Frigidaire CGES3065KB2 Service Паспорт обслуживания - Страница 15

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Slide-in Frigidaire
Gallery T2/SE Block Diagram and Interconnections
This can be used as a complement to the wiring diagram to trouble-shoot a range
ESEC20
UIB
ESEC20
Relay
Board
COOKTOP
L1
...............................................................................................................................
_
...............................................................................................................................................................................
, .. . ...............................................
;
J
P_n I = LR Hot Surface
!
;
Pm
I = LR Hot surface
PI
= KI - 'Re_ay'
LFI e_ement
_
.
Pin2=LFHo_Surface
;!
P2 =
UNEIN
•
_
="
L2in
=
Pin 3 = NO_ Used
_ i=
P3 =
LINE
IN
__
,J_
L2 In
,=
Pin4=RRHotSurfa_
_:
P4=K2
"Relay"
RFlelement
_
1"
;
P_n 5 = RF Hot Surface
;
P5 = K3 - "Re_ay"
LF2 e_ement
[
Pin 6 = Not
Used
P6 =
LINE
IN
_
;
L2 In
P_n 7 = Re_urn
path
al_ HO_ Surface
P_n 7 = Re_urn
path
a_ HO_ Surface
P7 = K4 - "Relay"
no_ used
Neutral
P8=
UNEIN
_
_ --
L21n
P_n 1 = PWM
Relays
P9 = K5 - "Relay"
RF2
element
Pin 2 = Not
used
P10
= K6 - "Relay"
LR element
Pll
=
LINE
IN
P12
= K7 _ "Relay"
RR e_ment
P_n 3 = W_gg_er Stimulus
P_n 4 = K1 - "Relay"
(LF1)
P6
P_n 5 = K2 - "Relay"
(RF1)
Re!ay
Contror
Output
P_n 6 = K3
'rRelay'r
(LF2)
Pin 7 = K4
"Relay"
(not used)
P_n 8 = K5 - "Relay"
(RF2)
P_n 9 = K6
'rRelay'r
(LR)
Pm 10 = K7 -"Relay"
(RR)
P_n 11 = K8
'rRelay'r
(not used)
relay
control:
SV = relay
closed.
OV = _lay
open
Pin
I :
Ground
P_n 2 = VLED
Ir8 V Ir DO
P_n 3 = V UR "16 V 'r DO
P_n 4 = Not
Used
P_n 5 = Zeros
Cross
;
P_n 2 = LF Hot Surface
P_n 3 = NO_ Used
=;
P_n 4 = RR Hot
Surface
Pm 5 = RF Hot
Surface
i
Pin 6 - Not Used
P}n 1 = PWM
Re_ays
Pin 2 = Not used
P_n 3 = _,%r_gg_er Stimulus
P_n 4 = K1 - "Relay"
(LF1)
P_n 5 = K2 - "Relay"
(RF1)
P_n 6 = K3
'rRelay'r
(LF2)
Pin 7 = K4 - "Re_a¥" (not
used)
P_n 8 = K5 - "Relay"
(RF2)
P_n 9 = K6
'rRelay'r
(LR)
Pm 10 = K7 - "Re_ay"
(RR)
Pin 11 = K8
'rRelay'r(not
used)
J4
Not
Surface
Inputs
(hom
elements)
p_n I - LR
Hot Surface
p_n 2 = LF Hot
Surface
pin 3 = Not
used
pm 4 = RR Hot
Surface
pin 5 = RF Hot Surface
pm 6 = Not
used
p_n 7 = Re_urn
path
al_ L[mr_or
.....................
IJ
Pin 2 :
Not
used
Pin 3 :
Ground
ESEC20
Rotary
HI board
I
P'
P'
I
Display
Left
Side
Display
Left
Side (Right
Rear}
Pinl(Tai
Sense)
Pro2
not used_
Pm3(not
used}
P_n4(Gnd)
P_n5(Key
Pot
Read
0)
P_n6(Key
PoLRead
1 )
P_n7(Vcc)
Pm8(Kev
Pot
Read
3'
Pm9
Key
Pot
Read
4_
P_nl0(not
used)
Pro11
not used_
P_n12(not
used)
P_n13(not
used)
P_n 14(Ta_
Sense)
THI
=> Safety
Thermostat
in front
console
OVEN CONTROL
ES5XX
.... i............
.i
pin
= Communicalion
_
1
at_on
_
_,
•
_
P5 - LldN
;
pin 4 = Not
Used
P15=
L1 IN
_--
•
_
_
I.
[_lOven
Temperature
Probe
_
pin 1 = Temperature
Probe
pm 2 = Temperature
Probe
p_n 3 :
Return
Path Switch
Door
Sw_tch
p_n 4 = Sw_tch
Door
pin 5 = Not
Used
I hermostat
Wa_l_e
r Drawer
pin 6 = The_l_ostat
'¢v'/D
p_n 1 = K18 _ "Relay"
|i
pin 2 = K16
"Relay"
•
p_n 4 = K11
"Relay"
p_n 5 = K9 - "Relay"
pin 7 = Not
used
pm 8 = NEUTRAL
_N
1142 => Safety
Themlostat
on
Main
Back
i.......................... 5 ;_i_..................
TH2
I..................................................
L2 IN
i
L1 IN
-=
L1 IN
BROIL
element
240 V)
i|I'=_I
••1'_ C ooling
FAN
HI (120
V)
L1