Roper 4347928 (333240-1) manual To SET a Clean Cycle, To Stop a Clean Cycle, After a Clean Cycle

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TO SET A CLEAN CYCLE

The self-cleaning cycle is preprogrammed for 3% hours. You can also set the electronic range control for a delayed start of the clean cycle. During the clean cy- cle a LO blower setting is recommended.

TO STOP A CLEAN CYCLE:

1.Press the OVEN/OFF button.

2.Wait until the oven has cooled below locking

temperature (20-30 minutes).

3.Slide the door lock handle left to unlock the door. If the door lock handle does not move easily, wait a few more minutes, then try again. You will not be able to unlock the oven unless the oven tempera- ture is below 45OOF. Never force the door lock handle.

To self-clean:

1.Slide the door lock handle to the right. You may need to press the door slightly to get it to lock pro- perly.

Never try to force the door lock handle. Forcing the handle may damage the door locking mechanism.

2.Push CLEAN button.

You can find out when the clean cycle will be finished by pushing the STOP TIME button.

To use delayed self-clean:

1.Push STOP TIME button.

2.Turn SET knob to time of day when you wish clean- ing to be completed (must be more then 3% hours later than current time of day).

3.Slide the door lock handle to the right. You may need to press the door slightly to get it to lock pro- perly. Never try to force the door lock handle. Forc- ing the handle may damage the door locking mechanism.

4.Push CLEAN button.

WHEN A CLEAN CYCLE IS FINISHED.

1.Wait until the oven has cooled below locking

temperature (20-30 minutes).

2.Slide the door lock/handle left to unlock the door. If the door lock handle does not move easily, wait a few more minutes, then try again. You will not be

able to unlock the oven unless the oven

temperature is at a safe level. Never force the door lock handle.

AFTER A CLEAN CYCLE

After a clean cycle, you may notice some white ash in the oven. Just wipe it up with a damp cloth.

If white spots remain, remove them with a soap-filled steel wool pad. These deposits are usually a salt residue that can not be removed by the clean cycle.

If the oven is not clean after one clean cycle, the cycle may be repeated.

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Contents Read and Save this Book AL-IThispage Intentionallyleftblank Oven Cleaning Care UsingMaintenance Model NO. Serial no Date PurchasedProtect Your Children GeneralSafe ,TY Grease Fires Ventilating Fans SELF-CLEANING OvenPutting OUT a Grease Fire Important Information Cooktop Signal Light Using Cooktop Controls RecipesUsing Open Coil Elements Using Downdraft VentingGrease Jars Cleaning Downdraft VentsInserting a Module @ Using Electric Elements dlrB’Removing a Module #D Cleaning the ModulesChoosing Cooktop Cookware Energy Saving TipsControl Setting Guide Cookware ChartInserting the Grill Module Using the GrillGrilling Tips Cleaning the Grill ModuleRemoving the Grill Module Module CoverChart Page Cleaning the Griddle Using the GriddleInserting the Griddle Module Removing the Griddle ModuleGriddle Chart Salt Rotissing Tips Using the RotisserieAssembling the Rotiswkebab Module Shish Kebabing Tips Cleaning the Rotiswkebab ModuleOven Light Using the OvenPreheating Using FoilBroiling Tips Positioning Broiler PANOven Using a Meat ThermometerRackandpanarrangement Common Important Information Before a Clean CycleTo Stop a Clean Cycle To SET a Clean CycleWhen a Clean Cycle is Finished After a Clean CycleRemovable Oven Racks Removable Oven DoorReplacing the Oven Light AN Element does not Work Cooktop Knobs will not TurnGR Griddle does not GET HOT Excessive SMOKE, or Vent System is not Capturing the SmokeBroiling Problems CLOCK/TIMER does not WorkOven will not SELF-CLEAN Oven Door will not Unlock After SELF-CLEANING CycleModules and Accessories Limited Warranty

4347928 (333240-1) specifications

The Roper 4347928 (333240-1) is an advanced mechanical component designed for various industrial applications, showcasing a blend of robust materials, precise engineering, and cutting-edge technology. This product is recognized for its reliability and efficiency, making it a preferred choice among professionals in multiple fields.

One of the standout features of the Roper 4347928 is its durable construction. Made from high-quality materials, this component is capable of withstanding harsh operating conditions, including extreme temperatures and corrosive environments. This durability ensures long-term performance and minimizes the need for frequent replacements, ultimately leading to cost savings.

The Roper 4347928 also boasts a compact design, which is essential for applications where space is limited. Its small footprint allows for easy integration into existing systems, making it a versatile solution for various machinery and equipment. This adaptability is further enhanced by its compatibility with different models, ensuring seamless installation and operation.

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Another characteristic that sets the Roper 4347928 apart is its ease of maintenance. The design includes accessible points for lubrication and inspection, allowing users to perform regular checks with minimal effort. This user-friendly aspect is vital for industries where downtime can result in substantial losses, as it enables quicker service and less interruption in operations.

Moreover, the Roper 4347928 is subject to rigorous quality control measures during the manufacturing process. Each unit undergoes thorough testing to ensure it meets industry standards for performance and safety. This commitment to quality guarantees that users receive a product they can trust for their critical applications.

In conclusion, the Roper 4347928 (333240-1) represents a well-engineered solution characterized by its durability, compact design, advanced technology, ease of maintenance, and adherence to quality standards. Whether used in manufacturing, automotive, or various other sectors, this component delivers exceptional performance and reliability, making it a valuable asset in any industrial setting.
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