Lincoln 1116, 1132, 1131, 1154, 1164 Service Manual

Consistency You Can Count On

Impinger® II Express
easyTouch & Digital

Series 1100 Series Conveyor Oven

Domestic / International Service Manual

GAS AND ELECTRIC OVENS FOR USA AND NON-USA COUNTRIES

Original Document

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

THIS PAGE INTENTIONALLY LEFT BLANK

2 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Safety Notices

DEFINITIONS

DANGER

Indicates a hazardous situation that, if not avoided, will
result in death or serious injury. This applies to the most
extreme situations.

Warning

n

Indicates a hazardous situation that, if not avoided,
could result in death or serious injury.

Caution

,

Indicates a hazardous situation that, if not avoided,
could result in minor or moderate injury.

Notice

Indicates information considered important, but not
hazard-related (e.g. messages relating to property
damage).

NOTE: Indicates useful, extra information about the
procedure you are performing.

Read These Before Proceeding:

DANGER

Do not install or operate equipment that has been
misused, abused, neglected, damaged, or altered/
modified from that of original manufactured
specifications.

Important

Read these instructions for use carefully so as to
familiarize yourself with the appliance before connecting
it to its gas container. Keep these instrucions for future
reference.

Warning

n

Improper installation adjustment, alteration, service
or maintenance can cause property damage, injury or
death. Read the installation, operating and maintenance
instructions thoroughly before installing or servicing
this equipment.

Warning

n

Authorized Service Representatives are obligated to
follow industry standard safety procedures, including,
but not limited to, local/national regulations for
disconnection / lock out / tag out procedures for all
utilities including electric, gas, water and steam.

Warning

n

This appliance is not intended for use by persons
(including children) with reduced physical, sensory
or mental capabilities, or lack of experience and
knowledge, unless they have been given supervision
concerning use of the appliance by a person responsible
for their safety. Do not allow children to play with this
appliance.

Warning

n

This equipment is intended for indoor use only. Do not
install or operate this equipment in outdoor areas.

Warning

n

Do not use electrical appliances or accessories other
than those supplied by the manufacturer.

FOR YOUR SAFETY

Do Not Store Or Use Gasoline Or Other Flammable
Vapors Or Liquids In The Vicinity Of This Or Any Other
Appliance.

Warning

n

Never use a high-pressure water jet for cleaning or hose
down or flood interior or exterior of units with water. Do
not use power cleaning equipment, steel wool, scrapers
or wire brushes on stainless steel or painted surfaces.

Caution

,

Maintenance and servicing work other than cleaning as
described in this manual must be done by authorized
service personnel.

Caution

,

Improper cleaning of oven could damage catalyst(s) in
ventless models and will void unit warranty.

NOTE: Proper installation, care and maintenance are essential
for maximum performance and trouble-free operation of
your equipment. Visit our website www.wbtkitchencare.com
for manual updates, translations, or contact information for
service agents in your area.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 3

Table of Contents (continued)

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4 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Table of Contents

Section 1: General Information ........................................................................................................... 6

Section 2: Operation

Temperature Calibration

Conveyor Speed Calibration

Section 3: Troubleshooting

Section 4: Component Replacement Procedures

Section 5: Schematics

Lincoln Start-Up Form

Lincoln Equipment Limited Warranty

........................................................................................................................... 9

..................................................................................................22

............................................................................................22

...............................................................................................................23

........................................................................................................................72

......................................................................................................................... 92

.................................................................................................94

........................................................................... 61

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 5

Model Number Key

OVEN PLATFORM SIZE
(i.e. Impinger III)

INDICATES CHANGE TO BASE ASSEMBLY
(i.e. Natural Gas, 230V, 1 phase, 50 Hz)

PANEL SETUP CODE

Example: 1133-005-E-K1801

Section 1

General Information

CUSTOM CONFIGURATION CODE

LANGUAGE CODE

(i.e. General Market)

11 33 005–––EK1801

AGENCY CODE

Language Code

Code Language Country

0 English Dom. & Int. Default
B French CE – France/Luxembourg
C German CE – Germany

D Italian CE – Italy

E Spanish CE – Spain

F English CE – UK/India/Africa/Hungary
G Spanish Mexico/Latin America
H Portuguese CE – Portugal

I Not Used ---

J Danish CE – Denmark
K Dutch & French CE – Belgium

L Dutch CE – Netherlands
M Greek CE – Greece
N Finnish CE – Finland
O Restricted --­P Norwegian CE – Norway
Q English Japan
R Swedish CE – Sweden

S English Australia

T Mandarin China
U Restricted --­V English Pacific Rim/Korea

W English Middle East/Africa

X Not Used --­Y Not Used --­Z Not Used ---

Agency Code

Code Agency

N No agency

E CE & RoHS compliance combined
U US & Canada compliance only
A Advantage style oven
B Australia AGA

OLD MODEL NUMBERS EXAMPLES

Please note that the model numbering system changed
March 2007. The chart below shows the old model
numbering system and its matching new model number.

Please see Page 3 for complete list.

Old Model Number

1116-080-A (or A1)
1132-080-A (or A1)

1161-080-A
1154-080-EA
1164-000-EA

"
"
"
"
"
"

New Model Number

1116-00z-U-Kxxxx
1132-00z-U-Kxxxx
1131-00z-U-Kxxxx
1154-z00-U-Kxxxx
1164-z00-U-Kxxxx

6 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 1 General Information

1100 Series Model Number

Old Model Current Model Input Rate Voltage Current Phase Hz #, Supply Wires

1116-080-A
1116-062-A
1116-023-A

1116-080-A1
1154-000-EA
1154-080-EA
1154-V80-EA

N/A 1178-xxx-U 120 7 1 60 3, 1 Pole+N+G
1117-080-A
1117-023-A

1117-080-A1
1155-000-EA
1155-080-EA
1155-V80-EA

1130-080-A

1130-080-A1

1130-08H-A N/A 48 1 3, 2 Pole+G
1131-080-A
1161-080-A

1131-080-A1

1131-08H-A N/A 42 1 3, 2 Pole+G
1132-080-A
1132-023-A
1162-080-A

1132-080-A1

1132-08H-A
1132-002-A
1133-080-A

1133-080-A1

1133-08H-A

N/A 1134-xxx-N 380/208 16 3 50 5, 3 Pole+N+G

N/A 1135-xxx-U 480 15 3 60 4, 3 Pole+G

1164-000-EA
1164-080-EA

1116-xxx-U

"

1116-037-U 7 1 3, 1 Pole+N+G

"

1154-xxx-E 230 2 1 50 3, 2 Pole+G

"

1157-xxx-N 220 2 1 60 3, 2 Pole+G

"

1117-xxx-U

"

1117-037-U 7 1 3, 1 Pole+N+G

"

1155-xxx-E 230

"

1158-xxx-N 220 1 60 3, 2 Pole+G

"

1130-xxx-U

"

1131-xxx-U

"

1131-037-U 42 1 3, 2 Pole+G

"

1132-xxx-U

"

1132-037-U 28 3 4, 3 Pole+G

"

1172-xxx-U 28 3 4, 3 Pole+G

"

1174-xxx-U 28 3 4, 3 Pole+G

"

1133-xxx-U

"

1173-xxx-U 25 3 4, 3 Pole+G

"

1164-xxx-E 400/230 15 3 50 5, 3 Pole+N+G

"

N

a

t

u

r

a

40,000 BTU/Hr.

l

11.7 kW/42.2

L

P

E

l
e
c

t

r

i
c

10kW

120

120

208

240

208

240

7 1

7 1

2

48 1

42 1

28 3

25 3

60

60

1 50 3, 2 Pole+G

60

60

60

60

3, 1 Pole+N+G

3, 1 Pole+N+G

3, 2 Pole+G

3, 2 Pole+G

4, 3 Pole+G

4, 3 Pole+G

Gas Pressure Conversion

Inches of Water

Column

3.5 0.87 8.70 88.9

4.5 1.12 11.2 114.3
7 1.74 17.40 177.8
8 1.99 19.90 203.2

9.2 2.29 22.90 233.7

10 2.48 24.87 254.0

10.5 2.61 26.11 266.7
11 2.73 27.36 279.4
14 3.48 34.81 355.6

14.5 3.61 36.05 368.3

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 7

kPa m-Bar Millimeters of

Water Column

General Information Section 1

Utility Service Layout – Models 1116 & 1117

Gas and electrical services for the Models 1116 and 1117 should be located as shown below. If flexible services are provided,
they must meet code requirements for such installation.

17-1/2"

(444 mm)

62"

(1575 mm)

35-3/4"

(908 mm)

27"

(686 mm)

30-1/2"

(775 mm)

39-5/8"

(1006 mm)

44-1/2"

(1130 mm)

48"

(1219 mm)

Side view of two Impinger® II Gas Ovens showing Gas

Valve Installation point and piping spacing.

57-1/8"

(1451 mm)

17-1/2"

(444 mm)

62"

(1575 mm)

17-1/2"

(444 mm)

18-1/4"

(464 mm)

9-1/2"

(241 mm)

13"

(330 mm)

22"

(559 mm)

30-1/2"

(775 mm)

39-1/2"

(1003 mm)

48"

(1219 mm)

Side view of three Impinger® II Gas Ovens showing Gas

Valve Installation point and piping spacing.

Purchaser’s Responsibility:

It is the responsibility of the purchaser:

1. To see that the gas and electric services for the oven are installed on site in accordance with the
manufacturer’sspecification.

2. To unload, uncrate, and install the oven in its proper location; in accordance with this service manual.

3. To see that the gas and electric services are connected properly by a qualified installer of your choice. For installation
in the State of Massachusetts: Installation of this oven must be performed by a licensed plumber or gas fitter. All such
connections must be in accordance with applicable code requirements.

4. Arrange for inspection and operation check-out by an Authorized Service Technician. Do not attempt to operate
the oven until connection of utility service has been fully inspected by a Factory Authorized Servicer or a Lincoln
Foodservice Products, LLC Service Representative. This service is required by LincolnFoodservice Products, LLC in order
to assist the purchaser in proper start-up of the oven on site. Please note the specific details on the Warranty and make
certain connections are made to proper utility services.The warranty shall not apply if the oven(s) are started up and
operated prior to the utilities and oven being inspected and check-out made by a Factory Authorized Servicer or a
Lincoln Foodservice Products, LLC Service Representative.

57"

(1448 mm)

8 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2

Operation

Sequence of Operation – Impinger II Domestic Advantage Digital, Gas

S/N: 2038616 to S/N: 2106100101444 (Ovens with push button controls)

Old Model Number

1116-080-A (or A1)

1116-062-8A

1116-023-A

1117-080-A (or A1)

1117-023-A

POWER SUPPLY Electrical power is supplied to the oven by a three-conductor cord set.

Voltage from the black conductor to the white conductor is 120VAC.
Black conductor is hot.
White conductor is neutral.
Green conductor is ground.

CONTROL BOX AUTO
COOL DOWN

MAIN FAN CIRCUIT Power is permanently supplied, through a 10 amp fuse, to the normally open main power switch. Power is

BURNER CIRCUIT Closing the main power switch supplies 120VAC to the burner blower motor. 120VAC is also supplied,

IGNITION CONTROL The ignition control operates on both 24VAC and 120VAC. When the control is energized by 24VAC from

TEMPERATURE CONTROL Closing the oven power switch supplies line voltage, through the 10A fuse, through the oven power relay,

CONVEYOR DRIVE Closing the oven power switch supplies line voltage, through the 10A fuse, through the oven power relay to

When the temperature in the control boxes reaches 120°F ±3° (49°C ± 1.7°), the cooling fan thermostat
will switch power to the cooling fans. The thermostat will interrupt power to the cooling fans when the
temperature falls to 100°F ± 3° (37°C ± 1.7°).

also supplied to the normally open cooling fan thermostat. Closing the main power switch supplies 120VAC
to the main fan motor, the cooling fan motors, the primary of the control transformer, the conveyor motor
and to the ignition control.

through the main fan centrifugal switch (this switch closes when the main fan reaches approx. 1600 RPM)
and the normally closed oven cavity hi-limit thermostat, to the primary of the burner transformer. 120VAC is
also supplied to the oven control.

the transformer, 120VAC is switched by the ignition control to the hot surface igniter for 45 seconds for the
hot surface igniter warm up. The igniter glows red, 24VAC is switched to the gas valve, which opens, and
ignition should now occur.

to the primary of the control transformer. 24VAC is supplied to the oven control. The oven control is set
to desired temperature. The right thermocouples will provide varying millivolts to the oven control. The
oven control supplies line voltage to the temperature regulation valve at intermittent intervals to maintain
desired temperature. The display on the oven control will indicate when the temperature regulation valve is
energized. NOTE: The display also indicates oven temperature of the oven.

the conveyor motor and to the primary of the control transformer. Secondary voltage, 24VAC, is supplied to
the oven control. Setting the oven control to the desired time outputs voltage, through a reversing switch,
to the conveyor motor. NOTE: The conveyor system uses a magnet and Hall Effect sensor to prove operation
of the conveyor motor. If the conveyor motor is not running, “BELT JAM” is indicated on the display.

"

"

"

New Model Number Gas Type Voltages Hz Phase

1116-xxx-U Natural

1178-xxx-U Natural

1117-00z-U
1117-xxx-U

LP Gas

120 VAC 60 HZ 1

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 9

Operation Section 2

Sequence of Operation – Impinger II Domestic 1116,1117 easyTouch, Gas

S/N: 2106100101445 and above (easyTouch controls)

Unit Plugged Into Power

• F1 fuse energized with L1

• Main Rocker Power Switch Input Energized with L1 and
Neutral. Green Light ON

Note: Green light will not be implemented with

first generation units

• Cooling Fan Thermostat energized with L1

• Blower Main and Cooling Fans energized with Neutral

Power Switch Turned ON

• Blower Main energized with L1

• Blower Burner energized with L1 and Neutral Power

• Cooling Fans energized with L1

• IO Board on-board SSR/Relay (COM) energized with L1

• High Heat Valve energized with Neutral Power

• Ignition Module L1 and L2 energized with L1 and
Neutral Power

• Cooling Fan Thermostat energized with L1

• Thermal capillary disc energized with L1

• Transformer energized with L1 and Neutral Power (If
both Thermal capillary disc and Blower Main centrifugal
switch are not tripped)

• Ignition Module input energized with 24VAC (If Blower
Burner centrifugal switch is not tripped)

• 24VDC Power Supply Energized with L1 and Neutral
Power

• DC 4A fuse Energized, which protects the DC
components: UI and IO board

• IO Board Energized

• IO Board boots up UI

• UI initiates with Welbilt BOOT screen

• UI Loads to Home Screen after small delay in time

• Optional Motor Drive Energized with 24VDC

• UI displays Recipes

• Recipe Selected

• Once Pre-Heating is complete, Recipe Mode is engaged

• Oven will maintain temperature set point

• Conveyor will turn on to recipe cook time speed

Chef Mode (Manual Mode) Selected

• Enter Temperature Set Point

• Enter Conveyor belt speed (min:sec)

• In this mode, temperature and motor speed values will
change automatically when on this screen, but these set
points can be saved into a recipe when the save button
is pressed

• Blower Main and Cooling Fans energized with Neutral
Power

• Save Button Pressed

Select Recipe

Change icon or color if applicable

Press the save button

NOTE: See Section 5 - Wiring Schematics

for reference.

Press and Go Selected

10 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2 Operation

Sequence of Operation – Impinger II International Advantage Digital, Gas

(Ovens with push button controls) S/N: 21111001007 and Below

Old Model Number

1154-000-EA

1154-080-EA

1154-V80-EA

1155-000-EA

1155-080-EA

1155-V80-EA

POWER SUPPLY Electrical power to be supplied to the oven by a three-conductor service.
CONTROL BOX AUTO
COOL DOWN

MAIN FAN CIRCUIT Power is permanently supplied through a 10 amp oven fuse to the normally open double pole oven fan

BURNER CIRCUIT Closing the oven fan switch supplies line voltage through the normally open air pressure switch (closed by

IGNITION CONTROL The ignition control switches line voltage to the combustion blower motor. The combustion air pressure

TEMPERATURE CONTROL When the power supply is passed through the EMI Filter the load will supply line voltage to the primary

CONVEYOR DRIVE When the power supply is passed through the EMI Filter the load will supply line voltage to the primary of

When the temperature in the control box reaches 120°F ±3° (49°C ± 1.7°), the cooling fan thermostat
will switch power to the cooling fans. The thermostat will interrupt power to the cooling fans when the
temperature falls to 100°F ± 3° (37°C ± 1.7°).

switch. Closing the oven fan switch supplies line voltage to the main fan motor. Closing the main fan switch
also supplies voltage to the cooling fans and the EMI Filter to the primary of the control transformer, the
conveyor motor, and the burner system.

the air pressure from the main fan), through the normally closed oven cavity hi-limit thermostat (opens at
662°F, 350°C), and to the ignition control.

switch switches from normally closed to normally open upon sensing air pressure in the burner housing.
After a pre-purge period of between 30 and 60 seconds, the spark is energized, the main gas valve and the
burner pilot light are energized, and ignition should now occur.

of the control transformer. Secondary voltage, 24VAC, is supplied to the oven control. The oven control is
set to desired temperature. The thermocouple will provide varying millivolts to the oven control. The oven
control supplies line voltage to the temperature regulation valve at intermittent intervals to maintain the
desired temperature. The display on the oven control will indicate when the temperature regulation valve is
energized. NOTE: The display also indicates oven temperature.

the control transformer. Secondary voltage, 24VAC, is supplied to the oven control. Setting the oven control
to the desired time outputs voltage, through a reversing switch, to the conveyor motor.
NOTE: The conveyor system uses a Hall Effect sensor and magnet to prove operation of the conveyor motor.
If the conveyor motor is not running, “BELT JAM” is indicated on the display.

"

"

"

"

"

New Model Number Gas Type Voltages Hz Phase

1154-xxx-E

1157-xxx-N 220 VAC 60 Hz

1155-xxx-E

1158-xxx-N 220 VAC 60 Hz

Natural

LP Gas

230VAC 50 Hz

1

230 VAC 50 Hz

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 11

Operation Section 2

Sequence of Operation – Impinger II International 1154,1155 easyTouch Gas

S/N: 2111100101008 and above (easyTouch controls)

Unit Plugged Into Power

• F1 fuse energized with L1

• Main Rocker Power Switch Input Energized with L1 and
Neutral Power. Green Light ON

Note: Green light will not be implemented with

first generation units

• Cooling Fan Thermostat energized with L1

• Blower Main and Cooling Fans energized with Neutral
Power

Power Switch Turned ON

• Blower Main energized with L1

• Cooling Fans energized with L1

• IO Board on-board SSR/Relay (COM) energized with L1

• High Heat Valve energized with Neutral Power

• Cooling Fan Thermostat is energized with L1

• Air Pressure Switch Main energized with L1

• Thermal capillary disc is energized with L1 (If the air
pressure switch is not tripped)

• Ignition Module input energized with L1 and N (If APS1
and TH2 are not tripped). The Ignition Module provides
power to the Blower Burner and to Main Valve

• 24VDC Power Supply Energized with L1 and Neutral
Power

• DC 4A fuse Energized, which protects the DC
components: UI and IO board

• IO Board Energized

• IO Board boots up UI

• UI initiates with Welbilt BOOT screen

• UI Loads to Home Screen after small delay in time

• Optional Motor Drive Energized with 24VDC

Press and Go Selected

• UI displays Recipes

• Recipe Selected

• Once Pre-Heating is complete, Recipe Mode is engaged

• Oven will maintain temperature set point

• Conveyor will turn on to recipe cook time speed

Chef Mode (Manual Mode) Selected

• Enter Temperature Set Point

• Enter Conveyor belt speed (min:sec)

• In this mode, temperature and motor speed values will
change automatically when on this screen, but these set
points can be saved into a recipe when the save button
is pressed.

• Blower Main and Cooling Fans energized with Neutral
Power

• Save Button Pressed

Select Recipe

Change icon or color if applicable

Press the save button

NOTE: See Section 5 - Wiring Schematics

for reference.

12 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2 Operation

Sequence of Operation – Impinger II International (Korea) 1157,1158 easyTouch, Gas

S/N: 2111100101008 and above (easyTouch controls)

Unit Plugged Into Power

• Power Failure Alarm Relay common terminals energized
with L1

• Power Failure Alarm Relay coil energized with Neutral
Power

• Push Button, Reset Alarm (PB2) energized with L1

• Alarm energized with L1 and Neutral Power

Unit plugged into power, PB2 pressed one time and no
power failure during machine operation

• After pressing Push Button, Reset Alarm one time, the
Power Failure Alarm Relay activates, bypassing PB2 and
disconnecting the alarm. The K1 coil will stay energized
unless there is a power failure

• F1 fuse energized with L1

• Main Rocker Power Switch input energized with L1 and
Neutral. The green light ON. Note: Green light will not be
implemented with first generation units.

• Cooling Fan Thermostat energized with L1

• Blower Main and Cooling Fans energized with Neutral
Power

Power Switch Turned ON

• Blower Main energized with L1

• Cooling Fans energized with L1

• IO Board on-board SSR/Relay energized with L1

• High Heat Valve energized with Neutral Power

• Cooling Fan Thermostat energized with L1

• Air Pressure Switch Main energized with L1

• Thermal capillary disc energized with L1 (If Air Pressure
Switch is not tripped).

• Ignition Module input energized with L1 and Neutral
Power (If Air Pressure Switch and Thermal capillary are
not tripped). The Ignition Module provides power to the
Blower Burner and to Main Valve

• 24VDC Power Supply is energized with L1 and Neutral
Power

• DC 4A fuse is energized, which protects the DC
components "UI and IO boards"

• IO Board energized

• IO Board boots up UI

• UI initiates with Welbilt BOOT screen

• UI Loads to Home Screen after small delay in time

• Optional Motor Drive Energized with 24VDC

Press and Go Selected

• UI displays Recipes

• Recipe Selected

• Once Pre-Heating is complete, Recipe Mode is engaged

• Oven will maintain temperature set point

• Conveyor will turn on to recipe cook time speed

Chef Mode (Manual Mode) Selected

• Enter Temperature Set Point

• Enter Conveyor belt speed (min:sec)

• In this mode, temperature and motor speed values will
change automatically when on this screen, but these set
points can be saved into a recipe when the save button
is pressed.

• Blower Main and Cooling Fans energized with Neutral
Power

• Save Button Pressed

Select Recipe

Change icon or color if applicable

Press the save button

NOTE: See Section 5 - Wiring Schematics

for reference.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 13

Operation Section 2

Sequence of Operation – Impinger II Domestic Advantage Digital, Electric w/ Neutral

S/N 0809210000016 & Below

(Ovens with push button controls)

Old Model Number

1130-080-A

1130-080-A1

1130-08H-A N/A
1131-080-A
1161-080-A

1131-080-A1

1131-08H-A N/A
1132-080-A
1132-023-A
1162-080-A

1132-080-A1

1132-08H-A
1132-002-A
1133-080-A

1133-08H-A

POWER SUPPLY Electrical power to be supplied to the oven by a three conductor service for single phase and a four

conductor service for three phase.
Black conductor is hot.
Red conductor is hot.
Orange conductor is hot (used for three phase only).
White conductor is neutral.
Green conductor is ground.

CONTROL BOX AUTO
COOL DOWN

MAIN FAN CIRCUIT Power is permanently supplied through the 10 amp fuses, through the normally closed oven cavity hi-limit

TEMPERATURE CONTROL Closing the main power switch supplies 208/240VAC to the primary of the control transformer. Secondary

CONVEYOR DRIVE Closing the main power switch supplies 208/240VAC to the conveyor motor and to the primary of the

AUTOMATIC COOL DOWN When the oven is started, the time delay relay timing circuit is enabled, permitting the oven fans to run

When the temperature in the control box reaches 120°F ±3° (49°C ± 1.7°), the cooling fan thermostat
will switch power to the cooling fans. The thermostat will interrupt power to the cooling fans when the
temperature falls to 100°F ± 3° (37°C ± 1.7°).

thermostat, to the normally open main power switch. Power is also supplied to the normally open cooling
fan thermostat. Closing the main power switch energizes the coil of the oven start relay, it’s contacts close
enabling the 20 minute time delay relay. The 20 minute time delay relay supplies 120VAC to the oven fan
relay, these normally open contacts now close supplying 208/240VAC to the main fan motor. 120VAC is also
supplied to the cooling fans. 208/240VAC is supplied to the primary of the control transformer, the conveyor
motor and, through the air pressure switch, to the oven control.

voltage, 24VAC, is supplied to the oven control. The oven control is set to desired temperature. The
thermocouple will provide varying millivolts to the oven control. The oven control supplies 208/240VAC to
the coil of the heater relay at intermittent intervals to maintain the desired temperature. The display on the
oven control will indicate when the heater relay is energized.
NOTE: The display also indicates oven temperature.

control transformer. Secondary voltage, 24VAC, is supplied to the oven control. Setting the oven control to
the desired time outputs voltage, through a reversing switch, to the conveyor motor.
NOTE: The conveyor system uses a Hall Effect sensor and magnet to prove operation of the conveyor motor.
If the conveyor motor is not running, “BELT JAM” is indicated on the display.

approximately 20 minutes after the oven is shut off, to cool the oven. The time delay relay will keep the coil
of the fan relay closed, maintaining operation of the main fan and cooling fans.

