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A kit for an external vehicle door handle has a carrier fastened at an inner side of a door panel and a handle mounted on the carrier from the exterior of the door. The carrier has a pivotable bearing arm with a coupling receptacle and the handle has a shaft end with a coupling plug engaging the cou

A kit for an external vehicle door handle has a carrier fastened at an inner side of a door panel and a handle mounted on the carrier from the exterior of the door. The carrier has a pivotable bearing arm with a coupling receptacle and the handle has a shaft end with a coupling plug engaging the coupling receptacle of the bearing arm during mounting of the handle. A locking device accessible through a hole in a door folding secures in a locking position the coupling plug and the coupling receptacle for coupling the handle and the bearing arm. The bearing arm has a spring-loaded locking member with a locking location and the coupling plug has a matching counter locking location. The locking device has an adjustable obstacle projecting into the restoring path of the locking member and locking the locking member engaging the counter locking member.

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A kit for an external vehicle door handle has a carrier fastened at an inner side of a door panel and a handle mounted on the carrier from the exterior of the door. The carrier has a pivotable bearing arm with a coupling receptacle and the handle has a shaft end with a coupling plug engaging the cou

A kit for an external vehicle door handle has a carrier fastened at an inner side of a door panel and a handle mounted on the carrier from the exterior of the door. The carrier has a pivotable bearing arm with a coupling receptacle and the handle has a shaft end with a coupling plug engaging the coupling receptacle of the bearing arm during mounting of the handle. A locking device accessible through a hole in a door folding secures in a locking position the coupling plug and the coupling receptacle for coupling the handle and the bearing arm. The bearing arm has a spring-loaded locking member with a locking location and the coupling plug has a matching counter locking location. The locking device has an adjustable obstacle projecting into the restoring path of the locking member and locking the locking member engaging the counter locking member. t off valve closed said start valve can be opened on or immediately prior to start up of the refrigeration system with operation of said compressor. 7. A cryogenic mixed gas refrigeration system comprising: a cryo-coil; a compressor; a discharge path for conveying fluid from said compressor to said cryo-coil; a return path for conveying fluid from said cryo-coil to said compressor; and a plurality of heat exchanger/coalescent phase separation arrays located sequentially along said discharge path each including: a plate heat exchanger with passages for said discharge and said return paths for exchanging heat between fluid in said discharge and said return paths; a coalescent separation housing containing a coalescent medium in said discharge path receiving fluid from said heat exchanger for separating liquid and gas phases from each other in said discharge path; a gas outlet from said coalescent separation housing to said discharge path; and a liquid reservoir and outlet from said coalescent separation housing to said return path. 8. The cryogenic mixed gas refrigeration system of claim 7 with the gas outlet from each coalescent separation housing in each of said arrays being connected to the inlet of a sequential heat exchanger located along said discharge path. 9. The cryogenic mixed gas refrigeration system of claim 8 wherein the liquid outlet from each coalescent separation housing in each of said arrays is connected to the return path inlet of a sequential heat exchanger along said discharge path. 10. The cryogenic mixed gas refrigeration system of claim 7, wherein the system has a designed return gas temperature at the system design pressure and an acceptable discharge temperature at normal discharge pressure of said compressor and including refrigerant having a boiling point above said return gas temperature and below said acceptable discharge temperature. 11. A cryogenic mixed gas refrigeration system comprising: a cryo-coil; a compressor; a discharge path for conveying fluid from said compressor to said cryo-coil; a return path for conveying fluid from said cryo-coil to said compressor; and a plurality of heat exchanger/coalescent phase separation arrays located sequentially along said discharge path each including: a plate heat exchanger with passages for said discharge and said return paths for exchanging heat between fluid in said discharge and said return paths; a coalescent separation housing containing a coalescent medium in said discharge path receiving fluid from said heat exchanger for separating liquid and gas phases from each other in said discharge path; a gas outlet from said coalescent separation housing to said discharge path; a liquid reservoir and outlet from said coalescent separation housing to said return path; a refrigerant shut off valve in said discharge path upstream of said cryo-coil toward said compressor and a start valve located in a line connected between said discharge path upstream of said shut off valve and said return path whereby with said shut off valve closed said start valve can be opened on or immediately prior to start up of the refrigeration system with operation of said compressor. 12. A cryogenic mixed gas refrigeration system comprising: a cryo-coil; a compressor; a discharge path for conveying fluid from said compressor to said cryo-coil; a return path for conveying fluid from said cryo-coil to said compressor; and a plurality of heat exchanger/coalescent phase separation arrays located sequentially along said discharge path each including: a plate heat exchanger with passages for said discharge and said return paths for exchanging heat between fluid in said discharge and said return paths; a coalescent separation housing containing a coalescent medium in said discharge path receiving fluid from said heat exchanger for separating liquid and gas phases from each other in said discharge path; a gas outlet from said coalescent separa