Used CARRIER 19XR4747373CNH64 #9120587 for sale

CARRIER 19XR4747373CNH64 is a chiller that is specifically designed to provide consistent and reliable cooling. This chiller uses a single refrigerant circuit, which is designed to deliver high efficacy and low operating costs. The chiller has a highly efficient refrigerant compressor and evaporator. The compressor has a up to 25 hp capability, making it suitable for a wide variety of applications. The evaporator is designed to provide reliable cooling in both multiple-pass and single-pass applications and is highly efficient. 19XR4747373CNH64 also features a unique oil separator technology to optimize operation and reduce maintenance costs. CARRIER 19XR4747373CNH64 is designed to provide optimized performance with a wide range of different refrigerants, such as HFC, HCFC, and ammonia. This ensures the user has a high level of energy efficiency and a broad range of applications. The unit is also designed to operate quietly and efficiently, reducing sound levels and ensuring minimal disruption. In addition, this chiller uses an advanced microprocessor which provides precise real-time demand control to optimize temperatures. This advanced technology is able to adjust equipment conditions based on input from both controllers and sensors. This ensures that the system operates efficiently and cost effectively. Finally, 19XR4747373CNH64 comes with a sophisticated monitoring unit which can be used to maintain optimal performance. The monitoring machine is designed to alert the user if any issues arise, such as abnormal performance or tool failures, allowing for quick and easy resolution. The monitoring asset is also capable of providing detailed performance data, allowing users to fully optimize their systems. Overall, CARRIER 19XR4747373CNH64 is a highly reliable and efficient chiller, designed to allow users to successfully cool their environment while minimizing energy costs. It makes use of advanced compressor and evaporator technologies, providing lasting performance and optimized cooling. Additionally, the monitoring model ensures that it always operates optimally, allowing users to maintain perfect performance.