초록 ▼

Disclosed is a refrigeration cycle and a method for determining a capacity of a receiver of a refrigeration cycle. According to the present invention, the capacity of the receiver can be determined according to the variations of the paths of the condenser, which provides an ability of fully coping w

Disclosed is a refrigeration cycle and a method for determining a capacity of a receiver of a refrigeration cycle. According to the present invention, the capacity of the receiver can be determined according to the variations of the paths of the condenser, which provides an ability of fully coping with the variations of the cooling load. When the method for determining the capacity of the receiver according to the present invention is applied in the condenser integrated with the receiver, it is possible that an optimal capacity where no brazing failure occurs is obtained, which means the optimal capacity for the receiver can be easily determined.

대표청구항 ▼

1. A refrigeration cycle comprising a compressor, a condenser, a receiver, an expansion valve and an evaporator, wherein if a capacity of said condenser is represented by CVT and a capacity of said receiver is represented by RV, a relational expression of 29.71×ln(CVT)+35≤RV≤41.103×ln(CVT)+74.3 is s

1. A refrigeration cycle comprising a compressor, a condenser, a receiver, an expansion valve and an evaporator, wherein if a capacity of said condenser is represented by CVT and a capacity of said receiver is represented by RV, a relational expression of 29.71×ln(CVT)+35≤RV≤41.103×ln(CVT)+74.3 is satisfied. 2. The refrigeration cycle according to claim 1, wherein said capacity RV of said receiver satisfies a relational expression of 220 cc≤RV≤350 cc. 3. The refrigeration cycle according to claim 1, wherein in case where said receiver is further provided with a desiccant and a lower cap, a capacity RIV of the internal space of said receiver satisfies a relational expression of 29.71×ln(CVT)-15≤RIV≤41.103×ln(CVT)+24.268. 4. The refrigeration cycle according to claim 3, wherein said capacity RIV of the internal space of said receiver satisfies a relational expression of 150 cc≤RIV≤250 cc. 5. The refrigeration cycle according to claim 1, wherein said condenser comprises: the first and second headers; a plurality of tubes each connected to said first and second headers at opposite ends thereof; a plurality of fins interposed between adjacent tubes; and inlet and outlet pipes connected to one of said first and second headers. 6. The refrigeration cycle according to claim 1, wherein said condenser comprises: first and second headers disposed upward and downward in parallel with each other; a plurality of tubes each connected to said first and second headers at opposite ends thereof; a plurality of fins interposed between adjacent tubes; and Inlet and outlet pipes connected to one of said first and second headers. 7. The refrigeration cycle according to claim 1, wherein said condenser is formed integrally with said receiver. 8. A method for determining a capacity of a receiver in a refrigeration cycle that has a compressor, a condenser, a receiver, an expansion valve and an evaporator, wherein if a capacity of said condenser is represented by CVT and a capacity of said receiver is represented by RV, a relational expression of 29.71×ln(CVT)+35≤RV≤41.103×ln(CVT)+74.3 is satisfied. 9. The method according to claim 8, wherein said capacity RV of said receiver satisfies a relational expression of 220 cc≤RV≤350 cc.