FØR DU Henvender DIG TIL EN Reparatør, Importør

FØR DU HENVENDER DIG TIL EN REPARATØR

Hvis mikrobølgeovnen ikke vil starte:

•Undersøg, om stikket er sat korrekt i stikkontakten. Hvis det ikke er tilfældet, skal du tage stikket ud, vente 10 sekunder og derefter sætte stikket i igen.

•Undersøg, om der er sprunget en sikring/om sikringsrelæet er slået fra. Hvis det ikke er tilfældet, kan du kontrollere, om stikkontakten fungerer, ved at slutte et andet apparat til den.

•Kontrollér, om ovndøren er lukket helt. Hvis den ikke er det, sørger det automatiske sikkerhedssystem via låsetapperne

(1)for, at mikrobølgeovnen ikke kan startes.

•Kontrollér, om timeren er aktiveret.

Hvis mikrobølgeovnen stadig ikke fungerer, skal du henvende dig til en reparatør.

OPLYSNINGER OM BORTSKAFFELSE OG GENBRUG AF DETTE PRODUKT

Bemærk, at dette Adexi-produkt er forsynet med dette symbol:

Det betyder, at produktet ikke må kasseres sammen med almindeligt husholdningsaffald, da elektrisk og elektronisk affald skal bortskaffes særskilt.

I henhold til WEEE-direktivet skal hver medlemsstat sikre korrekt indsamling, genvinding, håndtering og genbrug af elektrisk og elektronisk affald. Private husholdninger i EU kan gratis aﬂevere brugt udstyr på særlige genbrugsstationer. I visse medlemsstater kan du i visse tilfælde returnere det brugte udstyr til den forhandler, du købte det af på betingelse af, at du køber nyt udstyr. Kontakt forhandleren, distributøren eller de kommunale myndigheder for at få yderligere oplysninger om, hvordan du skal håndtere elektrisk og elektronisk affald.

GARANTIBESTEMMELSER

Garantien gælder ikke:

•hvis ovennævnte ikke iagttages

•hvis der har været foretaget uautoriserede indgreb i apparatet

•hvis apparatet har været misligholdt, udsat for en voldsom behandling eller lidt anden form for overlast

•hvis fejl i apparatet er opstået på grund af fejl på ledningsnettet.

Da vi hele tiden udvikler vores produkter på funktions- og designsiden, forbeholder vi os ret til at foretage ændringer i produktet uden forudgående varsel.

IMPORTØR

Adexi Group

www.adexi.dk

Vi tager forbehold for trykfejl.

653-094 specifications

Melissa 653-094 is an advanced prototype designed for various applications in the field of robotics and artificial intelligence. This innovative machine stands out due to its array of features, cutting-edge technologies, and unique characteristics, making it a remarkable addition to the growing landscape of intelligent systems.

One of the main features of Melissa 653-094 is its highly adaptable AI-driven decision-making system. This system allows the robot to assess its environment in real-time and adjust its actions accordingly. Powered by a sophisticated neural network, Melissa can learn from its experiences, enabling continuous improvement in its performance and adaptability to different tasks.

The hardware architecture of Melissa 653-094 is designed for both efficiency and durability. It includes a modular build that allows for easy upgrades and maintenance. The robotic platform is equipped with high-torque motors, ensuring swift movement and agility while navigating complex environments. Additionally, the use of lightweight yet sturdy materials contributes to its overall efficiency without sacrificing structural integrity.

In terms of sensory technology, Melissa 653-094 is outfitted with an advanced array of sensors, including LIDAR, ultrasonic sensors, and high-resolution cameras. This multi-sensory approach enables the robot to perceive its surroundings in 360 degrees, facilitating obstacle detection and path planning. The integration of computer vision algorithms enhances its ability to recognize and categorize objects, making it well-suited for tasks such as sorting, surveillance, or even service-oriented roles.

Communication is another key characteristic of Melissa 653-094. It supports various communication protocols, including wireless options, allowing for seamless interaction with other devices and systems. This feature is particularly useful in collaborative environments where coordination with human operators and other robots is essential.

Another notable aspect of Melissa 653-094 is its energy management system. Designed with sustainability in mind, it employs energy-efficient motors and smart power consumption strategies. The ability to operate for extended periods without frequent recharging enhances its practical applications across different sectors, from industrial automation to home assistance.

Overall, Melissa 653-094 embodies the future of robotics, combining intelligent design, advanced technology, and practical applications into a single, versatile platform. Its blend of adaptability, sensory awareness, and efficient operation positions it as an invaluable tool in numerous fields, shaping the next generation of automated solutions. As robotic technology continues to evolve, Melissa 653-094 sets a benchmark for innovation and functionality.