Emerson TOR49 owner manual Broiling

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OPERATION (CONTINUED)

BROILING

1

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Open the oven door. Use the Baking Pan as a drip pan, insert it under the Wire Rack. Place the Wire Rack together with Baking Pan into the slot.

2

5030

Rotate the TEMPERATURE knob 1 to BROIL position. The oven does not need to be preheated for broiling.

3

5030

Place the food on the Wire Rack. Rotate the TIMER knob 2 to the desired broiling time or counter clockwise to the STAY ON position if you want to control cooking time or need to cook your food longer than 60 minutes.

4

5030

The oven is done broiling when the TIMER knob reaches OFF and a bell rings. You can also rotate the TIMER knob to OFF to stop broiling. If the STAY ON feature has been selected, the toaster oven must be shut off manually by turn- ing the TIMER knob to the OFF position. Carefully remove the food using an oven mitt or pot holder.

NOTES:

In this cycle, only the upper heating element operates.

Do not place accessories or any other item on top of the oven as oven top will get hot.

Use the BROIL setting when browning the top of food.

Do not use Glass Pans when broiling, it is unsafe.

For best results, do not preheat oven when broiling.

Allow at least one inch between heating element and food.

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Contents Slice Toaster Oven Important Safeguards Consumer Safety Information Location of Controls AC Connection Using Your Oven for the First TimeOperation Toasting Baking Open the oven door. There are two ways to cook you foodBroiling Troubleshooting Care and CleaningLimited Warranty Page Emerson

TOR49 specifications

The Emerson TOR49 is a state-of-the-art temperature and pressure transmitter designed for industrial applications, providing reliable measurement capabilities in dynamic process environments. This innovative device has become a standard in various sectors, including oil and gas, water and wastewater, and food and beverage industries, distinguished by its impressive features and advanced technologies.

One of the defining characteristics of the TOR49 is its exceptional accuracy. With a measurement uncertainty as low as ±0.1%, it ensures precise readings that are essential for process optimization and control. This level of accuracy is complemented by its wide measurement range, which allows operators to monitor varying temperature and pressure conditions seamlessly.

The TOR49 transmitter utilizes advanced digital signal processing technology, which enhances the system's overall performance. This technology enables rapid response times and ensures that data is communicated in real-time, critical for maintaining operational efficiency and safety.

Another noteworthy feature of the TOR49 is its robust construction. Designed to withstand harsh environments, the device is available in various materials and housing configurations. It is IP67 rated, providing excellent protection against dust and water ingress. This makes it suitable for outdoor applications and locations where exposure to chemicals and extreme temperatures is a concern.

The TOR49 also stands out for its easy integration into existing systems. It supports multiple communication protocols, including HART, Modbus, and FOUNDATION Fieldbus, ensuring compatibility with a wide range of control systems. This versatility allows for simplified connectivity and streamlined data exchange.

Moreover, the device is equipped with a user-friendly interface, featuring an intuitive LCD display that provides clear visibility of readings and settings. Users can easily configure and calibrate the transmitter, ensuring optimal performance tailored to specific application needs.

In summary, the Emerson TOR49 is a versatile, reliable, and highly accurate temperature and pressure transmitter. Its advanced digital technology, robust design, adaptable connectivity options, and user-friendly features make it a preferred choice for industries requiring precise measurements in challenging environments. With the TOR49, Emerson delivers a solution that not only meets but exceeds the demands of modern industrial processes, ensuring enhanced efficiency and safety.