OPERATION AND SERVICE PROCEDURES

ohms range and following the thermostat contact chart.

5.

Attach the remaining lead of the test meter to the "N"

Power to the oven must be turned off and the thermostat

 

"WHITE" terminal on the spark module.

wiring removed when checking the contacts for continuity.

 

 

Access to the thermostat contacts can be made by remov-

6.

Reconnect electricity at main disconnect plug.

ing the control panel.

 

 

THERMOSTAT (T’STAT)

KNOB

 

1-2

COM.

COM.

C-BR

C-BA

7-9

 

 

N.O.

N.C.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

OFF

 

N.S.

N.S.

N.S.

O

O

O

 

 

 

 

 

 

 

BAKE

CYCLES

N.S

N.S

O

X

O

 

 

 

 

 

 

 

BROIL

CYCLES

N.S

N.S.

X

O

O

 

 

 

 

 

 

 

 

 

 

 

X

X

 

 

 

CLEAN

CYCLES

BELOW

ABOVE

O

O

X

 

 

 

700°F

700°F

 

 

 

 

 

 

 

 

 

 

 

O = OPEN

X = CLOSED

N.S. = NOT SPECIFIED

 

 

 

 

 

 

 

 

 

Thermostat Contact Chart

FIRE OR EXPLOSION

TO AVOID THE RISK OF ELECTRICAL SHOCK, PERSONAL INJURY OR DEATH DISCONNECT POWER BEFORE SERVICING, UNLESS TESTING REQUIRES IT.

SPARK MODULE TESTING

When properly operating, the spark module will produce a spark at the ignitor accompanied by a sharp snapping sound each time the ignitor sparks.

The spark module is located under the burner box on the left side.

The sealed top burner units have two (2) spark modules, one (1) on the left and one (1) on the right or one (1) spark module with four (4) ignitor connections.

TO CHECK THE MODULE

1.Disconnect electricity at disconnecting plug, and turn off gas supply to the range.

2.Check wiring against wiring diagram to be sure all terminals and wire-connections are correct and tight.

3.SET VOLT/OHMMETER ON THE 120 VAC SCALE or higher.

4.Attach one (1) meter lead to the "L" wire terminal on the spark module.

RC231002 Rev. 3

7.Turn all top burner knobs to the "LIGHT" positions.

8.No line voltage (115 VAC ± 10 VAC) at test meter indicates the electrical circuit is interrupted before spark module.

9.Line voltage at test meter - check ignitors.

10.If ignitors are OK; then replace ignition module.

TOP BURNER SPARK IGNITORS

A spark ignitor is located between each pair of left and right burners. Sealed burner units have an electrode for each burner. When any of the burner valves is turned to the "LITE" position, the spark switch on the valve closes, supplying 120 VAC to the spark module. This activates the module which produces the spark at the ignitor electrode to light the burner.

TO CHECK THE SPARK IGNITORS

1.Disconnect electricity at main disconnect plug.

2.Disconnect the high voltage spark ignitor leads from the terminals on the spark module.

3.SET THE VOLT/OHMMETER ON THE "RX1" OHM SCALE (adjust zero).

4.Attach one meter lead to a good ground (bare metal) on the range body.

5.Touch the remaining meter lead to the terminal of the ignitor lead. A continuity reading from the ignitor lead indicates the ignitor lead is shorted to ground. If no continuity reading from the ignitor lead to ground, proceed to Step 6.

6.Attach one (1) meter lead to the terminal of the ignitor lead and touch the remaining meter lead on the opposite end of the ignitor lead which is attached to the top burner mounting bracket. Repeat same procedure with the other ignitor lead. No continuity on the lead indicates an open circuit in the ignitor lead wire. (On sealed burner units, one (1) meter lead must be attached to the electrode socket at the venturi.)

SPARK SWITCH TEST

Each spark switch is connected in parallel in the spark 72

Page 73
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Amana RST, RSS service manual To Check the Module, TOP Burner Spark Ignitors, To Check the Spark Ignitors, Spark Switch Test

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.