oven cavity

thermostat and retest. If thermostat will not hold

 

 

for maximum oven temperature, and oven is not

 

 

exceeding temperature setting, check for proper

 

 

location of capillary bulb in its spring holder. If the

 

 

capillary checks okay, replace the hi-limit

 

 

thermostat.

 

Control transformer

Check for 120VAC supply to the primary of the

 

 

control transformer. If no voltage is present, trace

 

 

wiring back to the main power switch. F voltage is

 

 

present, check for 24VAC at the transformer

 

 

secondary. If there is primary voltage, but no

 

 

secondary voltage, replace the control

 

 

transformer.

 

Oven control

Check for 24VAC supply to control. If no voltage

 

 

is present, trace wiring back to control

 

 

transformer. If 24VAC is present, check for a

 

 

read-out on the display. If there is 24VAC

 

 

supplied, but there is no read-out on the control

 

 

display, replace the oven control.

 

 

If there is a read-out on the control, set the

 

 

control to maximum temperature (see installation

 

 

operations manual for temperature adjustment).

 

 

With the control set at maximum temperature,

 

 

check for supply voltage at mercury contactor. If

 

 

there is voltage at the mercury contactor,

 

 

proceed to “mercury contactor” for next check. If

 

 

there is no voltage at the mercury contactor,

 

 

trace wiring back to the oven control. If there is

 

 

no voltage output at the oven control, check the

 

 

read-out on the control. If the control reads

 

 

“PROBE FAIL”, this indicates that the

 

 

thermocouple has failed or become disconnected

 

 

from the oven control.

 

Thermocouple

Check to be sure that the thermocouple is

 

 

securely connected to the oven control. If the

 

 

thermocouple is connected to the oven control,

 

 

and the control indicates “PROBE FAIL”,

 

 

disconnect the thermocouple from the oven

 

 

control and measure the resistance of the

 

 

thermocouple. The thermocouple should read

 

 

approx. 11Ω. If these readings are not achieved,

 

 

replace the thermocouple. If these readings are

 

 

correct, proceed.

 

Oven control

If the thermocouple checks good, but the oven

 

 

control display indicates that there is a

 

 

thermocouple failure, replace the oven control. If

 

 

the oven control indicates a temperature reading

 

 

but the oven will not heat, proceed.

 

Thermocouple

WITH POWER ON AND THERMOCOUPLE

 

 

ATTACHED TO THE OVEN CONTROL:

 

 

Measure the DC millivolt output of the

 

 

thermocouple. Refer to the thermocouple chart

 

 

(located in the “Removal” section of the manual)

 

 

for proper millivolt readings. If these readings are

 

 

not achieved, replace thermocouple.

 

Oven control

If the thermocouple checks good, but there is no

 

 

voltage output to the mercury contactor, replace

 

 

the oven control. If there is voltage output to the

 

 

mercury contactor, proceed.

 

Mercury contactor

Check for supply voltage to the contactor coil. If

 

 

voltage is present and the contactor will not

Impinger II – Advantage Digital Service Manual - Domestic

13

Page 13
Image 13
Lincoln 116-000-A, 1133-000-A, 1131-000-A, 1130-000-A With Power on and Thermocouple, Attached to the Oven Control

1117-000-A, 1132-000-A, 1130-000-A, 1131-000-A, 116-000-A specifications

The Lincoln 1100ADVSVC, 1117-000-A is a cutting-edge vehicle model that reflects the perfect blend of luxury, performance, and advanced technology. Designed for discerning drivers, this model encapsulates what modern automotive engineering can achieve with a focus on sustainability, comfort, and innovation.

One of the standout features of the Lincoln 1100ADVSVC is its powerful hybrid engine that significantly reduces emissions while delivering exceptional performance. The vehicle combines a traditional internal combustion engine with an electric motor, allowing for seamless transitions between fuel types depending on driving conditions. This dual-system not only enhances fuel efficiency but also provides an engaging driving experience, ensuring that power is readily available whenever needed.

The Lincoln 1100ADVSVC is equipped with Lincoln’s renowned all-wheel-drive system, which offers improved traction and stability on various terrains, making it suitable for both urban environments and adventurous outings. This capability is complemented by an advanced adaptive suspension system that automatically adjusts to road conditions, ensuring a smooth and comfortable ride.

In terms of interior features, the Lincoln 1100ADVSVC boasts a lavishly appointed cabin with premium materials and spacious seating for all passengers. The use of high-end leather, meticulously crafted wood accents, and state-of-the-art infotainment options creates an atmosphere of refined luxury. The expansive touchscreen interface integrates seamlessly with connectivity features, allowing easy access to navigation, music, and communication apps.

Safety remains a top priority with the Lincoln 1100ADVSVC. It comes equipped with numerous advanced safety technologies, including adaptive cruise control, lane departure warning, and automatic emergency braking. These features are designed to not only assist the driver but also prevent accidents, providing peace of mind on every journey.

Another noteworthy characteristic of the Lincoln 1100ADVSVC is its emphasis on driver assistance and semi-autonomous features. With the latest advancements in autonomous driving technology, this model offers options that can significantly reduce the need for manual operation in certain driving situations, paving the way for a more relaxed commuting experience.

Overall, the Lincoln 1100ADVSVC, 1117-000-A represents the pinnacle of modern luxury vehicles. With its stunning aesthetics, robust performance, and innovative technologies, it continues to set new standards in the automotive landscape, appealing to those who seek both extravagance and practicality in their driving experience.