+86-15258555916
[email protected]
The Bitzer piston parallel unit is a centralized refrigeration system designed for medium- and low-temperature applications, with a strong focus on operational stability, flexible load regulation, and long-term reliability. The unit adopts a parallel configuration with multiple compressors operating together, allowing staged or combined operation according to actual cooling load demand. This design ensures stable cooling capacity while improving efficiency under partial-load conditions, making it well suited for cold storage facilities, cold chain logistics, and industrial refrigeration applications that require continuous and reliable operation.
The unit is equipped with semi-hermetic compressors from well-known domestic and international brands, featuring a mature design and efficient performance. During operation, the compressors exhibit low vibration and controlled noise levels, helping to improve the machinery room environment and minimize impact on surrounding areas. Their stable mechanical performance also contributes to an extended service life, reducing equipment wear caused by frequent start-stop cycles or prolonged high-load operation.
Equipment Parameters Introduction
Detail Display
Contact Us
Equipment Parameters Introduction
Detail Display

Contact Us
Complete Condenser Selection Guide: Choose the Right Condenser for Industrial & HVAC Systems A condenser is a core heat transfer component widely used in HVAC systems, industrial refrigeration, chemical processing, power generation, and...
READ MORECold storage engineering suppliers' OEM customization guide As the demand for segmented markets in the overseas cold chain industry increases, many cold storage engineering suppliers and traders aim to create their own equipment brands thro...
READ MORELooking for an affordable, energy-saving alternative to air conditioners for residential, commercial, or industrial cooling? Evaporative air coolers have become the top choice for users worldwide, thanks to their low power consumption, eco...
READ MORE