1

This service data sheet is intended for use by persons having electrical and mechanical training and a level of knowledge of these subjects generally considered acceptable in the appliance repair trade. The manufacturer cannot be responsible, nor assume any liability, for injury or damage of any kind arising from the use of this data sheet.

SAFE SERVICING PRACTICES

To avoid the possibility of personal injury and/or property damage, it is important that safe servicing practices be observed. The following are some, but not all, examples of safe practices.

1. Do not attempt a product repair if you have any doubts as to your ability to complete it in a safe and satisfactory manner.

2. Before servicing or moving an appliance, remove power cord from electric outlet, trip circuit breaker to Off, or remove fuse.

3. Never interfere with the proper installation of any safety device.

4. USE ONLY REPLACEMENT PARTS SPECIFIED FOR THIS APPLIANCE. SUBSTITUTIONS MAY DEFEAT COMPLIANCE WITH SAFETY STANDARDS SET FOR HOME APPLIANCES.

5. GROUNDING: The standard color coding for safety ground wires is GREEN OR GREEN WITH YELLOW STRIPES. Ground leads are not to be used as current carrying conductors. IT IS EXTREMELY IMPORTANT THAT THE SERVICE TECHNICIAN REESTABLISH ALL SAFETY GROUNDS PRIOR TO COMPLETION OF SERVICE. FAILURE TO DO SO WILL CREATE A POTENTIAL HAZARD.

6. Prior to returning the product to service, ensure that: • Allelectricconnectionsarecorrectandsecure. • Allelectricalleadsareproperlydressedandsecuredawayfromsharpedges,high-temperature

components, and moving parts. • Alluninsulatedelectricalterminals,connectors,heaters,etc.areadequatelyspacedawayfrom

all metal parts and panels. • Allsafetygrounds(bothinternalandexternal)arecorrectlyandsecurelyreassembled. • Allpanelsareproperlyandsecurelyreassembled.

NOTICE

SERVICE DATA SHEET 318127068 (0910) Rev. A

Appliance with Electronic Oven Control

IMPORTANT NOTES

1. This unit includes an EOC-Relay Board, EOC-Display Board, ESEC-UIB, ESEC-Relay Board and an ESEC-RHIB.2. The included boards are not field repairable.3. The oven temperature can be calibrated, see Use and Care Manual.4. The pin on board connectors indicates pin number 1.

DATA SHEET ABBREVIATIONS AND TERMINOLOGY

EOC : Electronic Oven ControlESEC : Electronic Surface Element ControlUIB : User Interface BoardRHIB : Rotary Human Interface BoardLED: Light-EmittingDiode

MDL : Motor Door LatchDLB : Double Line BreakRTD : Resistance Temperature Detector / Oven Probe

2

setclock

keep warmdrawer

on·off

1 2 3

4 5 6

7 8 9

0

bake broil convect

cancelstartpizza

chickennuggets

adda min

delaystart

baketime

powerpluspreheat

keepwarm

selfclean

convectconvert

low

med

hi

myfavorite

on·off

low

med

hi

keep warmzone

J4

P3 P17 P1 P11 P9 P7J3

K11 K14 K16 K18K1 K7 K5 K3

P2

P5

P6

P11

P15

P13

K21

K19J8

J3 J2

K9

J3. Relay Outputs : Motor Door Latch, Oven Light, Convection Fan and Cooling Fan.

PowerInput(L1andNeutral).J4. Display Board to Relay Board ConnectionsJ8. Warmer Zone Connector

Relay Board Legend:K1. Double Line Break RelayK3. Broil Relay K5. Bake RelayK7. Convection Element RelayK9. Convection Fan RelayK11. Motor Door Latch RelayK14. Oven Light RelayK16. Cooling Fan Low Speed RelayK18. Cooling Fan High Speed RelayK19. Warmer Zone RelayK21. Warmer Drawer Relay

P1. L2 OutP3. L2 InP5. L1 InputP7. Broil ConnectorP9. Bake ConnectorP11. Convection Element ConnectorP13. Warmer Drawer ConnectorP15. L1 InputP17.L2In(notused)

Display Board Legend:J2. LED Connector for Touch MembraneJ3. Keyboard ConnectorP2. MicroProgrammingHeader(notused)P6. ESEC Board CommunicationP11. Door switch, Motor Door Latch Switch and

Oven Probe Inputs.

