AS/NZS 3130:1995

1 - AS / NZS 3130:1995 APPROVAL AND TEST SPECIFICATION - BEAUTY THERAPY EQUIPMENT
4 - PREFACE
5 - CONTENTS
6 - 1 SCOPE
6 - 2 APPLICATION
6 - 2.1 General requirements of AS 3100
6 - 2.2 Specific requirements of this Specification
6 - 2.3 Requirements of other Specifications
7 - 3 REFERENCED DOCUMENTS
8 - 4 DEFINITIONS
8 - 4.1 Beauty therapy equipment
8 - 4.2 Accessible conductive part
8 - 4.3 Class I equipment
9 - 4.4 Class II equipment
9 - 4.5 Class III equipment
9 - 4.6 External power supply
9 - 4.7 Client
9 - 4.8 Shall
9 - 4.9 Should
9 - 5 DESIGN AND CONSTRUCTION
9 - 5.1 General
9 - 5.2 Equipment with liquid or gas containers
10 - 5.3 Provision of overcurrent protection
10 - 5.4 Identification of wiring
10 - 5.5 Regulating devices and switches
12 - 5.6 Plugs and sockets
13 - 5.7 Directcurrentcomponentfroma. c. appliances
13 - 5.8 Stability
13 - 6 PROTECTION AGAINST MECHANICAL AND ELECTRICAL FAILURE
13 - 6.1 General
13 - 6.2 Internal components
15 - 6.3 Behaviour and reliability under normal conditions
15 - 6.4 Protection against mechanical hazards
15 - 6.5 Glass electrodes
15 - 6.6 Enclosure and location of batteries
15 - 6.7 Provision for cleaning and disinfecting applicator leads and electrodes
15 - 6.8 Construction of terminals for applicator leads
15 - 6.9 Equipment having provision for more than one supply voltage
15 - 6.10 Equipment with alternative means of supply
15 - 6.11 Transformers
16 - 6.12 Motor operated appliances
16 - 7 PROTECTION AGAINST ELECTRIC SHOCK HAZARDS
16 - 7.1 General
16 - 7.2 Construction and enclosure
16 - 7.3 Protective and functional earthing
16 - 7.4 Accessible conductive parts
17 - 7.5 Insulation of output circuits intended to make electrical connection to clients or users
17 - 7.6 Leakage currents
17 - 7.7 Electrical outputs delivered to the client
18 - 8 PROTECTION AGAINST HEAT AND FIRE AND OTHER PHYSICAL HAZARDS
18 - 8.1 General
18 - 8.2 Surface temperatures
18 - 8.3 Temperature control devices
18 - 8.4 Equipment with heating devices
19 - 8.5 Electromagnetic radiation
19 - 8.6 Ozone
19 - 8.7 Air pressure
19 - 8.8 Steam
19 - 8.9 Resistance to ignitability and combustion propagation
19 - 9 EQUIPMENT MARKING AND ACCOMPANYING DOCUMENTATION
19 - 9.1 General
19 - 9.2 Special purpose plug socket
19 - 9.3 Marking of fuses
19 - 9.4 Marking of controls
19 - 9.5 Equipment with d. c. outputs
19 - 9.6 Accompanying documentation
20 - 10 TESTS
20 - 10.1 Tests
20 - 10.2 Insulation resistance and leakage current tests
20 - 10.3 High voltage test
21 - 10.4 Stability test for transportable equipment
22 - 10.5 Fixing of controls
22 - 10.6 Mechanical strength of hand-held switches
22 - 10.7 Protection against mechanical hazards
22 - 10.8 Strength of enclosure
23 - 10.9 Determination of ignitability and combustion propagation
23 - 11 OPERATION OF EQUIPMENT
23 - 11.1 Ozone and steam generators
23 - 11.2 Lasers
23 - 11.3 State legislation
23 - 11.4 Therapeutic benefit
24 - APPENDIX A - STANDARD TEST FINGER
25 - APPENDIX B - LEAKAGE CURRENT TESTS
25 - B1 GENERAL
25 - B2 INSTRUMENTATION
25 - B3 TEST CONDITIONS
25 - B4 REPORTING
27 - APPENDIX C - MEASURING INSTRUMENT
28 - APPENDIX D - MEASUREMENT OF ELECTRICAL OUTPUT DELIVERED TO CLIENT
28 - D1 GENERAL
28 - D2 INSTRUMENTATION
28 - D3 TEST CONDITIONS
28 - D4 REPORTING
29 - APPENDIX E - EXAMPLES OF METHODS OF MEASURING OZONE LEVELS
29 - E1 SCOPE
29 - E2 MONITOR METHOD
29 - E3 DETECTOR TUBE METHOD (DERIVED FROM CSA ELECTRICAL BULLETINS 750B AND 750C
29 - E4 REPORTING