"

"

"

"

"

"
"
"

"

"

New Model Number Voltages Hz Phase

1130-xxx-U

1131-xxx-U

1131-037-U

1132-xxx-U

1132-037-U

1172-xxx-U
1174-xxx-U

1133-xxx-U

1173-xxx-U

120/208

1

120/240

60

120/208

3

120/2401133-080-A1

14 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2 Operation

Sequence of Operation – Impinger II Domestic Advantage Digital, Electric w/o Neutral

S/N 0809210000017 to S/N 2104100102812

(Ovens with push button controls)

Old Model Number

1130-080-A

1130-080-A1

1130-08H-A N/A
1131-080-A
1161-080-A

1131-080-A1

1131-08H-A N/A
1132-080-A
1132-023-8
1162-080-A

1132-080-A1

1132-08H-A
1132-002-8
1133-080-A

1133-08H-A

POWER SUPPLY Electrical power to be supplied to the oven by a three conductor service for single phase and a four

conductor service for three phase.
Black conductor is hot.
Red conductor is hot.
Orange conductor is hot (used for three phase only).
Green conductor is ground.

CONTROL BOX AUTO
COOL DOWN

MAIN FAN CIRCUIT Power is permanently supplied through the 10 amp fuses, through the normally closed oven cavity hi-limit

TEMPERATURE CONTROL Closing the main power switch supplies 208/240VAC to the primary of the control transformer. Secondary

CONVEYOR DRIVE Closing the main power switch supplies 208/240VAC to the conveyor motor and to the primary of the

AUTOMATIC COOL DOWN When the oven is started, the time delay relay timing circuit is enabled, permitting the oven fans to run

When the temperature in the control box reaches 120°F ± 3° (48.9°C ± 1.7°), the cooling fan thermostat will
switch power to the control box cooling fans. The thermostat will interrupt power to the cooling fans when
the control box temperature falls to 100°F ± 3° (37.8°C ± 1.7°).

thermostat, to the normally open main power switch. Power is also supplied to the normally open cooling
fan thermostat. Closing the main power switch energizes the coil of the cool down timer relay, its contacts
close enabling the 30 minute time delay relay. The 30 minute time delay relay supplies 208/240VAC to the
oven fan relay, these normally open contacts now close supplying 208/240VAC to the main fan motor.
208/240VAC is also supplied to the cooling fans. 208/240VAC is supplied to the primary of the control
transformer, the conveyor motor and, through the air pressure switch, to the oven control.

voltage, 24VAC, is supplied to the oven control. The oven control is set to desired temperature. The
thermocouple will provide varying millivolts to the oven control. The oven control supplies 208/240VAC to
the coil of the heater relay at intermittent intervals to maintain the desired temperature. The display on the
oven control will indicate when the heater relay is energized.
NOTE: The display also indicates oven temperature.

control transformer. Secondary voltage, 24VAC, is supplied to the oven control. Setting the oven control to
the desired time outputs voltage, through a reversing switch, to the conveyor motor.
NOTE: The conveyor system uses a Hall Effect sensor and magnet to prove operation of the conveyor motor.
If the conveyor motor is not running, “BELT JAM” is indicated on the display.

approximately 30 minutes after the oven is shut off, to cool the oven. The time delay relay will keep the coil
of the fan relay closed, maintaining operation of the main fan and cooling fans.

"

"

"

"

"

"
"
"

"

"

New Model Number Voltages Hz Phase

1130-xxx-U or (V)

1131-xxx-U or (V)

1131-037-U

1132-xxx-U or (V)

1132-037-U

1172-xxx-U
1174-xxx-U

1133-xxx-U or (V)

1173-xxx-U

208

1

240

60

208

3

2401133-080-A1

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 15

Operation Section 2

Sequence of Operation – Impinger II Domestic 1130,1131 easyTouch, Electric 1 Phase

S/N: 2104100102813 and above (easyTouch controls)

Unit Plugged Into Power

• F1 fuse energized with L1

• F2 fuse energized with L2

• Safety Contactor input energized with L1 and L2 power

• Optional Receptacle energized with L1 and L2

• Main Rocker Power Switch Input Energized with L1 and
L2. Green Light ON

Note: Green light will not be implemented with first
generation units

• Cooling Fan Thermostat energized with L1

• Main Blower and Cooling Fans energized with L2

Power Switch Turned ON

• Oven high limit capillary switch energized with L1

• Component hi-limit thermostat energized with L2

• Safety Contactor engaged/energized (If the oven
high limit capillary switch and the component hi-limit
thermostat are not tripped)

• If the Safety Contactor is engaged, all six heating
elements are energized with L1

• If the Safety Contactor is engaged, all three SSRs are
energized with L2

• Cooling Fans energized with L1

• Cooling Fan Thermostat energized with L1

• Main Blower energized with L1

• 24VDC Power Supply Energized with L1 and L2 power

• DC 4A fuse energized with 24VDC, which protects the
DC components: UI and IO board

• IO Board Energized

• IO Board boots up UI

• UI initiates with Welbilt BOOT screen. UI Loads to Home
Screen after small delay in time

• Optional Motor Drive Energized with 24VDC

Press and Go Selected

• UI displays Recipes

• Recipe Selected

• Once Pre-Heating is complete, Recipe Mode is engaged

• Oven will maintain temperature set point

• Conveyor will turn on to recipe cook time speed

Chef Mode (Manual Mode) Selected

• Enter Temperature Set Point

• Enter Conveyor belt speed (min:sec)

• In this mode, temperature and motor speed values will
change automatically when on this screen, but these set
points can be saved into a recipe when the save button
is pressed.

• Blower Main and Cooling Fans energized with Neutral
Power

• Save Button Pressed

Select Recipe

Change icon or color if applicable

Press the save button

NOTE: See Section 5 - Wiring Schematics

for reference.

16 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2 Operation

Sequence of Operation – Impinger II Domestic 1132, 1133 easyTouch, Electric 3 Phase

S/N: 2104100102813 and above (easyTouch controls)

Unit Plugged Into Power

• F1 fuse energized with L1

• F2 fuse energized with L2

• Safety Contactor input energized with L1, L2 and L3
power

• Optional Receptacle energized with L1 and L2

• Main Rocker Power Switch Input Energized with L1
and L2. Green Light ON Note: Green light will not be
implemented with first generation units

• Cooling Fan Thermostat energized with L1

• Main Blower and Cooling Fans energized with L2

Power Switch Turned ON

• Oven high limit capillary switch energized with L1

• SSR Switch Disconnect energized with L2

• Safety Contactor engaged/energized (If oven high limit
capillary switch and the SSR Switch Disconnect are not
tripped)

• If the Safety Contactor is engaged, heating elements HB
and HC are energized with L1

• If the Safety Contactor is engaged, heating elements HA
and HF are energized with L2

• If the Safety Contactor is engaged, heating elements HD
and HE are energized with L3

• If the Safety Contactor is engaged, the three SSRs are
energized with L1, L2 and L3 respectively

• Cooling Fans energized with L1

• Cooling Fan Thermostat energized with L1

• Main Blower energized with L1

• 24VDC Power Supply Energized with L1 and L2 power

• DC 4A fuse energized with 24VDC, which protects the
DC components: UI and IO board

• IO Board Energized

• IO Board boots up UI

• UI initiates with Welbilt BOOT screen

• UI Loads to Home Screen after small delay in time

• Optional Motor Drive Energized with 24VDC

Press and Go Selected

• UI displays Recipes

• Recipe Selected

• Once Pre-Heating is complete, Recipe Mode is engaged

• Oven will maintain temperature set point

• Conveyor will turn on to recipe cook time speed

Chef Mode (Manual Mode) Selected

• Enter Temperature Set Point

• Enter Conveyor belt speed (min:sec)

• In this mode, temperature and motor speed values will
change automatically when on this screen, but these set
points can be saved into a recipe when the save button
is pressed.

• Blower Main and Cooling Fans energized with Neutral
Power

• Save Button Pressed

Select Recipe

Change icon or color if applicable

Press the save button

NOTE: See Section 5 - Wiring Schematics

for reference.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 17

Operation Section 2

Sequence of Operation – Impinger II Domestic Advantage Digital, Electric

(Ovens with push button controls)

Old Model Number

N/A

POWER SUPPLY Electrical power to be supplied to the oven by a three conductor service for single phase and a four

CONTROL BOX AUTO
COOL DOWN

MAIN FAN CIRCUIT Power is permanently supplied through the 10 amp fuses, through the normally closed oven cavity hi-limit

TEMPERATURE CONTROL Closing the main power switch supplies 240VAC to the primary of the control transformer.

CONVEYOR DRIVE Closing the main power switch supplies 240VAC to the conveyor motor and to the primary of

AUTOMATIC COOL DOWN When the oven is started, the time delay relay timing circuit is enabled, permitting the oven fans to run

"

"

conductor service for three phase.
Black conductor is hot.
Red conductor is hot.
Orange conductor is hot (used for three phase only).
Green conductor is ground. L1 and L2 pass through the 10 amp fuses and go to the step down 480VAC
transformer to 240VAC.
When the temperature in the control box reaches 120°F ± 3° (48.9°C ± 1.7°), the cooling fan
thermostat will switch power to the control box cooling fans. The thermostat will interrupt power to
the cooling fans when the control box temperature falls to 100°F ± 3° (37.8°C ± 1.7°).

thermostat, to the normally open main power switch. Power is also supplied to the normally open
cooling fan thermostat. Closing the main power switch energizes the coil of the cool down timer relay,
its contacts close enabling the 20 minute time delay relay. The 20 minute time delay relay supplies
240VAC to the oven fan relay, these normally open contacts now close supplying 208/240VAC to the main
fan motor. 240VAC is also supplied to the cooling fans. 240VAC is supplied to the primary of the control
transformer, the conveyor motor and, through the air pressure switch, to the oven control.

Secondary voltage, 24VAC, is supplied to the oven control. The oven control is set to desired
temperature. The thermocouple will provide varying millivolts to the oven control. The oven
control supplies 240VAC to the coil of the heater relay at intermittent intervals to maintain the
desired temperature. The display on the oven control will indicate when the heater relay is
energized.
NOTE: The display also indicates oven temperature.

the control transformer. Secondary voltage, 24VAC, is supplied to the oven control. Setting the
oven control to the desired time outputs voltage, through a reversing switch, to the conveyor
motor.
NOTE: The conveyor system uses a Hall Effect sensor and magnet to prove. If the conveyor motor is not
running, “BELT JAM” is indicated on the display.

approximately 30 minutes after the oven is shut off, to cool the oven. The time delay relay will keep the coil
of the fan relay closed, maintaining operation of the main fan and cooling fans.

New Model Number Gas Type Voltage Hz Phase

1135-xxx-U N/A 480 60 Hz 3

18 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2 Operation

Sequence of Operation – Impinger II Domestic Advantage Digital, Electric

(Ovens with push button controls)

Old Model Number

1164-000-EA
1164-080-EA

POWER SUPPLY Electrical power to be supplied to the oven by a four-conductor service.

MAIN FAN CIRCUIT Power is permanently supplied, through the 10 amp oven fuse, through the normally closed oven cavity

TEMPERATURE CONTROL Closing the oven fan switch supplies line voltage, through the normally open air pressure switch (closed by

CONVEYOR DRIVE Closing the oven fan switch supplies line voltage, through the normally open air pressure switch (closed

"

"

Brown conductor is hot.
Black conductor is hot.
Red conductor is hot.
Green conductor is ground.

hi-limit (opens at 695°F, 368°C), to the normally open oven fan switch. Power is also supplied to the normally
open cooling fan thermostat. Closing the oven fan switch supplies line voltage to the main fan motor, the
cooling fans through the EMI Filter to the primary of the control transformer and to the oven control.

air pressure from the main fan) to the oven control. When the power supply is passed through the EMI Filter
the load will supply line voltage to the primary of the control transformer. Secondary voltage, 24VAC, is
supplied to the oven control. The oven control is set to desired temperature. The thermocouple will provide
varying millivolts to the oven control. The oven control supplies line voltage to the coil of the solid state
relays at intermittent intervals to maintain the desired temperature. The display on the oven control will
indicate when the contactor is energized.
NOTE: The display also indicates oven temperature.

by air pressure from the main fan) to the oven control. When the power supply is passed through the EMI
Filter the load will supply line voltage to the primary of the control transformer. Secondary voltage, 24VAC,
is supplied to the oven control. Setting the oven control to the desired time outputs voltage, through a
reversing switch, to the conveyor motor.
NOTE: The conveyor system uses a Hall Effect sensor and magnet to prove operation of the conveyor motor.
If the conveyor motor is not running, “BELT JAM” is indicated on the display.

New Model Number Voltage Hz Phase

1164-xxx-E or (V) 400/230 50 3

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 19

Operation Section 2

Sequence of Operation – Impinger II International 1164 easyTouch, Electric 3 Phase

S/N: 2104100102813 and above (easyTouch controls)

Unit Plugged Into Power

• F1 fuse energized with L1

• Safety Contactor input energized with L1, L2, and L3
power

• Main Rocker Power Switch Input Energized with L1 and
Neutral Power. Green Light ON Note: Green light will not
be implemented with first generation unit.

• Cooling Fan Thermostat energized with L1

• Main Blower and Cooling Fans energized with L2

• Electric Filter energized with Neutral Power

• All six heating elements energized with Neutral Power

Power Switch Turned ON

• Oven high limit capillary switch energized with L1

• Switch disconnect SSR energized with Neutral Power

• Safety Contactor engaged/energized (If oven high limit
capillary switch and the switch disconnect SSR are not
tripped)

• If the Safety Contactor is engaged, the Electric Filter is
energized with L1, L2 and L3 power

• If the Safety Contactor is engaged, all three SSRs are
energized with L1, L2 and L3 respectively

• Cooling Fans energized with L1

• Cooling Fan Thermostat energized with L1

• Main Blower energized with L1

• 24VDC Power Supply Energized with L1 and Neutral
Power

• DC 4A fuse energized with 24VDC, which protects the
DC components: UI and IO board

• IO Board Energized

• IO Board boots up UI

• UI initiates with Welbilt BOOT screen

• UI Loads to Home Screen after small delay in time

• Optional Motor Drive Energized with 24VDC

Press and Go Selected

• UI displays Recipes

• Recipe Selected

• Once Pre-Heating is complete, Recipe Mode is engaged

• Oven will maintain temperature set point

• Conveyor will turn on to recipe cook time speed

Chef Mode (Manual Mode) Selected

• Enter Temperature Set Point

• Enter Conveyor belt speed (min:sec)

• In this mode, temperature and motor speed values will
change automatically when on this screen, but these set
points can be saved into a recipe when the save button
is pressed.

• Blower Main and Cooling Fans energized with Neutral
Power

• Save Button Pressed

Select Recipe

Change icon or color if applicable

Press the save button

NOTE: See Section 5 - Wiring Schematics

for reference.

20 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 2 Operation

Sequence of Operation – Impinger II International Advantage Digital, Electric

(Ovens with push button controls)

Old Model Number

N/A

POWER SUPPLY Electrical power to be supplied to the oven by a four-conductor service.

MAIN FAN CIRCUIT Power is permanently supplied, through the 10 amp oven fuse, through the normally closed oven cavity

TEMPERATURE CONTROL Closing the oven fan switch supplies line voltage, through the normally open air pressure switch (closed by

CONVEYOR DRIVE Closing the oven fan switch supplies line voltage, through the normally open air pressure switch (closed

"

"

Brown conductor is hot.
Black conductor is hot.
Red conductor is hot.
Green conductor is ground.

hi-limit (opens at 695°F, 368°C), to the normally open oven fan switch. Power is also supplied to the normally
open cooling fan thermostat. Closing the oven fan switch supplies line voltage to the main fan motor, the
cooling fans through the EMI Filter to the primary of the control transformer and to the oven control.

air pressure from the main fan) to the oven control. When the power supply is passed through the EMI Filter
the load will supply line voltage to the primary of the control transformer. Secondary voltage, 24VAC, is
supplied to the oven control. The oven control is set to desired temperature. The thermocouple will provide
varying millivolts to the oven control. The oven control supplies line voltage to the coil of the contactor at
intermittent intervals to maintain the desired temperature. The display on the oven control will indicate
when the contactor is energized.
NOTE: The display also indicates oven temperature.

by air pressure from the main fan) to the oven control. When the power supply is passed through the EMI
Filter the load will supply line voltage to the primary of the control transformer. Secondary voltage, 24VAC,
is supplied to the oven control. Setting the oven control to the desired time outputs voltage, through a
reversing switch, to the conveyor motor.
NOTE: The conveyor system uses a Hall Effect sensor and magnet to prove operation of the conveyor motor.
If the conveyor motor is not running, “BELT JAM” is indicated on the display.

New Model Number Gas Type Voltage Hz Phase

1134-xxx-N N/A 380/208 50 Hz 3

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 21

Operation Section 2

Temperature Calibration:

1. Place your temperature meter probe directly on the conveyor belt centered in the oven cavity front to back and left to
right.

2. Turn oven ON; set oven temperature to 500 F (260 C). Allow 30 minutes preheat for temperatures to stabilize in oven
cavity.

1. Access the Calibration Mode to enter and change the “Offset”. The average temperature value on your meter while the
oven is set for 500 F (260 C) and blowers running at 100% is the value that you will enter.
Note: For best result, we recommend disconnecting the drive coupling to stop the conveyor from moving. Insert the
temp wire into 1/4” (6mm) tubing with the tip of the wire exposed. Do not place a pan or any other object around the
tip as this will change the air flow and accuracy of this reading.

Conveyor Speed Calibration:

1. Conveyor speed is verified by placing an object on the conveyor belt and timing the travel starting from when it first
enters the chamber to when it first exits the chamber. This is also known as leading edge in to leading edge out. Pizza
Pans are commonly used for this test since they can handle the heat and are usually available on site.

2. Before checking conveyor speed, allow conveyor to run for 10 minutes. If speed is off 25%, verify the control board is
initialized correctly for (1100).

3. If speed is a few seconds off, bring up the Conveyor Calibration screen on the controller (Down Button while in the
Calibration Mode). Increase the value to increase the speed and decrease the value to decrease the speed (.003 is
approximately 1 second). Default value on the screen would be 1.000. A new setting of 1.003 would increase speed by 1
second. A new setting of 0.997 would decrease speed by 1 second.

22 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3

Troubleshooting

Troubleshooting Guide – Gas Ovens

S/N: 2038616 to S/N: 2106100101444 (Ovens with push button controls)

Old Model Number

1116-080-A (or A1)

1116-023-A

1117-080-A (or A1)

1117-023-A

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers, reset if required. Check power plug to be sure it is

Fuse, 10 Amp Check, replace if necessary.
Fuse Holder Check, replace if necessary.
Hi-limit thermostat, control box for
(000-A units)

Switch, main power Check continuity between switch terminals. Replace switch as needed.
Main fan motor Check for 120VAC at motor. If no voltage is present, trace wiring back to

Capacitor Check for shorts or grounds. (15 mfd)

No control box cooling Incoming power Check circuit breakers, reset if required. Check power plug to be sure it is

Switch, main power Check continuity between switch terminals. Replace switch as needed
Cooling fan (s) Check for 120VAC at cooling fan. If no voltage is present, trace wiring back

No automatic control
box cooling

Oven will not heat Gas supply Check for adequate gas supply to oven.

Incoming power supply Check circuit breakers, reset if needed. Call power company if needed.
Cooling fan thermostat Check the cooling fan thermostat (thermostat closes at 120°F and opens at

Cooling fan(s) Supply voltage should now be at these motors. If voltage is present, check

Manual gas shut off valve Check to see that the manual gas shut off valve is open. Also check flexible

Main oven fan Check if main oven fan is operating. If not, refer to “Oven fan will not run”.
Centrifugal switch of main fan
motor

"

"
"
"
"
"

New Model Number Gas Type Voltage Hz Phase

1116-xxx-U Natural 120 VAC 60 Hz 11116-062-AR

1117-000z-U

1117-xxx-U

firmly in receptacle. Measure incoming power, call power co. if needed.

Check for voltage on both sides of switch. Terminals are normally closed.
If open, reset and test oven for proper operation. If thermostat will not
hold, and control box temperature is not exceeding 140°F (60°C), replace
thermostat.

main power switch.
WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to
check for locked rotor.

WARNING: Capacitor has a stored charge, discharge before testing.

firmly in receptacle. Measure incoming power, call power co. if needed.

to power switch. If voltage is present, and motor does not run, check for
opens, shorts or grounds.
WITH POWER OFF: Check for locked rotor and replace as needed.

100°F). With the cooling fan thermostat preheated, check for continuity. If
switch is open, replace.

motor for opens, shorts or grounds. WITH POWER OFF: Check for locked
rotor and replace as needed.

gas line connection for any damage.

Check for 120VAC at wire #5 (input to centrifugal switch, located at 6-pin
connector in raceway near the main fan motor) to neutral. If no voltage is
present, trace wiring back to the main power switch. If voltage is present,
check for 120VAC at wire #22 (output of centrifugal switch) to neutral. If no
voltage is present at #22, and the motor is running, replace the main fan
motor.

LP Gas 120 VAC 60 Hz 1

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 23

Troubleshooting Section 3

Problem Cause Correction

Oven will not heat, ctd. Hi-limit thermostat, oven cavity Terminals are normally closed. If open, reset 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.

Burner blower motor Check for 120VAC supplied to burner blower motor at wire #7 to neutral. If

no voltage is present, trace wiring back to the main power switch. If voltage
is present, and the motor is not running, check for opens, shorts or grounds.
WITH POWER OFF: Turn motor to check for locked rotor.

Burner transformer Check for 120VAC supplied to the primary of the burner transformer. If no

voltage is present, trace wiring back to the oven cavity hi-limit thermostat. If
voltage is present, check for 24VAC at transformer secondary. If there is

primary voltage but no secondary voltage, replace burner transformer.
Centrifugal switch of burner blower
motor

Ignition control Check for 24VAC at ignition control terminals marked “24V”, if no voltage

Flame will not stay lit Hot surface igniter If 120VAC is present at hot surface igniter terminals, visually check to see

Ignition control After 45 seconds of hot surface igniter pre-heat, the ignition control will

Gas control valves When 24VAC is supplied to the gas control valves, the valve should open.

Hot surface igniter Six seconds after the gas valve opens, ignition must occur. If flame is not

Power supply If there is sufficient microamp current, but the flame will not stay lit, check

Ignition control If there is sufficient microamp current, and the 120VAC polarity is correct,

NOTE: Flame should be on at this time

Check for 24VAC at motor connector, wire #13 to neutral. If voltage is not

present, trace wiring back to transformer. If voltage is present, check for

voltage at wire #14 to neutral. If no voltage is present at wire #14, and motor

is running, replace burner blower motor.

is present, trace wiring back to centrifugal switch. Check for 120VAC to

ignition control at terminal “L1” to neutral. If no voltage is present, trace

wiring back to main power switch. When 24VAC is supplied to the ignition

control, the ignition control switches 120VAC to the hot surface igniter. If

24VAC and 120VAC are supplied to ignition control, but there is no voltage

at the hot surface igniter, replace the ignition control.

that the igniter is heating

(Igniter may be viewed through the port in the end of burner tube). The

igniter should glow bright red. If the igniter does not heat, replace the hot

surface igniter.

switch 24VAC to the gas control valves. Check for 24VAC output from

ignition control across terminals marked “valve” and “valve gnd”. If no

voltage is present, replace ignition control.

Check for gas pressure at the manifold tap located just before the burner.

If there is no pressure, check the incoming gas supply to be sure all manual

valves are open and flexible gas hose is properly connected. If gas is present,

and the gas control valve is energized, but there is no gas pressure at the

burner manifold, replace the gas valve.

detected, the ignition control will shut off and lock out. To reset the ignition

control, turn off the power switch for 45 seconds, then turn the switch

on to re-try ignition. The ignition control requires a minimum of 0.8 DC

microamps to prove flame. To check flame sensing operation, connect a

digital multimeter (capable of measuring DC microamps) between the

“ground” terminal on ignition control and the ground lead.

NOTE: This is a current measurement, and the meter must be connected in

series.

If these readings are not achieved, replace hot surface igniter. NOTE: The

DC microamp test must be conducted with the oven in low flame (bypass)

operation. Set the temperature control to the lowest setting.

for proper polarity of the 120VAC power supply.

but the flame will not stay lit, replace the ignition control. NOTE: Check for

proper ground connection on ignition control.

24 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Low flame is on, but
no main flame

Intermittent heating Thermal/overload of main fan and

Conveyor(s) will not
run

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. If 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
120VAC at the temperature regulation valve. If there is voltage at the
temperature regulation valve, proceed to “Temperature regulation valve” for
next check. If there is no voltage at the temperature regulation valve, 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 (see QR chart on
Page 66)

Temperature regulation valve Check for 120VAC supplied to temperature regulation valve. If voltage is

burner blower motor

Power supply Check for incoming voltage at line 1 to neutral. There should be a reading of

Fuse, 10 Amp Check, replace if necessary.
Fuse holder Check, replace if necessary.
Hi-limit thermostat, control box
(000-A Units ONLY)

Power switch Check continuity between switch terminals. Replace switch as needed.
Control transformer Check for 120 VAC supply to the primary of the control transformer. If no

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.

present, listen for valve to open and close. Also check for opens or shorts

in the operating coil. Check for proper gas pressure at the oven manifold.

Replace temperature regulation valve as needed.

