Siemens HF36V306, HF36V305 Sensor Operating Instructions, Sensor Cooking Guide, Popcorn Sensor

Models: HF36V305 HF36V306

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USING YOUR MICROWAVE OVEN

SENSOR OPERATING

INSTRUCTIONS

Sensor Cook allows you to cook most of your favorite foods without selecting cooking times and power lev- els. The oven automatically determines required cook- ing time for each food item. The display will indicate SENSING during the initial sensing period. When the internal sensor detects a certain amount of humidity coming from the food, it will tell the oven how much

ADDING OR SUBTRACTING SENSOR COOK TIME

If the SENSOR function is too long or too short, you can increase or decrease the cook time by 10 seconds after choosing the function. You can only increase or decrease cook time when sensor is displayed.

Example: If you want to add to the Sensor Cook cas- serole cooking time.

longer to heat. The display will show the remaining heating time. For best results for cooking by Sensor, following these recommendations:

1.

Food cooked with the sensor system should be at

 

normal storage temperature.

2.

Glass TURNTABLE and outside of container

 

should be dry to assure best cooking results.

3.

Foods should always be covered loosely with

 

microwavable plastic wrap, waxed paper or a lid.

1.

2.

PROCEDURE

Touch cook pad.

Choose food category. Touch number [2] pad.

DISPLAY

SELECT MENU 1 TO 3

-- SEE COOKING GUIDE BEHIND DOOR

CASSEROLE

(Display once)

SENSING

4. Do not open the door or touch the stop/clear pad

during the sensing time. When sensing time is

over, the oven beeps twice and the remaining

cooking time will appear in the display window.

At this time you can open the door to stir, turn,

or rearrange the food.

SENSOR COOKING GUIDE

Appropriate containers and coverings help assure good Sensor cooking results.

1.Always use microwavable containers and cover them with lids or vented plastic wrap.

2.Never use tight-sealing plastic covers. They can prevent steam from escaping and cause food to overcook.

3.Match the amount to the size of the container. Fill containers at least half full for best results.

4.Be sure the outside of the cooking container and the inside of the microwave oven are dry before placing food in the oven. Beads of moisture turning into steam can mislead the sensor.

3.Touch number [9] pad. MORE

Cook Time

Touch Pad Number

Less

7

Normal

8

More

9

 

 

POPCORN (SENSOR)

Popcorn lets you pop 3.0 and 3.5 ounce bags of com- mercially packaged microwave popcorn. Pop only one package at a time. If you are using a microwave pop- corn popper, follow manufacturer’s instructions.

Example: To pop popcorn.

PROCEDURE

DISPLAY

1. Touch popcorn pad.

 

POPCORN

 

 

 

(Display once)

 

 

 

SENSING

 

 

When the cook time is over, you will hear four beeps and END will display.

CAUTION

DO NOT leave microwave oven unattended while popping corn.

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Siemens HF36V306, HF36V305 Sensor Operating Instructions, Sensor Cooking Guide, Popcorn Sensor, Example To pop popcorn

HF36V305, HF36V306 specifications

Siemens, a renowned leader in the field of industrial automation and control technology, has introduced the HF36V306 and HF36V305, two cutting-edge frequency converters designed to optimize performance in various industrial applications. These models are at the forefront of Siemens' efforts to enhance energy efficiency, precision control, and operational flexibility.

HF36V306 and HF36V305 are part of Siemens' innovative Sinamics series, renowned for delivering high-performance solutions for drive systems. Both models feature advanced technology that allows for smooth control of AC motors, significantly improving energy consumption and reducing operational costs. These frequency converters are highly versatile, suitable for applications in various sectors, including manufacturing, process automation, and building technology.

One of the standout features of the HF36V306 and HF36V305 is their ability to handle a wide range of voltage and power ratings. This flexibility makes them adaptable to different motor types and operational demands, ensuring compatibility with existing systems. Additionally, both models support a communication interface that provides seamless integration with higher-level automation systems, facilitating real-time monitoring and control.

The models are designed with advanced cooling technologies that enhance their reliability and longevity, even in tough operational environments. Their robust construction allows them to perform efficiently in temperatures ranging from -10 to +50 degrees Celsius, making them suitable for both indoor and outdoor installations.

Another key characteristic of the HF36V306 and HF36V305 is their powerful and intuitive software interface. With user-friendly programming and diagnostic tools, operators can easily configure the converters for specific applications, monitor performance metrics, and troubleshoot potential issues quickly. This ease of use extends to remote access capabilities, enabling operators to manage systems from anywhere, enhancing convenience and operational efficiency.

Both models also incorporate safety features that comply with international standards, ensuring that users can operate them with confidence. These include integrated functions like Safe Torque Off (STO) to minimize risks during maintenance and modifications.

In conclusion, Siemens’ HF36V306 and HF36V305 frequency converters present an impressive combination of advanced features, technologies, and characteristics. Their ability to deliver high performance, energy efficiency, and operational flexibility makes them a valuable solution for a variety of industrial applications, positioning Siemens as a frontrunner in the drive technology sector.