초록 ▼

A liquid-cooled or air-cooled air conditioning system for corrosive industrial environments is disclosed. The system includes a corrosion-resistant lower or upper cooling module releasably connected to an external source of cool liquid or air and power, and a corrosion-resistant upper or lower blowe

A liquid-cooled or air-cooled air conditioning system for corrosive industrial environments is disclosed. The system includes a corrosion-resistant lower or upper cooling module releasably connected to an external source of cool liquid or air and power, and a corrosion-resistant upper or lower blower module releasably connected to an external power source. The two modules are contained within a single corrosion-resistant enclosure. Each module is mounted on a removable frame for placement into either an upper or lower chamber of the enclosure. The system is designed to allow all major air-conditioning components to be quickly disconnected, and removed from the enclosure for maintenance, repair or replacement, on site with minimal work stoppage. The heavy-duty components used increase system durability, reduce component failure, and increase system life ultimately resulting in low cost of ownership. Individual standby modules are kept on-site allowing for immediate interchange of defective modules with to operational modules to minimize downtime related to system maintenance.

대표청구항 ▼

A liquid-cooled or air-cooled air conditioning system for corrosive industrial environments is disclosed. The system includes a corrosion-resistant lower or upper cooling module releasably connected to an external source of cool liquid or air and power, and a corrosion-resistant upper or lower blowe

A liquid-cooled or air-cooled air conditioning system for corrosive industrial environments is disclosed. The system includes a corrosion-resistant lower or upper cooling module releasably connected to an external source of cool liquid or air and power, and a corrosion-resistant upper or lower blower module releasably connected to an external power source. The two modules are contained within a single corrosion-resistant enclosure. Each module is mounted on a removable frame for placement into either an upper or lower chamber of the enclosure. The system is designed to allow all major air-conditioning components to be quickly disconnected, and removed from the enclosure for maintenance, repair or replacement, on site with minimal work stoppage. The heavy-duty components used increase system durability, reduce component failure, and increase system life ultimately resulting in low cost of ownership. Individual standby modules are kept on-site allowing for immediate interchange of defective modules with to operational modules to minimize downtime related to system maintenance. ings. 10. The apparatus of claim 9 wherein each service unit further includes a process valve for charging refrigerant into said first section whereby the first section can be pre-charged with refrigerant prior to coupling said service unit to a refrigerant line. 11. The apparatus of claim 9 wherein each service unit includes a body member fabricated from a piece of bar stock having parallel side walls and parallel end walls, said body member further having a main channel passing through two opposed side walls and wherein, a tube is mounted in one end of said main channel and the connector is mounted in the other end of said main channel. 12. The apparatus of claim 11 wherein said body member further includes an auxiliary channel passing inwardly through a third wall of said body and which opens into said main channel and a process valve mounted in the entrance to said auxiliary valve for charging refrigerant into said first section.