West Bend L4978 important safety instructions Timer Buttons, START/STOP Button

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TIMER BUTTONS

The TIMER buttons let you program the bread maker to start at a later time, which is especially convenient if you wish to wake up to a fresh loaf of bread in the morning or come home to a fresh loaf for dinner. The timer can be programmed to delay the start of the bread maker for up to 13 hours. Simply prepare the recipe you wish to make, place the bread pan into the bread maker, program for bread select and color and then enter the number of hours and minutes between starting time to desired finish time using the timer buttons. The UP TIMER button will scroll up in 10 minute intervals, whereas the DOWN TIMER button will scroll down in 10 minute intervals. See TIMER DELAY section in this book for more details.

The delay start timer can be used with all six bread settings and the dough setting providing non-perishable ingredients are used. The recipes that have the symbol can be used in the delay start mode.

START/STOP BUTTON

Use the START/STOP button to turn the bread maker on and off. Before starting the bread maker, you must first program the Bread Select, Bread Color and Timer if being used. To start the bread maker, press START/STOP button once. When on, the red signal light under the word ON will glow. To turn bread maker off, press and hold the START/STOP button down for about 3 seconds or until the red ON light goes out.

Once you have started the bread maker, the colon between the hours and minutes will flash and the minutes will begin to count down. If not using the Delay Timer, words describing the actual cycle the bread maker is in will appear in the display such as REST, KNEAD, RISE and BAKE so you know exactly what cycle the bread maker is in.

When the process time elapses, 0:00 will appear in the display and an audible alert will sound to let you know the bread is done. Turn the bread maker off by holding down the START/STOP button until the red ON light goes off. Remove the bread pan using potholders or oven mitt and place hot loaf of bread on a rack to cool.

If the bread pan is not removed from the bread maker immediately after baking, the bread maker will automatically go into a Keep Warm mode for up to 3 hours to keep the bread warm. The red ON light will remain lit during the keep warm period as a reminder. When bread pan is removed, turn bread maker off by holding down the START/STOP button until the red ON light goes out.

If in the dough mode, the bread maker will turn off automatically and the red ON light will go out upon completion of the cycle. Remove the pan containing the dough and shape/form as desired for conventional baking. Do not leave pan- containing dough inside bread maker after it turns off as dough will continue to rise and could overfill the pan if left inside bread maker too long. See “Dough” section for more details.

TOO HOT/TOO COLD WARNING - If the inside of oven chamber is too hot or too cold for making bread, the words TOO HOT or TOO COLD will appear in the display along with an audible alert. You will need to remove the bread pan from bread maker and allow the chamber to cool down or warm up accordingly. Typically TOO HOT will appear in the display when you attempt to make consecutive loaves of bread. Allow the chamber to cool, with cover open, for 10 to 15 minutes or until the bread maker can be turned on without the warning going off. If TOO COLD appears in display, move the bread maker into a warmer area for 15 minutes or until bread maker can be turned on without the warning going off. If oven is too hot, the yeast can be killed; if too cold, the growth of yeast will be retarded.

CLEAN BEFORE USING - SPECIAL NOTE: The bread pan is not immersible and should never be washed in an automatic dishwasher. Do not immerse bread pan in water or put pan in automatic dishwasher to clean. Immersing the pan in water can cause damage to the bearing that turns the knead

bar. Dishwasher cleaning can reduce the non-stick qualities of the non-stick finish, causing the bread to stick in the pan.

Only two parts, the bread pan and knead bar, need to be cleaned before making bread. Simply fill bread pan with a small amount of warm water and dishwashing detergent. Wash the inside of the pan and knead bar with a soft dishcloth or sponge. Empty the bread pan and rinse the inside and knead bar with warm water and dry with a soft cloth. Do not use any abrasive scouring pads or cleansers on bread pan or knead bar as damage to the non-stick coating can occur.

CAUTION: To prevent the risk of electrical shock, do not immerse bread maker base, its cord or plug in water or other liquid.

Wipe the inside of the chamber and the outside surfaces of the bread maker with a damp cloth and dry with a soft cloth if necessary.

Your bread maker is now ready to use.

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Contents West Bend Bread & Dough Maker Important SafeguardsPage 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 Become Familiar with Control Panel Bread Select SettingsTime to Complete in Hours and MinutesBread Select Button Bread Color ButtonSTART/STOP Button Timer ButtonsHOW to USE-BASIC Steps in Making Bread HOW to USE Delay Start Timer HOW to USE Dough SettingClean After Each USE Slicing BreadStoring Bread Breaddown of BREAD/DOUGH Cycles Special NotesSpecial Note Problem Possible Cause Solution TroubleshootingTroubleshooting Guide Troubleshooting Guide Nutritional Information Ingredients Country White BreadClassic RYE Bread Honey Oatmeal BreadFollow These Instructions for Both Recipes below EGG BreadFrench Bread Italian HerbCinnamon Oatmeal Raisin Bread Raisin Bread100% Whole Wheat Bread Half Whole Wheat BreadBasic Dinner ROLLS/BREAD Sticks Follow These Instructions for the Recipe below DAY Warranty Replacements Parts AvailableBONUS! 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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