The main fan motor and burner blower motor are equipped with internal

thermal protection and will cease to operate if overheating occurs. As

the motors overheat and then cool, this will cause the heating system to

cycle on and off intermittently. Improper ventilation or lack of preventive

maintenance may cause this problem. Also, most of the problems listed

under “Oven will not heat” can cause intermittent failure.

120VAC. If not present, check circuit breakers.

Check for voltage on both sides of switch. Terminals are normally closed. If

open, reset and test oven for proper operation. If thermostat will not hold,

and control box temperature is not exceeding 140°F

(60°C), replace thermostat.

voltage is present, trace wiring back to the oven power relay. If voltage is

present, check for 24 VAC at the transformer secondary. If there is primary

voltage but no secondary voltage, replace control transformer.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 25

Troubleshooting Section 3

Problem Cause Correction

Conveyor(s) will not
run, ctd.

Conveyor motor runs,
but there is no speed
display

Conveyor motor Check for 120 VAC supply to the conveyor motor at wire #10 to neutral.

If no voltage is present, trace wiring back to the primary of the control
transformer. If voltage is present and the motor will not run, check the
motor windings for opens or shorts.
WITH POWER OFF: Check the motor windings as follows:
S/N: 2052462 and below Grey to black - 38Ω approx.
(Blue Dot ) Grey to blue - 38Ω approx.
Blue to black - 75Ω approx.
S/N: 2052463 and above Grey to black - 89Ω approx.
(Green Dot ) Grey to blue - 89Ω approx.
Blue to black - 178Ω approx.

If any of the above fails, replace conveyor motor.

Capacitor, conveyor motor Check for shorts or grounds and test the capacitor. Replace capacitor as

needed. WARNING: Capacitor has a stored charge, discharge before testing.
(S/N: 2052462 & below blue dot = 4.5mfd)

(S/N: 2052462 & above green dot = 3.5mfd)
Switch, conveyor reversing Check continuity between switch terminals. Replace switch as needed.
Oven control If there is 120VAC supplied to the motor, and the motor, capacitor, and

reversing switch check good, replace the oven control.
NOTE: Display will indicate “Belt
Jam”
Oven control Check for output voltage from oven control to Hall Effect sensor (sensor is

located in conveyor motor). Measure voltage at the motor connector, red

wire and yellow wire. Voltage should be approx. 10VDC. If no voltage is

present, trace wiring back to oven control. If there is no voltage present at

the oven control, replace the oven control.
Conveyor motor If there is voltage supplied to the Hall Effect sensor, check for a frequency

output from the Hall Effect sensor. Measure frequency across the yellow and

white wires at the motor connector. Frequency reading should be approx.

25 – 100 Hz. If these readings are not achieved, replace conveyor motor. If

the readings are achieved, proceed.
Oven control If the Hall Effect sensor readings are correct, but there is no speed indicated

on the display, replace the oven control.

26 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Troubleshooting Guide – Impinger II Domestic 1116,1117 easyTouch, Gas

S/N: 2106100101445 and above (easyTouch controls)

Problem Cause Correction

UI blank Oven not plugged in, panel breaker

tripped
Faulty fuses/fuse holder Replace fuses on back panel

Wiring Issue Inspect UI cable for damage

Faulty UI Check for cracks or damaged screen

Faulty power switch Check continuity through switch. Check for incoming

Faulty DC power supply Check for steady 120VAC input between #59 (N) and #74(L)

Faulty IO board Check for 24VDC input on (-V) and (+V) wires

UI screen locked up,
frozen, nonresponsive
to touch
Unable to read USB Faulty flash drive Retry with known good quality flash drive

Unable to load USB
files

Software issue Turn OFF the unit using the power switch, turn the

Damaged or cracked touchscreen Install new UI with correct software revision

Incorrect USB format Make sure flash drive is formatted using FAT32
USB cable disconnected Check if USB connector is seated properly
Faulty UI Check for cracks or damaged screen

Faulty flash drive Retry with known good quality flash drive
Files on flash drive incorrect or
corrupt
Faulty USB socket Inspect USB socket for damage and replace if needed

Check panel breaker and plug
Ensure input voltage is within specifications

Inspect fuse holders for cracks and replace if needed

Unplug and plug the UI cable back in
Replace UI cable

Check cable connection to UI for fit
Install new UI with correct software revision

120VAC on terminals. Replace if needed.

Check for steady 24VDC output between (+) and (-) wires
Check for physical damage on the circuit board.
Replace if needed

Check cable connection to UI for fit
Inspect IO board for damage and replace if needed

unit back ON after 30 seconds.

Check cable connection to UI for fit
Install new UI with correct software revision

Delete all files on flash drive and reload updated files

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 27

Troubleshooting Section 3

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers, reset if required. Check power plug to be sure it is

firmly in receptacle. Measure incoming power, call power co. if needed.

Fuse, 10 Amp and/or Fuse Holder Check, replace if necessary.
Switch, main power Check continuity between switch terminals. Replace switch as needed.
Main fan motor Check for 120VAC at motor. If no voltage is present, trace wiring back to

main power switch.

WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to

check for locked rotor.

Capacitor Check for shorts or grounds. (15 mfd)

WARNING: Capacitor has a stored charge, discharge before testing.

No control box cooling Incoming power Check circuit breakers, reset if required. Check power plug to be sure it is

firmly in receptacle. Measure incoming power, call power co. if needed.

Switch, main power Check continuity between switch terminals. Replace switch as needed
Cooling fan (s) Check for 120VAC at cooling fan. If no voltage is present, trace wiring back

to power switch. If voltage is present, and motor does not run, check for

opens, shorts or grounds.

WITH POWER OFF: Check for locked rotor and replace as needed.

No automatic control
box cooling

Incoming power supply Check circuit breakers, reset if needed. Call power company if needed.
Cooling fan thermostat Check the cooling fan thermostat (thermostat closes at 120°F and opens at

100°F). With the cooling fan thermostat preheated, check for continuity. If

switch is open, replace.

Cooling fan(s) Supply voltage should now be at these motors. If voltage is present, check

motor for opens, shorts or grounds. WITH POWER OFF: Check for locked

rotor and replace as needed.

28 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Conveyor does not
move

Temperature set point has not been
reached
Coupling loose or disconnected Tighten set screw on coupling
Belt link loose or disconnected Tighten belt, if needed replace belt link
Conveyor has stretched from use Remove adequate number of links to tighten the belt
Incorrectly installed Verify conveyor belt orientation. Shaft should be

Software issue Turn OFF the unit using the power switch, turn the

Failed or failing conveyor stepper
motor

Faulty IO board and/or built-in
motor drive

Faulty stepper drive (STR8)
(See chart on page 70)

If using the Press & Go menu recipes, wait until UI
displays the “Ready” status message

inserted into motor coupling

unit back ON after 30 seconds.
Go to Manual Mode and change belt speed
Check for resistance on red and blue and again at
yellow and white. Resistance should be .65Ω (±10%).
Check for opens, shorts or grounds
Change conveyor belt direction in the UI’s Settings Menu
Check for 24VDC input on (-V) and (+V) wires
Check wires are connected properly
Inspect IO board for damage and replace if needed
Check LEDs to identify alarm codes on stepper drive. Faults disable the
motor and can be cleared by cycling power to the drive.
Try the built-in self test. Anytime switch 8 is moved to the ON position, the
drive will automatically rotate the motor back and forth, two turns in each
direction. This feature can be used to confirm the motor is correctly wired,
selected and operational.
Check for 24VDC input on (-V) and (+V) wires
Check wires are connected properly
Inspect stepper motor drive for damage and replace if needed

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 29

Troubleshooting Section 3

Problem Cause Correction

Unable to reach or
maintain temperature

Gas supply Check for adequate gas supply to oven. (Natural Gas = 3.5” WC)

(LP Gas = 10” WC )

Manual gas shut off valve Check to see that the manual gas shut off valve is open. Also check flexible

gas line connection for any damage.

Main fan If not operating, refer to “Oven fan will not run”.
Centrifugal switch of main fan
motor

Cavity hi-limit Terminals are normally closed. If open, reset thermostat and retest. If

Transformer Check for 120VAC at the transformer on wires 5, 6 to wire 90 on the input

Ignition control Check for 24VAC at ignition control terminals marked “24V”, if no voltage

Hot surface igniter If 120VAC is present at hot surface igniter terminals, visually check to see

Gas control valves When 24VAC is supplied to the gas control valves, the valve should open.

Check for 120VAC at wire #19 (input to centrifugal switch, located at 6-pin

connector in raceway near the main fan motor) to neutral. If no voltage is

present, trace wiring back to the main power switch. If voltage is present,

check for 120VAC at wire #8 (output of centrifugal switch) to neutral. If no

voltage is present at #8, and the motor is running, replace the main fan

motor.

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.

terminals. If 120VAC is present verify 24VAC is supplied to the output

terminals on wire 89 and wire 91. Replace if necessary.

is present, trace wiring back to centrifugal switch. Check for 120VAC to

ignition control at terminal “L1” to neutral. If no voltage is present, trace

wiring back to main power switch. When 24VAC is supplied to the ignition

control, the ignition control switches 120VAC to the hot surface igniter. If

24VAC and 120VAC are supplied to ignition control, but there is no voltage

at the hot surface igniter, replace the ignition control.

that the igniter is heating

(Igniter may be viewed through the port in the end of burner tube). The

igniter should glow bright red. If the igniter does not heat, replace the hot

surface igniter.

Check for gas pressure at the manifold tap located just before the burner.

If there is no pressure, check the incoming gas supply to be sure all manual

valves are open and flexible gas hose is properly connected. If gas is present,

and the gas control valve is energized, but there is no gas pressure at the

burner manifold, replace the gas valve.

30 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Flame will not stay lit Hot surface igniter Six seconds after the gas valve opens, ignition must

occur. If flame is not detected, the ignition control will shut off and
lock out. To reset the ignition control, turn off the power switch for 45
seconds, then turn the switch on to re-try ignition. The ignition control
requires a minimum of 0.8 DC microamps to prove flame. To check flame
sensing operation, connect a digital multimeter (capable of measuring DC
microamps) between the “ground” terminal on ignition control and the
ground lead. NOTE: This is a current measurement, and the meter must be
connected in series.
If these readings are not achieved, replace hot surface igniter. NOTE: The
DC microamp test must be conducted with the oven in low flame (bypass)
operation. Set the temperature control to the lowest setting.

Power supply If there is sufficient microamp current, but the flame will not stay lit, check

for proper polarity of the 120VAC power supply.

Ignition control If there is sufficient microamp current, and the 120VAC polarity is correct,

but the flame will not stay lit, replace the ignition control. NOTE: Check
for proper ground connection on ignition control.

NOTE: Flame should be on at this time

Intermittent heating Thermal/overload of main fan and

burner blower motor

The main fan motor and burner blower motor are equipped with internal
thermal protection and will cease to operate if overheating occurs. As
the motors overheat and then cool, this will cause the heating system to
cycle on and off intermittently. Improper ventilation or lack of preventive
maintenance may cause this problem. Also, most of the problems listed
under “Oven will not heat” can cause intermittent failure.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 31

Troubleshooting Section 3

Problem Cause Correction

Low flame is on, but
no main
flame

PSU1 (D.C. Power Supply) Check for 120VAC supply to the primary of the

PSU1. If no voltage is present, trace wiring back to the main power switch.

If voltage is present, check for 24VDC at the PSU1 secondary. If there is

primary voltage, but no secondary voltage, replace the PSU1.

Oven control Check for 24VDC supply to control. If no voltage is present, trace wiring back

to PSU1. If 24VDC is present, check for a read-out on the display. If there is

24VDC 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. With the control set at maximum temperature, check for

120VAC at the temperature regulation valve. If there is voltage at the

temperature regulation valve, proceed to “Temperature regulation valve”

for next check. If there is no voltage at the temperature regulation valve,

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 “ERR_

THERMOCPL” , this indicates that the thermocouple has failed or become

disconnected from the oven control.

Thermocouple
(see QR chart on page 66)

Temperature regulation valve Check for 120VAC supplied to temperature regulation valve. If voltage is

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.

Resistance: 7Ω - 14Ω

If these readings are not achieved, replace the thermocouple. If these

readings are correct, proceed.

present, listen for valve to open and close. Also check for opens or shorts

in the operating coil. Check for proper gas pressure at the oven manifold.

Replace temperature regulation valve as needed.

NOTE: Setting Password is 6-7-8-5-3-5

NOTE: Service Password is 4-5-8-7-5-6

32 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Troubleshooting Guide – Gas Ovens

(Ovens with push button controls)

Old Model Number

1154-000-EA

1154-080-EA
1154-V80-EA
1155-000-EA
1155-080-EA
1155-V80-EA

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers, reset if required. Check power plug to be sure it is

Control Box Limit (000-A
Units Only)
Fuse, 10 amp Check, replace if necessary.
Fuse holder Check, replace if necessary.
Switch, main fan Check and/or replace.
Motor, main fan With power off, check continuity between switch terminals. Check for opens,

Capacitor Check for shorts or grounds. 7.5 mfd

No control box cooling Incoming power supply Check breaker, reset if required. Check power plug to be sure it is firmly in

Switch, main fan With power off, check continuity between switch terminals. Replace as

Cooling fans Line voltage should now be at the cooling fan. If voltage is present, check

Fuse and Fuse Holder Check continuity, check for opens and shorts. Replace if necessary.
No automatic control
box cooling

Incoming power supply Check breaker, reset if required. Check power plug to be sure it is firmly

Cooling fan thermostat Check the cooling fan thermostat (thermostat closes at 120°F and opens at

Cooling fan Line voltage should now be at the cooling fan. If voltage is present, check

Fuse, 10 amp Check, replace if necessary.

Fuse holder Check, replace if necessary.

"

"
"
"
"

"

New Model Number Gas Type Voltage Hz Phase

1154-xxx-E

1157-xxx-N 220 VAC 60 Hz

1155-xxx-E

1158-xxx-N 220 VAC 60 Hz

firmly in receptacle. Measure incoming power, call power co. if needed.
Check to see if it is open, replace if necessary.

shorts or grounds. With power off, turn fan blade to check for locked rotor.
Replace as needed.

WARNING: Capacitor has a stored charge, discharge before testing.

receptacle. Measure incoming power, call power company if needed.

needed.

motor for opens, shorts or grounds. With power off, check for locked rotor.

in receptacle. Measure incoming power, call power company if needed.

100°F). With the cooling fan thermostat pre-heated, check for continuity. If
thermostat is open, replace cooling fan thermostat.

motor for opens, shorts or grounds. With power off, check for locked rotor.

Natural

LP Gas

230 VAC 50 Hz

1

230 VAC 50 Hz

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 33

Troubleshooting Section 3

Problem Cause Correction

Oven will not heat Gas supply Check for adequate gas supply and be sure that the manual gas shut

Main fan off valve is open. Also check flexible gas line connection.
Air pressure switch If not operating, refer to “Oven fan will not run”.
Oven cavity hi-limit thermostat Check air switch terminals for supply voltage to terminals C and NO.

If voltage is present on one side only, check for air tube blockage or
misalignment. If these are okay, adjust air pressure switch or replace if

necessary.
Ignition control Honeywell
(See Section 4 for Techrite charts)

Burner blower motor Check for supply voltage to motor. WITH POWER OFF: Turn blower wheel

Air pressure switch (burner blower) Check for proper supply voltage switching from “NC” to “NO” on ignition

Ignition control A pre-purge time of 30 to 60 seconds occurs after burner blower motor

Igniter/sensor assembly Check this assembly for visible damage. Replace as needed. If there is no

Gas valve Gas valve should open as the ignition control generates the high voltage

Flame will not stay on Flame sensor To check for flame sensor operation, connect a digital multimeter (capable

Power supply Set the temperature to the lowest temperature setting. If there is sufficient

Terminals are normally closed, opens at 350°C (660°F). If open, reset and test

oven for proper operation. If thermostat will not hold for maximum oven

temperature, and oven is not exceeding control setting, check for proper

location of capillary bulb in its spring holder. If above checks are okay,

replace hi-limit thermostat.

to check for locked rotor. If supply voltage is present at motor connecting

plug terminal 2 and Neutral, and motor does not run, replace burner blower

motor.

control. Check for air pressure switch adjustment, air tube blockage or

misalignment. If these adjustments fail, replace air pressure switch.

starts. Check for high voltage spark output from the ignition control. If there

is no high voltage spark output, check reset button for ignition control. If

there is still no high voltage output, replace the ignition control.

visible damage, check for voltage supply to igniter/sensor assembly. If

there is voltage supplied to the igniter/sensor, but there is no spark, replace

igniter/sensor assembly.

spark. Place manometer on the pressure tap fitting (located in the gas

piping just prior to the burner manifold) and check for gas pressure. If valve

does not open, check reset button on ignition control, and all connections

for tightness. If there is still no gas pressure, remove the ignition control

from the gas valve. Check the coils of the gas valve for opens or shorts.

Readings should be as follows, V1 – 2.9K ohms approx., V2 – 1.3K ohms

approx. If these readings are not achieved, replace gas valve. If these

readings are achieved, replace ignition control.

of measuring DC microamps) between the flame sensor wire and the

flame sensor connection on the ignition control. Sensor current is to be 0.9

microamps, minimum. If these readings are not achieved, replace igniter/

sensor assembly. Also check for any type of damage to flame sensor wire

and connections.

NOTE: The DC microamp test must be conducted with the oven in low flame

(bypass) operation.

microamp current, but the flame will not stay lit, check for proper polarity of

the power supply.

34 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

NOTE: Flame should be on at this time
Low flame is on, but
no main flame

Control transformer Check for supply voltage to the primary of control transformer. If no voltage

is present, trace wiring back to oven EMI filter. If voltage is present, check for

voltage at the EMI filter. If there is no primary voltage, replace EMI Filter.
Thermocouple
(see QR chart on page 66)

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. Resistance: 7Ω -

14Ω

If these readings are not achieved, replace the thermocouple. If these

readings are correct, proceed.

Conveyor motor
not turning

Conveyor motor runs,
but there is no speed
display

Temperature regulation
valve

Conveyor motor Check for supply voltage to the conveyor motor at wire #6 to neutral. If no

Capacitor, conveyor motor Check for shorts or grounds. Replace capacitor as needed.

Switch, conveyor reversing Check continuity between switch terminals. Replace switch as needed.
Oven control If there is voltage supplied to the motor, and the motor, capacitor and

NOTE: Display will indicate “BELT
JAM”
Oven control Check for output voltage from oven control to Hall Effect sensor (sensor is

Conveyor motor If there is voltage supplied to the Hall Effect sensor, check for a frequency

Oven control If the Hall Effect sensor readings are correct, but there is no speed indicated

Check for 230VAC supplied to temperature regulation valve. If voltage is

present, listen for valve to open and close. Also check for opens or shorts in

the operating coil. Check for proper gas pressure at the oven manifold.

Replace temperature regulation valve as needed.

voltage is present, trace wiring back to the oven fan switch. If voltage is

present, but the motor will not run, check the motor windings for opens or

shorts. If any of the above fail, replace the conveyor motor.

S/N: 2052462 and below Grey to Black 240Ω approx.

(Red Dot) Grey to Brown 240Ω approx.

Brown to Black 480Ω approx.

Grey to Black 360Ω approx.

S/N: 2052463 and above Grey to Brown 360Ω approx.

(Brown Dot) Brown to Black 720Ω approx.

WARNING: Capacitor has a stored charge, discharge before testing.

S/N: 2052462 and below 1.2 mfd (Red Dot)

S/N: 2052463 and above 1.0mfd (Brown Dot)

reversing switch check good, replace the oven control.

located in the conveyor motor). Measure voltage at the motor connector,

red wire and yellow wire. Voltage should be approx. 10VDC. If no voltage is

present, trace wiring back to oven control. If there is no voltage output at

the oven control, replace oven control.

output from the Hall Effect sensor. Measure frequency across the yellow and

white wires in the motor connector. Frequency reading should be approx.

25-100 Hz. If these readings are not achieved, replace conveyor motor. If the

readings are achieved, proceed.

on the display, replace the oven control.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 35

Troubleshooting Section 3

Troubleshooting Guide – Impinger II International 1154,1155,1157,1158 easyTouch, Gas

S/N: 2106100101445 and above (easyTouch controls)

Problem Cause Correction

UI blank Oven not plugged in, panel breaker

tripped
Faulty fuses/fuse holder Replace fuses on back panel

Wiring Issue Inspect UI cable for damage

Faulty UI Check for cracks or damaged screen

Faulty power switch Check continuity through switch. Check for incoming

Faulty DC power supply Check for steady 120VAC input between #59 (N)

Faulty IO board Check for 24VDC input on (-V) and (+V) wires

UI screen locked up,
frozen, nonresponsive
to touch
Unable to read USB Faulty flash drive Retry with known good quality flash drive

Unable to load USB
files

Software issue Turn OFF the unit using the power switch, turn the

Damaged or cracked touchscreen Install new UI with correct software revision

Incorrect USB format Make sure flash drive is formatted using FAT32
USB cable disconnected Check if USB connector is seated properly
Faulty UI Check for cracks or damaged screen

Faulty flash drive Retry with known good quality flash drive
Files on flash drive incorrect or
corrupt
Faulty USB socket Inspect USB socket for damage and replace if needed

Check panel breaker and plug
Ensure input voltage is within specifications

Inspect fuse holders for cracks and replace if needed

Unplug and plug the UI cable back in
Replace UI cable

Check cable connection to UI for fit
Install new UI with correct software revision

120VAC on terminals. Replace if needed.

and #74(L)
Check for steady 24VDC output between (+) and
(-) wires
Check for physical damage on the circuit board.
Replace if needed

Check cable connection to UI for fit

unit back ON after 30 seconds.

Check cable connection to UI for fit
Install new UI with correct software revision

Delete all files on flash drive and reload updated files

36 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers, reset if required. Check power plug to be sure it is

firmly in receptacle. Measure incoming power, call power co. if needed.
Fuse, 10 Amp and/or Fuse Holder Check, replace if necessary.
Latching contactor Verified the K1 contactor is closed and power is being supplied to the motor

on wires 39 and 28. If the coil of the K1 contactor does not close an alarm

will sound.
Push Button Reset (Alarm) Verify that the alarm reset has been pushed and is engaged if not check

continuity between wires numbers 71,72 and 74,75
Fuse, 10 Amp and/or Fuse Holder Check, replace if necessary.
Switch, main power Check continuity between switch terminals. Turn off then on after 30 sec.

Replace switch as needed.
Main fan motor Check for 120VAC at motor. If no voltage is present, trace wiring back to

main power switch.

WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to

check for locked rotor.
Capacitor Check for shorts or grounds. (15 mfd)

WARNING: Capacitor has a stored charge, discharge

before testing.

No control box cooling
& No automatic
control box cooling

Incoming power Check circuit breakers, reset if required. Check power plug to be sure it is

firmly in receptacle. Measure incoming power, call power co. if needed.
Switch, main power Check continuity between switch terminals. Replace switch as needed
Cooling fan(s) Check for 120VAC at cooling fan. If no voltage is present, trace wiring back

to power switch. If voltage is present, and motor does not run, check for

opens, shorts or grounds.

WITH POWER OFF: Check for locked rotor and replace as needed.
Latching contactor Verified the K1 contactor is closed and power is being supplied to the motor

on wires 39 and 28. If the coil of the K1 contactor does not close an alarm

will sound.
Push Button Reset (Alarm) Verify that the alarm reset has been pushed and is engaged if not check

continuity between wires numbers 71,72 and 74,75
Fuse, 10 Amp and/or Fuse Holder Check, replace if necessary.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 37

Troubleshooting Section 3

Problem Cause Correction

Unable to reach or
maintain temperature

Gas supply Check for adequate gas supply to oven. (Natural Gas = 3.5” WC)

(LP Gas = 10” WC )

Manual gas shut off valve Check to see that the manual gas shut off valve is open. Also check flexible

gas line connection for any damage.
Main fan If not operating, refer to “Oven fan will not run”.
Air pressure switch (main blower) Check for proper supply voltage switching from “NC” to “NO” on ignition

control. Check for continuity on wires 23 and 22. Check for air pressure

switch adjustment, air tube blockage or misalignment. If these adjustments

fail, replace air pressure switch.
Burner blower motor Check for supply voltage to motor. WITH POWER OFF: Turn blower wheel

to check for locked rotor. If supply voltage is present at motor connecting

wires 38 and 17, and motor does not run, replace burner blower motor.
Air pressure switch (burner blower) Check for proper supply voltage switching from “NC” to “NO” on ignition

control. Check for continuity on wires 18 and 16. Check for air pressure

switch adjustment, air tube blockage or misalignment. If these adjustments

fail, replace air pressure switch.
Ignition control
(See Section 4 for Techrite charts)

Igniter/sensor assembly Check this assembly for visible damage. Replace as needed. If there is no

Gas control valves When 24VAC is supplied to the gas control valves, the valve should open.

Check for 120VAC at ignition control terminals marked “J4 ( N, A)”, if no

voltage is present, trace wiring back to air pressure switch. A pre-purge time

of 30 to 60 seconds occurs after burner blower motor starts. Check for high

voltage spark output from the ignition control. If there is no high voltage

spark output, check reset button for ignition control. If there is still no high

voltage output, replace the ignition control.

visible damage, check for voltage supply to igniter/sensor assembly. If

there is voltage supplied to the igniter/sensor, but there is no spark, replace

igniter/sensor assembly.

Check for gas pressure at the manifold tap located just before the burner.

