1、BRITISH STANDARD BS 7140:1995 ISO 7960:1995 Airborne noise emitted by woodworking machine tools Operating conditions for woodworking machinesBS7140:1995 This British Standard, having been prepared under the directionof the Engineering SectorBoard, was published underthe authority of the Standards Bo
2、ard and comes into effect on 15 August1995 BSI 11-1999 The following BSI references relate to the work on this standard: Committee reference MTE/1 Draft for comment 83/76793 DC ISBN 0 580 24454 7 Committees responsible for this British Standard The preparation of this British Standard was entrusted
3、to Technical Committee MTE/1, Machine tools, upon which the following bodies were represented: Advanced Manufacturing Technology Research Institute British Engineers Cutting Tools Association Cranfield University Gauge and Tools Makers Association Health and Safety Executive Machine Tool Technologie
4、s Association Ministry of Defence Coopted members The following body was also represented in the drafting of the standard, through a panel: University of Southampton Amendments issued since publication Amd. No. Date CommentsBS7140:1995 BSI 11-1999 i Contents Page Committees responsible Inside front
5、cover National foreword v 1 Scope 1 2 Normative references 1 3 Definitions 1 4 General provisions for machine installation and operation 1 5 Test report 2 Annex A (normative) Woodworking machines Operating conditions for single-blade circular saw benches 3 A.1 General 3 A.2 Noise measurements 3 A.3
6、Data sheet for single-blade circular saw benches 5 Annex B (normative) Woodworking machines Operating conditionsforplaning machines 8 B.1 General 8 B.2 Noise measurements 8 B.3 Data sheet for planing machines 10 Annex C (normative) Woodworking machines Operating conditionsforthickness planing machin
7、es 13 C.1 General 13 C.2 Noise measurements 13 C.3 Data sheet for thickness planing machines 15 Annex D (normative) Woodworking machines Operating conditions for single-spindle moulding machines 18 D.1 General 18 D.2 Noise measurements 18 D.3 Data sheet for single-spindle moulding machines 20 Annex
8、E (normative) Woodworking machines Operating conditions for double-end profiling machines 23 E.1 General 23 E.2 Noise measurements 23 E.3 Data sheet for double-end profiling machines 25 Annex F (normative) Woodworking machines Operating conditions for edge-banding machines 31 F.1 General 31 F.2 Nois
9、e measurements 31 F.3 Data sheet for edge-banding machines 33 Annex G (normative) Woodworking machines Operating conditions for double-end sizing and edge-banding machines 37 G.1 General 37 G.2 Noise measurements 37 G.3 Data sheet for double-end sizing and edge-banding machines 39 Annex H (normative
10、) Woodworking machines Operating conditions for two-side and multi-side planing machines and mouldingmachines 47 H.1 General 47 H.2 Noise measurements 47 H.3 Data sheet for two-side and multi-side planing machines andmouldingmachines 49BS7140:1995 ii BSI 11-1999 Page Annex J (normative) Woodworking
11、machines Operating conditionsforbandsawing machines 53 J.1 General 53 J.2 Noise measurements 53 J.3 Data sheet for band sawing machines 56 Annex K (normative) Woodworking machines Operating conditions for single-end tenoning machines 60 K.1 General 60 K.2 Noise measurements 60 K.3 Data sheet for sin
12、gle-end tenoning machines 62 Annex L (normative) Woodworking machines Operating conditionsforroutingmachines 65 L.1 General 65 L.2 Noise measurements 65 L.3 Data sheet for routing machines 67 Annex M (normative) Woodworking machines Operating conditions fordouble-end trim circular sawing machines (n
13、onstroke) 70 M.1 General 70 M.2 Noise measurements 70 M.3 Data sheet for double-end trim circular sawing machines (nonstroke) 72 Annex N (normative) Woodworking machines Operating conditions forsingleblade stroke circular sawing machines for cross-cutting 75 N.1 General 75 N.2 Noise measurements 75
14、N.3 Data sheet for single blade stroke circular sawing machines for cross-cutting 79 Annex P (normative) Woodworking machines Operating conditions forverticaland horizontal panel sizing sawing machines 82 P.1 General 82 P.2 Noise measurements 82 P.3 Data sheet for vertical and horizontal panel sizin
15、g sawing machines 85 Annex Q (normative) Woodworking machines Operating conditionsformultiblade circular sawing machines for ripping 88 Q.1 General 88 Q.2 Noise measurements 88 Q.3 Data sheet for multiblade circular sawing machines for ripping 90 Annex R (normative) Woodworking machines Operating co
16、nditions forsanding machines 93 R.1 General 93 R.2 Noise measurements 93 R.3 Data sheet for sanding machines 96 Annex S (normative) Woodworking machines Operating conditions fordoubleedging circular sawing machines for rough cutting 99 S.1 General 99 S.2 Noise measurements 99 S.3 Data sheet for doub
17、le edging circular sawing machines for rough cutting 101BS7140:1995 BSI 11-1999 iii Page Annex T (normative) Woodworking machines Operating conditions fordoubleblade stroke circular sawing machines for cross-cutting 104 T.1 General 104 T.2 Noise measurements 104 T.3 Data sheet for double blade strok
