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<12014165 001>
Page 68 of 73
EN 50075 (Partial)
Clause
Requirement – Test
Result - Remark
Verdict
14
Resistance to heat and to ageing
P
14.1
Sufficient resistant to heat
P
14.1.1
After 1 h in heating cabinet at 100°C no damage shown
P
14.1.2
After 1h in heating cabinet at 80°C and a force of 20N through
the jaws no damage shown
the jaws no damage shown
N/A
14.2
Aging test
N/A
-at 70°C for 168h
N/A
-at room temperature for 96h
N/A
No traces of cloth at a force of 5N
N/A
No damage leads to non-compliance
N/A
15
Current-carrying parts and connections resistance to heat and to ageing
P
15.1
Connections withstand the mechanical stresses occurring in
normal use
normal use
P
15.2
Contact pressure not through isolating material
P
15.3
Current carrying parts of copper
P
No electroplated coating when part is subjected to
mechanical wear
mechanical wear
P
Other metals having a mechanical strength. an electrical
conductivity and a resistance to corrosion
conductivity and a resistance to corrosion
P
16
Creepage distances . clearances and distances through insulation
P
Live parts of different polarity: 3mm
13,6
P
Through insulation between live parts and accessible
surfaces: 1.5mm
surfaces: 1.5mm
4,1mm
P
17
Resistance of insulating material to abnormal heat and fire
P
Insulating material not unduly affected by abnormal heat and
by fire
by fire
(see appended table)
P
11.1
TABLE: Insulation resistance
P
<12014165 001>
Page 69 of 73
EN 50075 (Partial)
Clause
Requirement – Test
Result - Remark
Verdict
Insulation resistance applied between:
Iso-R required (MΩ)
Iso-R measured (MΩ)
Pins connected together and the body
5
> 9999
Each pin to the other one
5
> 9999
Each pin to the body
5
> 9999
11.2
TABLE: dielectric strength measurements
P
test voltage applied between:
test voltage (V)
break down
Pins connected together and the body
2000
No
Each pin to the other one
2000
No
Each pin to the body
2000
No
17.3
TABLE: Resistance of insulating material to abnormal heat and to fire
P
Parts that retain current-carrying parts in position: 750°C
P
Other parts: 650°C
P
<12014165 001>
Page 70 of 73
BS 1363 (Partial)
Clause
Requirement – Test
Result - Remark
Verdict
12
Construction
P
12.1
Disposition of the pins is same as fig. 4
P
12.2
Plugs shall comply with fig. 4
P
Between E and left plane
max. 25.37 mm
24,4mm
P
Between E and right plane
max. 25.37 mm
24,4mm
P
Between E and L
11.05~11.18mm
11,1mm
P
Between E and N
11.05~11.18mm
11,1mm
P
Between L or N and top plane
max. 34.6mm
32,1mm
P
Between E and L. N
22.10~22.36mm
22,1mm
P
Radius of top right corner
min. 15mm
mm
N/A
Radius of top left corner
min. 15mm
mm
N/A
Shape of earth pin
Length
22.23~23.23mm
22,5 mm
P
Width
7.80~8.05mm
8,0 mm
P
Thickness
3.90~4.05mm
4,0 mm
P
Length of chamfer
1.35~1.85mm
1,6 mm
P
Angle of chamfer
58°~62°
60
P
Shape of L and N pin
P
Length
17.2~18.2mm
17,8 mm
P
Width
6.22~6.48mm
6,4 mm
P
Thickness
3.90~4.05mm
4,0 mm
P
Length of insulating material
max. 9.5mm
8,6 mm
P
Length of conductive material
max. 9.2mm
8,8 mm
P
Length of chamfer
1.35~1.85mm
1,5 mm
P
Angle of chamfer
58°~62°
60
P
Maintenance of these dimensions not rely on the terminal
screws
screws
P
The plug portion should enter the gauge fully with a force less
than 10N was applied to the centre of the sample at right
angle.
than 10N was applied to the centre of the sample at right
angle.
