10H33 - Copeland ZPS51K5E-TF5-830, 48300 BTUH Two-Stage Scroll Compressor, R-410A, 10.9 EER, 200-230 VAC 3 Ph 60 Hz

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10H33 - Copeland ZPS51K5E-TF5-830, 48300 BTUH Two-Stage Scroll Compressor, R-410A, 10.9 EER, 200-230 VAC 3 Ph 60 Hz

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Model #10H33
$1,784.90
$3,707.10
Save $1,922.20
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Description

The Copeland ZPS51K5E-TF5-830 Two-Stage Scroll Compressor is a high-performance cooling solution designed to provide reliable and efficient cooling performance for a variety of applications. With a cooling capacity of 48,300 BTUH (British Thermal Units per Hour), this compressor is well-suited for a range of cooling needs in residential, commercial, and industrial settings. Its advanced design and features make it a crucial component for achieving accurate temperature control.

Engineered for compatibility with R-410A refrigerant, the ZPS51K5E-TF5-830 compressor adheres to modern refrigerant standards, ensuring efficient and environmentally-friendly cooling. R-410A refrigerant is known for its superior heat-carrying capacity, making it suitable for demanding cooling requirements. This compatibility ensures optimal cooling performance while adhering to industry regulations and standards.

The ZPS51K5E-TF5-830 compressor is equipped with two-stage operation capabilities, allowing it to deliver cooling in two distinct stages based on the cooling demand. This two-stage operation enhances efficiency by adjusting the compressor's capacity to match the actual cooling load. This feature contributes to energy savings and improved temperature control, making the compressor an ideal choice for achieving precise climate management.

With an impressive Energy Efficiency Ratio (EER) of 10.9, the ZPS51K5E-TF5-830 compressor ensures efficient energy conversion. The EER measures the cooling output relative to the electrical input, indicating how effectively the compressor converts electrical energy into cooling performance. A higher EER value signifies superior energy efficiency, leading to reduced energy consumption and operational costs while maintaining effective cooling capabilities.

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