The Copeland ARE25C5E-IAA-901 is a high-performance single-phase compressor developed for high-temperature refrigeration applications, with a cooling capacity of 1515 to 2930 BTUs. This compressor, which operates at 115V and 60Hz, is designed to handle a wide range of HVAC systems efficiently. The compressor features a cooling efficiency (EER) of up to 8.25. It is compatible with a variety of refrigerants, including R-134a, R-450A, and R-513A, allowing for flexibility in a variety of cooling environments. The Copeland ARE25C5E-IAA-901 boasts remarkable Energy Efficiency, providing cost-effective operation and reduced energy use. Its strong design enables it to function well in high-temperature environments, resulting in a steady and comfortable environment. Whether employed in refrigeration units or air conditioning systems, the Copeland ARE25C5E-IAA-901 stands out for its longevity, efficiency, and adaptability to varied refrigerants and capacities. This compressor is a key component in maintaining optimal cooling performance while minimizing operational costs.
How to install an expansion valve for refrigeration?
Thermostatic expansion valves are an integral part of your refrigeration unit. They are responsible for ensuring the right dosage of refrigerant is entering the cooling coil to ensure maximum efficiency in the air conditioning of the system.
These special expansion valves come with a temperature sensor that is mounted at the end of the evaporator coil. They incorporate signals from this sensor to maintain the required temperature of the HVAC system. The thermostatic expansion valve works like a precision device that can regulate the measurements of the liquid refrigerant that flows into the evaporator of your system. This regulation in the flow of the refrigerant is essential to prevent the reverse flow of the refrigerant into the compressor of your system.
Through this mechanism, the thermostatic expansion valve successfully separates the high and low pressure sides of the refrigeration/air conditioning system. The liquid refrigerant enters the expansion ...
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