Used AMAT / APPLIED MATERIALS AMAT-1 #293658027 for sale

AMAT / APPLIED MATERIALS AMAT-1 recirculating chiller is a powerful and efficient heat exchanger used to remove heat and humidity from the atmosphere. Utilizing an efficient rotary compressor, AMAT 1 can provide cooling capacity up to 12.4 kW for air-to-air or air-to-water applications, offering an improved bath temperature control. This chiller features both an economizer cycle and a scroll type compressor, allowing precise flow rate adjustments and energy savings. The aluminium heat exchanger in APPLIED MATERIALS AMAT1 is highly efficient in dissipating heat from the condenser to the evaporator, with low energy usage and increased efficiency with minimized pressure losses. The low-noise fan provides powerful airflow to ensure maximum heat transfer. The complete chiller structure is completely weatherproof, suitable for both interior and exterior locations and also contains a wide-range multi-zone viscosity control, which can be monitored remotely via an LCD display with multiple user-friendly functions and adjustable thermostats. APPLIED MATERIALS AMAT-1 also has a comprehensive safety system to protect against low voltage, overpressure and overheat conditions. The safety and operational protection features ensure that any occurrence of these conditions will not cause the chiller to malfunction or damage any of its parts. Additionally, the unit also has a self-diagnostic system, as well as an emergency shutdown option to prevent further damage. AMAT-1 has built-in maintenance features like frost detection and automatic defrosting, meaning it can operate in cold temperatures without compromising performance. This highly efficient and robust recirculating chiller provides an ideal balance between performance and cost making it the perfect choice for industrial, commercial and residential applications. Additionally, AMAT AMAT-1 is compatible with APPLIED MATERIALS SmartCool™ system, which allows users to monitor energy consumption so that the optimal cooling efficiency can be maintained.