Used MTA GROUP TAEevo 020 #9295088 for sale

ID: 9295088
Vintage: 2009
Air cooled chiller 2009 vintage.
MTA GROUP TAEevo 020 is an advanced chiller with recirculating and heat exchange capabilities designed for industrial applications. The chiller is based on the Group TAEevo line, which provides energy-efficient and reliable cooling solutions. The Group TAEevo 020 is a compact, single-phase model with a footprint of 815 mm by 545 mm. The unit is designed for easy installation with a power range from 0.75 kW to 7.5 kW. It is ideal for cooling industrial equipment with a maximum cooling capacity range from 2.5 kW to 25 kW. The chiller features an R410A compressor and a high efficiency air-cooled circuit with a single external axial fan. The fan is equipped with a V-belt drive and adjustable centre-of-gravity ball-bearing system for improved efficiency and operational stability. The chiller has a standard operating temperature range of 0°C to 40°C with optional integrated subcooler to allow extended temperature range. The Group MTA GROUP TAEevo 020 also features a recirculating heat exchanger, which enables simultaneous cooling and heating in one unit. The heat exchanger is built with a maximum operating temperature of 60°C with direct contact with the heat source and is suitable for hot water, diathermic oil and other working fluids. The heat exchange technology allows to maintain a desired temperature, regardless of ambient weather conditions. The chiller has a built-in filter and anti-freeze function and is equipped with electrical overload and high and low pressure protection for comprehensive system safety. Additionally, the unit has a two-level non invasive controller for precise temperature settings and various operation conditions. Overall, TAEevo 020 is a robust, energy-efficient chiller that offers reliable cooling and heating capabilities in an easy to install package. The recirculating heat exchanger allows for simultaneous cooling and heating, while the integrated filter and protection systems provide optimal system safety.
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