If there is no pressure, check the incoming gas supply to be sure all manual

valves are open and flexible gas hose is properly connected. If gas is present,

and the gas control valve is energized, but there is no gas pressure at the

burner manifold, replace the gas valve.

38 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Flame will not stay lit Flame sensor To check for flame sensor operation, connect a digital multimeter (capable

of measuring DC microamps) between the flame sensor wire and the
flame sensor connection on the ignition control. Sensor current is to be 0.9
microamps, minimum. If these readings are not achieved, replace igniter/
sensor assembly. Also check for any type of damage to flame sensor wire
and connections.
NOTE: The DC microamp test must be conducted with the oven in low flame
(bypass) operation.

Power supply If there is sufficient microamp current, but the flame will not stay lit, check

for proper polarity of the 120VAC power supply.

Ignition control If there is sufficient microamp current, and the 120VAC polarity is correct,

but the flame will not stay lit, replace the ignition control. NOTE: Check
for proper ground connection on ignition control.

NOTE: Flame should be on at this time
Low flame is on, but
no main flame

Air pressure switch (burner blower) Check for proper supply voltage switching from “NC” to “NO” on ignition

control. Check for continuity on wires 18 and 16. Check for air pressure
switch adjustment, air tube blockage or misalignment. If these adjustments
fail, replace air pressure switch. If the air pressure switch is operational check
ignition control. (See “Unable to reach or maintain temperature”)

PSU1 (D.C. Power Supply) Check for 120VAC supply to the primary of the PSU1. If no voltage is present,

trace wiring back to the main power switch. If voltage is present, check for
24VDC at the PSU1 secondary. If there is primary voltage, but no secondary
voltage, replace the PSU1.

Oven Control Check for 24VDC supply to control. If no voltage is present, trace wiring

back to PSU1. If 24VDC is present, check for a read-out on the display. If
there is 24VDC 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. With the control set at maximum temperature,
check for 120VAC at the temperature regulation valve. If there is voltage at
the temperature regulation valve, proceed to “Temperature regulation valve”
for next check. If there is no voltage at the temperature regulation valve,
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 “ERR_
THERMOCPL” , this indicates that the thermocouple has failed or become
disconnected from the oven control.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 39

Troubleshooting Section 3

Problem Cause Correction

Low flame is on, but
no main flame

Conveyor does not
move

Thermocouple
(See QR chart on page 66)

Temperature regulation valve Check for 120VAC supplied to temperature regulation valve. If voltage is

Temperature set point has not been
reached
Coupling loose or disconnected Tighten set screw on coupling
Belt link loose or disconnected Tighten belt, if needed replace belt link.
Conveyor has stretched from use Remove adequate number of links to tighten the belt
Incorrectly installed Verify conveyor belt orientation. Shaft should be inserted into motor

Software issue Turn OFF the unit using the power switch, turn the unit back ON after 30

Failed or failing conveyor stepper
motor

Faulty IO board and/or built-in
motor drive

Faulty stepper drive (STR8)
(See chart on page 70)

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.
Resistance: 7Ω - 14Ω
If these readings are not achieved, replace the thermocouple. If these
readings are correct, proceed.

present, listen for valve to open and close. Also check for opens or shorts
in the operating coil. Check for proper gas pressure at the oven manifold.
Replace temperature regulation valve as needed. If voltage is not present
see “Oven will not heat, Oven control” problem and cause section.
If using the Press & Go menu recipes, wait until UI displays the “Ready” status
message

coupling.

seconds.
Check for resistance on red and blue and again at yellow and white.
Resistance should be .65Ω (±10%).
Check for opens, shorts or grounds
Change conveyor belt direction in the UI’s Settings Menu
Check for 24VDC input on (-V) and (+V) wires
Check wires are connected properly
Inspect IO board for damage and replace if needed
Check LEDs to identify alarm codes. Faults disable the motor and can be
cleared by cycling power to the drive.
Try the built-in self test. Anytime switch 8 is moved to the ON position, the
drive will automatically rotate the motor back and forth, two turns in each
direction. This feature can be used to confirm the motor is correctly wired,
selected and operational.
Check for 24VDC input on (-V) and (+V) wires
Check wires are connected properly.
Inspect stepper motor drive for damage and replace if needed

NOTE: Setting Password is 6-7-8-5-3-5

NOTE: Service Password is 4-5-8-7-5-6

40 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Troubleshooting Guide – Impinger II Domestic Advantage Digital, Electric

S/N 0809210000017 to S/N 2104100102812 (Ovens with push button controls)

Old Model Number

1130-080-A

1130-080-A1

1130-08H-A N/A

1131-080-A
1161-080-A

1131-080-A1

1131-08H-A N/A

1132-080-A
1132-023-A
1162-080-A

1132-080-A1

1132-08H-A

1132-002-A
1133-080-A

1133-08H-A

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers. Reset if required. Call power co. if needed.

Fuses, 10 Amp, motor, and controls Check, replace if necessary.

Hi-limit thermostat, Oven cavity Terminals are normally closed. If open, reset thermostat and retest. If

Switch, main power Check continuity between switch terminals. Replace switch as

Relay, oven start Check for 208 or 240VAC supplied to coil of relay. If no voltage is present,

30 minute time delay

(not available on all models)

Relay, main fan Check for 208 or 240VAC to coil of main fan relay. If no voltage is present,

Main fan motor Check for supply voltage at motor. If no voltage is present, trace wiring back

Capacitor Check for shorts or grounds. (7mfd)

No main fan cool
down

Main fan runs after 30
minute cool down

30 Minute time delay

(not available on all models)

Oven fan relay Check for 208 or 240VAC to relay coil, if no voltage is present, trace wiring

Oven start relay Contacts should open when main power switch is turned off. Replace relay

"

"

"

"

"

"
"
"

"

"

New Model Number Voltage Hz Phase

1130-xxx-U or (V)

1131-xxx-U or (V)

1131-037-U

1132-xxx-U or (V)

1132-037-U

1172-xxx-U
1174-xxx-U

1133-xxx-U or (V)

1173-xxx-U

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.

needed.

trace wiring back to main power switch. If voltage is present, check for pull
in of relay contacts. Replace relay as needed.
Check for 208 or 240VAC at terminal #1 to #3 on time delay relay. If voltage
is not present, trace wiring back to 10A fuse. If voltage is present at terminal
#1, check for 208/240VAC at terminal #2 to #3. If no voltage is present, and
oven start relay is closed, replace 30 minute time delay relay.

trace wiring back to 20 minute time delay relay. If voltage is present, check
to insure that relay contacts are closing. Replace relay as needed.

to main fan relay.
WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to
check for locked rotor.

WARNING: Capacitor has a stored charge, discharge before testing.
Check for 208 or 240VAC at terminal #2 to #3 while the oven is “on”. Turn
off the main switch, 208 or 240VAC should continue to be present for 30
minutes. If voltage is not present for approx. 30 minutes, replace the 30
minute time delay.

back to 30 minute time delay. If voltage is present, be sure that relay
contacts stay closes during the 30 minute cool down.
Replace relay as needed.

as needed.

208

240

60 Hz

208

2401133-080-A1

1

3

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 41

Troubleshooting Section 3

Problem Cause Correction

Main fan runs after 30
minute cool down, ctd.

No control box cooling Incoming power Check circuit breakers, reset if required. Check fuses and hi-limit for an

No automatic control
box cooling

Oven will not heat Main fan motor Check for main fan operation. If it is not operating, refer to “Oven fan will not

30 Minute time delay
(not available on all models)

Oven fan relay Check to insure that the relay contacts are opening after the relay coil is de-

30 Minute time delay
(not available on all models)

Switch, main power Check continuity between switch terminals. Replace switch as needed.
Cooling fans Check for supply voltage at cooling fans. If no voltage is present, trace

Incoming power supply Check circuit breakers, reset if required. Check fuses and hi-limit for an

Cooling fan thermostat Check the cooling fan thermostat. (Thermostat closes at 120 F and opens at

Cooling fans Check for supply voltage at cooling fan. If no voltage is present, trace wiring

Air pressure switch This normally open switch should close when the main fan is activated.

Control transformer Check for 208 or 240VAC supply to the primary of the control transformer. If

Oven control Check for 24VAC supply to control. If no voltage is present, trace wiring

208 or 240VAC at terminal #2 should discontinue approx.30 minutes after
main power is switched off. If the oven start relay contacts are open, and the
voltage continues at terminal #2 of the 30 minute timer, for more than 30
minutes, replace the 30 minute time delay.

energized. Replace relay as needed.
NOTE: On/Off operation of the main power switch will set the timer to 30
minutes. If the timer is accidentally reset, turn off the main circuit breaker for
15 seconds to cancel.

open circuit or trips. Check power plug to be sure it is firmly in receptacle.
Measure incoming power, call power co. if needed.

wiring back to power switch. If voltage is present, and motor does not run,
check for opens, shorts or grounds.
WITH POWER OFF: Check for locked rotor.

open circuit or trips. Check power plug to be sure it is firmly in receptacle.
Measure incoming power, call power co. if needed.

100 F). With the cooling fan thermostat pre-heated, check for continuity. If
switch is open, replace cooling fan thermostat.

back to cooling fan thermostat. If voltage is present, and motor does not
run, check for opens, shorts or grounds. WITH POWER OFF: Check for locked
rotor.

run”.

Refer to page 61. Replace as needed.

no voltage is present, trace wiring back to the main power switch. If voltage
is present, check for 24VAC at the transformer secondary. If there is primary
voltage, but no secondary voltage, replace the control transformer.

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. 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.

42 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Oven will not heat, ctd. Thermocouple

(see QR chart on page 66)

Oven control If the thermocouple checks good, but the oven control display

Thermocouple

(see QR chart on page 66)

Oven control If the thermocouple checks good, but there is no voltage output to the

Mercury contactor Check for supply voltage to the contactor coil. If voltage is present and the

Heating element(s) Check the Amp draw on each power leg for proper load. Check the

Oven heats with
switch off

Intermittent heating Thermal/overload of motor The main fan motor is equipped with internal thermal protection and will

Conveyor(s) will not
run Models with -050­will have a split belt

Mercury contactor The mercury contactor has probably failed in the closed position. If there is

Power supply Check circuit breakers, reset if required. Check power plug to be

Fuse, 10 Amp Check, replace if necessary.

Fuse holder Check, replace if necessary.

Hi-limit thermostat, oven cavity Terminals are normally closed. If open, reset thermostat and retest. If

Power switch Check continuity between switch terminals. Replace switch as needed.

Control transformer Check for supply voltage to the primary of the control transformer. If no

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.

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.
WITH POWER ON AND THERMOCOUPLE ATTACHED TO THE OVEN CONTROL:
Measure the DC millivolt output of the thermocouple. Refer to the
thermocouple chart on page 66 for proper millivolt readings. If these
readings are not achieved, replace thermocouple.

mercury contactor, replace the oven control. If there is voltage output to the
mercury contactor, proceed.

contactor will not activate, replace the mercury contactor.
Also check each contactor for high voltage input and output.

specification plate for rating information. If the amp draw is high or low,
check the individual elements for opens, shorts and proper resistance.
WITH POWER OFF: To check resistance of the elements, remove all leads
from the elements and use a digital multimeter.
The element resistance should be as follows: 208V – 27 Ω approx. 240V –
36Ω approx.
Replace heating elements as needed.

no voltage to the operating coil, but there is high voltage at the contactor
output, replace the mercury contactor.

cease to operate if overheating occurs. As the motor overheats and then
cools, this will cause the oven to cycle on and off intermittently. Improper
ventilation or lack of preventive maintenance may cause this. Also, most of
the problems listed under “Oven will not heat” can cause intermittent failure.

sure it is firmly in receptacle. Measure incoming power, call power co. if
needed.

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.

voltage is present, trace wiring back to the oven power relay. If voltage is
present, check for 24 VAC at the transformer secondary. If there is primary
voltage but no secondary voltage, replace control transformer.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 43

Troubleshooting Section 3

Problem Cause Correction

Conveyor(s) will not
run ctd.

Conveyor motor runs,
but there is no speed
display

Conveyor motor Check for supply voltage to the conveyor motor. If no voltage is present,

trace wiring back to the primary of the control transformer. If voltage is
present and the motor will not run, check the motor windings for opens or
shorts.
WITH POWER OFF: Check the motor windings as follows:
S/N: 2052462 and below Grey to Black 240Ω approx.
(Red Dot) Grey to Brown 240Ω approx.
Brown to Black 480Ω approx.
S/N: 2052463 and above Grey to Black 360Ω approx.
(Brown Dot) Grey to Brown 360Ω approx.
Brown to Black 720Ω approx.
If any of the above fails, replace conveyor motor.

Capacitor, conveyor motor Check for shorts or grounds. Replace capacitor as needed. WARNING:

Capacitor has a stored charge, discharge before testing. S/N: 2052462 and
below (Red Dot) = 1.2mfd

S/N: 2052463 and above (Brown Dot) = 1.0mfd
Switch, conveyor reversing Check continuity between switch terminals. Replace switch as needed.
Oven control If there is supply voltage to the motor, and the

motor, capacitor, and reversing switch check good, replace the oven control.
NOTE: Display will indicate “Belt Jam”
Oven control Check for output voltage from oven control to Hall Effect sensor (sensor is

located in conveyor motor). Measure voltage at the motor connector, red

wire and yellow wire. Voltage should be approx. 10VDC. If no voltage is

present, trace wiring back to oven control. If there is no voltage present at

the oven control, replace the oven control.
Conveyor motor If there is voltage supplied to the Hall Effect sensor, check for a frequency

output from the Hall Effect sensor. Measure frequency across the yellow and

white wires at the motor connector.

Frequency reading should be approx. 25 – 100 Hz. If these readings are not

achieved, replace.
Oven control If the Hall Effect sensor readings are correct, but there is no speed indicated

on the display, replace the oven control.

44 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Troubleshooting Guide – Impinger II Domestic 1130,1131,1132,1133 easyTouch, Electric

S/N: 2104100102813 and above (easyTouch controls)

Problem Cause Correction

UI blank Oven not plugged in, panel breaker

tripped
Faulty fuses/fuse holder Replace fuses on back panel

Wiring Issue Inspect UI cable for damage

Faulty UI Check for cracks or damaged screen

Faulty power switch Check continuity through switch. Check for incoming 120VAC on terminals.

Faulty DC power supply Check for steady 120VAC input between #59 (N) and #74(L)

Faulty IO board Check for 24VDC input on (-V) and (+V) wires

UI screen locked up,
frozen, nonresponsive
to touch
Unable to read USB Faulty flash drive Retry with known good quality flash drive

Unable to load USB
files

Software issue Turn OFF the unit using the power switch, turn the

Damaged or cracked touchscreen Install new UI with correct software revision

Incorrect USB format Make sure flash drive is formatted using FAT32
USB cable disconnected Check if USB connector is seated properly
Faulty UI Check for cracks or damaged screen

Faulty flash drive Retry with known good quality flash drive
Files on flash drive incorrect or
corrupt
Faulty USB socket Inspect USB socket for damage and replace if needed

Check panel breaker and plug
Ensure input voltage is within specifications

Inspect fuse holders for cracks and replace if needed

Unplug and plug the UI cable back in
Replace UI cable

Check cable connection to UI for fit
Install new UI with correct software revision

Replace if needed.

Check for steady 24VDC output between (+) and (-) wires
Check for physical damage on the circuit board. Replace if needed

Check cable connection to UI for fit

unit back ON after 30 seconds.

Check cable connection to UI for fit
Install new UI with correct software revision

Delete all files on flash drive and reload updated files

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 45

Troubleshooting Section 3

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers, reset if required. Check power plug to be sure it is

firmly in receptacle. Measure incoming power, call power co. if needed.
Fuses, 10 Amp, motor, and controls Check, replace if necessary.
Hi-limit thermostat, Oven cavity Terminals are normally closed. If open, reset 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.
Switch, main power Check continuity between switch terminals. Replace switch as needed.
Main fan motor Check for supply voltage at motor. If no voltage is present, trace wiring.

WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to

check for locked rotor.
Capacitor Check for shorts or grounds. (7mfd) WARNING: Capacitor has a stored

charge, discharge before testing

No control box cooling Incoming power Check circuit breakers, reset if required. Check fuses and hi-limit for an

open circuit or trips. Check power plug to be sure it is firmly in receptacle.

Measure incoming power, call power co. if needed.
Switch, main power Check continuity between switch terminals. Replace switch as needed.
Cooling fans Check for supply voltage at cooling fans. If no voltage is present, trace

wiring back to power switch. If voltage is present, and motor does not run,

check for opens, shorts or grounds.

WITH POWER OFF: Check for locked rotor.

Oven will not heat Main fan motor Check for main fan operation. If it is not operating, refer to “Oven fan will not

run”.
Air pressure switch This normally open switch should close when the main fan is activated. Test

between #64 and # 63. Refer to page 61 for proper adjustment.

Replace as needed.
PSU1 (Control Transformer) Check for 208 or 240VAC supply to the primary of the PSU1. If no voltage is

present, trace wiring back to the main power switch. If voltage is present,

check for 24VDC at the transformer secondary. If there is primary voltage,

but no secondary voltage, replace the PSU1 .
Incorrect model selected in UI Turn OFF the unit using the power switch, turn the unit back ON after 30

seconds. The model displayed in the UI initialization screen should be 1100.

If it isn’t go to UI settings and select the correct model.

46 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Oven will not heat, ctd. Thermocouple/ thermocouple

wiring (see QR chart on page 66)

I/O (Oven control) If the thermocouple checks good, but there is no voltage input to the SSRs,

SSR (Solid State Relay) Check for DC voltage to the SSRs

Component high limit thermostat
tripped

Heating element(s) Check the Amp draw on each power leg for proper load. Check the

Kitchen ventilation affecting
temperatures
Possible incorrect temperature
calibration

Uneven heating Fingers incorrectly installed Make sure fingers are installed correctly

Door not closed or does not close

properly
Overcooked or
undercooked product

Intermittent heating Thermal/overload of motor The main fan motor is equipped with internal thermal protection and will

Incorrect temperature setting Make sure oven temperature is correct

Incorrect conveyor speed Make sure the conveyor is properly calibrated

Defective thermocouple/

thermocouple wiring

Verify the thermocouple is connected to the IO board
Inspect the thermocouple wires and connectors.
Check wires are not cut or disconnected
Check resistance for open probe. Resistance: 7Ω - 14Ω
Check DC voltage between red and yellow wires. Use chart on page 66 to
verify proper reading.
Check for opens, shorts or grounds

replace the oven control. If there is voltage input to the SSRs, proceed.

Measure SSRs output current. Inspect SSRs for damage. Replace if needed.
Check SSRs LEDs are turning ON and OFF continuously when there is a call
for heat
Turn the power switch OFF and wait for the machine to cooldown (this may
take upwards of one hour). Reset the high limit capillary thermostat located
on the machine rear panel. Inspect the high limit capillary thermostat
connections for damage. Turn the power switch ON. Check that the blower
motor is ON. If the condition persists, replace the high limit capillary
thermostat. (Trips point =662F +/-10%)

specification plate for rating information. If the amp draw is high or low,
check the individual elements for opens, shorts and proper resistance.
WITH POWER OFF: To check resistance of the elements, remove all leads
from the elements and use a digital multimeter.
The element resistance should be as follows:
208V – 27 Ω approx. 240V – 36Ω approx. Replace heating elements as
needed.
Check make up air from ventilation hood or air conditioning vents are
directed away from the oven
Check calibration and re-calibrate unit if needed

Verify door is closed correctly. Check latches and hinges. Check if there is
excessive gap between door and cavity

Verify the thermocouple is connected to the IO board
Inspect the thermocouple wires and connectors. Check wires are not cut or
disconnected

cease to operate if overheating occurs. As the motor overheats and then
cools, this will cause the oven to cycle on and off intermittently. Improper
ventilation or lack of preventive maintenance may cause this.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 47

Troubleshooting Section 3

Problem Cause Correction

Conveyor does not
move

Temperature set point has not been
reached
Coupling loose or disconnected Tighten set screw on coupling
Belt link loose or disconnected Tighten belt, if needed replace belt link
Conveyor has stretched from use Remove adequate number of links to tighten the belt
Incorrectly installed Verify conveyor belt orientation. Shaft should be inserted into motor

Software issue Turn OFF the unit using the power switch, turn the unit back ON after 30

Failed or failing conveyor stepper
motor

Faulty IO board and/or built-in
motor drive

Faulty stepper drive (STR8)
(See chart on page 70)

If using the Press & Go menu recipes, wait until UI displays the “Ready” status
message

coupling

seconds.
Go to Manual Mode and change belt speed
Check for resistance on red and blue and again at yellow and white.
Resistance should be .65Ω (±10%).
Check for opens, shorts or grounds
Change conveyor belt direction in the UI's Settings Menu
Check for 24VDC input on (-V) and (+V) wires
Check wires are connected properly
Inspect IO board for damage and replace if needed
Check LEDs to identify alarm codes. Faults disable the motor and can be
cleared by cycling power to the drive.
Try the built-in self test. Anytime switch 8 is moved to the ON position, the
drive will automatically rotate the motor back and forth, two turns in each
direction. This feature can be used to confirm the motor is correctly wired,
selected and operational.
Check for 24VDC input on (-V) and (+V) wires
Check wires are connected properly
Inspect stepper motor drive for damage and replace if needed

NOTE: Setting Password is 6-7-8-5-3-5

NOTE: Service Password is 4-5-8-7-5-6

48 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Troubleshooting Guide – Impinger II Domestic Advantage Digital, Electric 1135

(Ovens with push button controls))

Old Model Number

N/A

Problem Cause Correction

Oven fan will not run Incoming power supply Check circuit breakers. Reset if required. Call power co. if needed.

Step down transformer

(480VAC-240VAC)

Fuses, 10 Amp, motor, and controls Check, replace if necessary.

Hi-limit thermostat, Oven cavity Terminals are normally closed. If open, reset thermostat and retest. If

Switch, main power Check continuity between switch terminals. Replace switch as needed.

Relay, oven start Check for 240VAC supplied to coil of relay. If no voltage is present, trace

30 minute time delay Check 240VAC at terminal #1 to #3 on time delay relay. If voltage is not

Relay, main fan Check for 240VAC to coil of main fan relay. If no voltage is present, trace

Main fan motor Check for supply voltage at motor. If no voltage is present, trace wiring back

Capacitor Check for shorts or grounds. 7.5 MFD

No main fan cool
down

Main fan runs after 30
minute cool down

30 Minute time delay Check for 240VAC at terminal #2 to #3 while the oven is “on”. Turn off the

Oven fan relay Check for 240VAC to relay coil, if no voltage is present, trace wiring back to

Oven start relay Contacts should open when main power switch is turned off. Replace relay

"

"

New Model Number Voltage Gas Type Hz Phase

1135-xxx-U N/A 480 60 HZ 3

Verify line voltage in on wires 4A and 3A at 480VAC and output voltage is
240VAC on terminals 6 and 5

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.

wiring back to main power switch. If voltage is present, check for pull
in of relay contacts. Replace relay as needed.

present, trace wiring back to the transformer. If voltage is present at
terminal #1, check for 240VAC at terminal #2 to #3. If no voltage is present,
and oven start relay is closed, replace 30 minute time delay relay.

wiring back to 30 minute time delay relay. If voltage is present, check to
insure that relay contacts are closing. Replace relay as needed.

to main fan relay.
WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to
check for locked rotor.

WARNING: Capacitor has a stored charge, discharge before testing.

main switch, 240VAC should continue to be present for 30 minutes. If
voltage is not present for approx. 30 minutes, replace the 30 minute time
delay.

30 minute time delay. If voltage is present, be sure that relay contacts stay
closes during the 30 minute cool down. Replace relay as needed.

as needed.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 49

Troubleshooting Section 3

Problem Cause Correction

Main fan runs after 30
minute cool down, ctd.

No control box cooling Incoming power Check circuit breakers, reset if required. Check fuses, transformer, and hi-

No automatic control
box cooling

Oven will not heat Main fan motor Check for main fan operation. If it is not operating, refer to “Oven fan will not

30 Minute time delay 240VAC at terminal #2 should discontinue approx. 30 minutes after main

power is switched off. If the oven start relay contacts are open, and the
voltage continues at terminal #2 of the 30 minute timer, for more than 30
minutes, replace the 30 minute time delay.

Oven fan relay Check to insure that the relay contacts are opening after the relay coil is de-

energized. Replace relay as needed.

30 Minute time delay NOTE: On/Off operation of the main power switch will set the timer to 30

minutes. If the timer is accidentally reset, turn off the main circuit breaker for
15 seconds to cancel.

limit for an open circuit or trips. Check power plug to be sure it is firmly in

receptacle. Measure incoming power, call power co. if needed.
Switch, main power Check continuity between switch terminals. Replace switch as needed.
Cooling fan(s) Check for supply voltage at cooling fan. If no voltage is present, trace wiring

back to power switch. If voltage is present, and motor does not run, check

for opens, shorts or grounds.

WITH POWER OFF: Check for locked rotor.
Incoming power supply Check circuit breakers, reset if required. Check fuses, transformer, and hi-

limit for an open circuit or trips. Check power plug to be sure it is firmly in

receptacle. Measure incoming power, call power co. if needed.
Cooling fan thermostat Check the cooling fan thermostat. (Thermostat closes at 120 F and opens at

100 F). With the cooling fan thermostat pre-heated, check for continuity. If

switch is open, replace cooling fan thermostat.
Cooling fan(s) Check for supply voltage at cooling fan. If no voltage is present, trace wiring

back to cooling fan thermostat. If voltage is present, and motor does not

run, check for opens, shorts or grounds.

