Used ASAHI CD14Y #9266743 for sale

ASAHI CD14Y is a recirculating chiller and heat exchanger designed for a variety of industrial and commercial applications. It is capable of operating at temperatures ranging from -25°C to +55°C, with cooling capacity up to 2.6kW. The chiller features an advanced variable frequency drive, allowing it to match power output to the demands of the system. This gives CD14Y superior energy efficiency and ultimately helps reduce energy costs. ASAHI CD14Y features an all-aluminium micro-channel evaporator. This helps to reduce energy consumption by quicker heat-transfer and increased system efficiency. The part-load performance and energy-saving capabilities of the chiller also make it ideal for use in a wide range of environments with varying load levels. The chiller also uses R410A as a refrigerant, a safe and environmentally-friendly option. The chiller uses a standard plate heat exchanger (HPX) to ensure total reliability and safety for all applications. This enhances the chiller's performance and efficiency, making it the perfect choice for applications demanding high efficiency and superior performance. The HPX also enables the chiller to have an excellent partial-load efficiency, a key factor in determining overall system performance. In terms of design, the CD14Yfeatures an external fan grille in order to provide improved airflows and reduce noise. This makes the chiller ideal for use in quieter applications, such as medical or office settings. The chiller is also designed with a simple installation procedure in mind, making it easy to integrate into existing systems. All in all, CD14Y is an excellent choice for a wide variety of industrial and commercial applications requiring a powerful yet energy efficient chiller. It features an all-aluminium micro-channel evaporator, R410A refrigerant, a standard plate heat exchanger (HPX) and external fan grille for improved airflows and noise reduction. Overall, ASAHI CD14Y provides excellent performance, efficiency, safety and reliability.