Display Board

Relay Board

ILLUSTRATION OF OVEN CONTROLS - US MODEL

ILLUSTRATION OF OVEN CONTROLS - CANADIAN MODEL

ELECTRONIC OVEN CONTROL (EOC)

Professional Series:

Professional Series:

3

OVEN

TEMPERATURESENSOR

RTD SCALETemp. °F Temp. °C Resistance (ohms)

32 ± 1.9 0.0 ± 1.1 1000 ± 4.0

75 ± 2.5 23.9 ± 1.4 1091 ± 5.3

250 ± 4.4 121.1 ± 2.4 1453 ± 8.9

350 ± 5.4 176.7 ± 3.0 1654 ± 10.8

450 ± 6.9 232.2 ± 3.8 1852 ± 13.5

550 ± 8.2 287.8 ± 4.6 2047 ± 15.8

650 ± 9.6 343.3 ± 5.3 2237 ± 18.5

900 ± 13.6 482.2 ± 7.6 2697 ± 24.4

ELECTRONIC SURFACE ELEMENT CONTROL - ROTARY HUMAN INTERFACE BOARD

ESEC - Rotary Human Interface Board Legend:J1. Connected to J3J2. ConnectedtoJ2-ESEC20UIBJ3. Connected to J1J4. Connected to J5J5. Connected to J4J6. Connected to J7J7. Connected to J6P1. ConnectedtoP1-ESEC20UIBP2. ConnectedtoP2-ESEC20UIB

OVEN ELECTRICAL RATINGPro. Series

SoldinU.-S.

Pro. Series sold

in Canada

Bake Element Wattage

2500W / 1878W

2500W / 1878W

Broil Element Wattage

4000W / 3004W

3400W /2553W

Convection Element Wattage 500W 500W

KW Rating See serial plate

COOKTOP ELECTRICAL RATING

- Left Rear Radiant Single Element 7" 1800W- Left Front Radiant Bridge Element 7" 1800W / 2600W- Right Rear Induction 145mm 1500W / Power Boost 1900W- Right Front Induction 260mm 2500W / Power Boost 3400W

4

HYBRID COOKTOP

The Cooktop is provided with 2 induction burners and 2 radiant burners. The ESEC (Electronic Surface Element Control) is designed to command the Relay Board that controls the radiant elements and the Induction Module that controls the induction coils. The ESEC will control power of the different radiant elements based on the user selected levels. It will turn ON/OFF the elements according to power level requested by the user. The ESEC will maintain the elements temperature by cycling the Relay Board relays using a 40 seconds cycle, each power levels having a different duty cycle.The ESEC will control power of the different induction burners based on the user selected levels. It will supply more or less heat to the cooking zone according to power level requested by the user. Induction zone heat is generated by magnetic field directly in the pot. This means no heat will be produced if there is no cookware on the zone or if the cookware is not suitable for induction cooking.

ESEC USER INTERfACE BOARD (UIB)

P3

J2

P1 P2

P4P9

P7UIB Board LegendP1. Connector for Control Panel LEDs and Display IndicatorsP2. Connector for Control Panel LEDs Display IndicatorsP3. Micro-Programming Header (Not Used)P4. Power Supply InputP7. LIN Communication with Electronic Oven Control (EOC)P9. LIN Communication with Induction System and Cooktop Relay BoardJ2. Rotary Control Signal Connector

WIRE HARNESS CAPACITOR (some models)

L1 L2Neutral

Chassis

POWER SUPPLY BOARD

Power Supply Board Legend:P1. AC Input Voltage (120VAC)P2. Not UsedP3. DC Outputs

P1

P2

P3

5

INDUCTION MODULE

Induction Module Legend:X5/X6X8. Right Front ElementX4/X7/X9. Right Rear ElementX50/L1. L1 Line Voltage InputX52/N1. L2 Line Voltage InputX54/GND. Ground Line Voltage InputX68. Communication with UIB and Relay Board

filter Board

Generator Board

RADIANT ZONES RELAY BOARD

X1X2X3X4X5X6X7X8X9X10 X110

X101

X103

X102

X350K1K2K3K4K5K6

Relay Board Legend:X1. Left Rear ElementX2. L2 Line Voltage InputX3. Not UsedX4. L2 Line Voltage InputX5. Left Front ElementX6. Bridge ElementX7. L2 Line Voltage InputX8. Not UsedX9. Not UsedX10. Not Used

X101/103. Communication with ESEC and Induction Module (could be either X101 and X103)