WITH POWER OFF: Check for locked rotor.

run”.
Air pressure switch This normally open switch should close when the main fan is activated.

Refer to page 61 for proper adjustment. Replace as needed.
Control transformer Check for 240VAC supply to the primary of the control transformer. If no

voltage is present, trace wiring back to the main power switch. If 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.

50 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Oven will not heat, ctd. Thermocouple

(see QR chart on page 66)

Thermocouple WITH POWER ON AND THERMOCOUPLE ATTACHED TO THE OVEN

Oven control If the thermocouple checks good, but the oven control display indicates

Mercury contactor Check for supply voltage to the contactor coil. If voltage is present and the

Heating element(s) Check the Amp draw on each power leg for proper load. Check the

Oven heats with
switch off

Intermittent heating Thermal/overload of motor The main fan motor is equipped with internal thermal protection and will

Conveyor(s) will not
run

Mercury contactor The mercury contactor has probably failed in the closed position. If there is

Power supply Check circuit breakers, reset if required. Check power plug to be

Fuse, 10 Amp Check, replace if necessary.
Fuse holder Check, replace if necessary.
Transformer Check, replace if necessary.
Hi-limit thermostat, oven cavity Terminals are normally closed. If open, reset thermostat and retest. If

Power switch Check continuity between switch terminals. Replace switch as needed.
Control transformer Check for supply voltage to the primary of the control transformer. If no

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.

CONTROL: Measure the DC millivolt output of the thermocouple. Refer to
the thermocouple chart on page 66 for proper millivolt readings. If these
readings are not achieved, replace thermocouple.

that there is a thermocouple failure, replace the oven control. I the oven
control indicates a temperature reading but the oven will not heat, proceed.
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.

contactor will not activate, replace the mercury contactor.
Also check each contactor for high voltage input and output.

specification plate for rating information. If the amp draw is high or low,
check the individual elements for opens, shorts and proper resistance.
240VAC element = 36Ω
WITH POWER OFF: To check resistance of the elements, remove all leads
from the elements and use a digital multimeter.
The element resistance should be as follows: 480V – ohms approx. Replace
heating elements as needed.

no voltage to the operating coil, but there is high voltage at the contactor
output, replace the mercury contactor.

cease to operate if overheating occurs. As the motor overheats and then
cools, this will cause the oven to cycle on and off intermittently. Improper
ventilation or lack of preventive maintenance may cause this. Also, most of
the problems listed under “Oven will not heat” can cause intermittent failure.

sure it is firmly in receptacle. Measure incoming power, call power co. if
needed.

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.

voltage is present, trace wiring back to the switch. If voltage is present,
check for 24 VAC at the transformer secondary. If there is primary voltage
but no secondary voltage, replace control transformer.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 51

Troubleshooting Section 3

Problem Cause Correction

Conveyor will not run,
ctd.

Conveyor motor runs,
but there is no speed
display

Conveyor motor Check for supply voltage to the conveyor motor. Ifno voltage is present,

trace wiring back to the primary of the control transformer. If voltage is

present and the motor will not run, check the motor windings for opens or

shorts. WITH POWER OFF: Check the motor windings as follows:

S/N: 2052462 and below Grey to Black 240Ω approx.

(Red Dot) Grey to Brown 240Ω approx.

Brown to Black 480Ω approx.

S/N: 2052463 and above Grey to Black 360Ω approx.

(Brown Dot) Grey to Brown 360Ω approx.

Brown to Black 720Ω approx.

If any of the above fails, replace conveyor motor.
Capacitor, conveyor motor Check for shorts or grounds. Replace capacitor as needed.

WARNING: Capacitor has a stored charge, discharge before testing.

S/N: 2052462 and below = 1.2mfd

S/N: 2052463 and above = 1.0mfd
Switch, conveyor reversing Check continuity between switch terminals. Replace switch as needed.
Oven control If there is supply voltage to the motor, and the motor, capacitor, and

reversing switch check good, replace the oven control.
NOTE: Display will indicate “Belt Jam”
Oven control Check for output voltage from oven control to Hall Effect sensor (sensor is

located in conveyor motor). Measure voltage at the motor connector, red

wire and yellow wire. Voltage should be approx. 10VDC. If no voltage is

present, trace wiring back to oven control. If there is no voltage present at

the oven control, replace the oven control.
Conveyor motor If there is voltage supplied to the Hall Effect sensor, check for a frequency

output from the Hall Effect sensor. Measure frequency across the yellow and

white wires at the motor connector.

Frequency reading should be approx. 25 – 100 Hz. If these readings are not

achieved, replace conveyor motor. If the readings are achieved, proceed.
Oven control If the Hall Effect sensor readings are correct, but there is no speed indicated

on the display, replace the oven control.

52 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Troubleshooting Guide – Impinger II Non-Domestic Advantage Digital, Electric

(Ovens with push button controls))

Old Model Number

1164-000-EA
1164-080-EA N/A 400/230 50 HZ 3

N/A

Problem Cause Correction

Oven fan will not run Incoming power supply Check breaker, reset if required. Check power plug to be sure it is firmly in

Oven cavity hi-limit thermostat Terminals are normally closed, opens at 660°F (350°C). If open, reset and test

Control Box Hi-limit Check if open, replace if necessary.
Fuse, 10 amp Check, replace if necessary.
Fuse holder Check, replace if necessary.
Switch, main fan With power off, check continuity between switch terminals. Replace

Motor, main fan Check for opens, shorts or grounds. With power off, turn fan blade to check

Capacitor Check for shorts or grounds. 7.5

No control box cooling Incoming power supply Check breaker, reset if required. Check power plug to be sure it is

Oven cavity hi-limit thermostat Terminals are normally closed, opens at 660°F (350°C). If open, reset and test

Fuse, 10 amp Check, replace if necessary.
Fuse holder Check, replace if necessary.
Cooling fan thermostat Check the cooling fan thermostat (thermostat closes at 120°F and opens at

Cooling fan Line voltage should now be at the cooling fan. If voltage is present, check

Oven will not heat Main fan If not operating, refer to “Oven fan will not run”.

Control transformer Check for supply voltage to the primary of control transformer. If no voltage

Air pressure switch Check air switch terminals for supply voltage to terminals “NO” and

"

"

"

New Model Number Gas Voltage Hz Phase

1164-xxx-E or (V)

1134-xxx-N N/A 380/208 50 HZ 3

receptacle. Measure incoming power, call power co. if needed.

oven for proper operation. If thermostat will not hold for maximum oven
temperature, and oven is not exceeding control setting, check for proper
location of capillary bulb ion its spring holder. If above checks are okay,
replace hi-limit thermostat.

as needed.

for locked rotor.

WARNING: Capacitor has a stored charge, discharge before testing.

firmly in receptacle. Measure incoming power, call power company if
needed.

oven for proper operation. If thermostat will not hold for maximum oven
temperature, and oven is not exceeding control setting, check for proper
location of capillary bulb in its spring holder. If above checks are okay,
replace hi-limit thermostat.

100°F). With the cooling fan thermostat pre-heated, check for continuity. If
thermostat is open, replace cooling fan thermostat.

motor for opens, shorts or grounds. With power off, check for locked rotor.

is present, trace wiring back to filter. If voltage is present, check for 24VAC at
transformer secondary. If there is primary voltage, but no secondary voltage,
replace control transformer.

“COM”. If voltage is present on one side only, check for air tube blockage
or misalignment. If these are okay, adjust air pressure switch or replace if
necessary.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 53

Troubleshooting Section 3

Problem Cause Correction

Oven will not heat, ctd. Oven control Check for 24VAC supply to oven control. If no voltage is present, trace

wiring back to control transformer. Check for supply voltage to oven

control. If no voltage is present, trace wiring back to oven fan switch. If

voltage is present, check for a read-out on the display. If there is no read-

out on the oven display, replace oven display. If there is a read- out on the

oven control, set the control to maximum temperature. With the control at

maximum temperature, check for supply voltage to the mercury contactor/

soild state relay. If there is voltage at the contactors, proceed to “Mercury

contactor”/”Soild State Relay” for next check. If there is no voltage at the

mercury contactor/soild state relay, trace wiring back to the oven control.

If there is no voltage output at the oven control, check the read-out on the

oven control. If the oven control reads

“PROBE FAIL” this indicates that the thermocouple has failed or become

disconnected from the oven control.
Thermocouple
(see QR chart on page 66)

Oven control If the thermocouple checks good, but the oven control indicates that there

S.S. Relays / Mercury Contactor Check for supply voltage to the contactor coil. If voltage is present

Heating element(s) Check the Amp draw on each power leg for proper load. Check the

Oven heats with
switch off

Intermittent heating Thermal/overload of main fan

Conveyor will not run
Display reads “Belt
Jam”

Contactor The contactor has probably failed in the closed position. If there is no

motor

Incoming power supply Check breaker, reset if required. Check power plug to be sure it is

Fuse, 10 amp Check, replace if necessary.
Fuse holder Check, replace if necessary.

Check to see that the thermocouple is securely connected to the oven

control. If the thermocouple is connected to the oven control, and the

display 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.

WITH POWER ON AND THERMOCOUPLE ATTACHED TO THE

OVEN CONTROL: Measure the DC millivolt output of the thermocouple.

Refer to the thermocouple chart on page 66 for proper millivolt readings. If

these readings are not achieved, replace thermocouple.

is a thermocouple failure, replace the oven control. If the oven control

indicates a temperature reading but the oven will not heat, proceed.

If the thermocouple checks good, but there is no supply voltage

output to the contactor, replace the oven control. If there is supply voltage

output to the contactor, proceed.

and the contactor will not activate, replace the contactor Also check each

contactor for high voltage input and output.

specification plate for rating information. If the Amp draw is high or low,

check the individual elements for opens, shorts and proper resistance.

WITH POWER OFF; To check resistance of the elements, remove all leads

from the elements and use a digital multimeter.

The element resistance should be as follows: 230V – 33 ohm.

Replace heating elements as needed.

voltage at the operating coil, but there is high voltage output

from the contactor, replace the contactor.

The main fan motor is equipped with internal thermal protection and

will cease to operate if overheating occurs. As the motor overheats and

cools, this will cause the heating system to cycle on and off intermittently.

Improper ventilation or lack of preventive maintenance may cause this

problem. Also, most of the problem listed under “Oven will not heat” can

cause intermittent failure.

firmly in receptacle. Measure incoming power, call power company if

needed.

54 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Conveyor will not run
Display reads”Belt
Jam,” ctd.

Conveyor motor runs,
but there is no speed
control

Switch, main fan With power off, check continuity between switch terminals. Replace as

needed.

Control transformer Check for supply voltage to the primary of control transformer. If no voltage

is present, trace wiring back to oven fan switch. If voltage is present, check
for 24VAC at transformer secondary. If there is primary voltage, but no
secondary voltage, replace control transformer.

Conveyor motor Check for supply voltage to the conveyor motor at wire #10 to neutral. If

no voltage is present, trace wiring back to the oven fan switch. If voltage is
present, but the motor will not run, check the motor windings for opens or
shorts. If any of the above fail, replace the conveyor motor.
S/N: 2052462 and below Grey to Black 240Ω approx.
(Red Dot) Grey to Brown 240Ω approx.
Brown to Black 480Ω approx.
S/N: 2052463 and above Grey to Black 360Ω approx.
(Brown Dot) Grey to Brown 360Ω approx.
Brown to Black 720Ω approx.

Capacitor, conveyor motor Check for shorts or grounds. Replace capacitor as needed.

WARNING: Capacitor has a stored charge, discharge before testing.
S/N: 2052462 and below = 1.2mfd

S/N: 2052463 and above = 1.0mfd
Switch, conveyor reversing Check continuity between switch terminals. Replace switch as needed.
Oven control If there is voltage supplied to the motor, and the motor, capacitor and

reversing switch check good, replace the oven control.
Oven control Check for output voltage from oven control to Hall Effect sensor (sensor is

located in the conveyor motor). Measure voltage at the motor connector,

red wire, and yellow wire. Voltage should be approx. 10VDC. If no voltage is

present, trace wiring back to oven control. If there is no voltage output at

the oven control, replace oven control.
Conveyor motor If there is voltage supplied to the Hall Effect sensor, check for a frequency

output from the Hall Effect sensor. Measure frequency across the yellow and

white wires in the motor connector.

Frequency reading should be approx. 25-100 Hz. If these readings are not

achieved, replace conveyor motor. If the readings are achieved, proceed.
Oven control If the Hall Effect sensor readings are correct, but there is no speed indicated

on the display, replace the oven control

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 55

Troubleshooting Section 3

Troubleshooting Guide – Impinger II International 1164 easyTouch, Electric

S/N: 2201100100578 and above (easyTouch controls)

Problem Cause Correction

UI blank Oven not plugged in, panel breaker

tripped
Faulty fuses/fuse holder Replace fuses on back panel

Wiring Issue Inspect UI cable for damage

Faulty UI Check for cracks or damaged screen

Faulty power switch Check continuity through switch. Check for incoming 120VAC on terminals.

Faulty DC power supply Check for steady 120VAC input between #59 (N) and #74(L)

Faulty IO board Check for 24VDC input on (-V) and (+V) wires

UI screen locked up,
frozen, nonresponsive
to touch
Unable to read USB Faulty flash drive Retry with known good quality flash drive

Unable to load USB
files

Software issue Turn OFF the unit using the power switch, turn the unit back ON after 30

Damaged or cracked touchscreen Install new UI with correct software revision

Incorrect USB format Make sure flash drive is formatted using FAT32
USB cable disconnected Check if USB connector is seated properly
Faulty UI Check for cracks or damaged screen

Faulty flash drive Retry with known good quality flash drive
Files on flash drive incorrect or
corrupt
Faulty USB socket Inspect USB socket for damage and replace if needed

Check panel breaker and plug
Ensure input voltage is within specifications

Inspect fuse holders for cracks and replace if needed

Unplug and plug the UI cable back in
Replace UI cable

Check cable connection to UI for fit
Install new UI with correct software revision

Replace if needed.

Check for steady 24VDC output between (+) and (-) wires
Check for physical damage on the circuit board. Replace if needed

Check cable connection to UI for fit

seconds.

Check cable connection to UI for fit
Install new UI with correct software revision

Delete all files on flash drive and reload updated files

56 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Oven fan will not run Incoming power supply Check breaker, reset if required. Check power plug to be sure it is firmly in

receptacle. Measure voltage.
Fuses, 10 Amp / fuse holders Check, replace if necessary.
Hi-limit thermostat, Oven cavity Terminals are normally closed, opens at 660°F (350° C). If open, reset and

test oven for proper operation. If thermostat will not hold for maximum

oven temperature, and oven is not exceeding control setting, check for

proper location of capillary bulb ion its spring holder. If above checks are

okay, replace hi-limit thermostat.
Control Box Hi-limit Check if open, replace if necessary.
Switch, main power Check continuity between switch terminals. Replace switch as needed.
Main fan motor Check for supply voltage at motor. If no voltage is present, trace wiring.

WITH POWER OFF: Check for opens, shorts or grounds. Turn fan blade to

check for locked rotor.
Capacitor Check for shorts or grounds. (7mfd) WARNING: Capacitor has a stored

charge, discharge before testing

No control box cooling Incoming power Check circuit breakers, reset if required. Check fuses and hi-limit for an

open circuit or trips. Check power plug to be sure it is firmly in receptacle.

Measure incoming power, call power co. if needed.
Switch, main power Check continuity between switch terminals. Replace switch as needed.
Cooling fans Check for supply voltage at cooling fans. If no voltage is present, trace

wiring back to power switch. If voltage is present, and motor does not run,

check for opens, shorts or grounds.

WITH POWER OFF: Check for locked rotor.

Oven will not heat Main fan motor Check for main fan operation. If it is not operating, refer to “Oven fan will not

run”.
Air pressure switch This normally open switch should close when the main fan is activated. Test

between #64 and # 63. Refer to page 61 for proper adjustment. Replace as

needed.
PSU1 (Control Transformer) Check for 208 or 240VAC supply to the primary of the PSU1. If no voltage is

present, trace wiring back to the main power switch. If voltage is present,

check for 24VDC at the PSU1. If there is input 208/240VAC, but no 24VAC

output, replace the PSU1 .
Incorrect model selected in UI Turn OFF the unit using the power switch, turn the unit back ON after 30

seconds. The model displayed in the UI initialization screen should be 1100.

If it isn’t go to UI settings and select the correct model.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 57

Troubleshooting Section 3

Problem Cause Correction

Oven fan will not heat,
ctd.

Thermocouple/ thermocouple
wiring
(see chart on page 66)

I/O (Oven control) If the thermocouple checks good, but there is no voltage input to the SSRs,

SSR (Solid State Relay) Check for DC voltage to the SSRs

Component high limit thermostat
tripped

Heating element(s) Check the Amp draw on each power leg for proper load. Check the

Kitchen ventilation affecting
temperatures
Possible incorrect temperature
calibration
Air pressure switch This normally open switch should close when the main fan is activated. Test

Verify the thermocouple is connected to the IO board
Inspect the thermocouple wires and connectors.
Check wires are not cut or disconnected
Check resistance for open probe. Resistance: 7Ω - 14Ω
Check DC voltage between red and yellow wires. Use chart on page 66 to
verify proper reading.
Check for opens, shorts or grounds

replace the oven control. If there is voltage input to the SSRs, proceed.

Measure SSRs output current. Inspect SSRs for damage. Replace if needed.
Check SSRs LEDs are turning ON and OFF continuously when there is a call
for heat
Turn the power switch OFF and wait for the machine to cool down (this may
take upwards of one hour). Reset the high limit capillary thermostat located
on the machine rear panel. Inspect the high limit capillary thermostat
connections for damage. Turn the power switch ON. Check that the blower
motor is ON. If the condition persists, replace the high limit capillary
thermostat. (Trips point =662F +/-10%)

specification plate for rating information. If the amp draw is high or low,
check the individual elements for opens, shorts and proper resistance.
WITH POWER OFF: To check resistance of the elements, remove all leads
from the elements and use a digital multimeter.
The element resistance should be as follows:
230V – 33 Ω approx. Replace heating elements as needed.
Check make up air from ventilation hood or air conditioning vents are
directed away from the oven
Check calibration and re-calibrate unit if needed

between #64 and # 63. Refer to page 61 for proper adjustment. Replace as
needed.

58 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 3 Troubleshooting

Problem Cause Correction

Uneven heating Fingers incorrectly installed Make sure fingers are installed correctly

Door not closed or does not close
properly

Overcooked or
undercooked product

Intermittent heating Thermal/overload of motor The main fan motor is equipped with internal thermal protection and will

Conveyor does not
move

Incorrect temperature setting Make sure oven temperature is correct
Incorrect conveyor speed Make sure the conveyor is properly calibrated
Defective thermocouple/
thermocouple wiring

Temperature set point has not been
reached
Coupling loose or disconnected Tighten set screw on coupling
Belt link loose or disconnected Tighten belt, if needed replace belt link
Conveyor has stretched from use Remove adequate number of links to tighten the belt
Incorrectly installed Verify conveyor belt orientation. Shaft should be inserted into motor

Software issue Turn OFF the unit using the power switch, turn the unit back ON after 30

Failed or failing conveyor stepper
motor

Faulty IO board and/or built-in
motor drive

Faulty stepper drive (STR8)
(See chart on page 70)

Verify door is closed correctly. Check latches and hinges. Check if there is

excessive gap between door and cavity

Verify the thermocouple is connected to the IO board

Inspect the thermocouple wires and connectors. Check wires are not cut or

disconnected

cease to operate if overheating occurs. As the motor overheats and then

cools, this will cause the oven to cycle on and off intermittently. Improper

ventilation or lack of preventive maintenance may cause this.

If using the Press & Go menu recipes, wait until UI displays the “Ready” status

message

coupling

seconds.

Go to Manual Mode and change belt speed

Check for resistance on red and blue and again at yellow and white.

Resistance should be .65Ω (±10%).

Check for opens, shorts or grounds

Change conveyor belt direction in the UI’s Settings Menu

Check for 24VDC input on (-V) and (+V) wires

Check wires are connected properly

Inspect IO board for damage and replace if needed

Check LEDs to identify alarm codes. Faults disable the motor and can be

cleared by cycling power to the drive.

Try the built-in self test. Anytime switch 8 is moved to the ON position, the

drive will automatically rotate the motor back and forth, two turns in each

direction. This feature can be used to confirm the motor is correctly wired,

selected and operational.

Check for 24VDC input on (-V) and (+V) wires

Check wires are connected properly

Inspect stepper motor drive for damage and replace if needed

NOTE: Setting Password is 6-7-8-5-3-5

NOTE: Service Password is 4-5-8-7-5-6

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 59

Component Replacement Procedures Section 4

THIS PAGE INTENTIONALLY LEFT BLANK

60 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 4

Component Replacement Procedures

Warning

n

Before removing or installing any component in the
Impinger Oven, be sure to disconnect all electrical
power and shut off gas supply.

Ignition Control

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor.

2. Remove appropriate control box cover.

3. Disconnect wires from plug-in terminal strip, note wire
numbers and location.

4. Remove two (2) screws from mounting bracket and
remove.

5. Reassemble in reverse order. Check system operation.

Burner Control(Honeywell) S/N2045408 and
Above

REPLACEMENT

Shut off power at main breaker:

1. Remove appropriate control box cover.

2. Unplug module from gas valve.

3. Replace new module and plug into valve.

4. Replace appropriate control box cover.

Air Pressure Switch

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor.

2. Remove appropriate control box cover.

3. Disconnect wires from switch making note of wire
number and location for re-installation.

4. Remove air tube from switch assembly.

5. Remove switch from wire hanger.

6. Install new switch in reverse, make sure air tube is not
blocked or misaligned.

7. Be sure to calibrate new air pressure switch.
Calibration:Turn adjusting screw on air pressure switch
fully counter clockwise. Turn oven “on”. Turn adjusting
screw on air pressure switch clockwise until heat shuts
off. Turn adjusting screw on air pressure switch counter
clockwise ¼ turn.

NOTE: To adjust air pressure switch, remove cover from the
switch to expose adjusting screw. To increase sensitivity,
turn screw counter-clockwise; to decrease sensitivity, turn
screw clockwise. Check for proper line voltage switching
from NC to NO as the air pressure switch closes.

Conveyor Drive Motor

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor.

2. Remove conveyor rear cover.

3. Disconnect wiring from motor and mark for reassembly.

4. Remove coupler assembly from motor shaft.

5. Remove four (4) screws and remove conveyor motor
and mounting bracket.

6. Remove mounting bracket from conveyor motor
assembly.

7. Reassemble in reverse order.

Capacitor, Conveyor Motor

REPLACEMENT

Shut off power at main breaker:

1. Remove rear cover.

2. Discharge capacitor before removing wires. Mark wires
for reassembly.

3. Remove mounting screw and remove capacitor.

4. Reassemble in reverse order.

5. Warning: Capacitor has a stored charge, discharge
before handling or testing.

Reversing Switch

REPLACEMENT

Shut off power at main breaker:

1. Remove rear cover.

2. Disconnect wiring from reversing switch and mark for
reassembly.

3. Remove mounting nut and remove reversing switch.

4. Reassemble in reverse order and check system
operation.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 61

Component Replacement Procedures Section 4

Reversing Conveyor Direction

Shut off power at oven switch:

1. Set reversing switch in the other position.

2. Turn oven“on” and check for proper operation.

Fuse holder

REPLACEMENT

Shut off power at main breaker:

1. Remove rear cover.

2. Remove two (2) wires, note wire number and location.

3. Remove locknut on backside of fuse holder and push
out.

4. Reinstall in reverse order and check system operation.

Gas Valve

REPLACEMENT AND ADJUSTMENT

Shut off power at main breaker and shut off gas:

1. Remove conveyor panel front cover.

2. Disconnect the gas piping from the back of the unit.

3. Remove the four (4) screws from the incoming nipple
mounting bracket.

4. Remove incoming nipple.

5. Disconnect wiring from the gas valve and mark for
reassembly.

6. Remove pilot tube. Disconnect pipe union just above
gas valve and remove assembly.

7. Reassemble in reverse order (check all pipe fittings for
leaks).

8. Check and adjust manifold pressure. Remove pressure
tap located in gas piping above the gas valve prior to
the burner orifice and install manometer. Adjustment
screw is located on the front of the valve. Remove
plastic cap and adjust as needed: 3.5" W.C. for natural
gas, 10" W.C. for LP.

9. Reassemble in reverse order and check for leaks around
cover.

HSI

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove appropriate control box cover.

2. Disconnect wires from burner control then remove the
gas valve and piping.

3. Remove three (3) mounting screws and remove burner
venturi.

4. Remove mounting nut and remove hot surface igniter
assembly.

5. Reassemble in reverse order and check system
operation.

6. Check all gas line fittings for leaks.

Igniter/Sensor Assembly (Export)

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove rear cover.

2. Remove gas valve assembly. (see “Gas Valve”)

3. Remove temperature regulation valve. (see
"Temperature Regulating Valve")

4. Disconnect all wires from burner and mark for
reassembly.

5. Remove screws from burner tube and remove burner
venturi.

6. Remove two (2) mounting screws and remove igniter/
sensor assembly from burner venturi.

7. Reassemble in reverse order and check system
operation. Check all gas line fittings for leaks.

Temperature Regulating Valve

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove appropriate control box cover.

