Used DISCO DTU 151 #9400965 for sale

DISCO DTU 151 is a recirculating chiller / heat exchanger manufactured by DISCO Manufacturing. It is designed for use in a range of industrial cooling applications such as food and beverage, pharmaceutical, and general industrial. This chiller / heat exchanger is a compact unit that has a compact design which allows for a simple installation and use. It is built with a stainless steel external heat exchanger that is corrosion resistant and can withstand a wide range of temperatures. The external exchanger provides maximum efficiency and can reduce the need for additional chillers or heaters. The unit operates in an environmentally friendly manner, utilizing an oil free methane refrigerant. This helps to reduce the risk of leakage and oil contamination, and reduces the environmental impact of the chiller / heat exchanger. It requires minimal maintenance and can operate for up to 10,000 hours before needing to be serviced. This chiller / heat exchanger uses a fan to circulate cooled air throughout the equipment. This ensures that the desired temperature is maintained evenly throughout the system. It includes an air filter to remove large particles from the air prior to circulation, ensuring that the air quality remains clean. DISCO DTU151 comes equipped with a touch-screen interface which provides a user-friendly interface for controlling and monitoring the operation of the unit. It also has a monitoring unit which monitors the temperatures, pressures and wattages of the individual components ensuring that the machine is operating at its optimal efficiency. DTU-151 is an efficient and reliable chiller / heat exchanger that can be used for a variety of applications. Its compact design enables easy installation and its advanced features ensure that it operates safely and efficiently. The user-friendly interface makes it simple to operate and monitor, allowing for optimal performance. It is an excellent choice for any industrial cooling applications, providing reliable operation and optimal efficiency.