UNDERSTANDING YOUR MICROWAVE OVEN

COOKWARE GUIDE

Most heat-resistant, non-metallic cookware is safe for use in your microwave oven. However, to test cookware before using, follow these steps:

1.Place the empty cookware in the microwave oven.

2.Measure 1 cup of water in a glass measuring cup and place it in the oven beside the cookware.

3.Microwave on 100% power for 1 minute. If the dish is warm, it should not be used for microwave cooking.

USE

DO NOT USE

 

 

Ovenproof Glass

Metal Utensils

• Glass treated for use in high-intensity heat includes

• Metal shields food from microwave energy and

utility dishes, bread dishes, pie plates, cake plates,

produces uneven cooking. Avoid metal skewers, ther-

liquid measuring cups, casseroles, and bowls without

mometers, or foil trays.

metallic trim.

• Metal utensils can cause arcing, which is a

China

discharge of electric current. Arcing can damage your

microwave oven.

• Bowls, cups, serving plates, and platters without

Metal Decoration

metallic trim can be used in your oven.

Plastic

• Do not use metal-trimmed or metal-banded

dinnerware, casserole dishes, etc.

• When using plastic wrap as a cover, make sure that

CenturaTM Tableware

the dish is deep enough so the plastic wrap does not

touch the food. As the food heats, it may melt the

• The Corning Company recommends that you do not

plastic wrap wherever the wrap touches the food.

use Centura tableware and some CorelleTM closed-

• Place plastic wrap loosely over the top of the dish

handle cups for microwave cooking.

and secure it by pressing the wrap to the sides of the

Aluminum Foil

dish.

• Vent by turning back one corner of the plastic wrap.

• Avoid large sheets of aluminum foil because they hin-

This will allow excess steam to escape.

der cooking and may cause arcing.

• Use plastic dishes, cups, semi-rigid freezer

• Use small pieces of foil to shield poultry legs and

containers, and plastic bags only for short time

wings.

cooking. Use these with care because the plastic

• Keep all aluminum foil at least 1 inch from the walls

may soften from the heat of the food.

and door of the oven.

Paper

Wood

Microwave-safe paper towels, waxed paper, paper

• Wooden bowls, boards, and baskets will dry out and

napkins, and paper plates with no metallic trim or

may split or crack when you use them in the micro-

design can be used in your oven.

wave oven.

• Refer to the manufacturer’s label for use of any paper

Tightly Closed Containers

product in the microwave oven.

 

• Tightly closed cookware can explode. Be sure to leave

 

an opening for steam to escape from covered cook-

 

ware.

 

Brown Paper

 

• Avoid using brown paper bags. They absorb heat and

 

could burn.

 

Metal Twist Ties

 

• Always remove metal twist ties as they can become

 

hot and cause a fire.

 

 

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Siemens HF36V305, HF36V306 manual Cookware Guide, USE Do not USE, Cooking. Use these with care because the plastic

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.