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Introduces the suction cut-off unloading system for capacity control.
Discusses general applications for Carlyle 06D/E compressors in AC and refrigeration systems.
Details best practices for refrigerant piping design to ensure compressor reliability.
Discusses the causes and effects of refrigerant migration and floodback on compressors.
Emphasizes the importance of control strategies for compressor reliability and protection.
Highlights the critical need for clean and dry systems, especially with HFC refrigerants and POE lubricants.
Advises on maintaining discharge gas temperatures within allowable limits to prevent damage.
Covers recommendations for interconnecting 06D/E compressors in parallel circuits.
Provides essential guidelines for proper compressor wiring and connections.
Details the critical aspects of compressor lubrication for ensuring longevity and performance.
Explains the suction cut-off capacity control system approved for 06D/E compressors.
Discusses designing for proper oil return, especially during unloaded operation.
Outlines application limits for capacity control based on refrigerant and temperature.
Describes the operation of electrically controlled capacity control valves.
Explains capacity control operation based on suction and discharge pressure differentials.
Covers inherent motor protection features for 06D compressors.
Details motor protection requirements and approved circuit breakers for 06E compressors.
Defines RLA and MCC and explains how they are determined for compressors.
Describes the built-in safety relief valves in 06E compressors and their function.
Explains the function of oil safety switches for compressor protection against lubrication loss.
Describes the suction cut-off unloading option for 06D/E compressors.
Introduces the suction cut-off unloading system for capacity control.
Discusses general applications for Carlyle 06D/E compressors in AC and refrigeration systems.
Details best practices for refrigerant piping design to ensure compressor reliability.
Discusses the causes and effects of refrigerant migration and floodback on compressors.
Emphasizes the importance of control strategies for compressor reliability and protection.
Highlights the critical need for clean and dry systems, especially with HFC refrigerants and POE lubricants.
Advises on maintaining discharge gas temperatures within allowable limits to prevent damage.
Covers recommendations for interconnecting 06D/E compressors in parallel circuits.
Provides essential guidelines for proper compressor wiring and connections.
Details the critical aspects of compressor lubrication for ensuring longevity and performance.
Explains the suction cut-off capacity control system approved for 06D/E compressors.
Discusses designing for proper oil return, especially during unloaded operation.
Outlines application limits for capacity control based on refrigerant and temperature.
Describes the operation of electrically controlled capacity control valves.
Explains capacity control operation based on suction and discharge pressure differentials.
Covers inherent motor protection features for 06D compressors.
Details motor protection requirements and approved circuit breakers for 06E compressors.
Defines RLA and MCC and explains how they are determined for compressors.
Describes the built-in safety relief valves in 06E compressors and their function.
Explains the function of oil safety switches for compressor protection against lubrication loss.
Describes the suction cut-off unloading option for 06D/E compressors.
General| Brand | Carlyle |
|---|---|
| Model | 06EA550 |
| Category | Air Compressor |
| Language | English |
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