X102. Surface Element Hot Signal InputsX110. Micro Programming header (not used)X350. Thermostats Signal Inputs (Shorted)K1. Relay for Left Rear Element K2. Not UsedK3. Relay for Left Front ElementK4. Relay for Bridge ElementK5. Not UsedK6. Not Used

6

Error # Condition Suggested Corrective Action30"

14 UI Panel cable missing1) Verify all cables between Rotary Boards && ESEC20 UIB are well connected && not damaged. 2) Verify cable between Rotary Board && Pilot Lamps is connected && not damage. 3) Change ESEC20 UIB) 4) Change Rotary Board

21 Touch: Lin error - no communica-tions

1) Verify communication harnesses between ESEC20 UIB, Induction Generator Housing && Relay Board are well connected && not dam-aged. 2) Change ESEC20 UIB. 3) Change Relay Board. 4) Replace the Induction Generator Housing.

32 12V on the service section to low (relay board)

1) Verify harness between Induction Generator Housing && Relay Board. 2) Change the Relay Board. 4) Replace the Induction Generator Hous-ing.

36 LIN error, bad communication. 1) Verify LIN communication cable is well connected && not damaged. 2) Replace relay board.

37Relay Voltage Error" and indicates that the number of relays switched on is wrong

1) Replace relay board.

38 General HW/SW error, relay board 1) Replace relay board.

39Incorrect configuration, ESEC20 vs Induction Generator Housing or Relay Board.

Execute following sequence to force cooktop reconfiguration (Be sure the good ESEC20 UIB is installed into the cooktop)1-Put all rotary control to the first detent position clockwise (1 o'clock). 2-Put all rotary control to the first detent position counterclockwise (11 o'clock). The system should then reconfigure, showing walking dashes on the cooking zones displays.

3-Put all rotary controls to "Off" position. There should be no more error code and the cooktop is ready for operation.

4-Test all zones for correct operation.

51 Element temperature sensor break, (Relay Board)

1) Check jumper wire harness at X350 of relay board. Replace if defec-tive. 2) Change Relay Board.

54 Element temperature sensor break, cook place 4 (Rear Right)

1) Verify element temperature sensor is correctly connected to the induc-tion housing. 2) Replace element if the temperature sensor resistor value is not approximatively 1000 ohms at room temperature. 3) Replace the Induction Generator Housing55 Element temperature sensor break,

cook place 5 (Front Right)

61 Heat sink temperature sensor break on Relay Board

1) Verify cooktop ventilation is correct(airway & fan) 2) Verify if the cook-top is correctly re-assembled && installed. 3) Change the Relay Roard.

64 Element temperature sensor too hot cook place 4 (Rear Right)

1) Verify cooktop ventilation is correct(airway & fan). 2) Verify if the cook-top is correctly re-assembled && installed. 3) Verify element temperature sensor is correctly connected to the induction housing. 4) Replace ele-ment if the temperature sensor resistor value is not approximatively 1000 ohms at room temperature. 5) Replace the Induction Generator Housing.

65 Element temperature sensor too hot cook place 5 (Front Right)

80 General HW/SW error, Induction Generator Assy 1) Replace Induction Generator Housing

81 General HW/SW error, relay board 1) Replace relay board.

90Wrong connection secondary volt-age of the power pack too high (primary > 300V)

1) Verify AC input voltage at the cooktop input. 2) Verify AC main input cables & screws 3) Replace the Filter Board on the Induction Generator Housing

91 Synchronous impulse (net zero crossover)

1) Test cables & connections on the Induction Generator Housing. 2) Replace the Induction Generator Housing

92 12V on the service section to low (Induction Generator Housing) 1) Test cables & connections on the Induction Generator Housing. 2)

Replace the Induction Generator Housing 93 5V overcurrent on the switched 5V on the service section

94Sub LIN error communication filter service section incorrectly - This is an error detected between the filter board and the power boards.

1) Verify cable between filter board X58 and generator board X10. 2) Verify the thermal limiter resistor value (installed in the heat sink) to be approximatively 0 ohm. 3) Replace the Induction Generator Housing.

95

Mains voltage signal invalidly phase 1, undervoltage or optocou-pler defective - This is an indication that one phase is wrong. The other phase will still work.

