UK

TABLE OF CONTENTS

 

INTRODUCTION

17

IMPORTANT SAFETY MEASURES

17

Fire hazard!

17

KEY TO THE MICROWAVE OVEN’S PARTS

18

PREPARING THE MICROWAVE OVEN

18

Positioning the microwave

18

Connecting the microwave oven

18

Installation of the glass turntable

18

Setting the clock

18

OPERATING THE MICROWAVE OVEN

18

Cooking functions

18

Microwave function

18

Grill function

19

Combination function 1

19

Combination function 2

19

Automatic cooking

19

Automatic defrosting

19

Rapid start

19

CHILD SAFETY LOCK

19

TIPS FOR FOOD PREPARATION

19

Preparation time

20

Microwave power

20

General information on cooking

20

Important safety measures when preparing food!

20

USING UTENSILS WHEN PREPARING FOOD

20

Important!

20

CLEANING

21

BEFORE GOING TO A REPAIR CENTRE

21

ENVIRONMENTAL TIPS

21

GUARANTEE TERMS

21

TECHNICAL DATA

21

IMPORTER

21

INTRODUCTION

To get the best out of your new microwave oven, please read through these instructions carefully before using it for the first time. Pay particular attention to the safety measures. We also recommend that you keep the instructions for future reference, so that you can remind yourself of the functions of the microwave oven.

IMPORTANT SAFETY MEASURES

The microwave oven may only be used for its original purpose, i.e. for preparing food for domestic purposes.

The microwave oven is for indoor use only.

Do not use the microwave oven if the cord or plug is damaged, if it is not functioning properly, or if it has been damaged by a heavy impact or similar.

Do not block or cover any vent holes or outlets on the microwave oven.

Do not switch the microwave oven on when it is empty. In order for the microwave oven to absorb microwaves, there must be something in it (food), or it may be damaged. If you would like to practise using the various functions, place a cup of water inside the microwave oven.

Do not use the microwave oven if the safety locking system is not functioning, which means that the microwave oven could be switched on even if the door is not closed. If the door is open, you risk being exposed to microwave radiation.

Do not use the microwave oven if there are cleaning agent residues inside it.

Never heat oil or fat in the microwave oven.

Keep an eye on any children in the vicinity of the appliance when it is in use.

Never try to repair the microwave oven yourself.

If the microwave oven, cord or plug need to be repaired, it should be taken to an authorised service centre. If the appliance is subjected to unauthorised repairs, the guarantee will become void. Contact your retailer if the repairs fall under the terms of the guarantee.

Fire hazard!

To reduce the risk of fire occurring in the oven space, please note the following points:

Do not cook food for too long or at too high a temperature, and do not leave the microwave oven unattended if paper, plastic or other flammable materials have been used in the microwave oven with a view to reducing cooking times.

Metal clips and lids/film containing metallic threads can cause sparks in the microwave oven and must therefore be removed.

If materials in the microwave oven catch fire, leave the door closed. Switch the microwave oven off immediately, and remove the plug from the wall socket.

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Melissa 753-087 manual Table of Contents, Introduction, Important Safety Measures

753-087 specifications

Melissa 753-087 is an advanced robotic system that has garnered attention for its innovative features and capabilities. Designed for a versatile range of applications, this state-of-the-art robot combines advanced artificial intelligence with cutting-edge technology to perform complex tasks efficiently and effectively.

One of the standout features of Melissa 753-087 is its adaptive learning algorithm, which allows the robot to improve its performance over time. This AI-driven capability enables the robot to analyze its interactions with the environment and learn from user feedback, making it increasingly efficient. This means that the more it is used, the better it becomes at understanding specific tasks and user preferences.

The robot is also equipped with a sophisticated sensor suite, including LiDAR, ultrasonic sensors, and cameras, which provide it with a comprehensive understanding of its surroundings. These sensors allow Melissa 753-087 to navigate complex environments, avoid obstacles, and even recognize and interact with objects or individuals. Its ability to process visual data in real-time enhances its effectiveness in dynamic settings, making it ideal for applications in hospitality, healthcare, and logistics.

In terms of mobility, Melissa 753-087 features an advanced mobility platform that mimics human-like movements, enabling it to traverse varied terrains and navigate tight spaces. The robot's wheels and legs are designed to provide stability and agility, making it capable of performing tasks that may be challenging for traditional robots.

Communications technology is another highlight of Melissa 753-087. It is equipped with both Wi-Fi and Bluetooth capabilities, facilitating seamless integration with other devices and enabling remote monitoring and control. This feature allows users to operate the robot from a distance or incorporate it into smart home or office systems, further enhancing its versatility.

Moreover, the design of Melissa 753-087 emphasizes user engagement. The interface is user-friendly, often employing natural language processing to allow for voice commands and inquiries. This interactive feature empowers users to communicate easily and efficiently with the robot, enhancing the overall experience.

In summary, Melissa 753-087 stands out due to its adaptive learning capabilities, advanced sensor technology, versatile mobility, reliable communication methods, and user-friendly interface. These features position it as a revolutionary tool across various industries, showcasing the potential of robotics in enhancing productivity and improving everyday tasks. As technology continues to evolve, Melissa 753-087 represents a significant step forward in the realm of intelligent robotic systems.