2. Remove bypass tube from burner manifold.

3. Remove wiring from valve and mark for reassembly.

4. Remove four mounting nuts from burner manifold and
disconnect pipe union.

5. Remove temperature regulation valve and piping from
oven.

6. Reassemble in reverse order. Check all gas line fittings
for leaks.

Bypass Orifice

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove appropriate control box cover.

2. Remove pilot tube from bypass orifice and remove
orifice.

3. Reassemble in reverse order and check system
operation. Check all gas connections for leaks.

62 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 4 Component Replacement Procedures

Main Orifice

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove rear control box cover.

2. Remove burner manifold. See "Temperature Regulating
Valve".

3. Remove main burner orifice from burner manifold.

4. Reassemble in reverse order and check system
operation.

5. Check all gas line fittings for leaks.

Thermostat, High Limit, Oven Cavity

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor and bottom finger assembly.
Remove rear control box cover.

2. Remove capillary bulb from bracket in oven chamber
and pull capillary tube through tube into control box.

3. Remove all wires and mark for reassembly.

4. Remove mounting nut and remove thermostat.

5. Reassemble in reverse order and check system
operation. Be sure capillary tube is securely in the
mount.

NOTE: Push reset button on new thermostat.

On-Off Switch (Power)

REPLACEMENT

Shut off power at main breaker:

1. Shut off power at main breaker.

2. Remove conveyor and front control box cover.

3. Depress spring clips on sides of switch and push out.

4. Remove wires from switch and mark for reassembly.

5. Reassemble in reverse order and check system
operation.

NOTE: Make sure switch housing is fully seated in
control box housing.

Capacitor, Main Fan Motor

REPLACEMENT

Shut off power at main breaker:

1. Remove rear cover.

2. Discharge capacitor. Warning: Capacitor has a stored
charge, discharge before handling or testing.

3. Remove capacitor.

4. Reassemble in reverse order and check system
operation.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 63

Component Replacement Procedures Section 4

Relay

REPLACEMENT

Shut off power at main breaker:

1. Remove appropriate control box cover.

2. Remove wires from relay, note wire numbers and
location for re-installation.

3. Remove two (2) screws from relay base and replace
relay.

4. Reassemble in reverse order, making sure wire
connections are properly seated.

5. Check system operation.

Thermostat, Cooling Fan

REPLACEMENT

Shut off power at main breaker:

1. Remove control box cover and conveyor if necessary.

2. Remove two (2) wires from thermostat, note wire
number and location.

3. Remove two (2) mounting screws and replace
thermostat.

4. Reassemble in reverse order and check system
operation.

Cooling Fan Motor

REPLACEMENT

Shut off power at main breaker:

1. Remove appropriate control box cover and conveyor if
necessary.

2. Remove four (4) mounting screws from fan frame.

3. Disconnect power cord and remove fan.

4. Reassemble in reverse order and check system
operation. Check for air flow.

Main Fan and Motor

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Shut off gas supply.

2. Remove motor cover from back of oven.

3. Disconnect wiring and mark for reassembly.

4. Remove bolts and slide back straight out of the oven.

5. Loosen the bolt from fan hub and remove fan from
motor shaft.

NOTE: Measure distance from fan blade to rear wall
assembly before removal to aid in reassembly.

FAN SPIDER

FAN HUB

1 1/2” (38mm)

CONE

Note: Measurement is made from the Cone to the Fan Spider

6. Remove four (4) screws from motor support assembly.

7. Remove motor mount clamp and remove motor from
oven back.

8. Remove motor mount from motor.

9. Reassemble in reverse order and check system
operation.

64 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 4 Component Replacement Procedures

Heating Element

REPLACEMENT

Shut off power at main breaker:

1. Remove back cover.

2. Disconnect heating element wires and mark for
reassembly.

3. Disconnect motor wiring and mark for reassembly.

4. Remove oven back from oven.

5. Remove fan shroud.

6. Heating element may now be unbolted and removed.

7. Check new heating element for proper voltage.
Reassemble in reverse order and check for proper
operation.

Burner Blower Motor

REPLACEMENT

Shut off power at main breaker:

1. Remove rear cover.

2. Unplug motor connector.

3. Remove three (3) screws from blower tube at burner
housing.

4. Remove air shutter assembly from old motor for
installation on new motor assembly.

5. Reassemble in reverse order and check system
operation.

NOTE: Check air shutter at approximately ½ open and
adjust to get a blue flame with an occasional tip of
yellow under high flame. A view port in the burner
assembly should be used to observe flame.

Control and Burner Transformer

REPLACEMENT

Shut off power at main breaker:

1. Remove appropriate control box cover.

2. Remove two (2) mounting screws from transformer
base, wiring and mark for reassembly, and remove
transformer.

3. Reassemble in reverse order and check system
operation.

Bearing, Conveyor

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor from oven and place on a flat work
surface.

2. Remove roll pin from shaft then the connecting links
from conveyor belting.

3. Move drive shaft or idler shaft toward end of conveyor,
and shaft with bearing will now slip out of conveyor
frame.

4. Remove bearing from conveyor shaft.

5. Reassemble in reverse order and check system
operation.

Oven Control and Display

REPLACEMENT

Shut off power at main breaker:

1. Remove control box cover and front panel.

2. Remove all wiring connections and mark for
reassembly.

3. Remove oven control by pulling control from the
mounting pins. Remove control from oven.

4. Before installing new oven control, set voltage jumper
(located at the bottom center of the oven control) to
the proper voltage/frequency (120V or 240V, 50HZ
or 60HZ) position. Install the four (4) pushbutton
extensions (included with the oven control) by pushing
the extensions onto the four (4) set buttons on control.

5. Reassemble in reverse order and check system
operation.
NOTE: Set the oven control for the proper operating
mode. The 1100 series ovens use a single temperature
control system. The oven control must be set to the
proper operating mode. Set the control as follows: With
the oven power switch “off”, depress the “time” and “up”
buttons and turn the oven “on”. Control will indicate
”Imp I or Imp II”. Release the buttons, The control will
indicate “Temp to store”. Press the “up” or “down” until
”Imp II” appears on the display. Press the “temp” button.
The control is now set for single burner operation.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 65

Component Replacement Procedures Section 4

Thermocouple (Type K)

REPLACEMENT

Shut off power at main breaker:

For standard Finger configurations:

1. Remove rear panel assembly.

2. Remove front control box cover.

3. Remove thermocouple from bracket in oven chamber
and pull thermocouple through tube into control box.

4. Remove two (2) thermocouple wires from temperature
control. Note wire color and location for reassembly.

5. Reassemble in reverse order and check system
operation.

For Fastbake Finger configurations:

1. Remove conveyor and bottom finger assembly.

2. Remove front control box cover.

3. Remove thermocouple from bracket in oven chamber
and pull thermocouple through tube into control box.

4. Remove two (2) thermocouple wires from temperature
control. Note wire color and location for reassembly

5. Reassemble in reverse order and check system
operation.

For additional Thermocouple Measurement
Scan QR Code:

66 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 4 Component Replacement Procedures

Techrite Module (Export Models)

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove appropriate control box cover.

2. Remove wires from plug-in terminal strip, note wire
numbers and location.

3. Remove two (2) screws from mounting bracket and
remove.

4. Reassemble in reverse order. Check system operation.

See page 75 for fault errors.

Techrite Module LED Flash Code (Export
Models)

The following codes may occur during startup.

LED Flash Code

(Long flashes–short flashes)

0-2

1-0

1-1

1-2

1-3

1-4

1-5

1-6

1-7

Description

Normal Operation – Start Up Delay.

Normal Operation.

Flame failure detected.

Waiting for main pressure switch.

Waiting for second pressure switch.

Waiting for flame sense to go OFF.

Purge operation in progress (pre purge,
inter purge or post purge).

Waiting for Vent Switch contacts before
continuing.

Waiting for Hot Surface Ignitor pre-heat
timer to expire.

1-8

Waiting for fan tacho feedback signal to
be within acceptance window (module
option).

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 67

Component Replacement Procedures Section 4

Techrite Module LED Flash Code (Export
Models)

The following codes are invoked as a result of a lockout
condition.

LED Flash Code

(Long flashes–short flashes)

2-1

2-2

2-3, 2-4, 2-5

Maximum retries exceeded.

Lockout due to flame failure.

Hardware failure on module output(s).
Possible hardware failure in module.

2-6

Hardware failure on flame sensing
circuit.

2-7

2-8

2-9

Hardware failure in module.

Combustion Fan timeout (where fitted).

Vent Switch lockout (where fitted).

The following codes are invoked as a result of a lockout condition / hardware fault.

Description

LED Flash Code

(Long flashes–short flashes)

3-1

3-2

3-3

3-4

3-5

3-6

Description

Lockout due to main pressure switch
opening (where fitted).

Lockout due to second pressure switch
opening (where fitted).

Lockout due to fan tacho feedback
signal failing (where fitted).

Lockout due to internal fault (software
error).

Lockout due to internal fault (EEPROM
error).

Lockout due to internal fault (micro
controller communications error).

68 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 4 Component Replacement Procedures

Power Filter

REPLACEMENT

Shut off power at main breaker:

1. Remove control box cover.

2. Remove all wires from the power filter, note all wire
numbers for reinstallation.

3. Reassemble in reverse order and check system
operation.

easyTouch Controller

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor assembly.

2. Remove front control box cover.

3. Remove HDMI cable and mark for reassembly.

4. Remove six (6) screws that hold touchscreen in place.
Remove touchscreen.

5. Reassemble in reverse order and check system
operation.
NOTE:Set the oven control for the proper operating
mode. The easyTouch controller has several options,
from the home screen select the settings icon. The
password is 458756 and select the down arrow twice.
Make sure the 1100 series is highlighted and verify how
many belts the oven has.

I/O Board

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor assembly.

2. Remove front control box cover.

3. Disconnect all wires and mark for reassembly.

4. Remove I/O by pulling it from the mounting pins.
Remove the I/O from oven.

5. Reassemble in reverse order and check system
operation.

Mercury Contactor

REPLACEMENT

Shut off power at main breaker:

1. Remove rear control box cover.

2. Disconnect all wires and mark for reassembly.

3. Remove screws from mounting bracket and remove
contactor.

4. Reassemble in reverse order and check system
operation.

Solid State Relay

REPLACEMENT

Shut off power at main breaker:

1. Remove rear control box column.

2. Disconnect all wires and mark for reassembly.

3. Remove screws from mounting bracket and remove
contactor.

4. Reassemble in reverse order and check system
operation.

24 Volt Power Supply

REPLACEMENT

Shut off power at main breaker:

1. Remove conveyor assembly.

2. Remove front control box cover.

3. Disconnect all wires and mark for reassembly.

4. Remove four (4) screws that hold power supply in
place. Remove power supply.

5. Reassemble in reverse order and check system
operation.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 69

Component Replacement Procedures Section 4

UI Alarm Messages Guide for easyTouch Controller

UI Alarm Message Cause Correction

"ERR_THERMOCPL" The thermocouple

disconnected

"ERR_OVERHEAT_TRIP" Thermal error is

detected.

"ERR_IO_SW_NA" IO Software

inapplicable.

Verify the thermocouples is
connected to the IO Board.

Inspect the thermocouple wires
and connectors to verify wires are
not cut or disconnected.

Automatic recovery when fault
condition is removed.

Verify the cooling fans are
running.

Check the cooling fan thermostat.
Automatic, normally open,
measures surface temperature.
Closes at 120 F (49 C) and
reopens at 100 F (38 C).

Verify the control box limit is
not tripped. See (control limit)
in troubleshooting..

Automatic recovery when fault
condition is removed.

Verify the version software and
unplug unit for 30 sec. to reboot
unit.

Flash or re-flash the unit with
the current software.

NOTE: Setting Password is 6-7-8-5-3-5

70 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 4 Component Replacement Procedures

Conveyor Motor Driver

REPLACEMENT

Shut off power at main breaker and shut off gas:

1. Remove conveyor assembly.

2. Remove control box cover and front panel.

3. Disconnect all wires and mark for reassembly.

4. Remove two (2) screws that hold conveyor motor driver
in place. Remove conveyor motor driver.

5. Reassemble in reverse order and check system
operation.

Conveyor Motor Driver

LED Flash Code

In the event of a drive fault or alarm the green light
will flash one or two times followed by a series of
red flashes the pattern will repeat until the alarm is cleared.

LED Flash Code Description

One solid green light

Conveyor Motor Driver

Dip Switches Configuration

The optional stepper controller will have several dip
switches on it. When replacing this controller makes sure
the following switches are in the proper sequence.

Switch 1, 2, 5, 7, and 8 are off.
Switch 3, 4, and 6 are on.
The rotary switch is set to 9.

When switch eight is moved to the on position the drive
will automatically rotate the motor back and forth two turns
in each direction this feature can be used to confirm the
motor is correctly wired, selected and operational.

No alarm, motor disabled

Green light flashing

Red light flashing

One green light followed by 4 red flashes

One green light followed by 5 red flashes

One green light followed by 6 red flashes

Two green flashes followed by 3 red flashes

Two green flashes followed by 4 red flashes

No alarm, motor enabled.

Configuration or memory error; contact
the factory for assistance.

Power supply voltage too high fault.

Overcurrent / short circuit fault.

Open motor winding fault.

Internal voltage out of range fault.

Power supply voltage too low alarm.

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 71

Section 5

Schematics

1116-000-A, 1117-000-A

Schematic - S/N 2038616 to S/N 0809210000016

72 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

L1

TO BE 8.5" X 11" SIZE ON LABEL STOCK

WITH PERMANENT BLACK INK ON WHITE.

TO HAVE PRESSURE SENSITIVE ADHESIVE

WITH RELEASE LINER.

1116, 1117

Schematic - S/N 0809210000017 and Above

5

CS1

M1-1

22

M1-4

J3-12

J3-15

30

23

24

24

T1

XR2

15

NOTE:

TO REVERSE

DIRECTION O F

CONVEYOR,

(SWITCH) S2

TO NEXT

POSITION

39

38

37

120V

13

24V

R

2806467D

40

V1

J3-3

39 23

RED

ONON

S2

TO 120V

JP2

J3-2

240V

NOTE: SET MOTOR

VOLTAGE JUMPER

120V

120

BLK

29

BLU

BLK

HS

YEL

J3-10

WHT

WHTBLKRED

M4-6

J3-7

CON

J3-4

M4-5

M4-4

M5

26

RED

28

27

M4-3

M4-2

25

GRY

10

M4-1

28

27

M

21

RED

V2

21

19

24a 24a

26

25

C2

HSI

FS

10

HSI-1

HSI-2

9

38

31

HSI

VALVE

19

32

L1

HSI

BC

24 V

24 V

GND

42

15

14

20

L2-N

18

20

VALVE

18

IMPINGER II ADVANTAGE 2000

CABLE SHIELD TO

TC

BE GROUNDED

11

24V

12

XR1

7

6

8

36

37

120V

J3-14

12

J3-13

11

TC1 -

RED

TC1 +

YEL

T2

2

3

4

3

S1

33

57

58

2

S

E

BLK

BLK

2

F1

12

9

8

59

56

3

636

434

535

5

1

345

34

M3

59

56

41

40

58

57

M2

4

43

3

2

1

6

5

4

M1, M3, M4

SOCKET HOUSING

CONFIGURATIONS

S1 CONFIGURATION

M3-4

CS2

M3-1

13

7

43

M4

M3-3

M1-5

C1

16

M1

M1-3

789

131415

101112

41

M3-6

M1-2

17

35

M1-6

123

456

J3

M4 - MOTOR, BUR NER BLOWER

M5 - MOTOR, CONVEYOR

C1 - CAPACITOR, MAIN FAN

BC - BURNER CONTROL

33

42

WHT

G

N

S1 - SWITCH, MAIN POWER

C2 - CAPACITOR, CONVEYOR MOTOR

S2 - SWITC H, CONVEY OR REVERSING

TC - THERMOCOUPLE, TYPE K

T1 - THERMOSTAT, HI LIMIT CTRL BOX

T2 - THERMOSTAT, COOLING FAN

F1 - FUSE, MOTOR & CONTROLS, 10A

CON - CONTROL, OVEN

CS1 - SWITC H, MAIN F AN CENT.

CS2 - SWITCH, BU RNER BLOWER CENT.

- WIRE NUMBERS

XX

V2 - VALVE, DUAL SAFETY

V1 - VALVE, TEMP ERATURE REGULATI ON

XR1 - TRANSFORMER, CONTROL

XR2 - TRANSFORMER, BURNER

M - MAGNET

M1 - MOTOR, MA IN FAN

FS - FLAME SENSOR

HSI - HOT SURFACE IGNITER

HS - HALL EFFECT SENSOR

M2,M3 - MOTOR, COOLING FAN

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 73

PART NO.ITEM QTY

DRAWN BY

TITLE

SIZE

NOTED)

TOLERANCES

DECIMAL

ANGULAR

(UNLESS OTHERWISE

B

DO NOT SCALE

DRAWING NO.

PRINTED DRAWING

CLEVELAND RANGE, LLC

1333 East 179th St., Cleveland, Ohio 44110-2574

THIS DESIGN DESCRIBES A PROPRIETARY ITEM AND IS THE PROPERTY OF CLEVELAND RANGE.

THIS DRAWING IS NOT TO BE COPIED OR USED WITHO UT T HE APPROVAL OF CLEVELAND RANGE.

SCHEMATIC LABEL

DOM GAS SPLIT BELT

20000163

±.030

±1°

M2

57

57

59

56

15

41

7

25

10

7

6

37

11

12

36

120V

24V

XR1

8

12

11

26

28

M5-6

M5-1

M5-2

M5-3

27

M5-5

M5-4

2

1

4

3

5

S1 CONFIGURATION

FS

20

19

BLK

BLK

8

3

T2

33

33

42

WHT

56

9

M

HS

M5

23

15

21

20

5

35

58

TC - THERMOCOUPLE, TYPE K

CS1 - SWITCH, MAIN FAN CENT.

CS2 - SWITCH, BURNER BLOWER CENT.

V1

43

4

CS2

14

39

38

120V

24V

21

18

HSI

HSI-1

HSI-2

V2

BC

XR2

37 24

VALVE

RED

YEL

WHT

WHTBLKRED

CABLE SHIELD TO

BE GROUNDED

GRY

BLU

BLK

VALVE

24 V

24 V

GND

L2-N

HSI

L1

HSI

38

31932

42

19

18

G

N

M3

58

59

M4

35

43

M1-3

M1-6

M1-5

M4-1

M3-3

M1-1

M1-4

M3-6

M4-4

M1-2

C1

16

17

M1

22

5

CS1

T1

24

39 23

2

IMPINGER II

10

R

- WIRE NUMBERS

XX

FS - FLAME S ENSOR

F1 - FUSE, MOTOR & CONTROLS, 10A

HSI - HOT SURFAC E IGNITER

M - MAGNET

HS - HALL EFFECT SENSOR

C1 - CAPACITOR, M AIN FAN

C2 - CAPACITOR, CONVEYOR MOTOR

CON - CONTROL, OVEN

M1 - MOTO R, MAIN FAN

M2,M3 - MOTOR, COOLING FAN

M4 - MOTOR, BURNER BLOWER

M5 - MOTOR , CONVEYOR

BC - BURNE R CONTROL

S1 - SWITCH, MAIN POWER

V2 - VALVE, DUAL SAFETY

T1 - THERMOSTAT, HI LIMIT CTRL BOX

S2 - SWITCH, CONVEYOR REVERSING

T2 - THERM OSTAT, COOLING FAN

V1 - VALVE, TEMPERATURE REGULATION

XR1 - TRANSFORMER, CONTROL

XR2 - TRANSFORMER, BURNER

26

25

28

27

13

13

NOTE:

TO REVERSE

DIRECTION OF

CONVEYOR,

(SWITCHES)

S2, S3

TO NEXT

POSITION

S1

40

30

L1

414034

6

36

4

34

3

C2

F1

S

E

2

29

S2

ONON

BLK

RED

RED

SOCKET HOUSING

M1, M3, M4

CONFIGURATIONS

3

2

1

6

5

4

J3

240

120V

JP2

240V

CON

J3-13

TC1 +

TC1 -

J3-14

J3-4

J3-7

J3-10

J3-12

J3-15

J3-3

J3-2

TC

NOTE: SET JP1

AND JP2 TO

PROPER POSITION

J5

J3

SEE NOTE:

SEE NOTE:

50 HZ

60 HZ

JP2

50 HZ

NOTE: (SINGLE BELT) RIBBON CABLE PLUG INTO J5 ON COM AND INTO J1 ON DB:

(SPLIT BELT) DATA CABLE PLUG INTO J3 ON CON AND INTO J1 ON DB:

CAT-5E CORD PLUG INTO J5 ON COM AND TO J3 ON MCML

RED

YEL

WHT

M

HS

M6

BLK

GRY

BRN

S3

ON

BLK

RED

RED

ON

10099

C3

100

98

97

99

MCML

M6-1

M6-2

M6-3

95

98

97

91

RED

90

BLK

101

WHI

101

96

M6-6

M6-5

M6-4

RED

BLK

WHI

CABLE SHIELD

TO BE GROUNDED

102

1

2

3

4

5

6

789

10

11

12

J2

REAR VIEW

14

95

96

913031

30

31

90

C3 - CAPACITOR, OPTIONAL CONVEYOR MOTOR

M6 - OPTIONAL MOTOR, CONVEYOR

MCML - OPTIONAL CONVEYOR CONTROL

S3 - OPTIONAL SWITCH, CONVEYOR REVERSING

- OPTIONAL WIRE NUMBERS

XX

J2-5

J2-6

J2-12

J2-8

J2-1

J3

JP2

SET JP1

& JP2 TO

PROPER POS ITION

120V

240V

JP1

1

2

3

ON

OFF

SW1

50

HZ

60

HZ

J6

J2-10

J2-4

CAT-5E plug into J3

ON MCML

SET SW1 to 1

&3

TO ON POSITION

B REDRAWN IN AUTOCAD FROM PRO/E, PER ECR-130218 08/06/13 RCB

24a 24a

C ADDED GND WIRES 24A TO DUAL SAFETY VALVE, ECO-002397 01/27/20 BG

Schematics Section 5

1116, 1117

Split Belt Schematic - S/N 0809210000017 and Above

20000163C

12

345

SPLIT BELT

OPTIONAL CONVEYOR

74 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

VALVE

24V

24V

L1

HS1

HS1

VALVE

DO NOT SCALE DRAWING

PROPRIETARY AND CONFIDENTIAL

THE INFOR MATION CO NTAINED IN T HIS DRAWIN G IS THE

SOLE PROPERTY OF GARLAND COMMERCIAL RANGES LTD.

ANY REPRODUCTION IN WHOLE O R IN PART WITHOUT THE

WRITTEN PERMISSI ON OF GARLAND CO MMERCIAL RANGES

LTD. IS STRICTLY PROHIBITED

REV.

B

SCALE: N/A

DWG. NO.

INTERPRET GEOMETRIC DIMENSIONING &

TOLERANCING PER: ASME Y14.5M - 1994

TOLERANCES: DECIMAL ± 0.031 ANGULAR ±2°

UNLESS OTHERWISE SPECIFIED

REVISION S

SIZE

TITLE

CHANGE DESCRIPT ION

4606340

NEW RELEASE

WIRES #92 AND #93 SWAPPED. LEGEND UPDATED

0

1

ETHERNET

(POWER/DATA)

CPU

GND

I/O

BOARD

J301

1212121

TC1

TC2

J302

TC3

J303

J304

TC4

J702

J701

UI/COMM

1

J201

3

45

10

11

12 13 14 15 16

DIGITAL I/O

1

3

45

TURBOFAN

J401

DC IN

J101

1

3

4

STEPPER 2

J602

1

3

1

3

4

STEPPER 1

J601

4
3

1

PUSH

BUTTON

J203

54

3

1

RELAYS

J501

J202

1

FAN

POWER

RELAY

COM NCNO

4

5

3

5

6

3

2

7

8

2

3

4

5

6

3

4

M

B-

B+

A-

A+

M

B-

B+

A-

A+

+

+

+

0

3

2

1

5

4

6

7

8

6

C

B

D

E

F

A

V+

V-

STEP+

STEP-

DIR+

DIR-

EN+

EN-

FAULT+

FAULT-

A+

A-

B+

B-

1

2

3

4

5

67

8

M

B-

B+

A-

A+

-T71

-T72

1/6

2/6

3/6

4/6

5/6

6/6

TH1

1

2

+

-

STEPPER MOTOR

F2

L

L

M3

TH2

2

2

3

3

5

5

6

6

91

8

8

22

21

9

9

XFMR1

M1

V2

M2

L

L

M6M5

PSU1

SW1

CAP1

92

91

27

V1

F2: FUSE, DC

V1: VALVE, DUAL SAFETY

LABEL WIRING SCHEM 1116/17 GAS DOMESTIC

NOTE:

TO BE PRINTED ON 8.5" X 11" S IZE LABEL STOCK

WITH PARMANENT BLACK INK ON WHITE

BACKGROUND

TO HAVE PRESSURE S ENSITIVE ADHESIVE WITH

RELEASE LINER

4606340 REV 1

94

95

96

97

98

99

50

52

51

53

50

51

52

53

OPTIONAL

STR8

-B85

11.00

8.50

Section 5 Schematics

1116, 1117

easyTouch Schematic - S/N 2106100101445 and Above

SL

N

M4

GND LUG

1

14

19

17

SL

19

1

18

F1

18

20

23

10

16

15

16

N

1

10

SN

13

13

12

89

12

56

46

93

N

85

43 44 45 42

90

41

SL

87

88

89

90

SN

SL

4

N

SN

848415

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 75

SL

47

83

4

59

ACACGND

74

-

--

DIP SW ITCHES

70

86

95

94

72

UI

USB

USB 2

GUI1

24

23

11

SL

11

STR8: OPTIONAL STEPPER DRIVE

PSU1: POWER SUPPLY, 24VDC

N

FS

25

26

GND

SN

24

46

12

L2-N

IM1

41

2

708887

678

2

6789

2

2

2

8

2

TC

CAP1: CAPACITOR

F1: FUSE, AC

6

2

2

2

TC: THERMOCOUPLE

TH1: THERMOSTAT, COOL ING FANS

TH2: THERMOSTAT, OVEN HIGH LIMIT CAPILLARY

V2: VALVE, TEMPERATURE REGULATION

SW1: SWITCH, MAIN

GUI1: GRAPHICAL USER INTER FACE

XFMR1: TRANSFORME R

IM1: IGNITION MODULE

M1: MOTOR, MAIN

M2: MOTOR, COMBUSTION FAN

M3,M4: COOLING F AN

M5,M6: MOTOR, CON VEYOR

STEPPER

85

83

SL

Schematics Section 5

1154, 1155, 1157, 1158

Schematic - S/N 1902100102504 and Below

76 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

OF

DATE

SHEET

REV

PART NO.ITEM QTY

DRAWN BY

TITLE

SIZE

NOTED)

TOLERANCES

DECIMAL

ANGULAR

(UNLESS OTHERWI SE

C

DO NOT SCALE

DRAWING NO.

