DISASSEMBLY PROCEDURES - RST MODELS

FIRE OR EXPLOSION - TO AVOID THE RISK OF ELECTRICAL SHOCK, PERSONAL INJURY, OR DEATH, DISCONNECT POWER TO THE OVEN BEFORE SERVICING.

10.Open oven door and remove four (4) screws securing latch assembly to front frame. Latch assembly can now be removed.

When replacing latch assembly latch switch and mounting bracket should be mounted on new latch assembly.

Be sure there is no insulation in latch hole. When reinstalling latch cover, be sure louvers are facing the rear of the range.

DOOR LATCH ASSEMBLY (RSS MODELS)

1.Disconnect electricity at main disconnect plug.

2.Remove burner grates and main top.

3.Remove control panel and burener box.

4.Disconnect wires to oven latch switch and removee latch switch.

5.Remove the four (4) screws on the front frame holding the latch bracket in place.

6.Remove the four (4) screws holding the latch assem- bly to the latch bracket.

7.Remove latch handle and gently pull out assembly.

8.Reverse procedure to reinstall latch assembly.

BURNER BOX

Models without Sealed Burners

1.Shut off power to the range.

2.Remove grates, burner bowls, and main top.

3.Remove top burners.

4.Remove eight (8) screws securing burner box to side panels and manifold.

5.To replace the burner box, remove two (2) screws to each top burner mounting bracket, disconnect ignitor lead from spark module, remove latch plate, and reassemble on new burner box. Reattach ignitor lead to spark module.

TOP BURNERS

Models without Sealed Burners

1.Shut off power to the range.

2.Remove burner grates, burner bowls, and main top.

3.Remove shipping screw securing top burner to mount- ing bracket.

4.Twist burner slight to disengage from mounting bracket and pull burner toward rear of range.

When reassembling, be sure venturi tube is located properly on burner valve.

MOUNTING BRACKET - TOP BURNER

Models without Sealed Burners

1.Shut off power to the range.

2.Remove grates, burner bowls, and main top.

3.Remove two (2) screws securing mounting bracket to the burner box.

4.Remove burner box.

5.Disconnect ignitor lead from spark module.

6.Remove ignitor lead retaining clip and grounding strap. Remove ignitor lead from bracket.

IGNITOR GROUNDING BRACKET

Models without Sealed Burners

1.Shut off power to the range.

2.Remove grates, burner bowls, and main top.

3.Remove top burners.

4.Remove two (2) screws securing the top burner mounting support to the burner box.

5.Straighten tabs on the ignitor grounding bracket and remove bracket from the top burner mounting sup- port. NOTE: Be certain the ignitor grounding bracket is tight on the top burner support. Also, be sure the gap between the ignitor grounding bracket dimple and top of ignitor is 1/8" (-1/32", + 0").

TOP BURNER IGNITOR (RST MODELS)

Models without Sealed Burners

1.Shut off power to the range.

2.Remove burner grates, burner bowls, and main top.

3.Remove top burners.

4.Remove burner box.

5.Disconnect high voltage ignitor leads from spark module.

6.Remove two (2) screws securing the top burner mounting support to the burner box.

7.Straighten tabs on the ignitor grounding bracket and remove bracket from the top burner mounting sup- port.

8.Remove speed clip securing the spark ignitor to the top burner mounting bracket. (Clip must be reused, do not break.)

9.Reverse procedure to reinstall new top burner ignitor. NOTE: Be certain the ignitor grounding bracket is tight on the top burner support. Also, be sure the gap between the ignitor grounding bracket dimple and top of ignitor is 1/8" (-1/32", + 0").

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RC231002 Rev. 3

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Amana RST Door Latch Assembly RSS Models, Burner BOX, Mounting Bracket TOP Burner, Ignitor Grounding Bracket

RST, RSS specifications

The Amana RSS and RST series are designed to provide exceptional performance, efficiency, and reliability in various heating and cooling applications. These models stand out in the HVAC industry for their innovative features and technologies, making them ideal for both residential and commercial environments.

One of the main features of the Amana RSS and RST series is their advanced cooling and heating capabilities. They utilize a high-efficiency compressor that delivers powerful performance while minimizing energy consumption. This efficiency is bolstered by the inclusion of a variable-speed fan motor, which allows for precise control over airflow and temperature. As a result, these systems can operate in quieter modes, significantly reducing noise levels compared to traditional HVAC units.

The Amana RSS and RST models are equipped with a robust inverter technology that optimizes energy use by adjusting the compressor speed to match the thermal load. This constant modulation allows for better energy savings and improved indoor comfort. The systems also feature multi-stage cooling, which enhances temperature control and reduces humidity levels, ensuring a comfortable environment year-round.

In terms of technology, the Amana RSS and RST series incorporate smart controls that enable users to monitor and adjust their HVAC systems via smartphone apps or home automation systems. This connectivity provides users with real-time data on energy usage and system performance, allowing for more informed decisions about settings and schedules.

Durability is a significant characteristic of the Amana series, as they are built using high-quality materials that can withstand extreme weather conditions. Their components, including corrosion-resistant cabinets and durable coils, contribute to the longevity of the units, ensuring reliable operation for years to come.

Moreover, the Amana RSS and RST units come with a comprehensive warranty, reflecting the manufacturer's confidence in their products. Homeowners and businesses can benefit from this assurance, knowing their investment is protected.

Overall, the Amana RSS and RST series exemplify high efficiency, advanced technology, and robust construction, making them an excellent choice for those seeking dependable heating and cooling solutions. By prioritizing energy efficiency and user convenience, these models continue to set a standard in the HVAC industry.