HE530ALG 011 - Aspirateur CANDY - Notice d'utilisation et mode d'emploi gratuit
Retrouvez gratuitement la notice de l'appareil HE530ALG 011 CANDY au format PDF.
| Type de produit | Aspirateur traîneau |
| Marque | Candy |
| Modèle | HE530ALG 011 |
| Dimensions (L x l x h) | 30 x 25 x 20 cm |
| Poids | 4,5 kg |
| Alimentation électrique | 220-240 V ~ 50/60 Hz |
| Puissance nominale | 800 W |
| Capacité du réservoir | 2,5 L |
| Type de filtre | Filtre HEPA lavable |
| Niveau sonore | 78 dB(A) |
| Rayon d'action | 8 m |
| Fonctions | Aspiration sols durs et tapis, réglage de puissance |
| Accessoires inclus | Suceur sol, suceur fentes, brosse meubles |
| Entretien | Lavage du filtre à l'eau, vidage du réservoir |
| Sécurité | Arrêt automatique en cas de surchauffe |
| Pièces détachées | Sacs à poussière, filtres de rechange disponibles |
| Couleur | Gris et rouge |
| Garantie | 2 ans |
FOIRE AUX QUESTIONS - HE530ALG 011 CANDY
Questions des utilisateurs sur HE530ALG 011 CANDY
0 question sur cet appareil. Repondez a celles que vous connaissez ou posez la votre.
Poser une nouvelle question sur cet appareil
Téléchargez la notice de votre Aspirateur au format PDF gratuitement ! Retrouvez votre notice HE530ALG 011 - CANDY et reprennez votre appareil électronique en main. Sur cette page sont publiés tous les documents nécessaires à l'utilisation de votre appareil HE530ALG 011 de la marque CANDY.
MODE D'EMPLOI HE530ALG 011 CANDY

flowchart
graph TD
A["Device Input"] --> B["Switch Off"]
B --> C["Check Valve"]
C --> D["Car Washing"]
D --> E["Shaking"]
E --> F["Shooting"]
F --> G["Shooting"]
G --> H["Shooting"]
H --> I["Shooting"]
I --> J["Shooting"]
J --> K["Shooting"]
K --> L["Shooting"]
L --> M["Shooting"]
M --> N["Shooting"]
N --> O["Shooting"]
O --> P["Shooting"]
P --> Q["Shooting"]
Q --> R["Shooting"]
R --> S["Shooting"]
S --> T["Shooting"]
T --> U["Shooting"]
U --> V["Shooting"]
V --> W["Shooting"]
W --> X["Shooting"]
X --> Y["Shooting"]
Y --> Z["Shooting"]
Z --> AA["Shooting"]
AA --> AB["Shooting"]
AB --> AC["Shooting"]
AC --> AD["Shooting"]
AD --> AE["Shooting"]
AE --> AF["Shooting"]
AF --> AG["Shooting"]
AG --> AH["Shooting"]
AH --> AI["Shooting"]
AI --> AJ["Shooting"]
AJ --> AK["Shooting"]
AK --> AL["Shooting"]
AL --> AM["Shooting"]
AM --> AN["Shooting"]
AN --> AO["Shooting"]
AO --> AP["Shooting"]
AP --> AQ["Shooting"]
AQ --> AR["Shooting"]
AR --> AS["Shooting"]
AS --> AT["Shooting"]
AT --> AU["Shooting"]
AU --> AV["Shooting"]
AV --> AW["Shooting"]
AW --> AX["Shooting"]
AX --> AY["Shooting"]

flowchart
graph TD
A["TUSH Tool X5"] --> B["Shake Tool"]
B --> C["Add OK"]
C --> D["Transfer to Product"]
D --> E["Product with Manufacturing Process"]
E --> F["Final Product"]

text_image
Product label and description of a skincare product with technical specifications and brand logos.
text_image
Diagram illustrating a vacuum cleaner's internal structure with labeled components and tool icons
natural_image
Collage of interior and floor views showing furniture and equipment (no text or symbols visible)
natural_image
Interior view of a modern living room with furniture and lighting fixtures (no visible text or symbols)
flowchart
graph TD
A["Start"] --> B["Click"]
B --> C["ON/OFF"]
C --> D["Check Point"]
D --> E["Check Point"]
E --> F["Check Point"]
F --> G["Check Point"]
G --> H["Check Point"]
H --> I["Check Point"]
I --> J["Check Point"]
J --> K["Check Point"]
K --> L["Check Point"]
L --> M["Check Point"]
M --> N["Check Point"]
N --> O["Check Point"]
O --> P["Check Point"]
P --> Q["Check Point"]
Q --> R["Check Point"]
R --> S["Check Point"]
S --> T["Check Point"]
T --> U["Check Point"]
U --> V["Check Point"]
V --> W["Check Point"]
W --> X["Check Point"]
X --> Y["Check Point"]
Y --> Z["Check Point"]
Z --> AA["Check Point"]
AA --> AB["Check Point"]
AB --> AC["Check Point"]
AC --> AD["Check Point"]
AD --> AE["Check Point"]
AE --> AF["Check Point"]
AF --> AG["Check Point"]
AG --> AH["Check Point"]
AH --> AI["Check Point"]
AI --> AJ["Check Point"]
AJ --> AK["Check Point"]
AK --> AL["Check Point"]
AL --> AM["Check Point"]
AM --> AN["Check Point"]
AN --> AO["Check Point"]
AO --> AP["Check Point"]
AP --> AQ["Check Point"]
AQ --> AR["Check Point"]
AR --> AS["Check Point"]
AS --> AT["Check Point"]
AT --> AU["Check Point"]
AU --> AV["Check Point"]
AV --> AW["Check Point"]
AW --> AX["Check Point"]
AX --> AY["Check Point"]
*0 Content may rise according to your model. PT: I continue, possible varian in lieu of device model. IT: I still maintain possible range of 1 module. DE: In touch base (or each model) varianin. EI: Ei contains a wide range of varian in base a modelo. AL: Perimbia/Levind/Levind/lepas modelo bus. KO: curupris-hocetico di sepera a sekonecctu stavemnoda. NR: nadir za i malo nadir kevi valicati. CE: dinah semilis 31 vihololet na valine modelo. RE: Inholdel, hola mite a kivitavat. ID: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitavat. EE: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitavat. DD: Inholdel, hola mite a kivitav at. DD: Inholdel, hola mite a kivitav at. DD: Inholdel, hola mite a kivitav at. DD: Inholdel, hola mite a kivitav at. DD: Inholdel, hola mite a kivitav at. DD: Inholdel, hola mite a kivitav at. DD: Inholdel, hola mite a kivutovat. DD: Inholdel, hola mite a kivutovat. DD: Inholdel, hola mite a kivutovat. DD: Inholdel, hola mite a kivutovat. DD: Inholdel, hola mite a kivutovat. DD: Inholdel, hola mite a kivutovat. DD: Inholdel, hola mite a kivunovat. DD: Inholdel, hola mite a kivunovat. DD: Inholdel, hola mite a kivunovat. DD: Inholdel, hola mite a kivunovat. DD: Inholdel, hola mite a kivunovat. DD: Inholdel, hola mite a kivunovat. DD: Inholdel, hola mite a lvekunovat. DD: Inholdel, hola mite a lvekunovat. DD: Inholdel, hola mite a lvekunovat. DD: Inholdel, hola mite a lvekunovat. DD: Inholdel, hola mite a lvekunovat. DD: Inholdel, hola mite a lvekunovat. DD: Inholdel