Complied. sample was
entered into the gauge fully
with a force of 10N.
entered into the gauge fully
with a force of 10N.
P
<12014165 001>
Page 71 of 73
BS 1363 (Partial)
Clause
Requirement – Test
Result - Remark
Verdict
12.3
No part of a line or neutral pin shall be less than 9.5mm from
the periphery of the plug measured along the engagement
surface.
the periphery of the plug measured along the engagement
surface.
Complied. both line and
neutral pin are measured
larger than 9,5mm
neutral pin are measured
larger than 9,5mm
P
12.9
Plug pins were constructed of brass
Complied.
P
12.9.1
Exposed surface of plug pins were smooth and free from
burrs or sharp edges and other irregularities. which could
cause damage or excessive wear to sockets or shutters.
burrs or sharp edges and other irregularities. which could
cause damage or excessive wear to sockets or shutters.
Complied.
P
12.9.4
The adaptor plug pins were tested as specified in the
standard.
standard.
Complied. After being
subjected to a forced of
1100N. the pin portion could
fit the relevant gauge.
subjected to a forced of
1100N. the pin portion could
fit the relevant gauge.
P
12.9.6
Each pin of the adaptor was subjected to a torque of 1Nm for
60s as specified in the standard.
60s as specified in the standard.
Complied. After the test. the
pin portion could fit the
relevant gauge.
pin portion could fit the
relevant gauge.
P
12.11
The adaptors were tested as specified in the standard. After
being placed in an oven at 70°C for 1 hour. each pin of the
samples was subjected for 60 sec. to a pull of 100N in the
oven.
being placed in an oven at 70°C for 1 hour. each pin of the
samples was subjected for 60 sec. to a pull of 100N in the
oven.
Complied. After the above
test. no plug pin was
detached and the plug pins
could fit the relevant gauge.
test. no plug pin was
detached and the plug pins
could fit the relevant gauge.
P
12.12
The degree of flexibility of mounting of the plug pins was
checked according to 12.12.1
checked according to 12.12.1
Complied. During the test. no
declination was observed to
the plug pins (Max. 3°30’).
declination was observed to
the plug pins (Max. 3°30’).
P
12.16
Line and neutral plug pin shall be fitted with insulating
sleeves. The dimensions of the pin and sleeve shall fall within
the specific limit.
sleeves. The dimensions of the pin and sleeve shall fall within
the specific limit.
Complied. Both line and
neutral pins were fitted with
insulating sleeves.
neutral pins were fitted with
insulating sleeves.
P
12.17.1
Plug pin sleeve shall be compliance with 12.17.2 to 12.17.4
Complied.
P
12.17.2
Electric strength test applied between the metal part of plug
pin and the sleeve (1250±30V)
pin and the sleeve (1250±30V)
Complied. No breakdown and
flashover occur.
flashover occur.
P
12.17.3
Abrasion test for plug pin sleeve
The plug pin sleeves were subjected to 20000 movements of
abrasion as specified in the standard.
abrasion as specified in the standard.
Complied. After the test. the
sleeves showed no damage
that impaired further use and
could satisfy the electric
strength test in 12.17.2
sleeves showed no damage
that impaired further use and
could satisfy the electric
strength test in 12.17.2
P
12.17.4
Resistance to deformation
The plug pins with sleeves were placed in a heating cabinet at
200°C and tested according to the standard for 120min.
200°C and tested according to the standard for 120min.
Complied. After the tests. the
thicknesses of sleeve of plug
pins (line and neutral pins)
remaining at the impression
point were reduced by less
than 5%.
thicknesses of sleeve of plug
pins (line and neutral pins)
remaining at the impression
point were reduced by less
than 5%.
P
Notes: clause 12.4, 12.5, 12.6, 12.7, 12.8, 12.9.2, 12.9.3, 12.9.5, 12.10, 12.13, 12.14, 12.15 were not applicable.
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