Using the self-cleaning oven.

The oven door must be closed and all controls must be set correctly for the cycle to work properly.

Safety

Wipe up heavy soil on the oven bottom. (appearance may vary)

Before a Clean Cycle

The oven must be cool in order to set the self- clean cycle.

We recommend venting your kitchen with an open window or using a ventilation fan or hood during the first self-clean cycle.

Remove the broiler pan, broiler grid, all cookware and any aluminum foil from the oven.

The oven shelves can be self-cleaned, but they will darken, lose their luster and become hard to slide.

Do not use abrasives or oven cleaners. Clean the top, sides and outside of the oven door with soap and water.

Make sure the oven light bulb cover (on some models) is in place and the oven light is off.

IMPORTANT: The health of some birds is extremely sensitive to the fumes given off during the self-cleaning cycle of any oven. Move birds to another well ventilated room.

Instructions Operating Instructions

How to Set the Oven for Cleaning

Press the SELF CLEAN pad.

Using the HOUR and MIN + or pads, enter the desired clean time, if a time other than 4 hours is needed.

Clean cycle time is normally 4 hours. You can change the clean time to any time between 3 hours and 5 hours, depending on how dirty your oven is.

Press the START pad.

The door locks automatically. The display will show the clean time remaining. It will not be possible to open the oven door until the temperature drops below the lock temperature and the LOCKED DOOR light goes off.

When the LOCKED DOOR light is off, open the door.

The words LOCK DOOR will flash and the oven control will signal if you set the clean cycle and forget to close the oven door.

To stop a clean cycle, press the

CLEAR/OFF pad. When the LOCKED DOOR light goes off indicating the oven has cooled below the locking temperature, open the door.

Care and Cleaning Troubleshooting Tips Customer Service

17

Page 17
Image 17
GE JRP15, JKP15, JTP17 owner manual Using the self-cleaning oven, Before a Clean Cycle, How to Set the Oven for Cleaning

JRP15, JTP17, JKP15 specifications

GE's JKP15, JTP17, and JRP15 models stand out as exceptional units in the landscape of commercial and industrial gas turbines, each designed to cater to various operational needs. These turbines incorporate advanced technologies and innovations, making them suitable for a wide range of applications from power generation to mechanical drive.

The GE JKP15 turbine is renowned for its efficient energy conversion, showcasing a robust design that ensures high reliability and longevity. It typically features a modular layout, which allows for easy maintenance and reduced downtime, leading to enhanced operational efficiency. The JKP15 utilizes state-of-the-art materials and cooling technologies to maintain performance under high thermal conditions, ensuring optimal efficiency rates and lower emissions.

In contrast, the JTP17 model is designed for larger-scale applications. This turbine integrates advanced aerodynamic designs that increase its efficiency and performance under various load conditions. The JTP17 is equipped with a digital control system, which enhances operational flexibility and process optimization. Its combustion system is engineered to minimize NOx emissions, making it compliant with stringent environmental regulations, thus enhancing its appeal to environmentally conscious operators.

The JRP15, on the other hand, is a versatile model that serves both the power generation sector and industrial applications. It features high operational versatility, allowing for swift changes between different fuel types. The JRP15 is made with advanced engineering techniques, which contribute to its high reliability and low maintenance needs. Its ability to handle fluctuating load demands makes it a prime choice for operators seeking both capacity and efficiency.

All three models share a commitment to advanced monitoring technologies that use real-time data analytics to predict maintenance needs, enhancing their reliability and lifespan. GE's focus on integrating IoT capabilities allows for comprehensive system integration and energy management, paving the way for smarter energy solutions.

In summary, GE's JKP15, JTP17, and JRP15 turbines collectively represent the pinnacle of engineering excellence in gas turbine technology. Their distinct features, from modular designs and digital control systems to low-emission combustion technologies, underscore GE's commitment to innovation, efficiency, and sustainability in energy production. Whether for power generation or industrial uses, these turbines offer reliable solutions that meet the diverse needs of today’s energy landscape.