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Porcelain Oven Interior

Safety

With proper care, the porcelain enamel finish on the inside of the oven will stay new-looking for years.

Let the range cool before cleaning.

We recommend that you wear rubber gloves when cleaning the range.

Soap and water will normally do the job. Heavy spattering or spillovers may require cleaning with a mild abrasive cleaner. Soapy, wet metal pads may also be used. Do not allow food spills with a high sugar or acid content (such as tomatoes, sauerkraut, fruit juices or pie filling) to remain on the surface. They may cause a dull spot even after cleaning.

Household ammonia may make the cleaning job easier. Place 1/2 cup in a shallow glass or pottery container in a cold oven overnight. The ammonia fumes will help loosen the burned-on grease and food.

If necessary, you may use an oven cleaner. Follow package directions.

Cautions about using spray-on oven cleaners:

Do not spray on the electrical controls and switches because it could cause

a short circuit and result in sparking or fire.

Do not allow a film from the cleaner to build up on the temperature sensor— it could cause the oven to heat improperly. (The sensor is located at the top of the oven.) Carefully wipe the sensor clean after each oven cleaning, being careful not to move the sensor as a change in its position could affect how the oven bakes.

Do not spray any oven cleaner on the outside of the oven door, handles or any exterior surface of the oven, wood or painted surfaces. The cleaner can damage these surfaces.

Instructions Operating Instructions Care and Cleaning

Painted Surfaces

Painted surfaces include the sides, control panel, door and kick panel. Clean these with soap and water or a vinegar and water solution.

Do not use commercial oven cleaners, cleansing powders, steel wool or harsh abrasives on any painted surface.

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Installation Instructions Troubleshooting Tips Consumer Support

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GE RGA624, RGA620 Porcelain Oven Interior Safety, Painted Surfaces, Instructions Operating Instructions Care and Cleaning

RGA624, RGA620 specifications

The General Electric (GE) RGA620 and RGA624 are advanced radiation survey meters designed for professionals in nuclear facilities, environmental monitoring, and emergency response. These devices offer robust performance and innovative features that enhance user experience and ensure precise radiation detection.

At the core of the RGA620 and RGA624 are highly sensitive Geiger-Müller (GM) tubes, which allow for the detection of alpha, beta, and gamma radiation. This versatility makes them suitable for a wide range of applications, from laboratory research to field measurements in emergency situations. Both models feature a broad energy response, enabling accurate detection across varying radiation energies.

One of the standout features of the RGA620 and RGA624 is their digital display, which provides clear and easily readable results. The intuitive interface allows users to quickly access measurement functions, change settings, and view real-time data. Alongside this, the devices are equipped with audible alarms, providing instant alerts when radiation levels exceed predefined thresholds, ensuring timely response during critical situations.

Both models utilize advanced data logging capabilities, enabling users to store measurement data for future analysis or compliance reporting. This feature is particularly valuable in regulatory environments where documentation of radiation levels is crucial. The RGA620 and RGA624 can also connect to external software for further data management, enhancing operational efficiency.

In terms of durability, the RGA620 and RGA624 are designed with rugged housing that meets stringent industrial standards. Their lightweight and portable design make them suitable for fieldwork, allowing professionals to conduct radiation surveys effortlessly. The devices are also designed for easy maintenance, with replaceable batteries and straightforward calibration processes.

Enhanced connectivity options, including USB ports, allow for easy data transfer and integration with other monitoring systems. This adaptability ensures that the RGA620 and RGA624 can be an integral part of a comprehensive radiation safety program.

Overall, the GE RGA620 and RGA624 are exemplary tools in radiation detection technology. Their combination of sensitivity, user-friendly features, and robust design make them essential for professionals working in environments where radiation monitoring is paramount. With these instruments, users can ensure safety, compliance, and effective management of radiation risks.