18、e circular sawing machines for cross-cutting 106 Annex U (normative) Woodworking machines Operating conditionsfordouble-end tenoning machines for tenoning only 109 U.1 General 109 U.2 Noise measurements 109 U.3 Data sheet for double-end tenoning machines for tenoning only 111 Annex V (informative) B
19、ibliography 114 Figure A.1 Measurement surface and microphone array for determinationofsound power level for single-blade circular saw benches 4 Figure B.1 Measurement surface and microphone array for determinationofsound power level for planing 9 Figure C.1 Measurement surface and microphone array
20、for determinationofsound power for thickness planing machines 14 Figure D.1 Measurement surface and microphone array for determinationofsound power level for single-spindle moulding machines 19 Figure E.1 Measurement surface and microphone array for determinationofsound power level for double-end pr
21、ofiling machines 24 Figure F.1 Measurement surface and microphone array for determinationofsound power level for edge-banding machines 32 Figure G.1 Measurement surface and microphone array for determinationofsound power level for double-end sizing and edge-banding machines 38 Figure H.1 Measurement
22、 surface and microphone array for determinationofsound power level for two-side and multi-side planing machinesand moulding machines 48 Figure J.1 Measurement surface and microphone array for determinationofsound power level for band sawing machines 54 Figure J.2 Measurement surface and microphone a
23、rray for determinationofsound power level for band resawing machines 55 Figure K.1 Measurement surface and microphone array for determinationofsound power level for single-end tenoning machines 61 Figure L.1 Measurement surface and microphone array for determinationofsound power level for routing ma
24、chines 66 Figure M.1 Measurement surface and microphone array for determinationofsound power level for double-end trim circular sawingmachines 71 Figure N.1 Measurement surface and microphone array for determinationofsound power level for single blade stroke circular sawingmachines for cross-cutting
25、 76 Figure P.1 Measurement surface and microphone array for determinationofsound power level for horizontal panel sizing sawingmachines 83 Figure P.2 Measurement surface and microphone array for determinationofsound power for vertical panel sizing sawing machines 84BS7140:1995 iv BSI 11-1999 Page Fi
26、gure Q.1 Measurement surface and microphone array for determinationofsound power level for multiblade circular sawing machines(forripping) 89 Figure R.1 Measurement surface and microphone array for determinationofsound power level for sanding machines without travellingpad 94 Figure R.2 Measurement
27、surface and microphone array for determinationofsound power level for sanding machines with travelling pad 95 Figure S.1 Measurement surface and microphone array for determinationofsound power level for double edging circular sawingmachines 100 Figure T.1 Measurement surface and microphone array for
28、 determinationofsound level for double blade stroke circular sawing machinesfor cross-cutting 105 Figure U.1 Measurement surface and microphone array for determinationofsound power level for double-end tenoning machines (fortenoning only) 110 List of references Inside back coverBS7140:1995 BSI 11-19
29、99 v National foreword This British Standard has been prepared by Technical Committee MTE/1. It is identical with ISO7960:1995, Airborne noise emitted by machine tools Operating conditions for woodworking machines prepared by the International Organization for Standardization (ISO). A British Standa
30、rd does not purport to include all the necessary provisions of a contract. Users of British Standards are responsible for their correct application. Compliance with a British Standard does not of itself confer immunity from legal obligations. Cross-reference International Standard Corresponding Brit
31、ish Standard ISO7984:1988 BS4361 Woodworking machines Part 0:1990 Classification of woodworking machines and auxiliary machines used for woodworking Summary of pages This document comprises a front cover, an inside front cover, pages i to vi, pages1to114, an inside back cover and a back cover. This
32、standard has been updated (see copyright date) and may have had amendments incorporated. This will be indicated in the amendment table on the inside front cover.vi blankBS7140:1995 BSI 11-1999 1 1 Scope This International Standard, together with basic noise emission International Standards, describe
33、s the mechanical and acoustical specifications necessary for a reproducible test method for the determination of airborne noise emitted by woodworking machines. NOTE 1Acoustic measurement procedures and noise data reporting are given in the basic acoustic standards selected from the ISO3740 series,
