IMPORTANT SAFETY INSTRUCTIONS

Advantium Oven

WARNING!

SAFETY PRECAUTIONS

■Don’t defrost frozen beverages in narrow-necked bottles (especially carbonated beverages). Even if the container is open, pressure can build up. This can cause the container to burst, possibly resulting in injury.

■Spontaneous boiling—Under certain special circumstances, liquids may start to boil during or shortly after removal from the oven. To prevent burns from splashing liquid, we recommend the following: before removing the container from the oven, allow the container to stand in the oven for 30 to 40 seconds after the oven has shut off. Do not boil liquids in narrow-necked containers such as soft drink bottles, wine flasks and especially narrow-necked coffee cups. Even if the container is opened, excessive steam can build up and cause it to burst or overflow.

■Foods cooked in liquids (such as pasta) may tend to boil more rapidly than foods containing less moisture. Should this occur, refer to the Care and Cleaning of the oven section for instructions on how to clean the inside of the oven.

■Hot foods and steam can cause burns. Be careful when opening any containers of hot food, including popcorn bags, cooking pouches and boxes. To prevent possible injury, direct steam away from hands

and face.

■Do not overcook potatoes. They could dehydrate and catch fire, causing damage to your oven.

■Avoid heating baby food in glass jars, even with the lid off. Make sure all infant food is thoroughly cooked. Stir food to distribute the heat evenly. Be careful to prevent scalding when warming formula. The container may feel cooler than the formula really is. Always test the formula before feeding the baby.

■Do not attempt to deep fry in the oven.

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GE SCB2001, SCB2000 owner manual Safety Precautions
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SCB2001, SCB2000 specifications

The GE SCB2000 and SCB2001 are advanced power circuit breakers designed to meet the demanding requirements of modern electrical networks. Tailored for medium voltage applications, these compact devices provide reliable protection and control for electrical systems.

One of the standout features of the SCB2000 and SCB2001 is their ability to deliver high performance in a small footprint. This is particularly beneficial in urban environments where space can be a constraint. The innovative design incorporates state-of-the-art materials and manufacturing techniques, ensuring durability and efficiency.

A key technology integrated into these circuit breakers is the use of microprocessor-based control systems. This advancement allows for enhanced monitoring and protection functionalities. The digital platform enables users to set and customize protection settings easily, ensuring that the circuit breakers adapt to specific operational needs. Additionally, this technology supports advanced communication protocols, allowing for seamless integration into smarter grid systems.

Safety is paramount in any electrical system, and the SCB2000 and SCB2001 provide excellent safety features. They include arc detection and interruption capabilities, which significantly reduce the risk of major electrical faults. Moreover, these breakers are designed with an insulating medium that improves their performance while adhering to environmental regulations, further promoting workplace safety.

The breakers also boast flexibility in their application. They can be used in various sectors, including utilities, industrial plants, and commercial buildings. This versatility makes them a suitable choice for operators looking to upgrade their existing infrastructure or set up new projects.

Another characteristic that sets the SCB2000 and SCB2001 apart is their low maintenance requirements. With robust engineering and a focus on reliability, these devices minimize the need for regular servicing, thereby reducing operational costs for businesses.

In summary, the GE SCB2000 and SCB2001 circuit breakers offer a blend of compact design, innovative technology, and safety features, making them ideal solutions for modern electrical applications. Their high performance and adaptability ensure they meet the evolving demands of the energy sector, positioning them as a smart choice for any organization looking to enhance their electrical systems.
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