A refrigerant system , comprising: at least one refrigerant circuit including at least one compressor ; a frame that supports the compressor , the frame including a plurality of structural support members , at least one base supported by the structural support members , the compressor being supported on the at least one base , and at least one lifting support member ; and a lifting mechanism configured to be coupled to the compressor and configured to lift the compressor off the at least one base ; characterized in that the at least one lifting support member is situated above the compressor , the at least one lifting support member being configured to support a load of the compressor and configured to facilitate movement of the compressor relative to the base when the compressor is off the base , wherein the at least one lifting support member includes a channel and a surface , the surface being within the channel, engaging the lifting mechanism while lifting the compressor off the base and while supporting the load of the compressor , such that at least some of the plurality of structural support members bearing at least a portion of the load of the compressor when the load of the compressor is supported by the at least one lifting support member . at least one refrigerant circuit including at least one compressor ; a frame that supports the compressor , the frame including a plurality of structural support members , at least one base supported by the structural support members , the compressor being supported on the at least one base , and at least one lifting support member ; and a lifting mechanism configured to be coupled to the compressor and configured to lift the compressor off the at least one base ; a plurality of structural support members , at least one base supported by the structural support members , the compressor being supported on the at least one base , and at least one lifting support member ; and a lifting mechanism configured to be coupled to the compressor and configured to lift the compressor off the at least one base ; characterized in that the at least one lifting support member is situated above the compressor , the at least one lifting support member being configured to support a load of the compressor and configured to facilitate movement of the compressor relative to the base when the compressor is off the base , wherein the at least one lifting support member includes a channel and a surface , the surface being within the channel, engaging the lifting mechanism while lifting the compressor off the base and while supporting the load of the compressor , such that at least some of the plurality of structural support members bearing at least a portion of the load of the compressor when the load of the compressor is supported by the at least one lifting support member . the at least one lifting support member is situated above the compressor , the at least one lifting support member being configured to support a load of the compressor and configured to facilitate movement of the compressor relative to the base when the compressor is off the base , wherein the at least one lifting support member includes a channel and a surface , the surface being within the channel, engaging the lifting mechanism while lifting the compressor off the base and while supporting the load of the compressor , such that at least some of the plurality of structural support members bearing at least a portion of the load of the compressor when the load of the compressor is supported by the at least one lifting support member . <EOS>