34、ISO4871 and the ISO11200 series (seeAnnex V). This International Standard specifies operating conditions and microphone positions for the measurement of noise emitted by woodworking machines. It applies to: single-blade circular saw benches (Annex A); planing machines (Annex B); thickness planing ma
35、chines (Annex C); single-spindle moulding machines (Annex D); double-end profiling machines (Annex E); edge banding machines (Annex F); double-end sizing and edge banding machines (Annex G); two-side and multi-side planing machines and moulding machines (Annex H); bandsawing machines (Annex J); sing
36、le-end tenoning machines (Annex K); routing machines (Annex L); double-end trim circular machines (nonstroke) (Annex M); single-blade stroke circular sawing machines for cross cutting (Annex N); vertical and horizontal panel sizing sawing machines (Annex P); multiblade circular sawing machines (for
37、ripping) (Annex Q); sanding machines (Annex R); double-edging circular sawing machines (for rough cutting) (Annex S); double-blade stroke circular sawing machines for cross cutting (Annex T); double-end tenoning machines (for tenoning only (Annex U). The existence of special-purpose machines, for wh
38、ich such standard operating conditions cannot be specified, is acknowledged. This International Standard applies to the types of woodworking machines listed above. Additional types will be covered in future editions of this International Standard (ISO7960). 2 Normative reference The following standa
39、rd contains provisions which, through reference in this text, constitute provisions of this International Standard. At the time of publication, the edition indicated was valid. All standards are subject to revision, and parties to agreements based on this International Standard are encouraged to inv
40、estigate the possibility of applying the most recent edition of the standard indicated below. Members of IEC and ISO maintain registers of currently valid International Standards. ISO7984:1988, Woodworking machines Technical classification of woodworking machines and auxiliary machines for woodworki
41、ng. 3 Definitions For the purposes of this International Standard, the definitions given in ISO7984 apply. 4 General provisions for machine installation and operation Specified operating conditions for particular types of machines are given in the annexes. When testing multi-purpose machines, each f
42、unction shall be mounted separately according to the requirements specified in the annexes. 4.1 Machine installation The machine shall be installed according to the manufacturers instructions. If the manufacturer does not provide such instructions, this shall be stated in the test report, together w
43、ith the installation method used. The machine shall be installed in such a way that access to all sides is possible. 4.2 Machine operation The operation during measurement shall be representative of the noisiest normal and typical use of the machinery that is reproducible. Standard operating conditi
44、ons shall be those specified in the relevant annex. Where conditions are not specified in annexes, manufacturers instructions shall be followed. Where neither specifications nor instructions exist, the machine shall be set up to give maximum noise emission. The machine shall be tested when carrying
45、out a sequence of operations deemed to be representative of the use of the machine, using test materials and operating conditions specified in the relevant annex. In addition, a test shall be performed under no load. The level of the no-load noise is that produced when the machine is running, ready
46、for load test, unless otherwise specified in the annex.BS7140:1995 2 BSI 11-1999 NOTE 2Distinctive features of noise within the machine-cycle may have to be measured separately or may be included in a single measurement of equivalent continuous sound pressure level sampled over the whole operating c
47、ycle. Machines with provision for dust extraction shall be tested with the extraction working, under both idling and operating conditions. In order to determine the influence of the dust extraction system on the total noise, an additional measurement shall be carried out at a point at the operator p
48、osition (see suggested figures in the annexes), with the dust extraction switched off. The operating conditions and the sequence of operations shall be defined, recorded and reported. New or re-sharpened tools shall be used for all tests under load and the machine shall be running at normal operatin
49、g temperature. General safety requirements shall take precedence over conditions specified in the annexes. 4.3 Specification of test materials The test material shall be one of the materials specified in4.3.1 to4.3.3. 4.3.1 Particle board, made from particles of wood bonded with synthetic resin and/or organic binder, density500kg/m 3to750kg/m 3 , three-layer construction and moisture content6% to10%. 4.3.2 Coated particle board, of the type specified
