West Bend L4978 important safety instructions Rising FLOUR, AS Poor Results will be Obtained

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KNOW YOUR INGREDIENTS - Although bread making seems very basic, it is a science and the proportions of ingredients are critical. Read the following information to better understand the importance each ingredient plays in the bread making process. Also, always make sure your ingredients are fresh.

FLOUR is the main ingredient used in making bread and provides structure as well as food for the yeast. Several different types of flour can be used in your bread maker, but DO NOT USE ALL-PURPOSE FLOUR, CAKE FLOUR or SELF-

RISING FLOUR, AS POOR RESULTS WILL BE OBTAINED.

Bread Flour SHOULD be used in your bread maker as it contains more gluten-forming proteins than all-purpose flour and will provide tall, well-formed loaves with good structure. Several different brands of bread flour are available for use in your bread maker.

Whole Wheat Flour can be used in your bread maker at the special WHOLE WHEAT bread setting. Whole wheat flour contains the entire wheat kernel, including the bran and germ, therefore breads made with 100% or a high percentage of whole wheat flour will be lower in height and heavier in texture than bread made with bread flour. The WHOLE WHEAT bread settings on your bread maker feature longer kneading to better develop the structure of whole wheat bread for optimum results.

Rye Flour can be used in combination with bread flour in the preparation of rye or pumpernickel bread. It cannot be used alone as it does not contain enough protein to develop adequate gluten for structure.

Special Notes on Flour: All flours are affected by growing conditions, milling, storage, humidity and even the manufacturer. While not visibly different, you may need to make some minor adjustments when using different brands of flour as well as compensating for the humidity in your area. Always store flour in an airtight container. Store whole grain flours (whole wheat, rye) in refrigerator to prevent them from becoming rancid.

Measure the amount of flour as directed in the recipe, but make any adjustments after the first 8 – 10 minutes of kneading as follows: Feel free to check the dough by touching and looking at it during knead cycle as this is the only time you can make minor adjustments that may be necessary. If dough does not form into a ball and is more like a batter in consistency, more flour will need to be added. Add 1 tablespoon of flour at a time until dough forms into a soft ball and is not sticky to the touch. If too much flour has been added and the mixture will not form into a ball, add 1 teaspoon of lukewarm water at a time, allowing the water to be kneaded into the dough before adjusting further until a soft ball of dough forms. You can typically tell by the appearance of the dough when it is just right as the dough will be soft in appearance but will not be sticky to the touch, and the sides and bottom of the bread pan will be clean.

Do not exceed 3 cups of bread flour for the 1½ pound loaf or 2 cups bread flour for the 1 pound loaf. Breads containing whole wheat, cereals or oats should not exceed a total of 3½ cups for the 1½ pound loaf; 2½ cups for the 1 pound loaf.

SUGAR AND OTHER SWEETENERS provide food for the yeast, add height and flavor to the bread and give the crust a golden color. Types of sweeteners that can be used include sugar, brown sugar, honey, molasses, maple syrup, corn syrup and fruits, whether dried or fresh. When using a liquid sweetener, such as honey or molasses, the total amount of liquid in the recipe will need to be reduced slightly by the same measurement of liquid sweetener used. A special tip when measuring sticky liquid sweeteners is to coat the measuring spoon with vegetable oil before measuring the sweetener; it will slide right out. DO NOT USE ARTIFICIAL SWEETENERS AS A SUBSTITUTE FOR SUGAR AND OTHER NATURAL SWEETENERS AS THE YEAST WILL NOT REACT PROPERLY AND POOR RESULTS WILL BE OBTAINED.

MILK enhances flavor and increases the nutritional value of bread. Any type of milk (whole, 2%, 1%, skim, buttermilk or canned evaporated milk) can be used in making bread. Refrigerated milk MUST ALWAYS be warmed to about 80ºF before adding to the bread pan. Heat milk in glass measure in the microwave or in a small pan on top of the range until lukewarm, but not hot. Use a thermometer to measure the temperature accurately. DO NOT OVERHEAT the milk, above 110ºF, as this can kill the yeast.

WATER used in combination with dry milk is a good substitute for regular milk and must be used when using the delay start timer of your bread maker as regular milk will spoil when left at room temperature for several hours. Always use lukewarm water, about 80ºF for best results. Do not use warm or hot water, above 110ºF, as this can kill the yeast.

Using too much liquid can cause the bread to collapse during the bake cycle. During humid weather, slightly less liquid will be needed, as the flour will absorb moisture from the air. In dry weather, slightly more liquid may be needed as flour can lose moisture. Water and milk are interchangeable in recipes. Eliminate dry milk in recipes when substituting milk for water.

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Contents Important Safeguards West Bend Bread & Dough MakerPage Other Tips to Keep in Mind When Using Your Bread Maker Rising FLOUR, AS Poor Results will be Obtained Page Using Bread Mixes in Your Bread Maker Pre-packaged bread Adapting Your Favorite Bread /DOUGH Recipes Bread Select SettingsTime to Complete in Hours and Minutes Become Familiar with Control PanelBread Select Button Bread Color ButtonTimer Buttons START/STOP ButtonHOW to USE-BASIC Steps in Making Bread HOW to USE Dough Setting HOW to USE Delay Start TimerSlicing Bread Clean After Each USEStoring Bread Special Notes Breaddown of BREAD/DOUGH CyclesSpecial Note Troubleshooting Problem Possible Cause SolutionTroubleshooting Guide Troubleshooting Guide Nutritional Information Country White Bread IngredientsClassic RYE Bread Honey Oatmeal BreadEGG Bread Follow These Instructions for Both Recipes belowFrench Bread Italian HerbRaisin Bread Cinnamon Oatmeal Raisin BreadHalf Whole Wheat Bread 100% Whole Wheat BreadBasic Dinner ROLLS/BREAD Sticks Follow These Instructions for the Recipe below Replacements Parts Available DAY WarrantyBONUS! Recipe Book

L4978 specifications

West Bend L4978 is a powerful integrated circuit designed primarily for driving high-voltage and high-current loads. It is an essential component in various applications that require reliable and efficient power management. The L4978 offers a versatile and robust solution for a range of electronic devices, including power supplies and motor controllers.

One of the key features of the West Bend L4978 is its ability to handle wide voltage input ranges. It operates effectively within a voltage range of 8 to 40 volts, making it suitable for both automotive and industrial applications. This flexibility allows designers to incorporate the L4978 into diverse systems without the need for extensive redesigns.

Another significant characteristic of the L4978 is its high current output capability. It can deliver up to 1 amp of output current, allowing it to drive larger loads efficiently. This high current output is coupled with built-in thermal protection, ensuring the device remains operational even under challenging conditions.

The L4978 also integrates several advanced technologies that enhance its performance. For instance, it features a high-speed protection circuit that safeguards against overheating and overcurrent situations. This protection not only ensures the longevity of the device but also increases overall system reliability.

In terms of efficiency, the L4978 stands out with its low standby current consumption, making it an excellent choice for battery-operated devices. Its design minimizes energy wastage, which is crucial in applications where power efficiency is paramount.

Furthermore, the L4978 allows for easy implementation in various applications. It provides a simple configuration for both linear and switching power supplies, accommodating the needs of different designs without requiring extensive modifications.

In summary, the West Bend L4978 is a highly versatile integrated circuit designed for robust power management. Its wide voltage range, high output current capability, advanced protection features, and energy efficiency make it an ideal choice for a plethora of applications in the electronics industry. With its reliable performance and adaptability, the L4978 continues to play a crucial role in modern electronic design, supporting innovations across multiple fields.
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