Pro Express Ultimate II GV9712 - Nettoyeur à vapeur CALOR - Notice d'utilisation et mode d'emploi gratuit

Caractéristiques techniques	Pression vapeur : 7,5 bars
Débit de vapeur	120 g/min
Fonction pressing	300 g/min
Réservoir d'eau	1,8 L, amovible
Temps de chauffe	2 minutes
Poids	4,5 kg
Dimensions	30 x 25 x 40 cm
Utilisation	Idéal pour tous types de tissus, y compris les vêtements délicats
Maintenance	Nettoyage régulier du réservoir et détartrage recommandé
Sécurité	Système de verrouillage de sécurité, arrêt automatique
Informations générales	Garantie de 2 ans, accessoires inclus : brosse, gant de protection

FOIRE AUX QUESTIONS - Pro Express Ultimate II GV9712 CALOR

Comment détartrer mon CALOR Pro Express Ultimate II GV9712 ?

Pour détartrer votre appareil, utilisez un mélange de vinaigre blanc et d'eau. Remplissez le réservoir d'eau avec ce mélange, faites fonctionner l'appareil à vapeur pour 5 minutes, puis videz le réservoir et rincez-le à l'eau claire.

Pourquoi ma vapeur ne s'échappe pas ?

Vérifiez que le réservoir d'eau est plein et que l'appareil est correctement branché. Assurez-vous également que la fonction de vapeur est activée et que le bouton de vapeur est enfoncé.

Comment puis-je nettoyer les buses de mon appareil ?

Pour nettoyer les buses, utilisez un coton-tige ou une petite brosse pour enlever les résidus de calcaire. Assurez-vous que l'appareil est débranché et froid avant de procéder au nettoyage.

Mon appareil fait un bruit étrange, que dois-je faire ?

Un bruit inhabituel peut indiquer une accumulation de calcaire. Essayez de détartrer l'appareil. Si le bruit persiste, contactez le service client pour une assistance supplémentaire.

Quelle est la durée de chauffe de l'appareil ?

Le CALOR Pro Express Ultimate II GV9712 chauffe en environ 2 minutes, prêt à l'emploi pour le repassage.

Puis-je utiliser de l'eau du robinet dans mon appareil ?

Oui, mais il est recommandé d'utiliser de l'eau déminéralisée pour éviter l'accumulation de calcaire et prolonger la durée de vie de l'appareil.

Comment puis-je stocker mon appareil après utilisation ?

Assurez-vous que l'appareil est complètement refroidi, videz le réservoir d'eau et rangez-le dans un endroit sec. Évitez de plier le cordon d'alimentation.

Quels types de tissus puis-je repasser avec cet appareil ?

Le CALOR Pro Express Ultimate II GV9712 est adapté pour la plupart des tissus, y compris le coton, le lin, la laine et les synthétiques. Consultez l'étiquette de vos vêtements pour des instructions spécifiques.

Que faire si le voyant d'eau est allumé ?

Si le voyant d'eau s'allume, cela signifie que le réservoir est vide. Remplissez le réservoir avec de l'eau avant de continuer à utiliser l'appareil.

Y a-t-il une garantie pour ce produit ?

Oui, le CALOR Pro Express Ultimate II GV9712 est généralement couvert par une garantie de 2 ans. Vérifiez les documents fournis pour plus de détails.

MODE D'EMPLOI Pro Express Ultimate II GV9712 CALOR

P5301: A component of the DNA polymerase I subunit of the RNA polymerase II subunit, 18S rRNA. The 18S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 18S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 18S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 18S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 20S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 20S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 20S rRNA is a large subunit of the RNA polymerase II subunit that is required for translation initiation and translation termination in yeast. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome by using a series of techniques. The 20S rRNA has been isolated from the yeast genome, by using a series of techniques. The 20S rRNA has been isolated from the yeast genome, by using a series of techniques. The 20S rRNA has been isolated from the yeast genome, by using a series of techniques. The 20S rRNA has been isolated from the yeast genome, by using a series of techniques. The 20S rRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by usinga series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA has been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a seriesof techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolatated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques. The 20SSrRNA have been isolated from the yeast genome, by using a series of techniques..

KAWA HUAN KAWA CHITI

1、投资者可于2023年4月16日（星期五）至2023年4月17日（星期四）16:00前将相关问题发送至公司邮箱（[e-mail]）进行提问，公司将在说明会上对投资者普遍关注的问题进行回答。公司将在说明会上对投资者普遍关注的问题进行回答。投资者可于2023年4月16日（星期四）16:00前将相关问题通过电子邮件的形式发送至公司邮箱（[e-mail]）。公司将在说明会上对投资者普遍关注的问题进行回答。

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