Cooting by~me

Time Cook I &II allows you to microwave for a ~reset amount of time using automatic power level 10 (High), or change power level automatically.

Power level 10 (High) is recommended for most cooking, but you may change this for more flexibility. See the cookbook.

To become better acquainted with time cooking, make a cup of coffee by following the steps below.

Step 1: Fill a cup 2/3 full of water, add 1 teaspoon of instant coffee and stir to dissolve. Use a cup that has no metal decoration and is microwave-safe (refer to Microwaving Tips on page 3). Place cup in oven and close door.

Step 2: Touch TIME COOK I & II.

Display shows “: O“ and “POWER 10?’ “ENTER COOK ~E I“ flashes.

Step 3: Select your time. Touch 1 and MIN pad for one minute. Display shows “1:00” and “POWER 10?7 “COOK TIME I“ flashes.

Because automatic Power level 10 is recommended fo~ this cup of coffee, there is no need to change the power level. (If power level-10 is not appropriate, see “How to Change Power Level” at right.)

Step 4: Touch START. “COOK TIME 1;’ “ POWER 10” and time counting down show on display.

Step 5: When time is up, the oven signals and flashes “End!’ Oven, li~ht and fan shut off.

Step 6: Open the door.

Using the ~me Cook II Feature

The Time Cook II feature lets you set two time cooking functions within one program. This is ideal if you want to change power levels during your cooking operations. Here’s how to do it.

Step 1: Place food in oven in microwave-safe container and close the door.

SteD 2: Touch TIME COOK I & II.

Dis~lay shows “: O“ and “POWER 10~’ “ENTER COOK TME I“ flashes.

Step 3: Select your cooking time. For example, touch 2, 1 and 5 for two minutes and 15 seconds.

Display shows “2:E” and “POWER 10?’ “COOK TIME 17’ flashes.

Step 4: Touch TIME COOK I & II.

Step 5: Set your cooking time.

How to Change Power hvel

After setting cooking time, touch POWER LEVEL pad, then touch desired number for new power level.

Step 6: Touch START.

Step 7: “POWER 107’ is displayed and “COOK TIME I“ counts down.

Step 8: At the end of “COOK TIME 1:’ the second power level is displayed and “COOK TIME II” is shown counting down.

Step 9: When time is up, the oven signals and flashes “End~’ The oven, light and fan shut off.

Step 10: Open the door.

Questions and Answers

Q. I set my oven for the time called for in the recipe, but at the end of the time allowed, my food wasn’t done. What happened?

A. Since house power varies due to time or location, many time cooking recipes give you a time range to prevent overcooking. Set the oven for minimum time, test the food for doneness, and cook your food a little longer, if necessary.

Q. I touched the number pads and selected my power level. When I touched START, however, my oven didn’t come on. Why not?

A. The TIME COOK I & II pad must be touched before setting the number pads or else your oven will not begin cooking.

Q. I want to cook on a power level other than High. What do I need to do?

A. To change the power level, touch the POWER LEVEL pad, then touch desired number for new power level.

Q. Can I interrupt Time Cook to check the food?

A. Yes. To resume cooking. e.

simDlv close the door and uress

1,

the START pad. The time; must be reset for cooking to resume unless time is remaining on timer.

10

Page 9 Page 11
Page 10
Image 10
GE D2092P129, JVM140 warranty Cooting by~me, Using the ~me Cook II Feature, How to Change Power hvel
Page 9 Page 11

JVM140, D2092P129 specifications

The GE D2092P129 is a sophisticated and advanced engine control unit designed for various applications in industrial and energy sectors. This control unit is renowned for its reliability and durability, offering robust solutions for engine management and monitoring. One key feature of the GE D2092P129 is its ability to provide real-time data analysis and diagnostics, allowing for enhanced decision-making and operational efficiency. It is equipped with multiple input and output ports which facilitate connection to various sensors, actuators, and communication devices, ensuring seamless integration into existing systems.

Another remarkable aspect of the D2092P129 is its support for various communication protocols, including Modbus and CAN bus, enabling interoperability with different types of equipment and systems. This flexibility allows operators to customize their setups according to their specific needs. Additionally, the unit incorporates advanced algorithms for predictive maintenance and monitoring, helping to anticipate issues before they escalate, thereby reducing downtime and maintenance costs.

The JVM140, on the other hand, is a versatile and compact industrial automation controller designed for efficient process control. It offers features such as high-speed processing, extensive I/O capabilities, and robust networking options. The JVM140 is built on cutting-edge technology, providing superior performance in a wide range of applications. One of its notable features is the modular design, which allows users to easily expand the system to meet growing operational demands.

The JVM140 also includes a user-friendly interface, making it accessible for operators with varying levels of technical expertise. It supports various programming languages and environments, allowing for flexibility in application development. With its robust security features, the JVM140 ensures data integrity and protects against unauthorized access, which is crucial in today’s industrial landscape.

Both the GE D2092P129 and the JVM140 exemplify the latest trends in industrial automation and control systems. Their integration of advanced technologies, real-time monitoring, and extensive connectivity options make them essential components for modern industrial applications. Companies that leverage these technologies can expect enhanced efficiency, reliability, and performance in their operations. As industries continue to evolve, these control units will play a significant role in ensuring optimal performance and competitiveness.
Top Page Image Contents