1) Verify AC input voltage at the cooktop input. 2) Verify AC main input cables & screws 3) Verify the fuse resistance to be approximatively 0 ohm. 4) Replace the Induction Generator Housing

96 LIN error, bad communication. 1) Replace the Induction Generator Housing 97 Heat sink temperature sensor break 1) Replace the Induction Generator Housing

98 General HW/SW error, Induction Generator Assy 1) Replace the Induction Generator Housing

COOKTOP ZONES ERROR CODES

7

OVEN CIRCUIT ANALYSIS MATRIXOn Relay Board On Display Board

ELEMENTSConv Fan J3-5

Oven Light J3-3

Door MotorJ3-4

DLBL2 out

P1

Cooling Fan Low Speed

J3-2

Cooling Fan High Speed

J3-1Door Switch P11-3 / P11-4

BakeP9

BroilP7

ConvP11

Bake X X X* X X X

Broil X X X X

Convection Bake X X X X X X

Convection Roast X X X X X X

Convection Broil X X X X X

Clean X X X X X

Locking / Unlocking X

Light X

Door Open X

Door Closed X

ELECTRONIC SURFACE ELEMENT CONTROL (ESEC) FAULT CODE DESCRIPTIONS

E013 Bad EEPROM. Replace ESEC-UIB.

E014 Loss of Display tail #0. Check connection P1 on ESEC-UIBandP1onESECRotaryHIBoard(RR).

Loss of Display tail #1. Check connection P2 on ESEC-UIBandP2onESECRotaryHIBoard(RF).

Loss of Keyboard Tail. Check connection J2 on ESEC-UIBandJ8(RF).

E015 ESEC self test failed. An E015 error code may indicate the ESEC-UIB is not receiving a synchronization signal from the ESEC-Relay Board. Check first if J2 pin 5 on the ESEC-Relay Board is wired to P4 pin 5 on the ESEC-UIB. If wiring is good and the problem is still there, replace the ESEC-UIB. If the problem persists, replace the ESEC-Relay Board.

N450W

TIMER CONTROLMINUTERIE

P13

TIMER CONTROLMINUTERIE

P11-6

TIMER CONTROLMINUTERIE

P11-3

WARM AND SERVE DRAWER DIAGRAM

WhentheWarmandServeDrawerisfirstturnedon,a"Preheat"circuitisestablishedtoprovidefullpower(120volts).Whenthetemperatureatthepreheatthermostatreaches150°Fthethermostatopens,andthewarmerele-ment starts cycling. If the control is placed on a lower setting, it is possible for the temperature in the drawer to drop enough to allow the preheat thermostat to close again which will allow the element to reenter the "Preheat" mode at full power.

8

ELECTRONIC OVEN CONTROL (EOC) FAULT CODE DESCRIPTIONSNote: Generally speaking “F1x” implies a control failure, “F3x” an oven probe problem, and “F9x” a latch motor problem.

Code Condition / Cause Suggested Corrective Action

F10Control has sensed a potential runaway oven condition. Control may have shorted relay, RTD sensor probe may have a gone bad.

1) Check RTD sensor probe and replace if necessary. If oven is overheating, disconnect power. If oven continues to overheat when power is reapplied, replace the EOC.

F11

Shorted Key: a key has been detected as pressed (for a long period) will beconsidered a shorted key alarm and will terminate all oven activity.

1) Press Cancel key.2)Iffaultreturns,replacethekeyboard(membrane).3) If the problem persists, replace the EOC.

F13Control's internal checksum may have become corrupted.

1) Press Cancel key.2) Disconnect power, wait 10 seconds and reapply power. If fault returns uponpower-up,replaceEOC.

F14 Misconnected keyboard cable.

1) Disconnect power. Verify the flat cable connection between the keyboard membrane and the EOC on J2 and J3.2) If the problem persists, replace the EOC.3) If the connection is good but the problem persists, replace the keyboard (membraneswitch).

F15 Controller self check failed. 1) Replace the EOC.

F20 Control had detected a problem with the communication link with the ESEC.

1) Check connection between P6 on EOC and P7 on ESEC-UIB.2) If problem persist, replace ESEC-UIB.3) If all above steps failed to correct situation, replace EOC.

F30Open RTD sensor probe/ wiring problem. Note: EOC may initially display an "F10", thinking a runaway condition exists.

1) Check wiring in probe circuit for possible open condition.2) Check RTD resistance at room temperature (compare to proberesistance chart). If resistance does not match the chart, replace theRTD sensor probe.3) Let the oven cool down and restart the function4) If the problem persists, replace the EOC.

