Frigidaire CGES3065KF1 - Block Diagram and Interconnections; Gallery Series

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
P6
Re!ay Contror Output
P_n 1 = PWM Relays
Pin 2 = Not used
P_n 3 = W_gg_er Stimulus
P_n 4 = K1 - "Relay" (LF1)
P_n 5 = K2 - "Re_8 _" (RF1)
P_n 6 = K3 _ "Relay" (LF2)
Pin 7 = K4 "Relay" (not used)
P_n 8 = K5 - "Relay" (RF2)
P_n 9 = K6 "Re_ay" (LR)
Pm 10 = K7 -"Relay" (RR)
P_n 11 = K8 _ "Relay" (not used)
relay control: SV = relay closed. OV = relay open
ESEC20 Relay Board
P_n 1 = LR Hot Surface P1 = K1 IrRe_ay"
P_n 2 = LF HO_ Su_ace ............................81 ¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸¸ P2 =
Pin 3 = NO_ Used iiiiiiiiiiiiiiiiiiiiiiiiiiii¸ !!!!_iii_ ¸¸!¸¸¸_¸¸¸_¸ P3 =
............................ ........Re,o,"
P_n 7 = Return pare a_ HOt Surface
COOKTOP
Pm 1 = PWM Relays
Pin 2 = Not used
P_n 3 = V¢_gg_er Stimulus
Pin 4 = K1 - "Relay" (LF1) _.
P_n 5 = K2 - "Relay" (RF1)
Pin 7 = K4 - "Re_ay" (not used) _"
P_n 8 = K5 - "Relay" (RF2) _d
P_n 9 = K6 "Re_ay" (LR)
Pm 10 = K7 - "Relay" (RR)
P_n 11 = K8 _ "Relay" (not used)
LF1 element
LINE IN
LINE IN
RF1 element
LF2 element
P6 = LINE IN
P7 = K4 - "Relay" no_ used
P8 = LINE IN
P9 = K5 - "Relay" RF2 element
P10 = K6 - "Relay" LR element
Pll = LINE IN
P12 = K7 _ "Relay" RR ebment
I
pin1 = Temperature Probe
; I pin 2 = Temperature Probe
3m 3 = Return Path Sw_tch
_Door Switch _ )in4 = Switch Door
I
)in 5 = NOt Used
q]_ermostat Wam_er Drawer I_ )in 6 = Them_ostat _?D
Latch Motor Sw_tch _ p_n 7 = Door Latd_ Motor Sw_tch
pin I = LR Hot Surface
pin 2 = LF HOt Surface
J4 p_n 3 = Not used
Hot Surface Inputs pin 4 = RR Hot Surface
pin 7 = Return path al_ Umr_or
(flora e_enlents) pin 5 = RF HOt Surface
pm 6 = Not used
P_n 1 = Ground ; " Pm 1 = Ground
Pin 2 = VLED "8 V" DO _ _"8 V" DC
Pin 3 = V UR "16 v It DO
P_n 4 = NOt Used P_n 4 = NOt Used
P_n 5 = Zeros - Cross P_n 5 = Zeros - Cross
i i ................................................................................................................................................................................
Pin 1 = Commun_catbn I.
Pin 2 = Not used ]I TH1 => Safety Thermostat in front consoleP_n 3 = Ground
._li'"'"''_'_'_'_'_'"_;;;;;;;"_'i";';;;;;il.... OVENCONTROLES5XX
o, o......s,oo. . , o, o......s,oo,........., ,
Pm 1( f'a_l Sense)
P[n6(Key_PotRead_l )P_n5(Kev PC[ Read 0)P[n3(not used) P[n4(Key Pot Read 1)P_nS(Key PC[ Read 0) Ili" 1"................................................................................................-- -- i": TH2
pin = Commun_catbn P = DLB- " elay"
PinT(Vcc) 1
_ _ L__N
)in 3 : Ground P5 : LlqN L1 IN
_ _ _ _" L__N
• _ _
P[n12(not used) pin 6 = Not Used
P_nlS(no_ used)
Pin 14(Tai_ Sense)
LI
LI
LI
TH2 => Safety The_ostat on Main Back
i OVEN
BROIL element (240 V)
| BAKE ele_nt (240 V)
CONVECTION element (120V)
| _ Coo_ing FAN HI (120 V)
1I Cooli_g FAN LOW (120 V)
i, 2 X OVEN LIGHT (120V)
' LATCH MOTOR (120 V)
_20V)
!
INEUTRAL
!