Novair-Mta, S.A.U - Air dryers

Md82-MTA has developed refrigeration dryers with energy-saving generation of iTECH (for flow rates of 0.3 - 27 m3/min). Designed with a series of focused technical innovations to reliability, respect for the environment and the reduction of energy consumption.

Thanks to its Impulse Technology, iTECH dryers are able to adapt to the needs of production, gradually reducing the electricity consumption in a proportional manner to the variation of the flow of air to dry. The equipment has sensors in the cooling circuit and the compressed air which allow microprocessor to choose more effective operation in terms of energy saving for specific working conditions.

For caudal mid-high microprocessor varies continuously power the refrigerator compressor, while in the low flow compressor is for or it gets underway (operating as with thermal mass).

All iTECH dryers are equipped with advanced electronic microprocessors that control functions like: intelligent management of the discharge of the condensate, alarms and maintenance notices, as well as the possibility of connecting to the system of supervision by ModBus RS485 or a remote On/Off.

The maximum inlet temperatures of the compressed air for the models up to 8 m3/min are 70 ° c and for models of higher flow rate 60 ° C, always with a maximum temperature of 50 ° c environment Maximum working pressure is 16 bar (g).

Incorporate a few innovative heat exchanger of modular aluminium 3-in-1 (patent pending). Thanks to the 'bar and plate' technology and in perfect countercurrent heat exchange, these exchangers offer greater thermodynamic efficiency and guarantee minimum pressure losses on the side of the compressed air (average 0.09 bar). The energy savings potential compared to conventional dryers is 80%.

ITECH dryers are characterized above all by its easy installation, a robust and reliable design, easy access for maintenance and above all great energy savings, which means both a savings for the customer, and a significant reduction of the emissions of CO2 equivalent.