discharge line 24 otherwise the shut off valve 24 would normally be open an expansion device 42 is positioned downstream of condenser 40 the refrigerant in the condensers 40 and 26 would be at a distinct temperature and pressure the two condensers can be utilized to provide more effective control over the overall operation of the refrigerant cycle as mentioned above there would be reasons why a worker of ordinary skill in the art would want to have greater control over the heat rejection characteristics of the refrigerant cycle 20 this two condenser system provides greater system control and flexibility as well as covers an extended range of various applications it should also be obvious to a worker of ordinary skill in the art to extend this arrangement to a compressor that will have several staged intermediate ports as described in u s pat no 6 694 750 in this case each of those intermediate ports can be connected to a separate condenser a control 37 controls the various devices and components in the refrigerant cycle 30 to achieve the desired characteristics fig2 shows a more complicated refrigerant cycle 50 as shown a discharge manifold 52 is positioned to be downstream of a first compressor bank 54 and a second compressor bank 56 as should be understood the compressor banks 54 and 56 are each tandem compressors that receive refrigerant from a common evaporator 32 and deliver the refrigerant to a common condenser 26 the.