These high-speed machines are built for massive production rates. The KION C utilizes "dosing cylinder metering," which uses a single-effect piston to control the exact amount of gas charged with extreme accuracy.
A gas charging machine is more than just a filling station; it is a multi-stage process unit designed to ensure the integrity of a cooling circuit. It typically performs four essential functions in a single cycle: galileo gas charging machine
The unit allows technicians to program specific charging sequences. This is particularly useful for production lines or facilities servicing fleets of identical units. Technicians can set the target weight, and the machine will automatically stop flow once the target is reached, eliminating overcharging or undercharging. These high-speed machines are built for massive production
With global regulations (such as the Kigali Amendment and various F-Gas regulations) tightening controls on greenhouse gas emissions, the intentional venting of refrigerant is illegal in many jurisdictions. The Galileo’s high-efficiency recovery system ensures that virtually no refrigerant is lost to the atmosphere during servicing. Furthermore, its ability to recycle refrigerant on-site reduces the need for virgin refrigerant production, lowering the carbon footprint of the operation. It typically performs four essential functions in a
The second defining function of the Galileo machine is its precision charging capability. While many associate “gas charging” with refrigerants like R-134a or R-410a, the Galileo system is equally adept at handling dry nitrogen. Nitrogen charging serves two vital purposes: it pressurizes the system for leak detection (using soap bubbles or electronic sensors) and, more critically, it acts as a “holding charge” or a purging agent. During compressor refurbishment, a nitrogen purge prevents oxidation of internal copper and steel components when the system is opened for repair. The machine achieves this precision through a calibrated manifold, pressure regulators, and often a digital scale or mass flow meter, allowing the technician to inject an exact pressure—commonly between 50 and 150 PSI—tailored to the compressor’s specifications.
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