Your Touch Control Wnel

The Touch Control Panel allows you to set the oven controls electronically with the touch of a finger. It’s

designed to be easy to use and understand.

When You Plug in the Oven

The display panel displays five 8’s, 18 POWER and all of the oven functions. After 15 seconds, all lights disappear and “RESET” appears in the upper portion. Touch the CLEAR/OFF pad, set the CLOCK and oven is ready for use.

If power is disrupted at any time, the above sequence recurs, and you must reset CLOCK after touching the CLEAR/OFF pad.

“PRObE” Appears on the Display

Probe has been forgotten when Auto Roast or Temp Cook/Hold function is being used.

Probe is not securely seated in oven wall receptacle.

1.DISPLAY. Displays time of day, time or temperature during cooking functions, power level being used, cooking mode and instructions.

2.TIME COOK I & II. Microwave for a preset amount of time using automatic power level 10. (If desired, you may change power level after entering cooking time. See page 10.)

3.TIME DEFROST. Gentle thawing at automatic power level 3 (Low). (If desired, you may change power level after entering defrosting time. See page 9.)

4.CLOCK. Touch this pad to enter time of day or check time of day while microwaving. To set clock, first touch CLOCK pad and then enter time of day. For example, if time is 1:30, touch number pads 1, 3 and O and “1:30” will appear in display. Then touch START pad. To reset or change time, simply repeat above process.

5.AUTO START. Allows you to program your oven to begin cooking at a preset time of day—up to a 12-hour delay. (See page 11.)

&CLEAR/OFF. When touched, it shuts off the oven and erases all settings (except time of day).

7.AUTO ROAST. Insert probe, touch this pad and then number pad for desired code number to slow-cook or temperature cook meat with automatic preset program. (See pages 12 and 13.)

8.EXHAUST FAN. Press HI, LO or OFF for the different fan speeds.

9.TEMP COOK/HOLD. Use the temperature probe to cook by using a preset temperature. Once food reaches preset temperature, oven switches to HOLD setting and maintains that temperature until you touch the CLEAR/OFF pad. (See page 11.)

10.MIN/SEC TIMER. This feature uses no microwave energy. It functions as either a kitchen timer, as a holding period after defrost or as a delay timer before time or temperature cooking. (See page 18.)

U. MIN. Use with number pads to enter whole minutes. For example, for 4 minutes touch 4 and MIN.

U. POWER LEVEL. Touch this pad before entering another power level number if you want to change from automatic power level 10 (High) for cooking or power level 3 (Low) for defrosting.

U. NUMBER PADS. Touch these pads to enter cooking time, defrosting time, time of day, temperature, power level, Auto Codes or food weights for Auto Defrost.

14.START. After all selections are made, touch this pad

to start the oven.

15.AUTO DEFROST. Touch this pad and food weight. The oven automatically sets power levels and defrosting time. (See page 14.)

16.LIGHT. Touch desired pad to illuminate counter or to turn on night light.

AUTOMATIC FN FEAT~

Cooking appliances installed under the oven may,

under some heavy usage conditions, cause temperatures high enough to overheat some internal parts of the microwave oven.

To prevent overheating from taking place, the exhaust fan is designed to automatically turn on at a low speed if excessive temperatures occur. Should this happen, the fan can not be manually turned off, but it will automatically turn off when the internal parts have cooled. The fan may stay on up to approximately 30 minutes after the range and microwave oven controls have been turned off.

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GE D2092P129, JVM140 warranty Your Touch Control Wnel, When You Plug in the Oven, PRObE Appears on the Display

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.