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Detachable parts are removed.$ p) K. h2 s: Z4 N& d2 L
The liquid container of the appliance is completely filled with water containing approximately 1 % NaCl and a further quantity, equal to 15 % of the capacity of the container or 0,25 l, whichever is the greater, is poured in steadily over a period of 1 min.
" M% h1 ?" L! Q2 T" WIn case of doubt, the spillage test is carried out with the appliance deviating from the normal position of use by an angle not exceeding 5°.
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7 e1 v1 i! x$ A( Z, S9 C5 BFor cordless kettles, the test with the kettle on the horizontal plane is carried out with the kettle both on and off its stand.
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0 k# c$ M! Y% N' h2nd -- Kettles that can be filled through the spout & y c9 {' G7 X+ a: T0 [, u/ x5 z
Detachable parts are removed.
4 Z0 t% I. \! @! P2 y7 OTested on a plane inclined at an angle of 20° to the horizontal, with the spout uppermost.
* J! n" Y) s, X0 Y2 c% _filled with water containing approximately 1 % NaCl to the maximum level, if this indication is visible from the filling position, otherwise until water spills from the kettle.5 O# u& Q* ]% I6 m
A further quantity, equal to 15 % of the rated capacity of the kettle, is then added as quickly as possible
; b- |. }/ P6 v% K! HOnly with the cordless kettle off its stand! e8 y _8 u: `+ q9 c
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Kettles are then filled to rated capacity with water.
0 H) I$ y. @% G3 ZThey are placed on a plane inclined at an angle of 20° to the horizontal with their spout facing up the slope of the inclined plane. 1 w1 c0 Q& b/ n
Water shall not be discharged from the kettle
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5 k$ _9 v' f6 m# W( V* U& Y1 m6 \4th -- Stands for cordless kettles
' Y" `, O- U+ v- V. ~- X+ QThe stand is placed on a horizontal surface 9 _, e0 y! w+ F9 {8 f1 m
30 ml of water containing approximately 1 % NaCl is poured onto the connecting device.
3 U; h! ^9 ^; w" k0 s1 v& CThe solution is poured steadily through a tube having an inner diameter of 8 mm over a period of 2 s, the lower end of the tube being 200 mm above the connecting device.
2 o) \) v, {5 X3 |/ @5 {Judgment:The stand shall then withstand the electric strength test of 16.3, the test voltage for reinforced insulation being 2 500 V. |
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