Used FTS FSTC-TSP03 #9170792 for sale

FTS FSTC-TSP03 is a robust recirculating chiller designed to provide reliable and efficient cooling to a variety of applications. The chiller utilizes a closed loop equipment with a heat exchanger that allows for a cool air flow to be generated inside a chamber while excess heat is transfered outside of the unit. This allows the coolant temperatures to remain reliably cool and consistent so that cool temperatures can be provided to a variety of applications. FSTC-TSP03 can be used for cooling liquid process applications, laser cooling applications, as well as providing chilled water for larger industrial applications. The chiller features a unique permanent magnet motor design that efficiently uses electricity to transfer heat from the coolant to the heat exchanger. Additionally, the motor is vibration and noise reduced, so it can be safely and fluidly installed in many environments. The design of the chiller allows for quick and easy maintenance, making sure it's always functioning optimally. The chiller features an air-cooled heat exchanger, allowing for heat to be quickly dissipated through the use of a fan-driven air flow. The air-cooled exchanger also provides a consistent cooling output, allowing the temperature of the coolant to remain consistent and reliable. Additionally, the chiller features a hard-wired controller system, allowing for the programming of the chiller's functions and parameters, as well as monitoring and diagnostics. This helps to ensure the chiller is always performing optimally and keeps energy costs down. Overall, FTS FSTC-TSP03 is a powerful and reliable chiller unit designed to provide efficient cooling to a variety of applications. Its unique closed loop machine, compact design, and efficient permanent magnet motor design allow for quick and efficient heat transfer, making sure the temperature of the coolant remains consistent and reliable. Additionally, the chiller features a user-friendly controller tool that allows for quick and easy programming and monitoring of the chiller, allowing users to maintain peak performance and efficiency.