Viking F21192 EN manual Conventional and Convection Cooking Tips, Pan Placement Tips

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Operation

Using the Oven

Conventional and Convection Cooking

Because of variations in food density, surface texture and consistency, some foods may be prepared more successfully using the conventional bake setting. For this reason, conventional baking is recommended when preparing baked goods such as custard. The user may find other foods that are also prepared more consistently in conventional bake. This is perfectly normal. Convection cooking is a cooking technique which utilizes fan forced air to circulate heat throughout the entire oven creating the optimum cooking environment. Cooking with convection is intended when performing multi-rack baking and for baking heavier foods.

Conventional and Convection Cooking Tips

As a general rule, to convert conventional recipes to convection recipes, reduce the temperature by 25°F (-3.9°C) and the cooking time by approximately 10 to 15%.

Cooking times for standard baking and convection baking will be the same. However, if using convection to cook a single item or smaller load, then it is possible to have 10-15% reduction in cooking time. (Remember convection cooking is designed for multi-rack baking or cooking large loads.)

If cooking items which require longer than 45 minutes, then it is possible to see a 10-15% reduction in cooking time. This is especially true for large items cooked in the convection roast function.

A major benefit of convection cooking is the ability to prepare foods in quantity. The uniform air circulation makes this possible. Foods that can be prepared on two of three racks at the same time include: pizza, cakes, cookies, biscuits, muffins, rolls, and frozen convenience foods.

For three-rack baking, use any combination of rack positions 2, 3, 4, and 5. For two-rack baking, use rack positions 2 and 4 or positions 3 and 5. Remember that the racks are numbered from bottom to top. See “Oven Features” illustration.

Items cooked in a convection function can be easily over baked. This being the case, it is usually a good idea to pull items out of the oven just before they seem to be done. Items will continue to cook right after they are set out of the oven.

Using the Oven

Conventional and Convection Cooking Tips (cont.)

Some recipes, especially those that are homemade, may require adjustment and testing when converting from standard to convection modes. If unsure how to convert a recipe, begin by preparing the recipe in conventional bake. After achieving acceptable results, follow the convection guidelines listed for the similar food type. If the food is not prepared to your satisfaction during this first convection trial, adjust only one recipe variable at a time (cooking time, rack position, or temperature) and repeat the convection test. Continue adjusting one recipe variable at a time until satisfactory results are achieved.

Pan Placement Tips

When using large (15" x 13") flat pans or trays that cover most of the rack, rack positions 2 or 3 produce the best results.

When baking on more than one rack, it is recommended to use one of the convection modes and the 2nd and 4th positions or the 3rd and 5th positions for more even baking. When baking on three racks, use any combination of positions 2, 3, 4, and 5 for more consistent results.

Stagger pans in opposite directions when two racks and several pans are used in conventional bake. If possible, no pan should be directly above another.

Allow 1 to 2 inches of air space around all sides of each pan for even air circulation.

Single Rack Pan

Multiple Rack Pan

Placement

Placement

Operation

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Contents Use & Care Congratulations Table of ContentsGetting Started Recognize Safety Symbols, Words, LabelsTipping hazard Case of Fire Child SafetyCooking Safety To Prevent Fire or Smoke DamageHeating Elements and Glass Ceramic Cooking Surfaces Utensil SafetyCleaning Safety Self-Clean OvenAbout Your Appliance Important Safety Notice and WarningOven Before Using RangeGlass Rangetop Oven Functions and Settings Surface Operation Rack Positions Oven Features Using the OvenConventional and Convection Cooking Tips Pan Placement TipsConventional and Convection Cooking Baking Tips BakingBake Two-Element Convection Baking Chart Baking ChartRoasting Solving Baking ProblemsCommon Baking Problems/Remedies Problems Cause RemedyWhen using the Bake or Convection Bake setting Conventional Roasting ChartConv BROIL* Convection Broil Convection Roasting ChartBroiling Broiling Tips Broiling InstructionsConvection Defrost Broiling ChartConvection Dehydrate/Defrost Convection DehydrateCleaning and Maintenance Cooking Substitutes ChartsProduct Cleaning Problems on Glass Ceramic TopCause To Prevent To Remove CareControl Panel To stop the Self-Clean cycle Self-Clean CycleBefore starting the Self-Clean cycle To start the Self-Clean cycleDoor Removal Replacing Oven LightsPossible Cause and/or Remedy Door Replacement and AdjustmentTroubleshooting Warranty Service InformationWarranty Service

F21192 EN specifications

The Viking F21192 EN stands out as a remarkable representation of modern engineering in the category of industrial vehicles. Designed primarily for heavy-duty applications, the F21192 EN combines durability, power, and advanced technology to meet the demands of various industries, including construction, agriculture, and logistics.

One of the main features of the Viking F21192 EN is its robust and rugged build, making it suitable for harsh working environments. Constructed with high-strength materials, the vehicle is able to withstand the rigors of daily operation while ensuring safety and longevity. Its high ground clearance and reinforced chassis allow for safe navigation across rough terrains, contributing to its versatility.

The powertrain of the F21192 EN is another significant aspect. Equipped with a high-performance engine, this vehicle offers impressive torque and horsepower, enabling it to handle heavy loads with ease. The engine is designed for fuel efficiency, minimizing operational costs while maximizing productivity. Additionally, the transmission system is engineered for seamless gear changes, providing a smooth driving experience under various conditions.

Technologically, the Viking F21192 EN is outfitted with cutting-edge features that enhance its functionality and usability. The vehicle incorporates advanced telematics systems, allowing for real-time monitoring of performance metrics, location tracking, and diagnostics. This feature not only increases the efficiency of fleet management but also aids in predictive maintenance, reducing downtime and repair costs.

Another notable characteristic is its ergonomic design, focusing on driver comfort and safety. The cabin is spacious and user-friendly, equipped with modern controls and adjustable seating to enhance the operator's experience. Safety features include advanced braking systems, stability control, and visibility enhancements, ensuring that the vehicle remains reliable in various situations.

In conclusion, the Viking F21192 EN is a powerful and efficient industrial vehicle that embodies the latest advancements in technology and engineering. Its combination of rugged construction, high performance, and smart technology makes it an ideal choice for businesses seeking reliability and efficiency in challenging environments. Whether in construction sites or agricultural fields, the F21192 EN remains a formidable contender, ready to tackle any job that comes its way.