Used LAM RESEARCH TCU 4080 #293619774 for sale

ID: 293619774
Chiller.
LAM RESEARCH TCU 4080 is a recirculating, heat exchanger chiller. It is designed to efficiently reduce and maintain temperatures in a process chamber. TCU 4080 is a reliable and cost effective solution for cooling within a range of process and product applications. LAM RESEARCH TCU 4080 is highly efficient; it uses a cascaded design to maximize thermal transfer rate. The design utilizes two heat exchangers and uses a counter flow method for efficient two-stage cooling. The first stage is conducted in a plate fin heat exchanger with forced-air circulation, and the second stage is in a shell and tube heat exchanger. Both heat exchangers are designed to help maintain the target set point temperature. TCU 4080 also features robust coldcathode technology that helps increase operational reliability. This technology keeps the chiller running continuously to maintain the set target process temperatures. This prevents temperature imbalances that can cause process or product inconsistencies. LAM RESEARCH TCU 4080 is designed with minimal maintenance and servicing requirements. Its self-monitoring system helps facilitate the maintenance process, with alarms indicating when operations are not running optimally. The unit also features a user-friendly interface, allowing for easy operation. TCU 4080 is designed with a range of cooling capacities to meet the requirements of a variety of processes, ensuring effective cooling for high temperature operating environments. The chillers are available in a range of sizes and cooling capacities, from 7kW up to 68kW. The unit is also designed to operate in a variety of operating parameters, from -40F to +200F . LAM RESEARCH TCU 4080 is highly efficient, delivering temperatures within 1% of the set value. TCU 4080 is an excellent and efficient solution for cooling and temperature maintenance in a variety of process and product applications. With advanced features and robust design, the chiller provides reliable, cost-effective cooling in a range of environments.
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