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10
+ to + and - to -
positive to positive / negative to negative
(red wire) / (black wire)
125
75
F
+
-
White/ Blanc
Black
Noir
S2
L1
S1
L2
Main PCBA
cooling unit
PCBA principal unité
de refroidissement
XP2
-
+
F
D/I
C
P
T
5V
NCT
T
+
C
Blue
Bleu
White
Blanc
Blue
P1
C1
XP1
-
+
Red
Rouge
Bleu
Black
Noir
Black
Noir
Black
Noir
Red
Rouge
Red
Rouge
Black
Noir
Red
Rouge
White/ Blanc
Black
Noir
Black
Noir
Black
Noir
White
Blanc
White
Blanc
XP1. Socket
XP2. DC cable
S1. Rocker switch
F. Fuse (15A)
L1. Interior light
S2. Interior light switch
L2. LED (Operational errors)
C1. Thermostat circuit board
P1. Temperature probe
XP1. Prise
XP2. Câble C.C.
S1. Interrupteur à bascule
F. Fusible (15A)
L1. Lumière intérieure
S2. Interrupteur d'éclairage intérieur
L2. DEL (Erreurs opérationnelles)
C1. Circuit imprimé du thermostat
P1. Température de la sonde
UGP-385L Wiring Diagram / Schéma de Câblage
DC POWER CONNECTION continued
XP1. Socket
XP2. DC cable
S1. Rocker switch
F. Fuse (15A)
L1. Interior light
S2. Interior light switch
L2. LED (Operational errors)
C1. Thermostat circuit board
P1. Temperature probe
WIRING DIAGRAM
THIS FRIDGE MUST NEVER BE CONNECTED DIRECTLY
TO ANY AC (alternating current) POWER SOURCE!
THE FRIDGE MUST ONLY BE CONNECTED TO A 12 OR 24V DC
POWER SOURCE, SUCH AS A SOLAR BATTERY SYSTEM OR CHARGE
CONTROLLER.
THE FRIDGE WILL AUTOMATICALLY OPERATE ON EITHER 12 OR
24V DC. THE USER DOES NOT NEED TO MAKE ANY ADJUSTMENT.
ATTENTION: Polarity is important in wiring this DC appliance. Be sure
that the positive terminal of the battery or charge controller coincides
with the positive wire to the compressor, and the negative terminal of
the battery or charge controller coincides with the negative wire to
the compressor. The leads should be connected using cable shoes and
screwed connections. Joined leads should be avoided.
NOTE: The switch must be “fl ipped”
to the correct power source, otherwise
the refrigerator will not work.
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