Whirlpool AKZM 754 IX [6/94] Maintenance

GB4

Oven interior

IMPORTANT: do not use abrasive sponges or metallic scrapers or scourers. Over time, these can ruin

enamelled surfaces and the oven door glass.

• After every use, allow the oven to cool then clean it preferably while it is still warm in order to remove

built-up dirt and stains caused by food residues (e.g. food with a high sugar content).

• Use proprietary oven detergents and follow the manufacturer’s instructions to the letter.

• Clean the door glass with a suitable liquid detergent. The oven door can be removed to facilitate

cleaning (see MAINTENANCE).

• The top heating element of the grill (see MAINTENANCE) can be lowered (some models only) to clean

the roof of the oven.

N.B.: during prolonged cooking of foods with a high water content (e.g. pizza, vegetables, etc.)

condensation may form on the inside of the door and around the seal. When the oven is cold, dry the

inside of the door with a cloth or sponge.

Accessories:

• Soak the accessories in water with washing up detergent immediately after use, handling them with

oven gloves if still hot.

• Food residues can be easily removed using a brush or sponge.

REMOVING THE DOOR

To remove the door:

1. Open the door fully.

2. Lift the catches and push them forwards as far as they will go (Fig. 1).

3. Close the door as far as it will go (A), lift it up (B) and turn it (C) until it is released (D) (Fig. 2).

To refit the door:

1. Insert the hinges in their seats.

2. Open the door fully.

3. Lower the two catches.

4. Close the door.

MOVING THE TOP HEATING ELEMENT (SOME MODELS ONLY)

1. Remove the side accessory holder grilles (Fig. 3).

2. Pull the heating element out a little (Fig. 4) and lower it (Fig. 5).

3. To reposition the heating element, lift it up, pulling it slightly towards you, making sure it comes to

rest on the lateral supports.

MAINTENANCE

WARNING

- Use protective gloves.

- Ensure the oven is cold before carrying out the following operations.

- Disconnect the appliance from the power supply.

Fig. 1 Fig. 2

Fig. 3 Fig. 4 Fig. 5