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.
- showing the operational state of a chiller
- prearranged operation function
- detached temperature control adopted
- self-diagnosis function of the causes of troubles and an alarm control
by PCB control system
- detached control system (Option)
Function and capability of major parts for Chillers
| Unified air-cooling type |
Detached air-cooling type |
| movable chiller (high-performance, high-efficiency) |
a refrigerator and a condenser being separated indoor and outdoor |
| indoor installation is possible and easy |
small size, light-weighted |
| a condenser being installed outdoor |
safe structure, durability |
| excellent durability, safe structure |
maximizing highly efficient cooling capacity |
| low-noise, light-weight, compact design of appearance |
medium- and large-size cooling |
| various models |
low-noise, the heat of condenser separated |
Internal structure
The chillers is maximized in the high efficiency cooling capacity and is designed so that the maximum efficiency can be attained in the performance.
Also, as superprecision temperature control is adopted in the internally developed PCB control system, it is manufactured so that high productivity and high-quality safety can be realized by constantly maintaining set temperature and present temperature and it shows excellent durability as well as low noise, light-weight, and compact design of appearance.
In addition, as the old refrigerant, R-22 Freon Gas and the like is the one chlorine is included and it generates 0.055 ODP, G to I has strived at the development of new refrigerant as the new refrigerant HFC does not destruct the ozonic layers for the ODP is zero and thus safe environment can be maintained
Schematic diagram of fluid
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