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Appendix 3
Page 1 of 3
ST-06153
Equipment’s combined with Australia plug
Supplementary tests on plug portion according to AS/NZS 3112: 2004.
Supplementary tests on plug portion according to AS/NZS 3112: 2004.
J1 Scope
Info
J2
Requirements for the plug portion
P
J2.1 Definition
J2.1.1 Plug
portion
Info
J2.2 Requirements
J2.2.1
Plug pins of plug portions
P
Material for pins:
(a) copper;
(b) copper alloy min. 58 % copper for parts
made from cold rolled sheet or copper min.
50 % for other parts;
50 % for other parts;
(c) or stainless steel min. 13 % chromium and
max. 0.09 % carbon
> 58 % copper
P
Assembly of pins
P
Form of pin
P
Insulation of plug pins (Figure 2.4 for insulated
pin type)
pin type)
P
J2.2.2
Ratings and dimensions for low voltage plug portions
Distance between a live pin of any plug to the
edge of moulding of plug shall be not less than 9
mm.
edge of moulding of plug shall be not less than 9
mm.
Measured min. 10.5 mm
P
Protrusion max. 0.5 mm from the front face of
plug.
plug.
Measured max. 0.1mm
P
Dimensions checked according to Figures 2.1 (c)
and 2.1 (e).
and 2.1 (e).
P
Dimensions checked by gauge in Figure A1,
Appendix A.
Appendix A.
P
J2.2.3
N/A
J2.2.4
Arrangement of earthing connections for plug
portions
portions
N/A
J2.2.5
Configuration of plug portions
P
J2.2.6 Tests
J2.2.6.1 General
Info
Appendix 3
Page 2 of 3
ST-06153
J2.2.6.2
High voltage test
Clause 2.13.2 items (a) and (c), test voltage see
table 2.3;
table 2.3;
Clause 2.13.2 items (b) and (d), test voltage is
3500 Vac, 1 min.;
3500 Vac, 1 min.;
Clause 2.13.2 item (e), test voltage is 1250 Vac,
1 min.
1 min.
P
J2.2.6.3
Mechanical strength of pin tests
J2.2.6.3.1 Tumbling barrel test
Three samples tests:
EUT mass
≤ 250 g, 500 times drops;
EUT mass
> 250 g, 250 times drops.
500 times drops
P
J2.2.6.3.2 Pin bending test
Three sample plugs tested for 20 movement
cycles.
cycles.
P
J2.2.6.4 Temperature
rise
test
The temperature rise of the pins shall not exceed
45 K.
45 K.
P
J2.2.6.5
Securement of pins of the plug portion
P
Movement of pins:
Preconditioned for 40
± 1 °C, 1 h;
Test force applied 18
± 1 N-push.
P
Fixing of pins:
Heated for 50
± 2 °C, 1 h;
Test force applied 60
± 0.6 N-push/pull, 10 min.
P
J2.2.6.6
Tests on the insulation material of insulated pin plug portions
General
Info
Pressure test at high temperature:
160
± 5 °C for 2 h, 2.5 N.
P
Appendix 3
Page 3 of 3
ST-06153
Static damp heat test:
Db (12 + 12 h cycle), 95 % R.H., lower
temperature 25
temperature 25
± 3 °C and upper temperature 40
°C. After the test, It shall be complied with
clause 2.13.2 (e) insulation resistance test,
clause 2.13.3 high voltage test, and
clause 2.13.13.6 abrasion test
P
Lower temperature test:
−15 ± 2 °C for 24 h. After the test, It shall be
complied with
complied with
clause 2.13.2 (e) insulation resistance test,
clause 2.13.3 high voltage test, and
clause 2.13.13.6 abrasion test
P
Impact test at low temperature:
−15 ± 2 °C for 24 h, falling weight mass 100 ± 1
g, falling height 100 mm, four impacts.
g, falling height 100 mm, four impacts.
P
Abrasion
test:
4 N, 10 000 times in each direction (20 000
movements) at a rate of 30 movements per
minute.
movements) at a rate of 30 movements per
minute.
P
J2.2.6.7
Torque to socket-outlet test
Plug shall not impose undue strain on fixed
socket-outlets, limit
socket-outlets, limit
≤ 0.25 Nm
Measured max. 0.06 Nm
P
P - Pass; N/A - Not applicable; Info - Information only
Appendix 4
Page 1 of 3
ST-06153
Equipment’s combined with Australia plug
Supplementary tests on plug portion according to AS/NZS 3112: 2004.
Supplementary tests on plug portion according to AS/NZS 3112: 2004.
J1 Scope
Info
J2
Requirements for the plug portion
P
J2.1 Definition
J2.1.1 Plug
portion
Info
J2.2 Requirements
J2.2.1
Plug pins of plug portions
P
Material for pins:
(d) copper;
(e) copper alloy min. 58 % copper for parts
made from cold rolled sheet or copper min.
50 % for other parts;
50 % for other parts;
(f) or stainless steel min. 13 % chromium and
max. 0.09 % carbon
> 58 % copper
P
Assembly of pins
P
Form of pin
P
Insulation of plug pins (Figure 2.4 for insulated
pin type)
pin type)
P
J2.2.2
Ratings and dimensions for low voltage plug portions
Distance between a live pin of any plug to the
edge of moulding of plug shall be not less than 9
mm.
edge of moulding of plug shall be not less than 9
mm.
Measured min. 10.5 mm
P
Protrusion max. 0.5 mm from the front face of
plug.
plug.
Measured max. 0.1 mm
P
Dimensions checked according to Figures 2.1
(a1) and 2.1 (e).
(a1) and 2.1 (e).
P
Dimensions checked by gauge in Figure A1,
Appendix A.
Appendix A.
P
J2.2.3
N/A
J2.2.4
Arrangement of earthing connections for plug
portions
portions
P
J2.2.5
Configuration of plug portions
P
J2.2.6 Tests
J2.2.6.1 General
Info
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