PRINTED DRAWING

CLEVELAND RANGE, LLC

1333 East 179th St., Cleveland, Ohio 44110-2574

DESCRIPTION

THIS DESIGN DESCRIBES A PROPR IETARY ITEM AND IS THE PROPERTY OF CLEVELAND RA NGE.

THIS DRAWING IS NOT TO BE COPIE D O R USED WITH O UT THE APPROVAL OF CLEVELAND RANGE.

LABEL, SCHEMATIC, CE GAS

1100 SERIES, W/TECHRITE IGN I TION CONTROL

11020000524

07/13/2017DRL

B

11

±.030

±1°

TO BE 11" X 17" SIZE ON LABEL STOCK

WITH PERMANENT BLACK INK ON WHITE.

TO HAVE PRESSURE SENSITIVE ADHESIVE

WITH RELEASE LINER.

1154, 1155, 1157, 1158

with Techrite Module

Schematic - S/N 1902100102505 to S/N 2111100101007

J3-12

45

J3-15

32

J3-3

40

J3-2

NOTE: SET MOTOR

VOLTAGE JUMPER

120V

CON

TC

25

TO 240V

JP2

240V

240

J3-10

WHTBLKRED

J3-7

J3-4

J3-14

TC1 ­TC1 +

J3-13

42

GND

1

2

41

V1

RED

ON

S5

BLK

BLK

M

WHT

M4-6

M4-5

M4-4

31 30

2627

RED

ON

29

M4-3

28

M4-2

BRN

GRY

M4

YEL

6

M4-1

HS

RED

208V - BLU

BLK

13

BE GROUNDED

CABLE SHIE LD TO

23

XR1

30

24V

28

26

27

29

C2

TO REVERSE DIRECTION OF

CONVEYOR (SWITCH) S5 TO NEXT

NOTE:

13

240V - RED

2431

6 13
LOAD

POSITION

40
24

EFLT

LINE

474846

J3

M2,M4

SOCKET HOUSING CONFIGURATIONS

1

4

11020000524B

CE GAS 1100 SERIES

3

2

6

5

7

5

454146

35

39

36

47

37

TB2

54

54

LEDS

14

5123
4

15
90

J8

54

BC

4

3

57

S1

56

1

33

M5

57

2

3

56

M1

59

58

33

59

T1

E

S

2

1

F

STATUS

16

J1

21

18

SWITCH

PRESSURE

1

BRN

VOLTAGE

HIGH

OUTPUT

GAS

5

434

536

2

34

BLU

J2

VALVE

V2 V1

43 2

J3

21

38

FAN

COMBU STIO N

SENSE

FLAME

J4

21

POWER

EN A

3

C

4

S2

FLT

GRN

17

9

37

48

NO

8

9

T2

1

L1

7

S4

C

90

NO NC

A

14

15

C

16

NO NC

APS2

V3-1

V3-2

V3-3

V3-4

RECTIFIER PLUG

V3-5

17

M2

43

43

35

TB1

N

G

M3

49

M3-2

18

38

M2-5 M2-2

GROUND

39

M3-3

22

21

C1

S1 CONFIGURATION

S2 - SWITCH, OVEN AIR PRESSURE

S1 - SWITCH, OVEN POWER

S3 - SWITCH, BURNER BLOWER AIR PRESSURE

A - ALARM

BC - BURNER & VALVE CONTROL

C1 - CAPA CITOR, MAIN FAN

12

45

REAR VIEW

- WIRE NUMBERS
XX

TB2 - TERMINAL BLOCK, DISTRIBUTION

S4 - SWIT CH, BURNER RESET

S5 - SWITCH, CONVEYOR REVERSING

T1 - THERMOSTAT, CONTROL BOX COOLING

T2 - THERMOSTAT, OVEN HIGH LIMIT

TB1 - TERMINAL BLOCK, SUPPLY

TC - THERMOCOUPLE, TYPE K

V1 - VALVE, T ERMPERATURE REGULATION

XR1 - TRANSFORMER, CONTROL

C2 - CAPA CITOR, CONVEYOR

CON - CONTROL, OVEN

F - FUSE, OVEN, 10A

FLT - FILTER, RFI

HS - HALL SENSOR

M - MAGNET

M1,M5 - MOTOR, COOLING FAN

M2 - MOTOR, BURNER BLOWER

M3 - MOTOR, MAIN FAN

EFLT - FILTER, EMI

M4 - MOTOR, CONVEYOR

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 77

Schematics Section 5

1154, 1155, 1157, 1158

Split Belt Schematic - S/N 1902100102505 and Below

78 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

DO NOT SCALE DRAWING

PROPRIETARY AND CONFIDENTIAL

THE INFORMATION CONTAINED IN THIS DRAWING IS THE

SOLE PROPERTY OF GARLAND COMMERCIAL RANGES LTD.

ANY REPRODUCTIO N IN WHOLE OR IN PA RT WITHOUT THE

WRITTEN PERMISSION O F GARLAND COMMERCIA L RANGES

LTD. IS STRICTLY PROHIBITED

REV.

UNITS: INCHES

B

SCALE: N/A

DWG. NO.

INTERPRET GEOMETRIC DIMENSIONING &

TOLERANCING PER: ASME Y14.5M - 1994

TOLERANCES: DECIMAL ± 0.031 ANGULAR ±2°

UNLESS OTHERWISE

SPECIFIED

REVISIONS

SIZE

TITLE

CHANGE DESCRIP TION

DR

LABEL WIRING SCHEM 1154/55

4606780

NEW RELEASE

R

TO BE PRINTED ON 8 .5" X 11" SIZE LABEL STOCK

WITH PARMANENT BLACK INK ON WHITE

BACKGROUND

TO HAVE PRESSURE SEN SITIVE ADHESIVE WITH

RELEASE LINER

NOTE:

00

Section 5 Schematics

1154, 1155

easyTouch Schematic - S/N 2111100101008 and Above

L

N

GND

APS2

16

M2

CHASSIS

29

1011

9

SL

TH2

F1

22

12

L

V1

38

9

SN

37

48

LED

STATUS

12

J1

18

SWITCH

PRESSURE

12

3

4

17

12

FLAME

12

37

3

HIGH VOL TAGE

V1V2

J2

GAS VALVE

J3J4

FAN

COMBUSTION

SENSE

A

SPARK

N

POWER

E

14

5

4

J8

3

OUTPUT

2

1

15

90

54

PLUG

SENSE

GND

A1PB1

ELECTRODE

SPARK

M1: BLOWER MAIN

TH1: THERMOSTAT COOLING FAN

M2: BLOWER BURNER

M3,M4: COOLING FANS

M5,M6: CONVEYOR MOTOR

TH2: THERMAL CAPILLARY DISC

APS1: AIR PRESSURE SWITCH MAIN

APS2: AIR PRESSURE SWITCH BURNER

GUI1: GRAPHICAL USER INTERFACE

APS1

TH1

SL

M1

19

19

31

30

N

2

8

3

6

7

5

13

11

L

SN

23

60

24

25

CAP1

SL

28

27

26

35

34

63

40

41

39

F2

29

SL

60

SL

21

M3 M4

33

32

63

61

13

SW1

62

SL

33

42

V+
V­A+

36

N

30

A­B+
B-

1

STR8

2
3
4
5
67

8

DIP SWITCHES

DIR+
DIR-

0

1

2

F

E

3

D

C

4

B

A

5

6

8

6

7

N

SN

43

-

ACA CGND

32

61

44

--

95

PSU1

+

42

+

+

94

SL

A1: ALARM

SW1: SWITCH, MAIN

F1: FUSE, AC

TC: THERMOCOUPLE

V1: VALVE, MAIN

V2: VALVE, HIGH HEAT

F2: FUSE, DC

PB1: PUSH BUTTON

STR8: STEPPER DRIVER

PSU1: POWER SUPPLY UNIT

24

23

45

V2

35

20

M

A-

A+

B-

B+

STEPPER MOTOR

96

97

95

94

98

99

41

40

4

1

1

2

2

3

43

STEP+

53

STEP-

51

EN+
EN­FAULT+
FAULT-

OPTIONAL

50

52

GND

USB 2

USB

GUI1

ETHERNET

CPU

(POWER/DATA)

UI

J602

3

STEPPER 2

2

J101

DC IN

1

6 7 8

4 5

J401

3

2

TURBOFAN

1

16/16

15/16

14/16

13/16

12 13 14 15 16
11

10

J201

6 7 8 9

DIGITAL I/O

4 5
3

2

1

8

I/O

J701

UI/COMM

3

5

2

4

J702

B-

B+

A-

M

M6

A+

OPTIONAL

B-

B+

A-

M

M5

A+

4

3

J601

STEPPER 1

RELAY

POWER

COM NCNO

6

54

J501

3

2

RELAYS

1

4
3

J203

2

PUSH

1

BUTTON

2

J202

1

FAN

BOARD

J301

J302

J303

J304

TC4

TC1

TC2

TC3

1212121

20

SL

62

+

-

TC

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 79

DO NOT SCALE DRAWING

PROPRIETARY AND CONFIDENTIAL

THE INFORMATION CONTAINED IN THIS DRAWING IS THE

SOLE PROPERTY OF GARLAND COMMERCIAL RANGES LTD.

ANY REPRODUCTIO N IN WHOLE OR IN PA RT WITHOUT THE

WRITTEN PERMISSION O F GARLAND COMMERCIA L RANGES

LTD. IS STRICTLY PROHIBITED

REV.

UNITS: INCHES

B

SCALE: N/A

DWG. NO.

INTERPRET GEOMETRIC DIMENSIONING &

TOLERANCING PER: ASME Y14.5M - 1994

TOLERANCES: DECIMAL ± 0.031 ANGULAR ±2°

UNLESS OTHERWISE

SPECIFIED

REVISIONS

SIZE

TITLE

CHANGE DESCRIP TION

DR

LABEL WIRING SCHEM 1157/58

4606896

NEW RELEASE

R

F1

TO BE PRINTED ON 8 .5" X 11" SIZE LABEL STOCK

WITH PARMANENT BLACK INK ON WHITE

BACKGROUND

TO HAVE PRESSURE SEN SITIVE ADHESIVE WITH

RELEASE LINER

NOTE:

00

4606896

REV 1

1

Schematics Section 5

1157, 1158

easyTouch Schematic -S/N 2111100101008 and Above

L

N

PB2

79

74

73

72

75

71

NC

NO

COM

COM

NC

NO

76

70

74

70

K1

A2

N

GND

APS2

80

29

CHASSIS

M2

V1

76

38

9

78

SN

48

37

LED

16

STATUS

12

J1

18

SWITCH

PRESSURE

12

3

4

17

12

FLAME

12

3

3

HIGH VOL TAGE

V1V2

J2

GAS VALVE

J3J4

FAN

COMBUSTION

SENSE

A

SPARK

N

POWER

E

9

14

5

4

J8

3

OUTPUT

2

1

15

90

54

PLUG

SENSE

GND

22

A1PB1

M1: BLOWER MAIN

M2: BLOWER BURNER

ELECTRODE

SPARK

M3,M4: COOLING FANS

M5,M6: CONVEYOR MOTOR

TH1: THERMOSTAT COOLING FAN

TH2: THERMAL CAPILLARY DISC

APS1: AIR PRESSURE SWITCH MAIN

APS2: AIR PRESSURE SWITCH BURNER

GUI1: GRAPHICAL USER INTERFACE

K1: POWER FALIURE ALARM RELAY

TH2

60

24

73

SL

24

CAP1

SL

25

TH1

L

12

11

M1

28

27

26

39

35

34

33

29

60

19

SL

21

36

M4

M3

SN

31

30

N

2

8

3

6

5

11

L

13

7

SW1

13

SL

32

62

30

N N

33

SN

63

61

ACACGND

32

61

44

63

40

41

F2

42

V+
V­A+

A­B+
B-

1

STR8

2
3
4
5
67

8

DIP SWITCHES

STEP+

STEP­DIR+
DIR-

0

1

EN+

2

F

E

3

D

EN-

C

4

B

FAULT+

A

5

6

8

6

FAULT-

7

43

-

--

95

PSU1

+

42

+

+

94

23

M

A-

A+

B-

B+

STEPPER MOTOR

96

97

95

94

98

99

53

50

51

52

CPU

UI

APS1

A1,A2: ALARM

SW1: SWITCH, MAIN

F1: FUSE, AC

TC: THERMOCOUPLE

V1: VALVE, MAIN

V2: VALVE, HIGH HEAT

F2: FUSE, DC

STR8: STEPPER DRIVER

PSU1: POWER SUPPLY UNIT

PB1,PB2: BUTTON, RESET ALARM

SL

45

V2

41

40

4

4

1

1

2

2

3

3

J601

43

OPTIONAL

GND

USB 2

USB

GUI1

ETHERNET

(POWER/DATA)

J602

3

STEPPER 2

2

J101

1

6 7 8

4 5

J401

3

2

TURBOFAN

1

16/16

15/16

14/16

13/16

12 13 14 15 16
11

10

J201

6 7 8 9

DIGITAL I/O

4 5
3

2

1

8

5

4

STEPPER 1

DC IN

J701

UI/COMM

3

POWER

BOARD

I/O

J302

J303

J304

TC3

TC4

2

J702

35

20

B-

B+

A-

M

M6

A+

OPTIONAL

B-

B+

A-

M

M5

A+

RELAY

COM NCNO

6

54

J501

3

2

RELAYS

1

4
3

J203

2

PUSH

1

BUTTON

2

J202

1

FAN

J301

TC1

TC2

1212121

20

SL

62

+

-

TC

80 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

1130-080-A, 1130-080-A1, 1131-080-A, 1131-080-A1

S/N: 0809210000015 and Below

Schematic

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 81

Schematics Section 5

RED

BLK

WHI

RED

BLK

WHI

102

1132-080-A, 1132-080-A1, 1133-000-A, 1133-080-A1

S/N: 0809210000015 & and Below

Schematic

R

2806562G

989799

100

16

17

26

APS

J3-12

J3-15

25

J3-3

33 26

ON

S2

BLK

J3-2

NOTE: SET J P1

AND JP2 TO

PROPER POSITION

120V

120

60 HZ

SEE NOTE:

J5

SEE NOTE:

J3

NOTE: (SINGLE BELT) RIBBON CABLE PLUG INTO J5 ON COM AND INTO J1 ON DB:

(SPLIT BELT) DATA CABLE PLUG INTO J3 ON CON AND INTO J1 ON DB:

CAT-5E CORD PLUG INTO J5 ON COM AND TO J3 ON MCML

TC

TC1 -

TC1 +

22

JP2

240V

JP2

50 HZ

50 HZ

CON

J3-10

J3-7

J3-4

J3-14

J3-13

ON

BRN

BLK

GRY

M3

M

HS

RED

YEL

WHT

WHT

M3-6

BLK

M3-5

RED

CABLE SHIELD

M3-4

TO BE GROUNDED

30

31

12

NOTE:

TO REVERSE

DIRECTION OF

CONVEYOR,

(SWITCH) S2,AND OR S3

TO NEXT

NS

R1

25

RED

1819

RED

20

M3-3

21

M3-2

17

M3-1

1632

1324

45

POSITION

101

32

33

21

18

19

20

C2

90

91

30

31

24V

XR1

24

23

13

95

BLK

28

24V

96

240V - RED

208V - BLU

8

7

38

46

R3

S1

13

24

37

57

29

38

C3

RED

ON

S3

BLK

10099

RED

ON

Impinger II

97

M7-2

BRN

BLK

GRY

95

M7-1

SPLIT BELT

CABLE SHIELD

OPTIONAL CONVEYOR

91

90

J2-5

J2-6

J2-4

J2-10

60

JP2

ON MCML

J6

50

CAT-5E plug into J3

PROPER POSITION

SET JP1 & JP2 TO

J3

98

M5

M7-3

M

HS

YEL

RED

WHT

M7-4

M7-6

M7-5

TO BE GROUNDED

101

96

J2-8

J2-1

J2-12

HZ

123

SW1

ON

OFF

TO ON POSITION

SET SW1 to 1 &3

HZ

MCML

120V

240V

JP1

9

8

7

VIEW

123

J2

770581-1

REAR

J3

12

11

10

6

5

4

123

456

789

101112

131415

3

2

45

12

11

28

59

56

T1

11

T2

8

5

S

E

7

5

3

F2

E

4

F1

64677064667062

65

6060

3 PHASE

3

L1L2L3

H

61

656871

616366

4

R1

L3

L1

L2

S

6

A BCDE F

34

67

71

62

63

69

6869

TD

43

67

L1

6

123

8 47

27

9

65

43 42

10

R2

1 PHASE

L1

43

L2

L2

6

47

58

37

M4

58

59

M2

57

56

4

46

R3

8

7

29

34

27

R2

M1910

41

40

67

H

6361

6665R17168

6670626267

71

6060

61

63

65

646969 64

A BCDE F

68

44

70

G

C1

42

X

Y

43

REC

G

OPTIONAL

44

APS - AIR PRESSURE SWITCH

C1 - CAPACITOR, 7.5 M FD

400 WATT MAX

S1 CONFIGURATION

D

70

60

616066

BC

A

62

HEATING ELEMENT WIRING

62

63 717064

HS - HALL EFFECT SENSOR

H - HEATING ELEMENTS (6 PCS)

M - MAGNET

C2,C3- CAPACITOR, CONVEYOR MOTOR

CON - CONTROL, OVEN

F1,F2 - FUSE, FAN MOTOR, 10A

M1 - MOTOR, OVEN FAN

1

M3

6

5

4

SOCKET HOUSING CONFIGURATIONS

68

69

69

EF

67

67

64

65

NS - NOISE SUPPRESSOR

M3,M5 - MOTOR, CONVEYOR

M2,M4 - MOTOR, COOLING FAN

MCML - CONVEYOR MOTOR CONTROL

BRN - CAP

WHT - COM

BRN - CAP

RED - HI VOLT

BLK - LO VOLT

VVVVV

MAIN FAN WIRING

M1

R1 - RELAY, HEATERS

R3 - RELAY, COOL DOWN TIMER

REC - RECEPTICAL (OPTIONAL)

R2 - RELAY, OVEN FAN MOTOR

S1 - SWITCH, MAIN POWER

- WIRE NUMBERS

XX

S2,S3 - SWITCH, CONVEYOR REVERSING

TC - THERMOCOUPLE,TYPE K

XR1 - TRANSFORMER, CONTROL

T1 - THERMOSTAT, CONTROL BOX COOLING

T2 - THERMOSTAT, HIGH LIMIT, OVEN

TD - TIMER DELAY, 20 MINUTES

82 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

1130, 1131, 1132, 1133

Schematic - S/N 0809210000017 and Above

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 83

Schematics Section 5

1132-002

Schematic - S/N 0809210000017 and Above

84 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

DO NOT SCALE DRAWING

PROPRIETARY AND CONFIDENTIAL

THE INFORMATION CONTAINED IN THIS DRAWING IS THE

SOLE PROPERTY OF GARLAND COMMERCIAL RANGES LTD.

ANY REPRODUCTION IN WHOLE OR IN PART WITHOUT THE

WRITTEN PERMISSION OF GARLAND COMMERCIAL RANGES

LTD. IS STRICTLY PROHIBITED

REV.

B

SCALE: N/A

DWG. NO.

INTERPRET GEOMETRIC DIMENSIONING &

TOLERANCING PER: ASME Y14.5M - 1994

TOLERANCES: DECIMAL ± 0.031 ANGULAR ±2°

UNLESS OTHERWISE SPECIFIED

REVISIONS

SIZE

TITLE

CHANGE DESCRIPTION

LABEL WIRING SCHEM 1 PHASE ELECTRIC

TO BE PRINTED ON 8 .5" X 11" SIZE LABEL STOCK

WITH PARMANENT BLACK INK ON WHITE

BACKGROUND

TO HAVE PRESSURE SEN SITIVE ADHESIVE WITH

RELEASE LINER

NOTE:

0

INITIAL RELEASE

1

STR8 ADDED TO THE SCHEMATIC

2

HEATING ELEMENTS CONNECTION CHANGED 5/16/2021 ECO-002855

Section 5 Schematics

1130, 1131

easyTouch Schematic - S/N 2104100102813 and Above

N/2L1L

D

KL2

A

E

C

B

KL1

F

KL3

L1

150

L2/N

75

x

GND LUG

167

168

151

5369

-RT181

-RT182

L1

L2

L3

A1

T1

T2

T3

NO NO

164

166

158

166

153

D

C

152

A2

53

155

TH2

157

162

TH3

160

75

73

52

54

155

159

154

41

59

86

Y

G

Optional

400W MAX

M1

REC1

6 452

3

72

25

50

C1

24

49

SL1

F2

L1

167

F1

38

22

168

85

TH1

58

86

L2

25

24

1

1/6

2/6

4/6

6/6

3/6

5/6

55

51

L2

57

55

56

M3

L2

56

49

M2

SL1

48

L2

4606093

58

REV 1

COOLING FANS

57

L2

52

48

SL1

156

B

165

152

2

+

3

KL1

66

A

165

164

156

162

2

1

OUTPUT

INPUT

-

+

3

4

KL2

61

64

65

F E

163

161

163

SL2

157

161

160

1

2

1

OUTPUT

INPUT

-

4

OUTPUT

INPUT

-

+

4

3

KL3

67

68

STR8

64

63

0

1

F

E

D

C

B

A

6

8

6

7

L2

SW1

40 40

6

3

5

41

V+
V­A+
A­B+
B-

1
2
3
4
5
67

8

DIP SWITCHES

STEP+
STEP­DIR+
DIR­EN+

2

3

EN-

4

FAULT+

5

FAULT-

2

7

8

200

201

205

204

203

202

209

206

207

39

47

L1

38

39

59

ACACGND

SL1

45

A+

A-

B+

M

B-

STEPPER MOTOR

208

46

47

B-

B+

A-

M

M5

A+

PSU1

+-+--+

42

200

201

1

1

4

4

2

3

2

F3

3/3

44

43

63

OPTIONAL

2/3

1/3

-P38

6 7 8

4 5
3

2

1

12 13 14 15 16
11

10

6 789

68

4 5
3

2

66

1

61

8

3

J601

J602

3

STEPPER 2

2

J101

DC IN

1

J401

TURBOFAN

J201

DIGITAL I/O

I/O

J701

UI/COMM

J304

3

5

2

4

J702

B-

B+

STEPPER

A-

M

M4

A+

STEPPER 1

RELAY

POWER

COM NCNO

6

54

J501

3

2

RELAYS

1

4
3

J203

2

PUSH

BOARD

J302

J303

TC2

TC3

TC4

TC

1

BUTTON

+

-

2

J202

1

FAN

J301

TC1

1212121

1/2

2/2

USB

USB 2

(POWER/DATA)

ETHERNET

UI

SW1: SWITCH MAIN

GUI1: GRAPHICAL DISPLAY

M1: BLOWER, MAIN

PSU1: POWER SUPPLY

KL1,K2,K3: SOLID STATE RELAY

KM: CONTACTOR

STR8: OPTIONAL STEPPER DRIV E

TH1: THERMOSTAT COOLING

TH2: SWITCH CAPILLARY

TH3: DISCONNECT THERM.

M2, M3: COOLING FAN

M4, M5: CONVEYOR MOTOR

F1,F2: FUSE, AC

F3: FUSE, DC

TC: THERMOCOUPLE

CPU

GND

GUI1

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 85

DO NOT SCALE DRAWING

PROPRIETARY AND CONFIDENTIAL

THE INFORMATION CONTAINED IN THIS DRAWING IS THE

SOLE PROPERTY OF GARLAND COMMERCIAL RANGES LTD.

ANY REPRODUCTION IN WHOLE OR IN PART WITHOUT THE

WRITTEN PERMISSION OF GARLAND COMMERCIAL RANGES

LTD. IS STRICTLY PROHIBITED

REV.

