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BS EN 60900:1994:2002 Edition

$198.66

Hand tools for live working up to 1000 V a.c. and 1500 V d.c.

Published By Publication Date Number of Pages
BSI 2002 58
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Applies to insulated tools but does not apply to tools, equipment and material supplied from an external energy source.

PDF Catalog

PDF Pages PDF Title
1 BRITISH STANDARD
2 Cooperating organizations
3 Contents
6 Foreword
7 Contents
9 1 Scope
2 Nomenclature and definitions
2.1 hand tools
2.2 insulated hand tools
2.3 insulating hand tools
2.4 Definition of tests
type test
routine test
sampling test
acceptance test
2.5 other definitions
10 2.6 formation of lots or batches
3 Requirements
3.1 General requirements
11 3.2 Additional requirements
12 4 Type tests
4.1 General test specifications
13 4.2 Visual and dimensional check
4.3 Impact test
14 4.4 Dielectric test
15 4.5 Indentation test (for insulated tools)
4.6 Test for adhesion of the insulating material coating (for insulated tools)
16 4.7 Flame retardancy test
17 4.8 Mechanical tests
18 4.9 Locking test
4.10 Durability of marking
5 Routine tests
5.1 Visual check
5.2 Dielectric test
19 6 Sampling tests
7 Acceptance tests
8 Quality assurance plan
20 Figure 1 Illustrations of insulation of typical tools (examples) (subclause�
21 Figure 2a Insulation of pliers (Sub-clause
Figure 2b Insulation of Knives (Sub-clause
Figure 2 Illustrations of insulation of pliers and knives
22 Figure 3 Marking symbol (Sub-clause�
24 Figure 4 Example of a test arrangement for the low-temperature impact test (Sub-clause�
25 Figure 5 Electric testing device for insulated tools (Sub-clause�
26 Figure 6 Dielectric testing device for insulating tools (see�
27 Figure 7a
Figure 7b
Figure 7 Indentation test
29 Figure 8 Principle of the testing device for checking adhesion of the insulating coating on�metallic parts…
30 Figure 9 Testing device for checking adhesion of the insulating coating of screwdrivers on�conductive part…
31 Figure 10 Example of mountings for checking stability of adhesion of the insulation�of�the�entire tool (Sub…
32 Figure 11 Example of a flame retardancy test arrangement (Sub-clause�
33 Figure 12 Insulating pliers. Bending test on legs [Sub-clause�
34 Figure 13 Insulating pliers. Torque test [Sub-clause�
35 Figure 14 Example for the insulation of the handles of tweezers (subclause�
36 Figure 15 Description of the insulating overlapping and different assemby configurations�for�tools capable …
37 Figure 16 Illustration of insulation of pliers and nippers for electronics (see�
38 Figure 17 Description of dummies for electrical tests for tools capable�of�being�assembled�and designed to …
39 Annex A (informative)
Examples of calculation of the developed length of coating and acceptable leakage c…
40 Annex B (informative)
Acceptance tests
41 Annex C (normative)
Sampling procedure
C.1 General
C.2 Classification of defects
C.3 General sampling plan
Table C.2
Table C.3
42 Annex D (informative)
Recommendation for use and in service care
D.1 Storage
D.2 Inspection before use
D.3 Temperature
D.4 Periodic examination and electrical retesting
43 Annex ZA (normative)
Normative references to international publications with their corresponding European …
45 National annex NA (informative)
Original IEC text amended by CENELEC common modifications
50 Figure 1 Illustrations of insulation of typical tools (examples)
51 Figure 3 Marking symbol (Sub-clause�
Figure 4 Example of a test arrangement for the low-temperature impact test (Sub-clause�
52 Figure 6a Dielectric test between the working head and the handle or the legs (Sub-clause
Figure 6b Dielectric test of the handle or legs (Sub-clause 4.4.3.2)
Figure 6 Dielectric testing device for insulating tools
53 Figure 7a Radius at the test point of the tool U�10 mm
Figure 7b Radius at the test point of the tool < 10 mm
Figure 7 Indentation test (Sub-clause�
55 Figure 11 Example of a flame retardancy test arrangement (Sub-clause�
56 National annex NB (informative)
Committees responsible
57 National annex NC (informative)
(informative) Cross-references
BS EN 60900:1994
$198.66