Used NESLAB CoolFlow System I #9152913 for sale
URL successfully copied!
Tap to zoom
NESLAB CoolFlow Equipment I is an advanced recirculating/heat exchanger water chiller designed for dependable and economical fluid cooling. The system pumps a high-pressure refrigerant through a copper water conduit providing efficient transfer of heat between two media. It achieves superior cooling performance and superior sustainability with low operating costs. The Unit I features a quiet yet powerful circulation machine, capable of pumping up to 20 liters of water per minute. It uses a self-contained stainless steel evaporator and condenser unit with a cooling capacity of 1750 watts. This chiller has advanced temperature control with low temperature stability and a wide operating range of -10 to 40 degrees Celsius (14-104 degrees Fahrenheit). Its onboard microcomputer manages temperature regulation and provides a digital display of the current temperature setting and readout. Additionally, it is equipped with an adjustable high temperature alarm, low temperature alarm, and can be fitted with a flow or level alarm probe if desired. CoolFlow Tool I is ideal for applications requiring reliable and economic cooling, such as laser or cryogenics, allowing it to be used in the laboratory, industrial environments, and anywhere cooling is needed. With a rugged stainless steel reservoir, it is reliable enough to take the rigors of industrial and laboratory applications. The Asset I is also very economical, consuming only 2.6kW of power during operation. It is also Eco-friendly, operating with R410A, a non- ozone depleting refrigerant. Finally, the Model I features a low noise motor and fan, which keeps operating noise levels down to a practical minimum of 50 dB. The sturdy and reliable NESLAB CoolFlow Equipment I is the ideal choice for dependable, efficient, and economical cooling in the lab and industrial environment. It is designed to provide years of efficient cooling while consuming minimal power and energy.
There are no reviews yet