F31 Shorted RTD sensor probe / wiring problem.

F62 Missingzero-crosssignal. 1) Replace the EOC.

F90Door motor mechanism failure. The controller does not see the motor rotating.

1) Press Cancel key.2) If Cancel key does not eliminate problem, turn off power for 30 seconds, then turn on power.3) Check wiring of Lock Motor, Lock Switch and Door Switch circuits. 4)Unplugthelockmotorfromtheboardandapplypower(L1)directlyto the Lock Motor. If the motor does not rotate, replace Lock Motor Assembly.5) CheckLockSwitch forproperoperation (do theyopenandclose,checkwithohmmeter).TheLockMotormaybepoweredasinabovestepto open and close Lock Switch. If the Lock Switch is defective, replace Motor Lock Assembly.6) If all above steps fail to correct situation, replace the EOC in the event of a motor that does not rotate.

F95 Door motor mechanism failure. The motor does not stop rotating.

1) Press Cancel key.2) Turn power off for 30 seconds then turn power on. If the door motor never stops rotating, or if the F95 error comes back again, verify wiring of the motor. If wiring is good, replace the EOC.3) If the problem persists, replace the motor door latch assembly.

9

INTERCONNECTION DIAGRAM

Pin

4 =

Not

Use

dP

in 1

=

+13.

2Vdc

X1

=K

1 - "

Rel

ay"

LR

1800

WP

in 3

=N

ot U

sed

Pin

2 =

+5

Vdc

X2

=LI

NE

IN (L

2)P

in 2

=LI

N D

ata

Pin

3 =

LI

N D

ata

X3

=K

2 - "

Rel

ay"

Not

Use

dP

in 1

=

Gro

und

Pin

4 =

G

roun

dX

4 =

LIN

E IN

(L2)

X5

=K

3 - "

Rel

ay"

LF1

1

800

WX

6 =

K4

- "R

elay

"B

ridge

800

WX

7 =

LIN

E IN

(L2)

P1,1

7P

ins;

Dis

play

sX

8 =

K5

- "R

elay

"P

in 1

=

+13.

2Vdc

X9

=K

6 - "

Rel

ay"

Not

Use

dP2

, 16

Pin

s; D

ispl

ays

Pin

2 =

+5

Vdc

X10

=N

ot U

sed

Pin

3 =

LI

N D

ata

J2, 1

4 P

ins;

Con

trols

Pin

4 =

G

roun

dpi

n 1

=In

1LF

Lim

itor -

Api

n 2

=13

.2V

d cLF

Lim

itor -

Bpi

n 3

=In

2N

ot U

sed

pin

4 =

13.2

Vdc

Not

Use

dP

in 1

=N

ot u

sed

pin

5 =

In3

Not

Use

dP

in 2

=N

ot u

sed

Pin

1 =

In

pin

6 =

13.2

Vdc

Not

Use

dP

in 3

=N

ot u

sed

Pin

2 =

O

utpi

n 7

=In

4LR

Lim

itor -

AP

in 4

=N

ot u

sed

pin

8 =

13.2

Vd c

LR L

imito

r - B

Pin

5 =

Not

use

dP

in 6

=N

ot u

sed

Pin

1 =

Gro

und

Pin

1 =

Gro

und

pin

1 =

Neu

tral

Neu

tral

Pin

2 =

V_L

ED

"8 V

" DC

nom

inal

Pin

2 =

V_L

ED

"8 V

" DC

nom

inal

pin

2 =

Not

use

dP

in 3

=V

_UR

"16

V" D

C n

omin

alP

in 3

=V

_UR

"16

V" D

C n

omin

alpi

n 3

=N

ot u

sed

Pin

4 =

Not

Use

dP

in 4

=N

ot U

sed

pin

4 =

L1L1

Pin

5 =

Not

Use

dP

in 5

=N

ot U

sed

Pin

3 =

Not

Use

dP

in 2

=LI

N D

ata

Pin

1 =

G

roun

d

X54

/ P

EC

hass

isX

50 /

L1L1

Pin

1 =

+1

3.2V

dcX

52 /

N1

L2P

in 2

=

+5V

d c

Rot

ary

Boa

rdP

in 3

=

LIN

Dat

aX

6 =

Pow

erP

in 4

=

Gro

und

X5

=Te

mp.

