which can consist of vibrators or tamper bar
34、s, is fitted (see Figure A.14 and Figure A.15); high compaction: in addition to static compaction, at least two compaction systems, which may consist of vibrators, tamper bars or pressure bars, are fitted (see Figure A.16 and Figure A.17). 3.30 screed arm attachment by which the screed is connected
35、to and towed by the tractor NOTE For an example, see Figure A.4. 3.31 screed end plate vertically adjustable plate at the outboard end of the screed, which retains the paving material and forms the edge of the mat NOTE For an example, see Figure A.4. 3.32 screed extension fixed or adjustable attachm
36、ent to the screed for paving at widths greater than the main screed NOTE For an example, see Figure A.10. 3.33 screed heater device to heat the screed plate to prevent adhesion of paving material ISO 15878:2008(E) ISO 2008 All rights reserved 5 3.34 screed lift device used to raise the screed NOTE F
37、or an example, see Figure A.9. 3.35 screed plate component of the screed that shapes and smoothes the top surface of the mat NOTE For an example, see Figure A.13. 3.36 screed travel lock device that secures the screed in the raised position NOTE For an example, see Figure A.10. 3.37 slope beam compo
38、nent on which the slope control sensor is mounted NOTE For an example, see Figure A.9. 3.38 slope control control that relates to the transverse profile of the mat NOTE For an example, see Figure A.9. 3.39 spreading auger screw conveyor used for transverse distribution of paving material ahead of th
39、e screed NOTE For an example, see Figure A.4. 3.40 steering guide sighting device to enable the operator to follow a predetermined course NOTE For an example, see Figure A.4. 3.41 tamper system for pre-compaction, installed at the front of the screed 3.42 tamper bar(s) reciprocating component(s) on
40、the screed, used to provide additional compaction of the paving material NOTE For an example, see Figure A.15. 3.43 thickness control device to manually adjust the mat thickness NOTE See Figure A.4. ISO 15878:2008(E) 6 ISO 2008 All rights reserved3.44 tow point pull point point at which the screed a
41、rm is attached to the tractor NOTE For an example, see Figure A.4. 3.45 tractor component of a paver which provides propulsion and can also receive, convey and distribute paving material NOTE For an example, see Figure A.4. 3.46 truck-hitch device used to hold a paving material delivery vehicle in t
42、he proper position relative to the paver when unloading the material into the hopper 3.47 asphalt fume control system system that collects paving material fumes and exhausts them away from the operator and crew 4 Operating principle Asphalt pavers place and pre-compact concrete asphalt mixes using t
43、he floating/self-levelling screed method. The weight of the screed and its forward motion combined with additional vibrating and tamping elements are used to pre-compact the mixes. 5 Description of an asphalt paver 5.1 General The design type of an asphalt paver is determined according to the follow
44、ing criteria: undercarriage type, method of mix transfer from hopper to screed and screed type. 5.2 Undercarriage type The following types of undercarriage are identified: wheeled (see Figure A.1); steel tracked with replaceable track plates (see Figure A.2); rubber tracked (see Figure A.3). 5.3 Met
45、hod of mix transfer from hopper to the screed The following methods are typically used: by slat conveyor (see Figure A.4); by auger (see Figure A.11); by gravity. ISO 15878:2008(E) ISO 2008 All rights reserved 7 5.4 Screed type The following screed types are typically used: fixed width (see Figure A
46、.4); hydraulically extendable (see Figure A.12); extendable by bolt-on extensions. 6 Commercial specifications 6.1 Type of asphalt paver Specify the type of the asphalt paver, e.g. rubber tyred with fixed width screed, tracked with variable width screed, tracked with fixed width screed and others. N
47、OTE The examples of specifications for different types of asphalt paver are presented in Figure A.4, Figure A.9 and Figure A.10. 6.2 Basic characteristics of an asphalt paver Specify the following parameters. a) Laying performance: maximum laying capacity, in tonnes per hour; paving width maximum, i
48、n millimetres: the maximum width to which the machine can place paving material with optional screed extensions; paving width minimum, in millimetres; paving depth maximum, in millimetres: the maximum thickness to which the machine can place paving material; paving depth minimum, in millimetres. b)
49、Turning radius, in millimetres: The distance from the turning centre to the centre of contact with the ground of the wheel describing the largest circle while the machine is executing the sharpest practical turn. (See Figure A.20, dimension R 2 .) c) Machine clearance circle, in millmetres: The diameter of the smallest circle which will enclose the outermost point of the vehicle projection with the machine in operating configuration while executing its sharpest practical turn. (S
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