5"
"
A. Cooling Operation The vapor refrigerants that compressed to high temperature & high pressure conditions in the
compressor, turn into liquid refrigerant of high temperature and high pressure passing through the
condenser, and then turn into the liquid refrigerants of low temperature and low pressure conditions by
passing through the capillary tubes. The liquid refrigerant of low temperature & low pressure absorbs
the surrounding heat while evaporating in the evaporator. Then, it is sucked in the compressor by
turning into saturated vapor.
① Compressor: Compresses the vapor refrigerant sucked from the evaporator and discharges it to
condenser
② Condenser: Changes the compressed vapor refrigerant into the liquid refrigerant by cooling.
③ Drier: Removes moisture and dirt inside pipes
④ Capillary tube: Reduces the pressure of liquid refrigerant and evaporates it in the evaporator
under constant pressure.
⑤ Evaporator: Absorbs the surrounding heats while evaporating the liquid refrigerant, cools down
water inside of cold water tank.
⑥ Cold water thermostat: Senses the temperature of cold water tank and controls the electric power
supply to the compressor automatically in order to keep the constant temperature of cold water.
⑦ Over Load Protector (OLP): Protects the compressor and operates when rising up to abnormal
temperature or energizing over current.
⑧ PTC Starter: Starts up the motor of compressor.
⑨ Drain cap: By opening this, you may drain out remaining water in hot water tank when cleaning
or not using cooler for a long period of time.
A. This unit is intended to be installed underneath a conventional kitchen sink, in a cabinet not less
than 36”" (914mm) wide (inside dimension). Chiller may be installed in any location in the cabinet
base as long as there is a minimum of 5”" (127mm) between unit and cabinet walls. In order to
have necessary air exchange for the unit, a free air opening of at least 60 square inches (387
cm²) should be provided in the kitchen counter. The opening should be located as close to the
unit as possible and can be made in the ‘toe space of the counter’ or ‘above the toe space’
B. Make sure installation ground is flat and even. - Unbalanced placement may cause excessive
noise and trembling of the cooler.
C. Coolers are for indoor use only. Keep away from direct sunlight and excessive moisture.
D. Avoid harmful gas or excessive heat.