Le moyen d’identification de la lam

Le moyen d’identification de la lampe avec fusible n’est pas indiqué dans la notice.
Sur l’échantillon maintenu à la température ambiante de 25°C, la force de traction nécessaire, pour retirer la
lampe à enfoncement de sa douille, est supérieure à 10N. (Valeur mesurée moyenne : 14,1N).
Après traitement à 120°C pendant 2h et après refroidissement, la force de traction nécessaire, pour retirer la
lampe à enfoncement de sa douille, est comprise entre 3N et 10N. (Valeur mesurée moyenne : 13,7N).

結果 (英文) 1:

The means of identification of the lamp with fuse is not indicated in the instructions.On the sample maintained at room temperature of 25 ° C, the required traction power, to remove thesinking of its socket lamp, is higher than 10N. (Average measured value: 14, 1N).After treatment at 120 ° C for 2 h and after cooling, the traction necessary to remove power thesinking of its socket lamp, is between 3N and 10N. (Average measured value: 13, 7N).

結果 (英文) 2:

The identification means the lamp with fuse is not indicated in the record.
Of the sample kept at room temperature of 25 ° C, the required tensile force to remove the
lamp depression of the socket is greater than 10N. (Average measured value: 14,1N).
After treatment at 120 ° C for 2 hours and after cooling, the tensile force necessary to remove the
lamp depression of the socket, is between 3N and 10N. (Average measured value: 13,7N).

結果 (英文) 3:

the identification of the lamp with fuse is not stated in the notice.
the sample maintained at high ambient temperature, the tensile force required to remove the
deflection of the lamp tube is greater than 10n. the average value 14,1n).
after treatment for 2 to 120 c, and after cooling, the tensile force required to remove the
deflection of the lamp tube is between n and 10n (measured value and average 13,7n).