GtoI Corporation

Cooling System

cooling system visual

Chiller
Water-Cooling
Air-Cooling
Cooling / Warming Controller
Temperature Controller
Water-Heater
Double Water Heater
High Temperature Oil-Heater (320℃)
High Temperature Oil-Heater (250℃)
Oil-Heater (150℃)

leftMenuBg02

topmarginimg

Home > Cooling System > Chiller > Water-Cooling
Cooling System
ChillerWater-Cooling
Internal structure Schematic diagram of fluid Heat variation diagram

    High productivity, high quality and safety, realization of superprecise temperature control reproducibility, maximization of highly efficient cooling capability, excellent durability, construction of various controls of capacity.

  • Selection of various models
  • Easy operation to compose control circuit
  • Low noise/light-weighted
  • PCB control system
  • Prearrangement function(by hours/days/weeks)
  • Excellent cooling capability
  • Compact design of appearance
  • Superprecise temperature control
  • Filters to prevent scale (Option)
  • Detached control system (Option)

    Function and capability of major parts for Chillers



Compressors Condenser Evaporator
Airtight-type(small size), Half-airtight(medium and large size), copland(USA) highly efficient electric heat pipe ttached, cell and tube type used highly efficient electric heat pipe attached, cell and tube type used
low vibration, low noise small size, light-weighted small size, light-weighted
various capacity control safe structure, durability safe structure, durability
excellent durability easy washing of pipes perfect cool insulation
highly efficient operation maximization of heat exchange preventing corrosion
easy to repair corrosion type easy washing of pipes

    Internal structure

    The flow of a refrigerant gas is that when a refrigerant gas of low temperature and low pressure is inhaled by a Refrigerant Compressor and compressed as a liquid state of high temperature and high pressure and then sent, it is refrigerated by a Condenser and becomes the state of liquefaction of medium temperature and high pressure while the decompressed refrigerant gas by an Expansion Valve is the state of liquid of low temperature and low pressure.

    The liquid of low temperature and low pressure is again inhaled to a compressor as a state of vapor of low temperature and low pressure through evaporator while absorbing and emitting the surrounding heat. After these cycle is periodically repeated, a chiller refrigerates to the set temperature.

    Also, the refrigerated water is supplied to the required parts including die by the pumps inside the machine and the water returned as a normal temperature is repeatedly comes back to the tank inside the chiller.




    Schematic diagram of fluid





    Heat variation diagram

topmarginimg
rightMenu_bg01
rightMenu_top01
logo
tel 822-812-7974
fax 822-6306-4432
mail gtoi@gtoic.com
rightMenu_bottom01
topmarginimg
ex_top
topmarginimg
topmarginimg
topmarginimg
topmarginimg