Omega OA138X manual Cooking Utensils, Utensil Test

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UTENSIL TEST

Dishes that do not absorb microwave energy are best for microwave cooking. Lock on the label to verify that particular cups, glasses, plates are indeed suitable, especially paper goods. If you are not sure, try this utensil test to check.

•Put the empty utensil in the microwave oven.

•Put one cup of water in a glass measure next to the empty utensil.

•Heat on P-HI for 1 minute.

•After 1 minute the water should be warm but the utensil should not. If the utensil is warm, it is not suitable for microwave cooking.

COOKING UTENSILS

Recommended Use

•glass and glass-ceramic bowls and dishes - Use for heating or cooking.

•Microwave browning dish - Use to brown the exterior of small items such as steaks, chops, or pancakes. follow the directions provided with you browning dish.

•Microwaveable plastic wrap - Use to retain steam. Leave a small opening for some steam to escape and avoid placing it directly on the food.

•Wax paper - Use as a cover to prevent spattering.

•Paper towels and napkins - Use for short term heating and covering; they absorb excess moisture and prevent spattering. Do not use recycled paper towels, which may contain metal and can eatch fire.

•Thermometers - Use only those labeled “Microwave Safe” and follow all directions. Check the food in several places. Conventional thermometers may be used once the food has been removed from the oven.

Limited Use

•Aluminum foil - Use narrow strips of foil to prevent overcooking of exposed areas. Using too much foil can damage your oven, so be careful.

•Ceramic, porcelain, and stoneware - use these if they are labeled “Microwave Safe.” If they are not labeled, test them to make sure they can be used safely. Never use dishes with metalic trim.

•Plastic - Use only if labeled “Microwave Safe.” Other plastics can melt.

•Straw, wicker, and wood - Use only for short-term heating, as they can be flammable.

Not Recommended

•Glass jars and bottles - Regular glass is too thin to be used in a microwave, and can shatter.

•Paper bags - These are a fire hazard, except for popcorn bags that are designed for microwave use.

•Styrofoam plates and cups - These can melt and leave an unhealthy residue on food.

•Plastic storage and food containers - Containers such as margarine tubs can melt in the microwave.

•Metal utensils - These can damage your oven. Remove all metal before cooking.

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Contents Microwave Oven Table of Contents See Grounding Instructions found on Important Safety InstructionsGrounding Instructions Installation Specifications Roller guide Supports the glass cooking tray Features DiagramClock Used to set clock Features DiagramOperation Procedure Controls Setting the ClockTime Defrosting ClockMeat Weight DefrostingPoultry FishTouch Power pad PowerCooking in ONE Stage Cooking in TWO StagesHOW to USE AS a Minute Timer Kitchen Kitchen Timer ModeHOW to USE to Delay the Start of Cooking Kitchen Timer HOW to USE to SET a Holding Time Kitchen TimerONE Touch Cooking Speedy CookSpeedy Cook PopcornDinner Plate BeverageFresh Vegetable Frozen VegetableTo Stop the Oven While the Oven is Operating Child Safety LockLESS, More Utensil Test Cooking UtensilsStirring Cooking TechniquesGeneral Information Defrosting GuideBeef Defrosting ChartPork PoultryMeat Cooking ChartFresh Fish VegetableReheating Chart Arrange, on paper tower lined paper Fried chickenPlate, covered with paper tower Arrange on microwave oven roastingGlass Tray Care of Your Microwave OvenRoller Guide General Use USE Your Microwave Oven SafelyQuestions and Answers Do not Attempt to Service the Oven Yourself Weight & Measure Conversion ChartBefore YOU Call for Service

OA138X specifications

The Omega OA138X is a highly versatile and innovative technology that stands out in the market for its advanced features and robust performance. This device is widely recognized for its blend of precision, efficiency, and user-friendly design, making it a popular choice among professionals and enthusiasts alike.

One of the standout features of the Omega OA138X is its high-accuracy measurement capability. Engineered with advanced sensing technology, it delivers precise readings across a broad range of calibration parameters. This ensures that users can rely on its data, making it an ideal tool for applications in laboratories, industrial settings, and research environments.

The OA138X incorporates state-of-the-art digital technology which enhances ease of use. Its intuitive interface allows users to navigate through various settings effortlessly, ensuring a smooth operational experience. The clear display provides real-time data visualization, enabling users to monitor readings at a glance.

Another notable characteristic of the Omega OA138X is its robust construction. Designed for durability, it can withstand the rigors of demanding work environments without compromising on performance. This resilience is a significant advantage for users in industries where equipment is subject to harsh conditions.

In terms of connectivity, the Omega OA138X supports various communication protocols, facilitating easy integration with other devices and systems. This feature is particularly useful in automated setups, allowing seamless data transfer and control, which increases efficiency and reduces the risk of errors.

The device also boasts advanced safety features designed to protect both the equipment and the operator. Built-in safeguards ensure that measurements are taken accurately while minimizing the risk of mishaps, making it suitable for environments where safety is a top priority.

In conclusion, the Omega OA138X is an exemplary model in the realm of precision measurement devices. Its combination of accuracy, user-friendly technology, durability, and connectivity makes it a reliable choice for a wide array of applications. Whether you are engaged in research, industrial operations, or quality control, the OA138X delivers unparalleled performance that meets and exceeds the expectations of its users.
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