Frigidaire CGES3065KB2 Service Паспорт обслуживания - Страница 16

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Co
ESEC20 UIB
Pm 2 = LF Hot Surface
Pin 3 = NO_ Used
Pin 4 = RR Hot
Su,rfa_
Pm 5 = RF Hot
Surface
Pin 6 = Not Used
Pin 7 = Return
pa_l
a_ Hot
Surface
Pin
1 = P_'_&4 Relays
Pm 2 = Not used
Pin 3 - _AJggler
Stimulus
Pin 4 - K1 - "Re_ay"
(LR}
Pin 5 = K2
"Re_ay"
(RR2)
Pm 6 = K3 - "Re_ay"
(RF2)
Pin 7 = K4
"Re_ay"
(not
used)
Pin 8 - K5 - "Re_a¥" (LF1)
Pin 9 = K6 _ "Relay"
(LF2)
Pin 10 = K7
"Re_ay'r(RR1)
Pin 11 = K8 _ "Relay"
(RF1)
_lay
control:
SV = relay
closed.
OV = relay
open
Pin
1 = Ground
Pm 2 = VLED
"8 V" DO
Pin 3 = V
UR "16 V'
DC
Pin 4 = Not Used
Pin 5 = Zeros
- Cross
Slide-in
Frigidaire Pro Block Diagram and Interconnections
This can be used as a complement
to the wiring diagram
to trouble-shoot
a range
• ................................................................................................................................................................................
• ..................................................
ESEC20
Relay
Board
COOKTOP
_L1
P6
Relay
Control
Output
Pm
1 = LR Hot
Surface
Pm
2 = LF Hot
Surface
Pin
3 = Noi
Used
-"
Pin 4 = RR Hot
Surface
i
Pm
5 = RF Hot Surface
i
Pin 6 = NO_ Used
Pin
7 = Return
path
a_ Hot Surface
Pin
1 = P_N&4 Relays
Pm
2 = Not
used
Pin
3 = Wiggler
Stimulus
Pin 4 = K1 - "Relay"
(LR}
Pin
5 = K2
"Re_ay"(RR2)
Pm 6 = K3 - "Re_ay"
(RF2)
Pin
7 = K4
"Re_ay"
(not used)
Pin
8 = K5 - "Relay"
(LF1}
Pin
9 = K6 - "Relay"
(LF2)
Pin 10 = K7
"Relay"(RR1)
!
: .
Pin 11 = K8-
"Relay"
(RF1)
i
Pin
1 = Ground
Pm2=V
LED
"8 V" DO
Pin
3 = V UR "16 V" DO
Pin4
= Not
Used
!
....................
[i
Pin 2 = Not used
Pin 3 :
Ground
I
i
.............
"E'_ i_'_'_'_"i_ot;;_;"i4i'"bo'_'/_i
....
!
Display
Left Side(corm
17)
Display
Left Side (Right
Rear)
I
pin 2 =
J4
pin3=
Hot
Surface
Inputs
pin 4 =
(from
elements)
p_n 5 =
P5 = K3
'rRelay'r
P6 = K3
-"Relay"
P7 = K4
- "Relay"
Neutra_
P8 = K4&
K5
Relay
P9 = K5
-"Relay"
P11 = K6&
K7
Relay
P12 :
K7
"Relay"
_R1
e_ement
PI3
:
K8 - "Re_a¥"
JNE
IN
_L
-L2
In
PI4
:
K8
-"Relay"
_Ff
e_ement
:
!
kRHotserface
!
;
_ kRkm
o
LF Hot
Surface
[
l
_ LF Lim_tor
Not
used
;
) p_n3 NO used
RR
Hot Surface
i
_ RR Lim_tor
RF Hot
Surface
-"
) RF Um_tor
Not
used
_
pin 6 Not used
Return
path
a_ Lim_tor
th a_l lim_tor
• i.................................................
,_
Nkk_utr_i
_
L_
Bnl (Ta_l Sense}
Door Switch
hermostat Warmer Drawer
_Sw_lch
THI
=> Safety
The_ostat
in front
console
OVEN
CONTROL
ES5XX
= Communication
Not Used
Ground
Not Used
Not Used
- Temperature
Probe
p_n 2 = Temperature
Probe
Return
PatI_ Sw_tch
Switch
Door
Not Used
Thermostat
W/D
P1 = DLB
- "Relay"
L2 OUT
P5 = LlqN
P15 = LldN
P9 :
K5-"Relay"
P11=
K7-"Relay"
P13 :
K21-"Relay"
i
= K18-"Relay"
pin2=
K16
'rRelay'r
pin3=
K14-"Relay"
pin 4 = Kll
-"Relay"
i
K9
'rRelay'r
LlqN
Notused
TH2
=> Safety
The_ostat
on Main
Back
OVEN
TH2
L21N
!
L1 IN i
Li
IN
T"
BROIL
e_emen
(240
V)
i
BAKE
element
(240 V)
!
_}I
CONVECTION
element
(120V}
L2 IN
i
_
v_ Coo_ing
FAN HI 020V}
Coo_ing
FAN LOW
( 120 V)
2X
OVEN
LIGHT
(120V)
_ LATCH
MOTOR
(120
V)
kl
INEUTRAL