Reinstalling the Oven Door, Verifying Proper Operation

Installation Instructions

Reinstalling the Oven Door (Cont)

To re-install the oven door on model EORS136:

warning

To avoid personal injury or damage to the door from it falling off its hinges:

•Make sure that the notch on the bottom of each hinge rests on top of the lower lip of each hinge receptacle before attempting to open the oven door.

•Rotate the hinge locks toward the front of the range immediately after installation of the door.

1.Grasp the oven door on opposite sides and hold it at a 15° angle from the front of the oven. Slide the hinges into the hinge openings, resting the bottom of the hinge arms on the hinge receptacles. Continue to hold the door at a 15° angle with one hand while pushing in on each of the bottom corners of the door. Push until the notch on the bottom of each hinge slips over the lower lip of each hinge receptacle.

2.Lower the door to the fully opened position.

3.Rotate the two hinge locks toward the oven.

4.Slowly and carefully open and close the door completely to ensure that it is properly installed.

Verifying Proper Operation

1.For stainless steel ovens, peel off the protective layer of plastic that covers the stainless steel surfaces.

2.Remove any packaging from inside the oven(s).

3.Slide the oven racks onto the supports inside the oven chamber(s) according to the use and care manual.

4.Turn on power to the oven at the circuit breaker or fuse box.

5.Set the clock according to the use and care manual.

note

For double ovens, test oven operation for both the upper and lower ovens.

6.Press the BAKE key on the control panel. The default bake temperature should appear on the display.

7.Press START. After approximately three (3) minutes, the lower heating element should glow red through the glass.

8.Press CANCEL/SECURE.

9.Press the BROIL key on the control panel. The default broil temperature should appear on the display.

10.Press START. After approximately three (3) minutes, the upper heating element should glow red. On some ovens the element is behind the glass panel on the ceiling of the oven.

11.If the oven does not operate properly, follow these troubleshooting steps:

•Verify that power is being supplied to the oven.

•If power is being properly supplied, turn off power at the circuit breaker or fuse box an check the electrical con- nections.

•Turn on power and repeat the above heating test.

•If the appliance still does not work, contact an authorized Dacor service company. If you are unable to locate

a service representative, please contact the Dacor Customer Service Team at (800) 793-0093, or visit us on the web at www.Dacor.com.

•Do not attempt to repair the appliance yourself. If you need service, be sure to have the model and serial numbers available when you call. See page 3.

Notch on bottom of hinge

Lower lip of hinge receptacle

MOR, EOR specifications

Dacor EOR and MOR are innovative solutions tailored for energy optimization and resource management in various industrial and commercial applications. These systems represent the forefront of modern technology, combining advanced features and methods to improve efficiency and sustainability.

The main feature of Dacor EOR (Energy Optimization Resource) is its ability to monitor and manage energy consumption in real-time. It employs sophisticated algorithms to analyze energy usage patterns, identify inefficiencies, and suggest adjustments that can lead to significant cost savings. By integrating AI and machine learning, the EOR system learns from historical data, allowing for progressive enhancements in energy management.

On the other hand, the Dacor MOR (Management of Resources) focuses on optimizing the use of natural resources, including water and raw materials. MOR employs a comprehensive approach, utilizing sensors and IoT (Internet of Things) technology to gather data on resource consumption. This data can be analyzed to provide insights into usage trends, enabling businesses to implement strategies that minimize waste and promote sustainability.

One of the standout technologies used in both EOR and MOR systems is the integration of predictive analytics. By forecasting energy and resource needs based on various variables such as time of year, production schedules, and weather patterns, these solutions can proactively manage resources before shortages or overages occur. This feature not only enhances operational efficiency but also supports environmental responsibility by reducing unnecessary consumption.

The Dacor solutions are also characterized by their user-friendly interfaces. Through intuitive dashboards, users can easily access real-time data, receive alerts, and analyze trends. This accessibility fosters a culture of accountability within organizations, encouraging all employees to engage in energy and resource conservation efforts.

Moreover, Dacor EOR and MOR systems are designed to be scalable, accommodating the needs of businesses of all sizes. Whether it's a small enterprise or a large corporation, the adaptability of these systems allows for tailored implementations that fit specific operational requirements.

In summary, Dacor EOR and MOR are at the cutting edge of energy and resource management technology. With their advanced monitoring capabilities, predictive analytics, and user-friendly design, they not only help businesses optimize their consumption but also contribute to a more sustainable future by reducing environmental impact and promoting efficient resource use. These solutions stand as essential tools for modern enterprises aiming to enhance their operational efficiency while aligning with sustainability goals.