Sen

sor (

2 w

ires)

X8

=P

ower

X9

=P

ower

X4

=Te

mp.

Sen

sor (

2 w

ires)

X7

=P

owe r

Wire

Har

ness

, Cap

acito

rs(S

ome

Mod

els)

L1 L2 Neu

tral

Cha

ssis

OVE

N C

ON

TRO

L ES

5XX

pin1

=

CR

ele

men

tpi

n2 =

N

ot u

sed

L2 O

UT

pin

1 =

Com

mun

icat

ion

P1

=D

LB -

"Rel

ay"

pin

2 =

Not

Use

dP

3 =

DLB

- "R

elay

"L2

INpi

n 3

=G

roun

dP

5 =

L1-IN

L1 IN

pin

4 =

Not

Use

dP

15 =

L1-IN

L1 IN

pin

5 =

Not

Use

dP

7 =

K3

- "R

elay

"B

RO

IL e

lem

ent (

240

V)

pin

6 =

Not

Use

dP

9 =

K5

- "R

elay

"B

AK

E e

lem

ent (

240

V)

P11

=K

7 - "

Rel

ay"

CO

NV

EC

TIO

N e

lem

ent (

120V

)O

ven

Tem

pera

ture

Pro

bepi

n 1

=Te

mpe

ratu

re P

robe

P13

=K

21 -

"Rel

ay"

War

mer

Dra

wer

ele

men

t (12

0V)

pin

2 =

Tem

pera

ture

Pro

beP

17 =

DLB

- "R

elay

"L2

INpi

n 3

=R

etur

n P

ath

Sw

itch

Doo

r Sw

itch

pin

4 =

Sw

itch

Doo

rpi

n 1

=K

18 -

"Rel

ay"

Coo

ling

FAN

HI (

120

V)

pin

5 =

Not

Use

dpi

n 2

=K

16 -

"Rel

ay"

Coo

ling

FAN

LO

W (1

20 V

)Th

erm

osta

t War

mer

Dra

wer

pin

6 =

Ther

mos

tat W

/Dpi

n 3

=K

14 -

"Rel

ay"

2 X

OV

EN

LIG

HT

(120

V)

Latc

h M

otor

Sw

itch

pin

7 =

Doo

r Lat

ch M

otor

Sw

itch

pin

4 =

K11

- "R

elay

"LA

TCH

MO

TOR

(120

V)

pin

5 =

K9

- "R

elay

"C

ON

VE

CTI

ON

FA

N (1

20 V

)

pin

6 =

L1-IN

L1

pin

7 =

Not

use

dpi

n 8

=N

EU

TRA

L IN

NE

UTR

AL

P6Communication

Faston

Terminals

P11Switches sense and oven probe

J3Accessories Output

Induction Surface Elements

P9LI

N C

omm

unic

atio

n4

pins

X101

LIN

Com

mun

icat

ion

to U

IB 4

pin

s

X103

LIN

com

mun

icat

ion

to In

duct

ion

Hou

sing

4

pins

edg

e

Faston Terminals"Elements

Connections"

X102

Hot

Sur

face

Inpu

ts

(from

ele

men

ts)

8 pi

ns e

dge

RR

145

mm

in

duct

or

Rf

260m

m

indu

ctor

P3P

rogr

amm

ing

Con

nect

or

6 P

ins

To S

uppo

rt P

late

P7LI

N C

omm

unic

atio

n3

pins

P4In

put F

rom

Pow

er S

uppl

y B

oard

5

Pin

s

P216

Pin

s; D

ispl

ays

Radiant Surface Elements

Pow

er S

uppl

y

Indu

ctio

nH

ousi

ng

X350

Ther

mod

isk

Inpu

t2

pins

hea

der

HS

P2P

ower

Sup

ply

Out

put

5 pi

ns

P1Li

ne In

put

4 pi

ns

PRO

JET:

2009

LA

-024

- f

rigid

aire

Pro

Hyb

rid S

lide-

InTO

PR

elay

Boa

rdES

EC20

UIB

OVE

N

X68

LIN

com

mun

icat

ion

4 pi

ns h

eade

r

J214

Pin

s; C

ontro

ls

J8W

arm

er Z

one

P117

Pin

s; D

ispl

ays

TH2

=> S

afet

y Th

erm

osta

t on

Mai

n B

ack

TH1

WarmerZone

4 4

CC

C

Neu

tral

TH2

10

NOTES

11

NOTES

12

NOTES