B

SCALE: N/A

DWG. NO.

INTERPRET GEOMETRIC DIMENSIONING &

TOLERANCING PER: ASME Y14.5M - 1994

TOLERANCES: DECIMAL ± 0.031 ANGULAR ±2°

UNLESS OTHERWISE SPECIFIED

REVISIONS

SIZE

TITLE

CHANGE DESCRIPTION

DR

LABEL WIRING SCHEM 1132/33 DOM

4605864

STEPPER

TO BE PRINTED ON 8 .5" X 11" SIZE LABEL STOCK

WITH PARMANENT BLACK INK ON WHITE

BACKGROUND

TO HAVE PRESSURE SEN SITIVE ADHESIVE WITH

RELEASE LINER

NOTE:

0 INITIAL RELEASE

1

STR8 ADDED TO THE SCHEMATIC

2

HEATING ELEMENTS CONNECTION CHANGED ECO-0028555/16/2021

FS

FS

Schematics Section 5

1132, 1133

easyTouch Schematic - S/N 2104100102813 and Above

L2

L3

L3

D

L1

75

GND LUG

x

86

Y

G

Optional

400W MAX

REC1

6 452

3

+-+--+

201

1

2/6

4/6

6/6

3/6

5/6

55

51

M3

L2

56

46

PSU1

42

E

KL1

KL3

F

L1

A

B

C

KL2

L2

15

16

14

21

20

53

L1

L2

L3

A1A2

K1

T1

T2

T3

NO NO

18

17

6954

33

32

-HC

34

31

27

30

37

29

-HB

26 26

-HE

-HD

31

37

-HF

-HA

36

35

TH3

41

59

28

SL2

33

17

30

18

28

29

35

19 19

34

72

L1

21

F1

38

20

53

F2

TH2

52

58

75

73

86

22

85

TH1

25

24

25

50

C1

24

49

SL1

L2

52

48

SL1

47

39

59

47

SL1

ACACGND

-T67

-T143

45

200

-FS208

SW1

40 40

L2

6

5

41

7

38

L1

3

2

39

8

M1

REV 1

4605864

1/6

L2

49

48

57

55

56

M2

SL1

L2

COOLING FANS

57

58

L2

B-

B+

A-

M

M5

A+

B-

B+

A-

M

M4

A+

4

4

1

1

2

2

3

1

1

2

+

3

KL1

-T60

66

SW1: SWITCH MAIN

GUI1: GRAPHICAL DISPLAY

KL1,K2,K3: SOLID STATE RELAY

KM: CONTACTOR

PSU1: POWER SUPPLY

2

OUTPUT

INPUT

­+

4

3

KL2

-T63

-T58

61

64

M1: BLOWER, MAIN

M2, M3: COOLING FAN

M4, M5: CONVEYOR MOTOR

F1,F2: FUSE, AC

F3: FUSE, DC

2

1

OUTPUT

INPUT

-

4

-T62

65

STR8: OPTIONAL STEPPER DRIV E

TH1: THERMOSTAT COOLING

OUTPUT

INPUT

-

+

4

3

KL3

-T56

-T57

67

68

-FS130

64

TH2: SWITCH CAPILLARY

TH3: SWITCH DISCONNECT SSR

TC: THERMOCOUPLE

-FS129

63

V+
V­A+
A­B+
B-

STR8

1
2
3
4
5
67

8

DIP SWITCHES

STEP+
STEP­DIR+
DIR-

0

1

EN+

2

F

E

3

D

EN-

C

4

B

FAULT+

A

5

8

6

6

FAULT-

7

200

201

205

204

203

202

209

206

208

207

F3

-FS196

44

43

A+

A-

B+

M

B-

STEPPER MOTOR

63

OPTIONAL

3/3

2/3

1/3

-P2

6 7 8

4 5
3

2

1

12 13 14 15 16
11

10

6 7 8 9

68

4 5
3

2

1

66

61

8

UI

CPU

3

J601

J602

3

STEPPER 2

2

J101

1

STEPPER 1

DC IN

RELAY

POWER

COM NCNO

6

J401

TURBOFAN

J201

DIGITAL I/O

I/O

J701

UI/COMM

J304

TC4

3

5

2

4

J702

USB

USB 2

(POWER/DATA)

ETHERNET

54

J501

3

2

RELAYS

1

4
3

J203

2

TC

PUSH

1

BUTTON

+

-

2

J202

1

FAN

BOARD

J301

J302

J303

TC1

TC2

TC3

1212121

1/2

2/2

GND

GUI1

86 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

1134

Schematic - S/N 2104100102812 and Below

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 87

Schematics Section 5

PC160302

REMOVED PART # 4095053, ADDED

COMPONENT LABEL "SP1"

11/10/16

20000301

LABEL, SCHEMATIC

EXPRESS OVEN

480 VAC

R

FORT WAYNE, INDIANA

MO DA YR

APPROV

REVISION

4

TITLE

BILL OF MATERIAL

ITEM QTY SIZE PART NUMBER DESCRIPTION

1

2

3

4

5

6

7

8

9

10

C

DWG NO

C

FIRST USED ON:

PROJ ENG

DWG BY

CHK'D BY

DATE

SCALE

DWG NO

ARE THE EXCLUSIVE PROPERTY OF LINCOLN FOODSERVICE

PRODUCTS, INC. AND SHALL NOT BE COPIED OR REPRODUCED

IN WHOLE OR IN PART WITHOUT THE PRIOR WRITTEN

CONSENT OF LINCOLN FOODSERVICE PRODUCTS,INC.

THE DESIGN AND ALL DETAILS THEREOF DISCLOSED HEREIN

2

3

5

6

7

8

9

10

11

12

13 14

15 16

17

18

19

20

A

B

C

D

E

F

G

H

J

K

LL

M

N

P

R

TITLE

ALL DIMENSIOINS

MAT'L

FINISH

VENDOR

REFERENCE

ARE IN INCHES

TOLERANCES

UNLESS OTHERWISE

SPECIFIED

.0000 .0015

.000 .005

.00 .015

.0 .03

ANGULAR 1

:

NOTE

REMOVE ALL BURRS & SHARP EDGES.

TOLERANCES ARE NOT CUMULATIVE.

ALL BENDS 90 UNLESS OTHERWISE SPECIFIED.

ALL BENDS _____R.(INSIDE)

RELEASED FOR PROCUREMENT

07/24/12

LABEL, SCHEMATIC

20000301

1135

D WALZ

07/24/12

NONE

T. DAILEY

T. Dailey

NPR

1076-11

ADDED CONNECTORS TO R1

ADDED R4 TO PARTS DESCRIPTION

07/30/12

1135

POSITION

JP2 TO PROPER

JP1

120V

240

JP2

50 HZ

SEE NOTE:

CON

SEE NOTE:

TC1 ­TC1 +

95

16

17

J3-12

J3-15

J3-3

J3-2

240V

50 HZ

WHTBLKRED

J3-10

J3-7

J3-4

J3-14

J3-13

31

Schematic - S/N 2104100102812 and Below

NOTE: SET JP1 AND

60 HZ

J5

J3

TC

26

APS

26

A1

25

98A

98B

33

RED

ON

S2

BLK

22

RED

ON

BRN

BLK

GRY

M3

M

HS

RED

YEL

WHT

M3-6

M3-5

CABLE SHIELD

M3-4

TO BE GROUNDED

30

30

31

98B

A2

99A

99B

R1

1819

20

M3-3

21

M3-2

17

M3-1

NOTE:

91

31

24V

XR1

23

13

BLK

12

S1

1 3

57

37

29

SP1

99B

33

32

21

181920

C2

S2 and or S3

TO NEXT POSITION

OF CONVEYOR (SWITCH)

TO REVERSE DIRECTION

90

30

24

45

1632

1324

2 4

96

38

97

99

ON

S3

BLK

101

ON

SPLIT BELT

95

OPTIONAL CONVEYOR

CABLE SHIELD

102

91

90

RED

J2-5

J2-4

J2-10

ON MCML

J6

CAT-5E plug into J3

PROPER POSITION

SET JP1 & JP2 TO

J3

240V - RED

208V - BLU

28A

7

28A

28

98

100

C3

RED

10099

RED

97

M4-2

BRN

BLK

M5

M4-1

M

YEL

RED

WHT

M4-4

M4-5

M4-6

TO BE GROUNDED

WHI

BLK

RED

BLK

WHI

101

J2-6

J2-8

J2-12

60

HZ

JP2

TO ON POSITION

SET SW1 to 1&3

50

HZ

120V

46A

R4

8

38

46

R3

GRY

98

M4-3

HS

96

J2-1

1 2 3

SW1

ON

OFF

MCML

240V

JP1

proper voltage
Note: Connect to

SEE NOTE:

1 2

3 4

70

67

67

66

B C

62

HEATING ELEMENT WIRING

62

R

Impinger II

FORT WAYNE, INDIANA

J1

DB

13 14 15

10 11 12

J3

S1 CONFIGURATION

D

70

A

1

M3

4

SOCKET HOUSING CONFIGURATIONS

68

69

68

EF

60

60

BRN - CAP

BLK - LO VOLT

64

65

64

4 5 6

7 8 9

2

5

V V V V V

BRN - CAP

WHT - COM

RED - HI VOLT

M1

20000301C

1 2 3

3

6

MAIN FAN WIRING

12

11

11

T2

8

5

NOTE: (SINGLE BELT) RIBBON CABLE PLUG INTO J5 ON COM AND INTO J1 ON DB:

(SPLIT BELT) DATA CABLE PLUG INTO J3 ON CON AND INTO J1 ON DB:

CAT-5E CORD PLUG INTO J5 ON COM AND TO J3 ON MCML

E

S

3

3A

F2

E

4

3 PHASE

3

L1L2

4

L3

L3

L1

L2

480V

S

4A

F1

4A

L1A

L2A

L3A

R4

7

5

5

5

3A

4

4
3

3

2

2

XR2

6

34

L1A

656669

L2A

L3A

R1

240V

TD

7

4 3

6

656669

T1

47

6
123

8

R2

H

64

66

68

45

28

56

59

6

47

R3

58

27

37

7

27

9

42

6 5

43

10

E

68

60
60

64

F

A

65

62

67

62
B
CD

67

70

69

70

58

59

M4

57

56

M2

4

46A

46

8

29

34

R2

R1 - RELAY, HEATERS

R4 - RELAY, SAFETY

R2 - RELAY, OVEN FAN MOTOR

R3 - RELAY, COOL DOWN TIMER

REC - RECEPTICAL (OPTIONAL)

S1 - SWITCH, MAIN POWER

SP1 - SURGE PROTECTOR

S2,S3 - SWITCHES, CONVEYOR REVERSING

9

M1

10

41

40

C1

42

X

Y

43

REC

G

OPTIONAL

44

G

44

400 WATT MAX

DB - DISPLAY BOARD

C1 - CAPACITOR, 7.5 MFD

C2,C3 - CAPACITORS, CONVEYOR MOTOR

CON - CONTROL, OVEN

F1,F2 - FUSE, FAN MOTOR,10A

APS - AIR PRESSURE SWITCH

HS - HALL EFFECT SENSOR

H - HEATING ELEMENTS (6 PCS)

XX

T1 - THERMOSTAT, CONTROL BOX COOLING

T2 - THERMOSTAT, HIGH LIMIT, OVEN

TD - TIMER DELAY, 20 MINUTES

- WIRE NUMBERS

TC - THERMOCOUPLE,TYPE K

XR1 - TRANSFORMER, CONTROL

XR2 - TRANSFORMER, STEP DOWN

MCML- CONVEYOR MOTOR CONTROL

M - MAGNET

M1 - MOTOR, OVEN FAN

M3 , M5 - MOTORS, CONVEYOR

M2,M4 - MOTORS, COOLING FAN

88 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

1164

Schematic - S/N 2201100100577 and Below

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 89

Schematics Section 5

1164

Split Belt Schematic - S/N 2201100100577 and Below

90 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

GND

L1

L2

L3

L1L2L3

T2

T3

A1A2

NO NO

T1

+

-

+

--

+

AC AC

DO NOT SCALE DRAWING

PROPRIETARY AND CONFIDENTIAL

THE INFOR MATION CON TAINED IN T HIS DRAWING IS THE

SOLE PROPERTY O F GARLAND COMMERCIAL RANGES LTD.

ANY REPRODUCTION IN WHOLE OR IN PA RT WITHOUT THE

WRITTEN PERMISSION O F GARLAND COMMER CIAL RANGES

LTD. IS STRICTLY PROHIBITED

REV.

UNITS: INCHES

B

SCALE: N/A

DWG. NO.

INTERPRET GEOMETRIC DIMENSIONING &

TOLERANCING PER: ASME Y14.5M - 1994

TOLERANCES: DECIMAL ± 0.031 ANGULAR ±2°

UNLESS OTHERWISE SPECIFIED

REVISIONS

SIZE

TITLE

CHANGE DESCRIPTI ON

DR

DATE

LABEL WIRING SCHEM 1100 3PH EL EXP

4606354

FS

NEW RELEASE

0

M

B-

B+

A-

A+

5

63

2

7

8

USB

ETHERNET

(POWER/DATA)

CPU

UI

USB 2

GND

I/O

BOARD

J301

1212121

TC1

TC2

J302

TC3

J303

J304

TC4

J702

J701

UI/COMM

1

J201

3

45

10

11

12 13 14 15 16

DIGITAL I/O

1

3

45

TURBOFAN

J401

DC IN

J101

1

3

4

STEPPER 2

J602

1

3

1

3

4

STEPPER 1

J601

4
3

1

PUSH

BUTTON

J203

54

3

1

RELAYS

J501

J202

1

FAN

POWER

RELAY

COM NCNO

4

5

3

M

B-

B+

A-

A+

OUTPUT

INPUT

1

2

4

3

+

-

OUTPUT

INPUT

1

2

4

3

+

-

OUTPUT

INPUT

1

2

4

3

+

-

645231

0

3

2

1

5

4

6

7

8

6

C

B

D

E

F

A

V+
V-

STEP+
STEP­DIR+
DIR­EN+
EN­FAULT+
FAULT-

A+
A­B+
B-

1
2
3
4
5
67

8

M

B-

B+

A-

A+

1/2

2/2

+

-

-HC

-HB

-HD

STEPPER MOTOR

L1

L2

APS1

L3

TC

F2

F1

N

G

66

66

68

68

67

26

26

27

17

16

16

58

58

57

57

38

38

41

40

40

44

43

42

18

28

28

45

36

37

37

49

49

207

208

206

202

203

204

205

201

200

STR8

200

201

+

46

48

56

SW

PSU

GUI

FLT

M1

M4

N

41

KLx: SOLID STA TE RELAY

KM: CONTACTOR

SW1: SWITCH MAIN

GUI: GRAPH ICAL DISPLAY

PSU: POWER SUPPLY

M1: BLOWER, MAIN

M2, M3: COOLING FAN

M4, M5: CONVEYOR MOTOR

F1: FUSE, AC

F2: FUSE, DC

TH1: THERMOSTAT COOLING

TH2: SWITCH CAPILLARY

TH3: SWITCH DISCONNECT SSR

TC: THERMOCOUPLE

-Hx: HEATING ELEMENTS

FLT: ELECTRIC FILTER

4606354 REV. 0

TO BE PRINTED ON 8.5" X 11" SIZE LABEL STOCK

WITH PARMANENT BLACK INK ON WHITE

BACKGROUND

TO HAVE PRESSURE S ENSITIVE ADHESIVE WITH

RELEASE LINER

NOTE:

8.50

11.00

Section 5 Schematics

1164

easyTouch

Schematic - S/N 2201100100578 and Above

TB

60

50

52

KM

N

53

51

-HA

39

47

53

54

-HE

31

51

-HF

55

47

KL1

39

KL2

KL3

59

OPTIONAL

65

64

61

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 91

62

CHASSIS

STR8: STEPPER DR IVE

10

50

29

11

14

TH2

34

13

11

TH1

13

12

CAP

20

19

20

M3

32

25

12

33

32

M2

24

25

33

34

60

10

62

29

21

59

TH3

24

30

35

15

14

DIP SW ITCHES

209

64

63

GND

22

L

2335

-

63

61

2

2

2

678

2

6789

2

8

2

M5

OPTIONAL

6

2

2

2

Schematics Section 5

Lincoln Impinger / Aperion Start-Up

Note: Use A Separate Form for Each Oven

M/N: _______________________________________ S/N: ________________________________________________

How many ovens are at this location ______________ Is this oven the: Top Middle Bottom
Customer’s Name: ____________________________________ Store #: (If Applicable) ____________________________
Address: __________________________________________________ City: ____________________________________
State: _____________________ Zip Code: _____________________ Location’s PH#: _____________________________
Service Agency: ___________________________________________ Technician: ________________________________

1. Has the oven been running prior to start-up, YES / NO If “YES” how many days? _______________________

2. Is restraining device in place? YES / NO If “NO” explain ______________________________________________________________

3. Make sure that single and/or stacked ovens are installed as required in the Installation and Operating Instructions for this model. Please

Provide a picture of the oven in place:

Single ________ Stacked ________ Legs ________ Stand ________ Casters ________ Other _________

4. Instruct operator and staff how to disassemble, clean, and "reassemble" the oven. Include fingers, retaining brackets and conveyors.

5. Check to insure proper electrical connection of each oven. Is grounding lug in junction box connected to proper ground wire? _____

Does each oven have a separate electrical service (circuit breaker)? ______________
Does each oven have its own neutral wire which runs all the way back to the circuit breaker panel? _________________________
NOTE: IF INCOMING VOLTAGES ARE NOT CORRECT, DO NOT OPE RATE OVEN(S).

6. Is Lincoln gas shut off valve (369081 supplied) installed properly on each oven? ____________

Note: Check for gas leaks with bubble soap, and DO NOT OPPERATE OVEN(S) if a leak can not be tightened.

7. What is the incoming main line gas pressure at the oven with oven turned OFF: _________"WC/MB/MM

Incoming main line gas pressure at each oven with ovens turned ON: _______"WC/MB/MM.

8. With all ovens “ON” Set gas manifold pressure and record here:

Right Side ____________"WC/MB/MM Left side (1600 series only) ____________"WC/MB/MM

9. With ovens “OFF”, check and record incoming voltages.

Please refer to specification plate for proper voltages and schematic for proper connections.
L1-N_______VAC L1-L2______VAC
L2-N_______VAC L2-L3______VAC
L3-N_______VAC L1-L3______VAC

10. Check and record incoming voltage and amperage (electric ovens only).

NOTE: HEATING ELEMENTS MUST BE "ON".
L1-N______VAC L1-L2______VAC L1______Amps
L2-N______VAC L2-L3______VAC L2______Amps
L3-N______VAC L1-L3______V AC L3______Amps

11. Check conveyor belt speed. (Leading edge in, leading edge out) ______________________________________

12. With oven on, disconnect power wire to main fan motor. As fan gradually slows, safety circuits will open, removing power from "Heating

System". If this does not happen, adjust controls accordingly. ____________________

13. Check and calibrate oven temperature _________ (See service manual for proper calibration procedure).

14. Perform smoke candle test (P/N:369361).

(Circle one) NO HOOD 0% 20% 40% 60% 80% 100%
Note: For “Ventilation Information” Please refer to the installation operations manual.

15. T urn off the ovens(s) and record the time elapsed until oven cool down is complete and the final temperature reading. NOTE: Not all

ovens have cool down timers. Time (if applicable) ____________ Temp _______________

I _________________________, accept this Start-up to be complete and accurate on this date of __________________.

NOTE: START UP FORM MUST BE FILLED OUT COMPLETELY AND CORRECTLY BEFORE CREDIT WILL BE ISSUED!
Please send this Start up and pictures of the oven to your warranty department for proper filling.

P/N 2802427

92 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

Impinger® II Express

easyTouch & Digital

Series 1100 Series Conveyor Oven

Start up Form

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 93

Schematics Section 5

LIMITED WARRANTY, TERMS AND CONDITIONS

LINCOLN EQUIPMENT LIMITED WARRANTY

Lincoln Foodservice (“Lincoln”) warrants this product to be free from
defects in material and workmanship as follows:

• 2424 Electric, Electric Ventless and Gas ovens for a period of two (2)
years from date of purchase

• Equipment must be installed within 12 months from date of
manufacture.

Note: Warranty terms may vary based on agreement at time of purchase.

During the warranty period, Lincoln shall repair or, at Lincoln’s option,
replace parts determined by Lincoln to be defective in material or
workmanship, and with respect to services, shall re-perform any defective
portion of said services. The foregoing shall be the sole obligation of
Lincoln under this Limited Warranty with respect to the equipment,
products and services. With respect to equipment, materials, parts and
accessories manufactured by others, Lincoln’s sole obligation shall be
to use reasonable efforts to obtain the full benefit of the manufacturers’
warranties. Lincoln shall have no liability, whether in contract, tort,
negligence, or otherwise, with respect to non-Lincoln manufactured
products.

WHO IS COVERED

This Limited Warranty is available only to the original purchaser of the
product and is not transferable.

EXCLUSIONS FROM COVERAGE

• Repair or replacement of parts required because of misuse, improper
care or storage, negligence, alteration, accident, use of incompatible
supplies or lack of specified maintenance shall be excluded.

• Normal maintenance items, including but not limited to, fuses,
conveyor belt, conveyor bearings, interior and exterior finishes,
lubrication, oven pass-through glass door, door hinges, etc.

• Adjustments and calibration of temperatures, speed and air flows.

• Failures caused by erratic voltages or gas supplies.

• Any travel costs beyond 100 miles roundtrip or 2 hours travel other
than overland, overtime, holiday charge, and any special arrangement.

• Any travel costs above actual time (One-way travel ONLY paid).

• Any charges additional to the SRT (Standard Repair Times) will be
authorized and paid at the discretion of Lincoln.

• Improper or unauthorized repair.

• This Limited Warranty will not apply to any parts subject to damage
beyond the control of Lincoln, or to equipment which has been
subject to alteration, misuse or improper installation, accidents,
damage in shipment, fire, floods, power changes, other hazards or acts
of God that are beyond the control of Lincoln.

• This Limited Warranty does not apply and shall not cover any
products or equipment manufactured or sold by Lincoln when
such products or commercial equipment is installed or used in a
residential or non-commercial application. Installations not within
the applicable building or fire codes render this Limited Warranty
and any responsibility or obligations associated therein null and
void. This includes any damage, costs or legal actions resulting from
the installation of any Lincoln manufactured commercial cooking or
warming equipment in a non-commercial application or installation,
where the equipment is being used for applications other than those
approved for by Lincoln.

• With respect to equipment, materials, parts and accessories
manufactured by others, Lincoln’s sole obligation shall be to use

reasonable efforts to obtain the full benefit of the manufacturers’
warranties. Lincoln shall have no liability, whether in contract, tort,
negligence, or otherwise, with respect to non-Lincoln manufactured
products.

LIMITATIONS OF LIABILITY

The preceding paragraphs set forth the exclusive remedy for all claims
based on failure of, or defect in, products or services sold hereunder,
whether the failure or defect arises before or during the warranty period,
and whether a claim, however instituted, is based on contract, indemnity,
warranty, tort (including negligence), strict liability, implied by statute,
common-law or otherwise. Lincoln, its servants and agents shall not be
liable for any claims for personal injuries or consequential damages or loss,
howsoever caused. Upon the expiration of the warranty period, all such
liability shall terminate. THE FOREGOING WARRANTIES ARE EXCLUSIVE AND
IN LIEU OF ALL OTHER WARRANTIES, WHETHER WRITTEN, ORAL, IMPLIED
OR STATUTORY. NO IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS
FOR PARTICULAR PURPOSE SHALL APPLY. LINCOLN DOES NOT WARRANT
ANY PRODUCTS OR SERVICES OF OTHERS.

REMEDIES

• The liability of Lincoln for breach of any warranty obligation
hereunder is limited to: (i) the repair or replacement of the equipment
on which the liability is based, or with respect to services, re­performance of the services; or (ii) at Lincoln’s option, the refund of
the amount paid for said equipment or services.

• Any breach by Lincoln with respect to any item or unit of equipment
or services shall be deemed a breach with respect to that item or unit

or service only.

WARRANTY CLAIM PROCEDURE

• Immediately advise the Dealer or Lincoln’s Factory Authorized Servicer
of the equipment serial number and the nature of the problem.

• Verify the problem is a factory responsibility. Improper installation or
misuse of equipment are not covered under this Limited Warranty.

• Cooperate with the Service Agency so that warranty service may be
completed during normal working hours.

GOVERNING LAW

Limited Warranty shall be governed by the laws of the state of Delaware,
USA, excluding their conflicts of law principles. The United Nations
Convention on Contracts for the International Sale of Goods is hereby
excluded in its entirety from application to this Limited Warranty.

INTERNATIONAL SALES POLICY

International sales orders submitted by US dealers are subject to the
following up charge:

•

2424 Asperion Whisper Oven – 20%

•

lmpinger II, lmpinger I, Low Profile, 3200 Series ovens - 20%.

•

Countertop Oven (DCTI - 2500 series) - 15%.
All shipments FOB Covington, TN 38019

94 Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22

Section 5 Schematics

THIS PAGE INTENTIONALLY LEFT BLANK

Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22 95

1177 KAMATO ROAD, MISSISSAUGA, ONTARO, CANADA

WWW.LINCOLNFP.COM.

LINCOLN

L4W 1X4

844.724.2273

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Document #: LIN_EOGO_SM_IMPII_S1100_4608349 – 01/22